Linux opt228 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/4stufen.gms =========== ----------------------------- Di 20. Nov 21:10:36 CET 2012 ----------------------------- @03 1353442236 --- Job 4stufen.gms Start 11/20/12 21:10:36 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- 4stufen.gms(428) 2 Mb --- Starting execution: elapsed 0:00:00.024 --- 4stufen.gms(423) 3 Mb --- Generating MINLP model m --- 4stufen.gms(428) 5 Mb --- 99 rows 150 columns 319 non-zeroes --- 350 nl-code 87 nl-non-zeroes --- 48 discrete-columns --- 4stufen.gms(428) 3 Mb --- Executing BARON: elapsed 0:00:00.030 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 8521239 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:51 0.106361D+05 0.100000D+52 1 1 000:00:53 0.121354D+05 0.100000D+52 *** no solution found --- Restarting execution --- 4stufen.gms(428) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job 4stufen.gms Stop 11/20/12 21:12:33 elapsed 0:01:56.799 @04 1353442353 ----------------------------- Di 20. Nov 21:12:33 CET 2012 ----------------------------- =ready= Linux opt229 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/alan.gms =========== ----------------------------- Di 20. Nov 21:10:36 CET 2012 ----------------------------- @03 1353442236 --- Job alan.gms Start 11/20/12 21:10:36 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- alan.gms(74) 2 Mb --- Starting execution: elapsed 0:00:00.013 --- alan.gms(68) 3 Mb --- Generating MINLP model m --- alan.gms(73) 5 Mb --- 8 rows 9 columns 24 non-zeroes --- 24 nl-code 3 nl-non-zeroes --- 4 discrete-columns --- alan.gms(73) 3 Mb --- Executing BARON: elapsed 0:00:00.018 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Preprocessing found feasible solution with value 0.300000000000D+01 Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 79531574 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 -0.166667D+01 0.300000D+01 1 1 000:00:00 0.289904D+01 0.300000D+01 * 5 1 000:00:00 0.289904D+01 0.292500D+01 7 0 000:00:00 0.292500D+01 0.292500D+01 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.00 NLP subsolver time: 000:00:00, in seconds: 0.03 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.04 Total time elapsed: 000:00:00, in seconds: 0.08 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.04 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.01 on local: 000:00:00, in seconds: 0.02 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: 7 Best solution found at node: 7 Max. no. of nodes in memory: 2 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 0 0.00 All done =========================================================================== Solution = 2.925 found at node 7 Best possible = 2.924997075 Absolute gap = 2.92499999998697E-6 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- alan.gms(73) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job alan.gms Stop 11/20/12 21:10:37 elapsed 0:00:00.863 @04 1353442237 ----------------------------- Di 20. Nov 21:10:37 CET 2012 ----------------------------- =ready= Linux opt230 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/batchdes.gms =========== ----------------------------- Di 20. Nov 21:10:37 CET 2012 ----------------------------- @03 1353442237 --- Job batchdes.gms Start 11/20/12 21:10:37 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- batchdes.gms(106) 2 Mb --- Starting execution: elapsed 0:00:00.056 --- batchdes.gms(101) 3 Mb --- Generating MINLP model m --- batchdes.gms(106) 5 Mb --- 20 rows 20 columns 53 non-zeroes --- 29 nl-code 10 nl-non-zeroes --- 9 discrete-columns --- batchdes.gms(106) 3 Mb --- Executing BARON: elapsed 0:00:00.117 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Preprocessing found feasible solution with value 0.181201665512D+06 Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 51127440 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.112674D+06 0.181202D+06 1 1 000:00:00 0.160861D+06 0.181202D+06 * 4 2 000:00:00 0.165927D+06 0.167428D+06 5 0 000:00:00 0.167427D+06 0.167428D+06 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.01 NLP subsolver time: 000:00:00, in seconds: 0.03 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.04 Total time elapsed: 000:00:00, in seconds: 0.08 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.05 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.00 on local: 000:00:00, in seconds: 0.01 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: 5 Best solution found at node: 4 Max. no. of nodes in memory: 2 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 119 0.00 All done =========================================================================== Solution = 167427.657115 found at node 4 Best possible = 167427.489687 Absolute gap = 0.167428000015207 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- batchdes.gms(106) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job batchdes.gms Stop 11/20/12 21:10:41 elapsed 0:00:03.711 @04 1353442241 ----------------------------- Di 20. Nov 21:10:41 CET 2012 ----------------------------- =ready= Linux opt231 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/batch.gms =========== ----------------------------- Di 20. Nov 21:10:37 CET 2012 ----------------------------- @03 1353442237 --- Job batch.gms Start 11/20/12 21:10:37 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- batch.gms(233) 2 Mb --- Starting execution: elapsed 0:00:00.034 --- batch.gms(228) 3 Mb --- Generating MINLP model m --- batch.gms(233) 5 Mb --- 74 rows 47 columns 191 non-zeroes --- 55 nl-code 22 nl-non-zeroes --- 24 discrete-columns --- batch.gms(233) 3 Mb --- Executing BARON: elapsed 0:00:00.165 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Preprocessing found feasible solution with value 0.435292632581D+06 Solving bounding LP Starting multi-start local search Preprocessing found feasible solution with value 0.327987422989D+06 Preprocessing found feasible solution with value 0.313574674543D+06 Done with local search =========================================================================== We have space for 31121049 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.698569D+05 0.313575D+06 1 1 000:00:00 0.259180D+06 0.313575D+06 * 4 2 000:00:00 0.259346D+06 0.308629D+06 * 8 4 000:00:00 0.259346D+06 0.285507D+06 21 0 000:00:00 0.285506D+06 0.285507D+06 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.03 NLP subsolver time: 000:00:00, in seconds: 0.30 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.06 Total time elapsed: 000:00:00, in seconds: 0.39 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.12 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.08 on local: 000:00:00, in seconds: 0.17 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: 21 Best solution found at node: 12 Max. no. of nodes in memory: 5 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 1363 0.00 All done =========================================================================== Solution = 285506.508238 found at node 12 Best possible = 285506.222732 Absolute gap = 0.285505999985617 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- batch.gms(233) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job batch.gms Stop 11/20/12 21:10:42 elapsed 0:00:04.899 @04 1353442242 ----------------------------- Di 20. Nov 21:10:42 CET 2012 ----------------------------- =ready= Linux opt232 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/beuster.gms =========== ----------------------------- Di 20. Nov 21:10:37 CET 2012 ----------------------------- @03 1353442237 --- Job beuster.gms Start 11/20/12 21:10:37 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- beuster.gms(477) 2 Mb --- Starting execution: elapsed 0:00:00.066 --- beuster.gms(472) 3 Mb --- Generating MINLP model m --- beuster.gms(477) 5 Mb --- 115 rows 158 columns 398 non-zeroes --- 595 nl-code 159 nl-non-zeroes --- 52 discrete-columns --- beuster.gms(477) 3 Mb --- Executing BARON: elapsed 0:00:00.201 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 7534569 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:02 0.594250D+04 0.100000D+52 1 1 000:00:04 0.596139D+04 0.100000D+52 27 0 000:00:14 0.100000D+52 0.100000D+52 Cleaning up solution and calculating dual *** Normal Completion *** *** No feasible solution was found *** LP subsolver time: 000:00:05, in seconds: 4.57 NLP subsolver time: 000:00:10, in seconds: 9.57 Cutting time: 000:00:00, in seconds: 0.03 All other time: 000:00:00, in seconds: 0.18 Total time elapsed: 000:00:14, in seconds: 14.35 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:02, in seconds: 1.56 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.46 on local: 000:00:08, in seconds: 8.50 on tightening: 000:00:00, in seconds: 0.05 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:04, in seconds: 3.77 Total no. of BaR iterations: 27 Best solution found at node: -3 Max. no. of nodes in memory: 7 Cut generation statistics (number of cuts / CPU sec) Bilinear 1029 0.01 Multilinears 25 0.00 Convexity 39214 0.02 All done =========================================================================== --- Restarting execution --- beuster.gms(477) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job beuster.gms Stop 11/20/12 21:10:55 elapsed 0:00:18.348 @04 1353442255 ----------------------------- Di 20. Nov 21:10:55 CET 2012 ----------------------------- =ready= Linux opt201 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/cecil_13.gms =========== ----------------------------- Di 20. Nov 21:10:36 CET 2012 ----------------------------- @03 1353442236 --- Job cecil_13.gms Start 11/20/12 21:10:36 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- cecil_13.gms(2273) 2 Mb --- Starting execution: elapsed 0:00:00.062 --- cecil_13.gms(2268) 3 Mb --- Generating MINLP model m --- cecil_13.gms(2273) 6 Mb --- 899 rows 841 columns 2,812 non-zeroes --- 1,800 nl-code 360 nl-non-zeroes --- 162 discrete-columns --- cecil_13.gms(2273) 3 Mb --- Executing BARON: elapsed 0:00:00.076 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Preprocessing found feasible solution with value 0.244818000000D+04 Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 1425863 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:02 -0.405208D+06 0.244818D+04 * 1+ 1 000:00:02 -0.127250D+06 -0.148038D+05 * 1+ 1 000:00:02 -0.127250D+06 -0.148038D+05 1 1 000:00:02 -0.127250D+06 -0.148038D+05 * 10+ 6 000:00:03 -0.126434D+06 -0.939813D+05 * 10+ 6 000:00:04 -0.126434D+06 -0.939813D+05 * 10+ 6 000:00:04 -0.126434D+06 -0.939814D+05 * 68+ 34 000:00:13 -0.124841D+06 -0.109300D+06 * 70+ 34 000:00:14 -0.124810D+06 -0.112027D+06 * 88+ 43 000:00:18 -0.124717D+06 -0.112027D+06 207+ 102 000:00:48 -0.124166D+06 -0.112027D+06 * 290+ 142 000:01:08 -0.123961D+06 -0.112027D+06 * 290 142 000:01:08 -0.123961D+06 -0.112041D+06 428+ 203 000:01:38 -0.123649D+06 -0.112041D+06 * 488+ 226 000:01:50 -0.123556D+06 -0.112041D+06 623+ 291 000:02:20 -0.123370D+06 -0.112041D+06 * 701+ 322 000:02:32 -0.123296D+06 -0.112041D+06 * 701+ 322 000:02:32 -0.123296D+06 -0.112041D+06 * 701+ 322 000:02:33 -0.123296D+06 -0.112041D+06 * 701+ 322 000:02:33 -0.123296D+06 -0.112041D+06 * 752+ 349 000:02:43 -0.123227D+06 -0.112041D+06 * 938+ 443 000:03:13 -0.123098D+06 -0.112041D+06 * 938+ 334 000:03:13 -0.123098D+06 -0.114137D+06 * 1014 360 000:03:25 -0.123049D+06 -0.114338D+06 1185+ 433 000:03:55 -0.122960D+06 -0.114338D+06 1363+ 514 000:04:25 -0.122866D+06 -0.114338D+06 1563+ 600 000:04:55 -0.122795D+06 -0.114338D+06 1733+ 683 000:05:25 -0.122735D+06 -0.114338D+06 1907 765 000:05:55 -0.122685D+06 -0.114338D+06 * 2014 554 000:06:13 -0.122646D+06 -0.115566D+06 2217 639 000:06:43 -0.122605D+06 -0.115566D+06 2421+ 725 000:07:13 -0.122562D+06 -0.115566D+06 2597+ 787 000:07:43 -0.122523D+06 -0.115566D+06 * 2708 832 000:08:01 -0.122503D+06 -0.115571D+06 * 2726+ 840 000:08:03 -0.122498D+06 -0.115571D+06 * 2726+ 840 000:08:03 -0.122498D+06 -0.115571D+06 * 2726+ 840 000:08:03 -0.122498D+06 -0.115571D+06 * 2726+ 840 000:08:03 -0.122498D+06 -0.115571D+06 * 2726+ 840 000:08:03 -0.122498D+06 -0.115572D+06 * 2726+ 840 000:08:03 -0.122498D+06 -0.115572D+06 * 2726+ 840 000:08:03 -0.122498D+06 -0.115572D+06 * 2726+ 840 000:08:03 -0.122498D+06 -0.115572D+06 * 2726+ 840 000:08:03 -0.122498D+06 -0.115572D+06 * 2726+ 840 000:08:03 -0.122498D+06 -0.115572D+06 * 2726 836 000:08:03 -0.122498D+06 -0.115584D+06 2903+ 918 000:08:33 -0.122455D+06 -0.115584D+06 3051+ 989 000:09:04 -0.122421D+06 -0.115584D+06 3248+ 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-0.120752D+06 -0.115584D+06 87079 32174 001:58:38 -0.120748D+06 -0.115584D+06 87631+ 32406 001:59:08 -0.120745D+06 -0.115584D+06 88206+ 32609 001:59:38 -0.120742D+06 -0.115584D+06 88655 32760 002:00:00 -0.120739D+06 -0.115584D+06 *** Max. allowable CPU time exceeded *** LP subsolver time: 001:43:50, in seconds: 6229.82 NLP subsolver time: 000:02:27, in seconds: 147.48 Cutting time: 000:02:19, in seconds: 139.05 All other time: 000:11:24, in seconds: 683.65 Total time elapsed: 002:00:00, in seconds: 7200.00 on parsing: 000:00:00, in seconds: 0.06 on preprocessing: 000:00:01, in seconds: 1.47 on navigating: 000:00:12, in seconds: 11.53 on relaxed: 000:10:28, in seconds: 627.89 on local: 000:02:28, in seconds: 147.62 on tightening: 000:04:48, in seconds: 288.14 on marginals: 000:00:02, in seconds: 1.79 on probing: 001:42:01, in seconds: 6121.50 Total no. of BaR iterations: 88655 Best solution found at node: 2726 Max. no. of nodes in memory: 32761 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 230818205 139.05 All done =========================================================================== Solution = -115583.68475 found at node 2726 Best possible = -120739.104937 Absolute gap = 5155.420187 optca = 1E-9 Relative gap = 0.04270 optcr = 1E-6 --- Restarting execution --- cecil_13.gms(2273) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job cecil_13.gms Stop 11/20/12 23:10:56 elapsed 2:00:19.288 @04 1353449456 ----------------------------- Di 20. Nov 23:10:56 CET 2012 ----------------------------- =ready= Linux opt202 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/chp_partload.gms =========== ----------------------------- Di 20. Nov 21:10:37 CET 2012 ----------------------------- @03 1353442237 --- Job chp_partload.gms Start 11/20/12 21:10:37 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- chp_partload.gms(10240) 3 Mb --- Starting execution: elapsed 0:00:00.126 --- chp_partload.gms(10235) 4 Mb --- Generating MINLP model m --- chp_partload.gms(10240) 7 Mb --- 2,517 rows 2,249 columns 6,940 non-zeroes --- 9,128 nl-code 1,916 nl-non-zeroes --- 45 discrete-columns --- chp_partload.gms(10240) 5 Mb --- Executing BARON: elapsed 0:00:00.332 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 415749 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:17 0.201587D+02 0.317217D+02 1 1 000:00:30 0.201587D+02 0.317217D+02 4+ 4 000:01:01 0.201587D+02 0.317217D+02 7+ 7 000:01:32 0.201587D+02 0.317217D+02 7+ 7 000:02:04 0.201587D+02 0.317217D+02 8+ 7 000:02:35 0.201587D+02 0.317217D+02 8+ 7 000:03:07 0.201587D+02 0.317217D+02 11+ 10 000:03:38 0.201587D+02 0.317217D+02 13+ 11 000:04:10 0.201587D+02 0.317217D+02 15 13 000:04:48 0.201587D+02 0.317217D+02 16+ 13 000:05:21 0.201587D+02 0.317217D+02 19+ 16 000:05:52 0.201587D+02 0.317217D+02 21+ 17 000:06:24 0.201587D+02 0.317217D+02 24+ 19 000:06:57 0.201587D+02 0.317217D+02 27+ 22 000:07:29 0.201587D+02 0.317217D+02 29 23 000:08:00 0.201587D+02 0.317217D+02 29+ 23 000:08:31 0.201587D+02 0.317217D+02 32+ 26 000:09:01 0.201587D+02 0.317217D+02 34+ 27 000:09:32 0.201587D+02 0.317217D+02 34+ 27 000:10:03 0.201587D+02 0.317217D+02 37+ 30 000:10:34 0.201587D+02 0.317217D+02 37+ 30 000:11:06 0.201587D+02 0.317217D+02 39+ 31 000:11:38 0.201587D+02 0.317217D+02 40+ 31 000:12:09 0.201587D+02 0.317217D+02 40+ 31 000:12:41 0.201587D+02 0.317217D+02 42 32 000:13:13 0.201587D+02 0.317217D+02 47+ 34 000:13:44 0.201587D+02 0.317217D+02 47+ 34 000:14:15 0.201587D+02 0.317217D+02 52+ 38 000:14:48 0.201587D+02 0.317217D+02 52+ 38 000:15:20 0.201587D+02 0.317217D+02 55+ 41 000:15:53 0.201587D+02 0.317217D+02 55+ 41 000:16:23 0.201587D+02 0.317217D+02 59+ 43 000:16:55 0.201587D+02 0.317217D+02 60 43 000:17:28 0.201587D+02 0.317217D+02 62+ 43 000:18:02 0.201587D+02 0.317217D+02 62+ 43 000:18:37 0.201587D+02 0.317217D+02 63+ 43 000:19:10 0.201587D+02 0.317217D+02 63+ 43 000:19:42 0.201587D+02 0.317217D+02 66+ 46 000:20:13 0.201587D+02 0.317217D+02 66+ 46 000:20:44 0.201587D+02 0.317217D+02 68 47 000:21:18 0.201587D+02 0.317217D+02 69 48 000:21:51 0.201587D+02 0.317217D+02 71+ 50 000:22:27 0.201587D+02 0.317217D+02 73+ 51 000:22:58 0.201587D+02 0.317217D+02 73+ 51 000:23:31 0.201587D+02 0.317217D+02 76 53 000:24:06 0.201587D+02 0.317217D+02 76+ 53 000:24:37 0.201587D+02 0.317217D+02 76+ 53 000:25:09 0.201587D+02 0.317217D+02 80+ 56 000:25:40 0.201587D+02 0.317217D+02 83+ 57 000:26:13 0.201587D+02 0.317217D+02 86+ 59 000:26:45 0.201587D+02 0.317217D+02 86+ 59 000:27:17 0.201587D+02 0.317217D+02 89+ 62 000:27:49 0.201587D+02 0.317217D+02 89+ 62 000:28:20 0.201587D+02 0.317217D+02 92+ 64 000:28:52 0.201587D+02 0.317217D+02 95+ 66 000:29:25 0.201587D+02 0.317217D+02 98+ 69 000:30:01 0.201587D+02 0.317217D+02 98+ 69 000:30:31 0.201587D+02 0.317217D+02 101 71 000:31:03 0.201587D+02 0.317217D+02 103+ 72 000:31:34 0.201587D+02 0.317217D+02 104 72 000:32:05 0.201587D+02 0.317217D+02 105 73 000:32:35 0.201587D+02 0.317217D+02 108+ 75 000:33:06 0.201587D+02 0.317217D+02 108+ 75 000:33:40 0.201587D+02 0.317217D+02 111+ 78 000:34:11 0.201587D+02 0.317217D+02 112 78 000:34:43 0.201587D+02 0.317217D+02 112+ 78 000:35:16 0.201587D+02 0.317217D+02 115+ 81 000:35:48 0.201587D+02 0.317217D+02 117+ 81 000:36:20 0.201587D+02 0.317217D+02 120+ 83 000:36:54 0.201587D+02 0.317217D+02 122 85 000:37:25 0.201587D+02 0.317217D+02 125+ 85 000:37:57 0.201587D+02 0.317217D+02 128+ 83 000:38:27 0.201587D+02 0.317217D+02 130+ 82 000:38:59 0.201587D+02 0.317217D+02 131 83 000:39:32 0.201587D+02 0.317217D+02 133 85 000:40:04 0.201587D+02 0.317217D+02 136+ 87 000:40:36 0.201587D+02 0.317217D+02 136+ 87 000:41:07 0.201587D+02 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0.317217D+02 473+ 155 001:53:46 0.201587D+02 0.317217D+02 480+ 154 001:54:19 0.201587D+02 0.317217D+02 483+ 155 001:54:52 0.201587D+02 0.317217D+02 483+ 155 001:55:26 0.201587D+02 0.317217D+02 485+ 154 001:56:01 0.201587D+02 0.317217D+02 485+ 154 001:56:34 0.201587D+02 0.317217D+02 488+ 155 001:57:06 0.201587D+02 0.317217D+02 489+ 154 001:57:38 0.201587D+02 0.317217D+02 492+ 154 001:58:09 0.201587D+02 0.317217D+02 494 154 001:58:43 0.201587D+02 0.317217D+02 497+ 156 001:59:16 0.201587D+02 0.317217D+02 500+ 155 001:59:46 0.201587D+02 0.317217D+02 500 155 002:00:00 0.201587D+02 0.317217D+02 *** Max. allowable CPU time exceeded *** *** No feasible solution was found *** LP subsolver time: 001:49:54, in seconds: 6594.06 NLP subsolver time: 000:08:10, in seconds: 489.93 Cutting time: 000:00:15, in seconds: 15.15 All other time: 000:01:41, in seconds: 100.87 Total time elapsed: 002:00:00, in seconds: 7200.01 on parsing: 000:00:00, in seconds: 0.45 on preprocessing: 000:00:14, in seconds: 14.39 on navigating: 000:00:00, in seconds: 0.19 on relaxed: 000:14:29, in seconds: 869.13 on local: 000:08:07, in seconds: 487.50 on tightening: 000:01:31, in seconds: 90.98 on marginals: 000:00:00, in seconds: 0.01 on probing: 001:35:37, in seconds: 5737.37 Total no. of BaR iterations: 500 Best solution found at node: -3 Max. no. of nodes in memory: 156 Cut generation statistics (number of cuts / CPU sec) Bilinear 679288 1.04 Multilinears 14206 0.37 Convexity 10875433 13.76 All done =========================================================================== *** Time or user interrupt, gap calculations *** are invalid because of an incomplete solution. *** No solution found - further Baron post processing aborted --- Restarting execution --- chp_partload.gms(10240) 3 Mb --- Reading solution for model m *** Status: Normal completion --- Job chp_partload.gms Stop 11/20/12 23:11:01 elapsed 2:00:23.955 @04 1353449461 ----------------------------- Di 20. Nov 23:11:01 CET 2012 ----------------------------- =ready= Linux opt203 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/contvar.gms =========== ----------------------------- Di 20. Nov 21:10:37 CET 2012 ----------------------------- @03 1353442237 --- Job contvar.gms Start 11/20/12 21:10:37 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- contvar.gms(1048) 2 Mb --- Starting execution: elapsed 0:00:00.086 --- contvar.gms(1043) 3 Mb --- Generating MINLP model m --- contvar.gms(1048) 5 Mb --- 285 rows 297 columns 1,281 non-zeroes --- 1,778 nl-code 530 nl-non-zeroes --- 87 discrete-columns --- contvar.gms(1048) 3 Mb --- Executing BARON: elapsed 0:00:00.095 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 3555218 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:03 0.238170D+06 0.144604D+09 1 1 000:00:08 0.400367D+06 0.144604D+09 17+ 10 000:00:39 0.426276D+06 0.144604D+09 50+ 31 000:01:09 0.434976D+06 0.144604D+09 82 50 000:01:39 0.445854D+06 0.144604D+09 176+ 112 000:02:09 0.445854D+06 0.144604D+09 252+ 157 000:02:39 0.445854D+06 0.144604D+09 303+ 186 000:03:09 0.448148D+06 0.144604D+09 337 207 000:03:39 0.451836D+06 0.144604D+09 367+ 224 000:04:09 0.453666D+06 0.144604D+09 390 235 000:04:40 0.454464D+06 0.144604D+09 423+ 254 000:05:10 0.454656D+06 0.144604D+09 464+ 276 000:05:40 0.454873D+06 0.144604D+09 536+ 327 000:06:10 0.455097D+06 0.144604D+09 654+ 401 000:06:40 0.455097D+06 0.144604D+09 760 460 000:07:10 0.455097D+06 0.144604D+09 818 494 000:07:40 0.455097D+06 0.144604D+09 912+ 554 000:08:10 0.455097D+06 0.144604D+09 982+ 597 000:08:40 0.455097D+06 0.144604D+09 1048+ 637 000:09:10 0.455097D+06 0.144604D+09 1107 672 000:09:40 0.455097D+06 0.144604D+09 1133+ 690 000:10:11 0.455097D+06 0.144604D+09 1184+ 718 000:10:41 0.455097D+06 0.144604D+09 1257+ 763 000:11:11 0.455097D+06 0.144604D+09 1332+ 801 000:11:41 0.455795D+06 0.144604D+09 1381+ 828 000:12:11 0.456694D+06 0.144604D+09 1418+ 851 000:12:41 0.456964D+06 0.144604D+09 1444 867 000:13:11 0.457302D+06 0.144604D+09 1476+ 887 000:13:41 0.457846D+06 0.144604D+09 1495+ 898 000:14:12 0.457970D+06 0.144604D+09 1512+ 908 000:14:42 0.458014D+06 0.144604D+09 1548+ 927 000:15:12 0.458343D+06 0.144604D+09 1585+ 950 000:15:42 0.458571D+06 0.144604D+09 1616+ 969 000:16:12 0.458668D+06 0.144604D+09 1669 1001 000:16:42 0.458668D+06 0.144604D+09 1714+ 1026 000:17:12 0.458699D+06 0.144604D+09 1749+ 1046 000:17:42 0.458737D+06 0.144604D+09 1783 1067 000:18:12 0.459533D+06 0.144604D+09 1829+ 1092 000:18:42 0.459940D+06 0.144604D+09 1893 1129 000:19:12 0.460030D+06 0.144604D+09 1922+ 1145 000:19:42 0.460214D+06 0.144604D+09 1948+ 1161 000:20:12 0.460747D+06 0.144604D+09 1982+ 1180 000:20:42 0.460816D+06 0.144604D+09 2021+ 1201 000:21:13 0.460956D+06 0.144604D+09 2057+ 1220 000:21:43 0.461011D+06 0.144604D+09 2101 1244 000:22:13 0.461300D+06 0.144604D+09 2145+ 1272 000:22:43 0.461557D+06 0.144604D+09 2171+ 1286 000:23:14 0.461677D+06 0.144604D+09 2195+ 1302 000:23:44 0.461718D+06 0.144604D+09 2225+ 1319 000:24:14 0.461816D+06 0.144604D+09 2260+ 1345 000:24:44 0.461816D+06 0.144604D+09 2288+ 1359 000:25:14 0.461828D+06 0.144604D+09 2332+ 1385 000:25:44 0.461900D+06 0.144604D+09 2363+ 1404 000:26:14 0.461922D+06 0.144604D+09 2420+ 1437 000:26:44 0.461967D+06 0.144604D+09 2462 1463 000:27:14 0.461980D+06 0.144604D+09 2499+ 1483 000:27:44 0.462196D+06 0.144604D+09 2538 1507 000:28:14 0.462372D+06 0.144604D+09 2565 1524 000:28:44 0.462496D+06 0.144604D+09 2605+ 1550 000:29:14 0.462551D+06 0.144604D+09 2645+ 1574 000:29:44 0.462621D+06 0.144604D+09 2667+ 1586 000:30:15 0.462621D+06 0.144604D+09 2725+ 1622 000:30:45 0.462718D+06 0.144604D+09 2752+ 1636 000:31:15 0.462746D+06 0.144604D+09 2788+ 1658 000:31:45 0.462840D+06 0.144604D+09 2809+ 1672 000:32:15 0.462854D+06 0.144604D+09 2843 1690 000:32:45 0.462869D+06 0.144604D+09 2861+ 1701 000:33:15 0.462893D+06 0.144604D+09 2894+ 1717 000:33:45 0.463001D+06 0.144604D+09 2925+ 1735 000:34:16 0.463019D+06 0.144604D+09 2971+ 1761 000:34:46 0.463226D+06 0.144604D+09 3001+ 1780 000:35:16 0.463294D+06 0.144604D+09 3019 1788 000:35:46 0.463308D+06 0.144604D+09 3046+ 1802 000:36:16 0.463388D+06 0.144604D+09 3074+ 1818 000:36:46 0.463398D+06 0.144604D+09 3109+ 1841 000:37:16 0.463443D+06 0.144604D+09 3156+ 1869 000:37:46 0.463457D+06 0.144604D+09 3199+ 1894 000:38:16 0.463463D+06 0.144604D+09 3243+ 1917 000:38:46 0.463535D+06 0.144604D+09 3272+ 1931 000:39:16 0.463618D+06 0.144604D+09 3300 1948 000:39:46 0.463663D+06 0.144604D+09 3316 1959 000:40:16 0.463681D+06 0.144604D+09 3335+ 1971 000:40:46 0.463745D+06 0.144604D+09 3382+ 1996 000:41:17 0.463791D+06 0.144604D+09 3438+ 2034 000:41:47 0.463804D+06 0.144604D+09 3517 2082 000:42:17 0.463804D+06 0.144604D+09 3595 2131 000:42:47 0.463804D+06 0.144604D+09 3668+ 2173 000:43:17 0.463824D+06 0.144604D+09 3709+ 2196 000:43:47 0.463923D+06 0.144604D+09 3753+ 2219 000:44:17 0.463981D+06 0.144604D+09 3781+ 2234 000:44:47 0.464004D+06 0.144604D+09 3817+ 2252 000:45:18 0.464082D+06 0.144604D+09 3845+ 2268 000:45:48 0.464116D+06 0.144604D+09 3883+ 2286 000:46:18 0.464228D+06 0.144604D+09 3902+ 2297 000:46:48 0.464265D+06 0.144604D+09 3959+ 2333 000:47:18 0.464402D+06 0.144604D+09 3976+ 2342 000:47:49 0.464469D+06 0.144604D+09 4002+ 2356 000:48:19 0.464550D+06 0.144604D+09 4036 2377 000:48:50 0.464627D+06 0.144604D+09 4123+ 2436 000:49:20 0.464627D+06 0.144604D+09 4201+ 2478 000:49:50 0.464627D+06 0.144604D+09 4246+ 2505 000:50:20 0.464627D+06 0.144604D+09 4312 2538 000:50:50 0.464633D+06 0.144604D+09 4363 2567 000:51:20 0.464698D+06 0.144604D+09 4396+ 2585 000:51:50 0.464825D+06 0.144604D+09 4416 2595 000:52:20 0.464895D+06 0.144604D+09 4444 2612 000:52:51 0.465023D+06 0.144604D+09 4479 2630 000:53:21 0.465171D+06 0.144604D+09 4532 2660 000:53:51 0.465223D+06 0.144604D+09 4546+ 2668 000:54:22 0.465275D+06 0.144604D+09 4572 2683 000:54:52 0.465369D+06 0.144604D+09 4589+ 2694 000:55:22 0.465420D+06 0.144604D+09 4628 2715 000:55:52 0.465550D+06 0.144604D+09 4650 2727 000:56:22 0.465655D+06 0.144604D+09 4681+ 2745 000:56:52 0.465730D+06 0.144604D+09 4715+ 2761 000:57:22 0.465784D+06 0.144604D+09 4753+ 2782 000:57:52 0.465865D+06 0.144604D+09 4785+ 2797 000:58:22 0.465907D+06 0.144604D+09 4851+ 2834 000:58:53 0.466051D+06 0.144604D+09 4891+ 2858 000:59:23 0.466165D+06 0.144604D+09 4925+ 2878 000:59:53 0.466240D+06 0.144604D+09 4967+ 2902 001:00:23 0.466280D+06 0.144604D+09 5009+ 2924 001:00:53 0.466374D+06 0.144604D+09 5046+ 2945 001:01:23 0.466445D+06 0.144604D+09 5089+ 2969 001:01:53 0.466563D+06 0.144604D+09 5113+ 2982 001:02:23 0.466649D+06 0.144604D+09 5138+ 2998 001:02:53 0.466662D+06 0.144604D+09 5158+ 3011 001:03:23 0.466696D+06 0.144604D+09 5195+ 3033 001:03:53 0.466731D+06 0.144604D+09 5231+ 3055 001:04:23 0.466784D+06 0.144604D+09 5261+ 3074 001:04:53 0.466828D+06 0.144604D+09 5280 3084 001:05:24 0.466894D+06 0.144604D+09 5309 3100 001:05:54 0.467004D+06 0.144604D+09 5352+ 3122 001:06:24 0.467097D+06 0.144604D+09 5407 3153 001:06:54 0.467253D+06 0.144604D+09 5440+ 3174 001:07:24 0.467279D+06 0.144604D+09 5492+ 3205 001:07:54 0.467451D+06 0.144604D+09 5533 3231 001:08:24 0.467609D+06 0.144604D+09 5598+ 3266 001:08:55 0.467686D+06 0.144604D+09 5643+ 3292 001:09:25 0.467759D+06 0.144604D+09 5671 3308 001:09:55 0.467839D+06 0.144604D+09 5696 3323 001:10:26 0.467895D+06 0.144604D+09 5790 3379 001:10:56 0.468035D+06 0.144604D+09 5825+ 3400 001:11:26 0.468061D+06 0.144604D+09 5864+ 3420 001:11:56 0.468145D+06 0.144604D+09 5902 3442 001:12:26 0.468251D+06 0.144604D+09 5953 3475 001:12:56 0.468396D+06 0.144604D+09 5987+ 3493 001:13:26 0.468477D+06 0.144604D+09 6015+ 3509 001:13:56 0.468571D+06 0.144604D+09 6042+ 3524 001:14:26 0.468653D+06 0.144604D+09 6106+ 3558 001:14:57 0.468795D+06 0.144604D+09 6162+ 3591 001:15:27 0.468945D+06 0.144604D+09 6241+ 3642 001:15:57 0.469121D+06 0.144604D+09 6288+ 3668 001:16:27 0.469164D+06 0.144604D+09 6308+ 3683 001:16:57 0.469164D+06 0.144604D+09 6371+ 3717 001:17:27 0.469195D+06 0.144604D+09 6388+ 3724 001:17:57 0.469200D+06 0.144604D+09 6420+ 3742 001:18:28 0.469262D+06 0.144604D+09 6452+ 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0.470410D+06 0.144604D+09 7543+ 4400 001:30:01 0.470410D+06 0.144604D+09 7572+ 4417 001:30:31 0.470419D+06 0.144604D+09 7638+ 4457 001:31:01 0.470507D+06 0.144604D+09 7669+ 4477 001:31:31 0.470528D+06 0.144604D+09 7739+ 4514 001:32:01 0.470569D+06 0.144604D+09 7764+ 4530 001:32:31 0.470630D+06 0.144604D+09 7785 4542 001:33:01 0.470647D+06 0.144604D+09 7804+ 4554 001:33:31 0.470671D+06 0.144604D+09 7864+ 4591 001:34:02 0.470711D+06 0.144604D+09 7901+ 4615 001:34:32 0.470711D+06 0.144604D+09 7974+ 4655 001:35:02 0.470711D+06 0.144604D+09 8013+ 4680 001:35:32 0.470716D+06 0.144604D+09 8064+ 4709 001:36:02 0.470764D+06 0.144604D+09 8098 4730 001:36:32 0.470765D+06 0.144604D+09 8120+ 4742 001:37:02 0.470814D+06 0.144604D+09 8156 4765 001:37:32 0.470869D+06 0.144604D+09 8181 4781 001:38:02 0.470889D+06 0.144604D+09 8257+ 4822 001:38:32 0.470959D+06 0.144604D+09 8336 4871 001:39:03 0.471001D+06 0.144604D+09 8382+ 4899 001:39:33 0.471050D+06 0.144604D+09 8401 4911 001:40:03 0.471065D+06 0.144604D+09 8507+ 4978 001:40:33 0.471077D+06 0.144604D+09 8574+ 5016 001:41:03 0.471112D+06 0.144604D+09 8656+ 5068 001:41:33 0.471112D+06 0.144604D+09 8720+ 5106 001:42:03 0.471136D+06 0.144604D+09 8738 5119 001:42:33 0.471141D+06 0.144604D+09 8770+ 5140 001:43:03 0.471165D+06 0.144604D+09 8803+ 5161 001:43:33 0.471189D+06 0.144604D+09 8835 5177 001:44:03 0.471245D+06 0.144604D+09 8874+ 5201 001:44:33 0.471251D+06 0.144604D+09 8919+ 5226 001:45:03 0.471300D+06 0.144604D+09 8947+ 5244 001:45:33 0.471322D+06 0.144604D+09 8980 5262 001:46:03 0.471350D+06 0.144604D+09 9031 5294 001:46:33 0.471350D+06 0.144604D+09 9072+ 5315 001:47:04 0.471350D+06 0.144604D+09 9131+ 5352 001:47:34 0.471369D+06 0.144604D+09 9211+ 5399 001:48:04 0.471396D+06 0.144604D+09 9260 5430 001:48:35 0.471396D+06 0.144604D+09 9290+ 5443 001:49:05 0.471429D+06 0.144604D+09 9325+ 5462 001:49:35 0.471497D+06 0.144604D+09 9357 5482 001:50:05 0.471529D+06 0.144604D+09 9434 5530 001:50:35 0.471606D+06 0.144604D+09 9468+ 5549 001:51:06 0.471634D+06 0.144604D+09 9535 5592 001:51:36 0.471674D+06 0.144604D+09 9579+ 5618 001:52:06 0.471687D+06 0.144604D+09 9647 5657 001:52:36 0.471720D+06 0.144604D+09 9691+ 5681 001:53:07 0.471785D+06 0.144604D+09 9747+ 5716 001:53:37 0.471817D+06 0.144604D+09 9781+ 5735 001:54:07 0.471850D+06 0.144604D+09 9827 5764 001:54:37 0.471880D+06 0.144604D+09 9868 5792 001:55:08 0.471896D+06 0.144604D+09 9948+ 5839 001:55:39 0.471896D+06 0.144604D+09 9998+ 5865 001:56:09 0.471936D+06 0.144604D+09 10041 5890 001:56:39 0.471950D+06 0.144604D+09 10094 5918 001:57:09 0.472020D+06 0.144604D+09 10209+ 5987 001:57:39 0.472111D+06 0.144604D+09 10279 6026 001:58:10 0.472172D+06 0.144604D+09 10338+ 6059 001:58:40 0.472192D+06 0.144604D+09 10380+ 6083 001:59:10 0.472229D+06 0.144604D+09 10407+ 6096 001:59:40 0.472239D+06 0.144604D+09 10429 6111 002:00:00 0.472246D+06 0.144604D+09 *** Max. allowable CPU time exceeded *** *** No feasible solution was found *** LP subsolver time: 001:36:34, in seconds: 5794.36 NLP subsolver time: 000:19:28, in seconds: 1168.09 Cutting time: 000:01:00, in seconds: 60.42 All other time: 000:02:57, in seconds: 177.12 Total time elapsed: 002:00:00, in seconds: 7200.00 on parsing: 000:00:00, in seconds: 0.03 on preprocessing: 000:00:03, in seconds: 2.76 on navigating: 000:00:02, in seconds: 1.60 on relaxed: 000:24:49, in seconds: 1489.14 on local: 000:19:28, in seconds: 1167.56 on tightening: 000:01:30, in seconds: 90.49 on marginals: 000:00:00, in seconds: 0.11 on probing: 001:14:08, in seconds: 4448.30 Total no. of BaR iterations: 10429 Best solution found at node: -3 Max. no. of nodes in memory: 6111 Cut generation statistics (number of cuts / CPU sec) Bilinear 89574 1.00 Multilinears 1103827 22.02 Convexity 138677556 37.40 All done =========================================================================== *** Time or user interrupt, gap calculations *** are invalid because of an incomplete solution. *** No solution found - further Baron post processing aborted --- Restarting execution --- contvar.gms(1048) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job contvar.gms Stop 11/20/12 23:10:56 elapsed 2:00:19.432 @04 1353449456 ----------------------------- Di 20. Nov 23:10:56 CET 2012 ----------------------------- =ready= Linux opt204 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/csched1a.gms =========== ----------------------------- Di 20. Nov 21:10:37 CET 2012 ----------------------------- @03 1353442237 --- Job csched1a.gms Start 11/20/12 21:10:37 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- csched1a.gms(104) 2 Mb --- Starting execution: elapsed 0:00:00.018 --- csched1a.gms(99) 3 Mb --- Generating MINLP model m --- csched1a.gms(104) 5 Mb --- 23 rows 29 columns 78 non-zeroes --- 48 nl-code 7 nl-non-zeroes --- 15 discrete-columns --- csched1a.gms(104) 3 Mb --- Executing BARON: elapsed 0:00:00.025 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Preprocessing found feasible solution with value -.292454177990D+05 Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 43823519 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 -0.243768D+06 -0.292454D+05 * 1 1 000:00:00 -0.327750D+05 -0.304302D+05 1 0 000:00:00 -0.304302D+05 -0.304302D+05 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.03 NLP subsolver time: 000:00:00, in seconds: 0.02 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.05 Total time elapsed: 000:00:00, in seconds: 0.09 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.04 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.00 on local: 000:00:00, in seconds: 0.01 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.02 Total no. of BaR iterations: 1 Best solution found at node: 1 Max. no. of nodes in memory: 1 Cut generation statistics (number of cuts / CPU sec) Bilinear 6 0.00 Multilinears 0 0.00 Convexity 423 0.00 All done =========================================================================== Solution = -30430.1768172 found at node 1 Best possible = -30430.2072474 Absolute gap = 0.03043020000041 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- csched1a.gms(104) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job csched1a.gms Stop 11/20/12 21:10:38 elapsed 0:00:00.971 @04 1353442238 ----------------------------- Di 20. Nov 21:10:38 CET 2012 ----------------------------- =ready= Linux opt205 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/csched1.gms =========== ----------------------------- Di 20. Nov 21:10:37 CET 2012 ----------------------------- @03 1353442237 --- Job csched1.gms Start 11/20/12 21:10:37 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- csched1.gms(119) 2 Mb --- Starting execution: elapsed 0:00:00.022 --- csched1.gms(114) 3 Mb --- Generating MINLP model m --- csched1.gms(119) 5 Mb --- 23 rows 77 columns 174 non-zeroes --- 53 nl-code 8 nl-non-zeroes --- 63 discrete-columns --- csched1.gms(119) 3 Mb --- Executing BARON: elapsed 0:00:00.031 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 41295238 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 -0.508251D+06 -0.907048D+03 1 1 000:00:01 -0.112941D+06 -0.907048D+03 * 2 2 000:00:01 -0.112941D+06 -0.296513D+05 * 5 4 000:00:01 -0.332523D+05 -0.298468D+05 * 5 4 000:00:01 -0.332523D+05 -0.300729D+05 * 6 5 000:00:01 -0.332523D+05 -0.301733D+05 * 35 18 000:00:02 -0.306765D+05 -0.302699D+05 * 41+ 21 000:00:02 -0.306765D+05 -0.303127D+05 * 41+ 20 000:00:02 -0.306765D+05 -0.304027D+05 * 45 14 000:00:02 -0.306765D+05 -0.306028D+05 * 52 16 000:00:03 -0.306477D+05 -0.306202D+05 * 66+ 13 000:00:03 -0.306470D+05 -0.306267D+05 * 66+ 13 000:00:03 -0.306470D+05 -0.306267D+05 * 66+ 13 000:00:03 -0.306470D+05 -0.306267D+05 * 68 11 000:00:03 -0.306434D+05 -0.306269D+05 * 94 16 000:00:03 -0.306404D+05 -0.306277D+05 * 228 37 000:00:03 -0.306404D+05 -0.306343D+05 * 436 10 000:00:03 -0.306403D+05 -0.306343D+05 * 474 21 000:00:03 -0.306398D+05 -0.306344D+05 * 610 30 000:00:03 -0.306393D+05 -0.306392D+05 * 1168 0 000:00:03 -0.306393D+05 -0.306393D+05 1168 0 000:00:03 -0.306393D+05 -0.306393D+05 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:01, in seconds: 1.27 NLP subsolver time: 000:00:02, in seconds: 1.67 Cutting time: 000:00:00, in seconds: 0.05 All other time: 000:00:00, in seconds: 0.49 Total time elapsed: 000:00:03, in seconds: 3.48 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.35 on navigating: 000:00:00, in seconds: 0.07 on relaxed: 000:00:00, in seconds: 0.46 on local: 000:00:01, in seconds: 1.37 on tightening: 000:00:00, in seconds: 0.17 on marginals: 000:00:00, in seconds: 0.01 on probing: 000:00:01, in seconds: 1.04 Total no. of BaR iterations: 1168 Best solution found at node: 1168 Max. no. of nodes in memory: 241 Cut generation statistics (number of cuts / CPU sec) Bilinear 83 0.00 Multilinears 0 0.00 Convexity 38006 0.04 All done =========================================================================== Solution = -30639.257845 found at node 1168 Best possible = -30639.2578483 Absolute gap = 3.29999966197647E-6 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- csched1.gms(119) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job csched1.gms Stop 11/20/12 21:10:44 elapsed 0:00:06.315 @04 1353442244 ----------------------------- Di 20. Nov 21:10:44 CET 2012 ----------------------------- =ready= Linux opt206 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/csched2a.gms =========== ----------------------------- Di 20. Nov 21:10:37 CET 2012 ----------------------------- @03 1353442237 --- Job csched2a.gms Start 11/20/12 21:10:39 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- csched2a.gms(440) 2 Mb --- Starting execution: elapsed 0:00:00.524 --- csched2a.gms(435) 3 Mb --- Generating MINLP model m --- csched2a.gms(440) 5 Mb --- 138 rows 233 columns 622 non-zeroes --- 423 nl-code 57 nl-non-zeroes --- 140 discrete-columns --- csched2a.gms(440) 3 Mb --- Executing BARON: elapsed 0:00:00.874 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Preprocessing found feasible solution with value -.100034195029D+06 Preprocessing found feasible solution with value -.113761661600D+06 Preprocessing found feasible solution with value -.115437555482D+06 Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 8454142 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:01 -0.108784D+08 -0.115438D+06 1 1 000:00:01 -0.137663D+07 -0.115438D+06 * 3 1 000:00:02 -0.137663D+07 -0.152543D+06 * 7 2 000:00:04 -0.307191D+06 -0.155463D+06 * 7 2 000:00:04 -0.307191D+06 -0.156409D+06 * 12 5 000:00:06 -0.248806D+06 -0.157211D+06 125 64 000:00:36 -0.196989D+06 -0.157211D+06 * 159 80 000:00:42 -0.183206D+06 -0.157323D+06 306 154 000:01:12 -0.179408D+06 -0.157323D+06 525+ 205 000:01:42 -0.178970D+06 -0.157323D+06 736 291 000:02:12 -0.176813D+06 -0.157323D+06 895+ 379 000:02:42 -0.175030D+06 -0.157323D+06 1137 462 000:03:12 -0.174673D+06 -0.157323D+06 1287+ 542 000:03:42 -0.173228D+06 -0.157323D+06 1522+ 605 000:04:12 -0.173225D+06 -0.157323D+06 * 1684+ 687 000:04:37 -0.172620D+06 -0.157464D+06 1929+ 775 000:05:07 -0.172620D+06 -0.157464D+06 * 2048 795 000:05:16 -0.172620D+06 -0.157519D+06 2303+ 880 000:05:46 -0.172620D+06 -0.157519D+06 2626+ 954 000:06:16 -0.172620D+06 -0.157519D+06 2878+ 1019 000:06:46 -0.172551D+06 -0.157519D+06 3064+ 1123 000:07:16 -0.172551D+06 -0.157519D+06 * 3205 1133 000:07:40 -0.172551D+06 -0.158080D+06 3386 1197 000:08:10 -0.172551D+06 -0.158080D+06 3646+ 1261 000:08:40 -0.172551D+06 -0.158080D+06 * 3934 1265 000:09:04 -0.172551D+06 -0.158240D+06 4212+ 1307 000:09:34 -0.172551D+06 -0.158240D+06 * 4432 1302 000:09:52 -0.172551D+06 -0.158337D+06 4723+ 1374 000:10:22 -0.172551D+06 -0.158337D+06 5056 1452 000:10:52 -0.172551D+06 -0.158337D+06 * 5258+ 1494 000:11:04 -0.172551D+06 -0.158337D+06 * 5258 1457 000:11:04 -0.172551D+06 -0.158418D+06 5542+ 1507 000:11:34 -0.172551D+06 -0.158418D+06 5855+ 1561 000:12:04 -0.172551D+06 -0.158418D+06 6209+ 1619 000:12:34 -0.172551D+06 -0.158418D+06 6471+ 1676 000:13:04 -0.172551D+06 -0.158418D+06 * 6561 1469 000:13:09 -0.172551D+06 -0.158796D+06 * 6716 1310 000:13:22 -0.172551D+06 -0.159069D+06 * 6716 1287 000:13:22 -0.172551D+06 -0.159117D+06 * 6716 1260 000:13:22 -0.172551D+06 -0.159158D+06 * 6923 888 000:13:44 -0.172551D+06 -0.160110D+06 * 7082 887 000:13:55 -0.172173D+06 -0.160165D+06 * 7082 872 000:13:55 -0.172173D+06 -0.160230D+06 7301 900 000:14:25 -0.170839D+06 -0.160230D+06 7460+ 967 000:14:55 -0.170170D+06 -0.160230D+06 7664+ 1059 000:15:25 -0.170170D+06 -0.160230D+06 7903+ 1131 000:15:56 -0.170170D+06 -0.160230D+06 8089+ 1199 000:16:26 -0.170170D+06 -0.160230D+06 8338+ 1263 000:16:56 -0.170170D+06 -0.160230D+06 8622 1323 000:17:26 -0.170170D+06 -0.160230D+06 8872+ 1383 000:17:56 -0.170170D+06 -0.160230D+06 9304 1445 000:18:26 -0.170170D+06 -0.160230D+06 9964 1488 000:18:56 -0.170170D+06 -0.160230D+06 10523+ 1540 000:19:26 -0.170170D+06 -0.160230D+06 * 10830 1168 000:19:50 -0.170170D+06 -0.160871D+06 11458+ 1218 000:20:20 -0.170170D+06 -0.160871D+06 11854 1243 000:20:50 -0.169479D+06 -0.160871D+06 12088+ 1319 000:21:20 -0.169238D+06 -0.160871D+06 12302+ 1394 000:21:50 -0.169136D+06 -0.160871D+06 12612+ 1455 000:22:20 -0.169136D+06 -0.160871D+06 13054 1529 000:22:50 -0.169136D+06 -0.160871D+06 13433 1558 000:23:20 -0.169136D+06 -0.160871D+06 13790+ 1603 000:23:50 -0.169136D+06 -0.160871D+06 14166+ 1649 000:24:20 -0.169136D+06 -0.160871D+06 14440 1692 000:24:50 -0.169136D+06 -0.160871D+06 14718 1784 000:25:20 -0.169136D+06 -0.160871D+06 15206+ 1818 000:25:50 -0.169136D+06 -0.160871D+06 15524 1859 000:26:20 -0.169136D+06 -0.160871D+06 15790+ 1916 000:26:50 -0.169073D+06 -0.160871D+06 16012+ 1981 000:27:20 -0.169073D+06 -0.160871D+06 16416+ 2039 000:27:50 -0.169073D+06 -0.160871D+06 16716+ 2137 000:28:20 -0.169073D+06 -0.160871D+06 * 16813 1760 000:28:29 -0.169073D+06 -0.161446D+06 17211+ 1821 000:28:59 -0.169073D+06 -0.161446D+06 17594+ 1893 000:29:29 -0.169073D+06 -0.161446D+06 * 17633 1777 000:29:30 -0.169073D+06 -0.161588D+06 18068 1834 000:30:00 -0.169073D+06 -0.161588D+06 18622 1828 000:30:30 -0.169073D+06 -0.161588D+06 19061 1903 000:31:00 -0.169073D+06 -0.161588D+06 19639+ 1947 000:31:30 -0.169073D+06 -0.161588D+06 20049 2028 000:32:00 -0.169073D+06 -0.161588D+06 20681 2092 000:32:30 -0.169073D+06 -0.161588D+06 21294 2077 000:33:00 -0.169025D+06 -0.161588D+06 21569+ 2157 000:33:30 -0.168898D+06 -0.161588D+06 22043 2199 000:34:00 -0.168898D+06 -0.161588D+06 * 22050+ 2200 000:34:01 -0.168898D+06 -0.161588D+06 22291 2309 000:34:31 -0.168898D+06 -0.161588D+06 22824+ 2367 000:35:01 -0.168898D+06 -0.161588D+06 23126+ 2423 000:35:31 -0.168898D+06 -0.161588D+06 23556+ 2465 000:36:01 -0.168898D+06 -0.161588D+06 23999+ 2508 000:36:31 -0.168898D+06 -0.161588D+06 24326 2563 000:37:01 -0.168898D+06 -0.161588D+06 24733+ 2621 000:37:31 -0.168898D+06 -0.161588D+06 25138 2676 000:38:01 -0.168898D+06 -0.161588D+06 25660+ 2741 000:38:31 -0.168898D+06 -0.161588D+06 26229+ 2746 000:39:01 -0.168898D+06 -0.161588D+06 26561+ 2784 000:39:31 -0.168898D+06 -0.161588D+06 27030 2834 000:40:01 -0.168898D+06 -0.161588D+06 27598 2870 000:40:31 -0.168898D+06 -0.161588D+06 27957 2929 000:41:01 -0.168898D+06 -0.161588D+06 28333+ 2979 000:41:31 -0.168898D+06 -0.161588D+06 28645 3015 000:42:01 -0.168898D+06 -0.161588D+06 29022+ 3048 000:42:31 -0.168898D+06 -0.161588D+06 29608 3043 000:43:01 -0.168898D+06 -0.161588D+06 30163+ 3081 000:43:31 -0.168898D+06 -0.161588D+06 30590+ 3129 000:44:01 -0.168898D+06 -0.161588D+06 31180+ 3123 000:44:31 -0.168898D+06 -0.161588D+06 31719+ 3167 000:45:01 -0.168898D+06 -0.161588D+06 32520+ 3179 000:45:31 -0.168898D+06 -0.161588D+06 33056 3221 000:46:01 -0.168898D+06 -0.161588D+06 33521+ 3264 000:46:31 -0.168898D+06 -0.161588D+06 34020+ 3305 000:47:01 -0.168898D+06 -0.161588D+06 34374 3380 000:47:31 -0.168898D+06 -0.161588D+06 34719+ 3410 000:48:01 -0.168898D+06 -0.161588D+06 35181 3463 000:48:31 -0.168898D+06 -0.161588D+06 35552 3538 000:49:01 -0.168898D+06 -0.161588D+06 35976 3580 000:49:31 -0.168898D+06 -0.161588D+06 36472+ 3593 000:50:01 -0.168898D+06 -0.161588D+06 36851 3603 000:50:31 -0.168898D+06 -0.161588D+06 37207 3641 000:51:01 -0.168898D+06 -0.161588D+06 37653+ 3684 000:51:31 -0.168898D+06 -0.161588D+06 38080+ 3737 000:52:01 -0.168898D+06 -0.161588D+06 38689+ 3770 000:52:31 -0.168898D+06 -0.161588D+06 39024+ 3821 000:53:01 -0.168898D+06 -0.161588D+06 39623+ 3846 000:53:31 -0.168898D+06 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-0.161588D+06 50111 4805 001:04:02 -0.168898D+06 -0.161588D+06 50978 4784 001:04:32 -0.168898D+06 -0.161588D+06 51277+ 4870 001:05:02 -0.168898D+06 -0.161588D+06 51704+ 4938 001:05:32 -0.168898D+06 -0.161588D+06 52315 4996 001:06:02 -0.168898D+06 -0.161588D+06 52882+ 5026 001:06:32 -0.168898D+06 -0.161588D+06 53390+ 5022 001:07:02 -0.168898D+06 -0.161588D+06 53994 5040 001:07:32 -0.168898D+06 -0.161588D+06 54550+ 5060 001:08:02 -0.168898D+06 -0.161588D+06 55276+ 5079 001:08:32 -0.168898D+06 -0.161588D+06 * 55390 5077 001:08:36 -0.168898D+06 -0.161597D+06 55911 5132 001:09:06 -0.168898D+06 -0.161597D+06 56336 5161 001:09:37 -0.168898D+06 -0.161597D+06 56968+ 5174 001:10:07 -0.168898D+06 -0.161597D+06 57484+ 5280 001:10:37 -0.168898D+06 -0.161597D+06 58214 5276 001:11:07 -0.168898D+06 -0.161597D+06 58804+ 5305 001:11:37 -0.168898D+06 -0.161597D+06 59276+ 5365 001:12:07 -0.168898D+06 -0.161597D+06 60048+ 5360 001:12:37 -0.168898D+06 -0.161597D+06 60512+ 5391 001:13:07 -0.168898D+06 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-0.161625D+06 100922+ 8964 001:53:29 -0.168898D+06 -0.161625D+06 101400 9026 001:53:59 -0.168898D+06 -0.161625D+06 101898+ 9063 001:54:29 -0.168898D+06 -0.161625D+06 102362 9130 001:54:59 -0.168898D+06 -0.161625D+06 102874+ 9176 001:55:29 -0.168898D+06 -0.161625D+06 103480+ 9168 001:55:59 -0.168898D+06 -0.161625D+06 103843+ 9234 001:56:29 -0.168898D+06 -0.161625D+06 104116+ 9314 001:56:59 -0.168898D+06 -0.161625D+06 104465+ 9381 001:57:29 -0.168898D+06 -0.161625D+06 104838+ 9384 001:57:59 -0.168898D+06 -0.161625D+06 105094 9455 001:58:29 -0.168898D+06 -0.161625D+06 105563+ 9489 001:58:59 -0.168898D+06 -0.161625D+06 105981+ 9553 001:59:29 -0.168898D+06 -0.161625D+06 106381+ 9600 001:59:59 -0.168898D+06 -0.161625D+06 106387 9599 002:00:00 -0.168898D+06 -0.161625D+06 *** Max. allowable CPU time exceeded *** LP subsolver time: 001:53:13, in seconds: 6792.92 NLP subsolver time: 000:02:03, in seconds: 122.76 Cutting time: 000:00:38, in seconds: 38.16 All other time: 000:04:06, in seconds: 246.17 Total time elapsed: 002:00:00, in seconds: 7200.00 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:01, in seconds: 0.82 on navigating: 000:00:06, in seconds: 6.45 on relaxed: 000:24:08, in seconds: 1448.17 on local: 000:02:03, in seconds: 122.89 on tightening: 000:02:00, in seconds: 120.42 on marginals: 000:00:01, in seconds: 0.72 on probing: 001:31:41, in seconds: 5500.51 Total no. of BaR iterations: 106387 Best solution found at node: 65396 Max. no. of nodes in memory: 9601 Cut generation statistics (number of cuts / CPU sec) Bilinear 10851 2.11 Multilinears 0 0.00 Convexity 106941664 36.05 All done =========================================================================== Solution = -161625.06231 found at node 65396 Best possible = -168898.43355 Absolute gap = 7273.37123999998 optca = 1E-9 Relative gap = 0.04306 optcr = 1E-6 --- Restarting execution --- csched2a.gms(440) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job csched2a.gms Stop 11/20/12 23:11:03 elapsed 2:00:24.380 @04 1353449463 ----------------------------- Di 20. Nov 23:11:03 CET 2012 ----------------------------- =ready= Linux opt207 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/csched2.gms =========== ----------------------------- Di 20. Nov 21:10:37 CET 2012 ----------------------------- @03 1353442237 --- Job csched2.gms Start 11/20/12 21:10:37 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- csched2.gms(521) 2 Mb --- Starting execution: elapsed 0:00:00.027 --- csched2.gms(516) 3 Mb --- Generating MINLP model m --- csched2.gms(521) 5 Mb --- 138 rows 401 columns 958 non-zeroes --- 453 nl-code 58 nl-non-zeroes --- 308 discrete-columns --- csched2.gms(521) 3 Mb --- Executing BARON: elapsed 0:00:00.088 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 8103214 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:03 -0.158219D+08 0.139824D+06 1 1 000:00:07 -0.327383D+07 0.139824D+06 * 19 10 000:00:32 -0.808569D+06 -0.149924D+06 * 36 14 000:00:41 -0.249975D+06 -0.156416D+06 130 55 000:01:11 -0.192656D+06 -0.156416D+06 248 98 000:01:41 -0.190779D+06 -0.156416D+06 334+ 135 000:02:11 -0.186000D+06 -0.156416D+06 420+ 167 000:02:41 -0.184960D+06 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-0.174952D+06 -0.156416D+06 23399 9286 001:54:48 -0.174934D+06 -0.156416D+06 23496+ 9317 001:55:18 -0.174934D+06 -0.156416D+06 23597+ 9351 001:55:48 -0.174916D+06 -0.156416D+06 23686+ 9400 001:56:18 -0.174897D+06 -0.156416D+06 23803+ 9452 001:56:48 -0.174863D+06 -0.156416D+06 23886+ 9485 001:57:18 -0.174859D+06 -0.156416D+06 23975+ 9520 001:57:48 -0.174843D+06 -0.156416D+06 24084+ 9549 001:58:18 -0.174835D+06 -0.156416D+06 24203+ 9594 001:58:48 -0.174799D+06 -0.156416D+06 24343+ 9634 001:59:18 -0.174773D+06 -0.156416D+06 24444+ 9678 001:59:48 -0.174763D+06 -0.156416D+06 24481 9693 002:00:00 -0.174763D+06 -0.156416D+06 *** Max. allowable CPU time exceeded *** LP subsolver time: 001:52:14, in seconds: 6733.75 NLP subsolver time: 000:04:34, in seconds: 273.94 Cutting time: 000:00:26, in seconds: 26.33 All other time: 000:02:46, in seconds: 165.98 Total time elapsed: 002:00:00, in seconds: 7200.00 on parsing: 000:00:00, in seconds: 0.02 on preprocessing: 000:00:03, in seconds: 3.11 on navigating: 000:00:03, in seconds: 2.68 on relaxed: 000:20:53, in seconds: 1252.63 on local: 000:04:31, in seconds: 271.44 on tightening: 000:01:08, in seconds: 68.17 on marginals: 000:00:00, in seconds: 0.25 on probing: 001:33:22, in seconds: 5601.71 Total no. of BaR iterations: 24481 Best solution found at node: 36 Max. no. of nodes in memory: 9695 Cut generation statistics (number of cuts / CPU sec) Bilinear 3815 1.35 Multilinears 0 0.00 Convexity 67426910 24.98 All done =========================================================================== Solution = -156416.152818 found at node 36 Best possible = -174763.24772 Absolute gap = 18347.094902 optca = 1E-9 Relative gap = 0.10498 optcr = 1E-6 --- Restarting execution --- csched2.gms(521) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job csched2.gms Stop 11/20/12 23:11:01 elapsed 2:00:24.115 @04 1353449461 ----------------------------- Di 20. Nov 23:11:01 CET 2012 ----------------------------- =ready= Linux opt208 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/detf1.gms =========== ----------------------------- Di 20. Nov 21:10:37 CET 2012 ----------------------------- @03 1353442237 --- Job detf1.gms Start 11/20/12 21:10:38 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- detf1.gms(36011) 10 Mb --- detf1.gms(43579) 11 Mb --- Starting execution: elapsed 0:00:00.576 --- detf1.gms(43574) 12 Mb --- Generating MINLP model m --- detf1.gms(43579) 17 Mb --- 6,206 rows 4,408 columns 26,610 non-zeroes --- 304,398 nl-code 15,400 nl-non-zeroes --- 400 discrete-columns --- detf1.gms(43579) 13 Mb --- Executing BARON: elapsed 0:00:00.990 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Estimated remaining time for preprocessing LPs is 307 secs Estimated remaining time for preprocessing LPs is 538 secs Estimated remaining time for preprocessing LPs is 719 secs Estimated remaining time for preprocessing LPs is 867 secs Estimated remaining time for preprocessing LPs is 991 secs Estimated remaining time for preprocessing LPs is 1099 secs Estimated remaining time for preprocessing LPs is 1171 secs Estimated remaining time for preprocessing LPs is 1202 secs Estimated remaining time for preprocessing LPs is 1245 secs Estimated remaining time for preprocessing LPs is 1305 secs Estimated remaining time for preprocessing LPs is 1357 secs Estimated remaining time for preprocessing LPs is 1402 secs Estimated remaining time for preprocessing LPs is 1441 secs Estimated remaining time for preprocessing LPs is 1474 secs Estimated remaining time for preprocessing LPs is 1502 secs Estimated remaining time for preprocessing LPs is 1525 secs Estimated remaining time for preprocessing LPs is 1545 secs Estimated remaining time for preprocessing LPs is 1562 secs Estimated remaining time for preprocessing LPs is 1576 secs Estimated remaining time for preprocessing LPs is 1587 secs Estimated remaining time for preprocessing LPs is 1595 secs Estimated remaining time for preprocessing LPs is 1601 secs Estimated remaining time for preprocessing LPs is 1605 secs Estimated remaining time for preprocessing LPs is 1607 secs Estimated remaining time for preprocessing LPs is 1608 secs Estimated remaining time for preprocessing LPs is 1607 secs Estimated remaining time for preprocessing LPs is 1604 secs Estimated remaining time for preprocessing LPs is 1600 secs Estimated remaining time for preprocessing LPs is 1594 secs Estimated remaining time for preprocessing LPs is 1587 secs Estimated remaining time for preprocessing LPs is 1579 secs Estimated remaining time for preprocessing LPs is 1570 secs Estimated remaining time for preprocessing LPs is 1560 secs Estimated remaining time for preprocessing LPs is 1549 secs Estimated remaining time for preprocessing LPs is 1538 secs Estimated remaining time for preprocessing LPs is 1525 secs Estimated remaining time for preprocessing LPs is 1513 secs Estimated remaining time for preprocessing LPs is 1499 secs Estimated remaining time for preprocessing LPs is 1485 secs Estimated remaining time for preprocessing LPs is 1470 secs Estimated remaining time for preprocessing LPs is 1454 secs Estimated remaining time for preprocessing LPs is 1438 secs Estimated remaining time for preprocessing LPs is 1422 secs Estimated remaining time for preprocessing LPs is 1405 secs Estimated remaining time for preprocessing LPs is 1387 secs Estimated remaining time for preprocessing LPs is 1369 secs Estimated remaining time for preprocessing LPs is 1351 secs Estimated remaining time for preprocessing LPs is 1332 secs Estimated remaining time for preprocessing LPs is 1313 secs Estimated remaining time for preprocessing LPs is 1294 secs Estimated remaining time for preprocessing LPs is 1273 secs Estimated remaining time for preprocessing LPs is 1254 secs Estimated remaining time for preprocessing LPs is 1233 secs Estimated remaining time for preprocessing LPs is 1212 secs Estimated remaining time for preprocessing LPs is 1191 secs Estimated remaining time for preprocessing LPs is 1170 secs Estimated remaining time for preprocessing LPs is 1147 secs Estimated remaining time for preprocessing LPs is 1126 secs Estimated remaining time for preprocessing LPs is 1103 secs Estimated remaining time for preprocessing LPs is 1081 secs Estimated remaining time for preprocessing LPs is 1059 secs Estimated remaining time for preprocessing LPs is 1036 secs Estimated remaining time for preprocessing LPs is 1013 secs Estimated remaining time for preprocessing LPs is 990 secs Estimated remaining time for preprocessing LPs is 967 secs Estimated remaining time for preprocessing LPs is 944 secs Estimated remaining time for preprocessing LPs is 921 secs Estimated remaining time for preprocessing LPs is 897 secs Estimated remaining time for preprocessing LPs is 873 secs Estimated remaining time for preprocessing LPs is 849 secs Estimated remaining time for preprocessing LPs is 825 secs Estimated remaining time for preprocessing LPs is 801 secs Estimated remaining time for preprocessing LPs is 776 secs Estimated remaining time for preprocessing LPs is 751 secs Estimated remaining time for preprocessing LPs is 726 secs Estimated remaining time for preprocessing LPs is 702 secs Estimated remaining time for preprocessing LPs is 677 secs Estimated remaining time for preprocessing LPs is 651 secs Estimated remaining time for preprocessing LPs is 627 secs Estimated remaining time for preprocessing LPs is 601 secs Estimated remaining time for preprocessing LPs is 576 secs Estimated remaining time for preprocessing LPs is 550 secs Estimated remaining time for preprocessing LPs is 524 secs Estimated remaining time for preprocessing LPs is 499 secs Estimated remaining time for preprocessing LPs is 473 secs Estimated remaining time for preprocessing LPs is 447 secs Estimated remaining time for preprocessing LPs is 421 secs Estimated remaining time for preprocessing LPs is 395 secs Estimated remaining time for preprocessing LPs is 369 secs Estimated remaining time for preprocessing LPs is 354 secs Estimated remaining time for preprocessing LPs is 344 secs Estimated remaining time for preprocessing LPs is 333 secs Estimated remaining time for preprocessing LPs is 319 secs Estimated remaining time for preprocessing LPs is 301 secs Estimated remaining time for preprocessing LPs is 284 secs Estimated remaining time for preprocessing LPs is 267 secs Estimated remaining time for preprocessing LPs is 249 secs Estimated remaining time for preprocessing LPs is 232 secs Estimated remaining time for preprocessing LPs is 214 secs Estimated remaining time for preprocessing LPs is 196 secs Estimated remaining time for preprocessing LPs is 177 secs Estimated remaining time for preprocessing LPs is 159 secs Estimated remaining time for preprocessing LPs is 141 secs Estimated remaining time for preprocessing LPs is 122 secs Estimated remaining time for preprocessing LPs is 104 secs Estimated remaining time for preprocessing LPs is 85 secs Estimated remaining time for preprocessing LPs is 66 secs Estimated remaining time for preprocessing LPs is 47 secs Estimated remaining time for preprocessing LPs is 28 secs Estimated remaining time for preprocessing LPs is 9 secs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 107641 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:57:28 -0.112016D+03 0.100000D+52 1+ 1 001:00:26 -0.356100D+01 0.100000D+52 1+ 1 001:03:56 -0.356100D+01 0.100000D+52 1+ 1 001:06:06 -0.356100D+01 0.100000D+52 1+ 1 001:07:42 -0.356100D+01 0.100000D+52 1+ 1 001:09:58 -0.356100D+01 0.100000D+52 1+ 1 001:11:51 -0.356100D+01 0.100000D+52 1 1 001:13:14 -0.356100D+01 0.100000D+52 1+ 1 001:17:22 -0.175032D+01 0.100000D+52 1+ 1 001:21:11 -0.175032D+01 0.100000D+52 1+ 1 001:24:55 -0.175032D+01 0.100000D+52 1+ 1 001:26:40 -0.175032D+01 0.100000D+52 1+ 1 001:30:08 -0.175032D+01 0.100000D+52 1+ 1 001:32:55 -0.175032D+01 0.100000D+52 1 1 001:37:33 -0.175032D+01 0.100000D+52 1+ 1 001:41:45 -0.510595D+00 0.100000D+52 1+ 1 001:43:57 -0.510595D+00 0.100000D+52 1+ 1 001:46:05 -0.510595D+00 0.100000D+52 1+ 1 001:47:43 -0.510595D+00 0.100000D+52 1+ 1 001:50:06 -0.510595D+00 0.100000D+52 1+ 1 001:52:24 -0.510595D+00 0.100000D+52 1 1 001:55:03 -0.510595D+00 0.100000D+52 1+ 1 001:59:03 0.571423D+00 0.100000D+52 1+ 1 001:59:59 0.571423D+00 0.100000D+52 1 1 002:00:00 0.571423D+00 0.100000D+52 *** Max. allowable CPU time exceeded *** *** No feasible solution was found *** LP subsolver time: 001:30:41, in seconds: 5440.89 NLP subsolver time: 000:02:15, in seconds: 135.20 Cutting time: 000:25:47, in seconds: 1547.47 All other time: 000:01:17, in seconds: 76.55 Total time elapsed: 002:00:00, in seconds: 7200.11 on parsing: 000:00:03, in seconds: 3.11 on preprocessing: 000:55:58, in seconds: 3357.92 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:06:19, in seconds: 379.07 on local: 000:01:36, in seconds: 95.84 on tightening: 000:00:02, in seconds: 1.72 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:56:02, in seconds: 3362.45 Total no. of BaR iterations: 1 Best solution found at node: -3 Max. no. of nodes in memory: 1 Cut generation statistics (number of cuts / CPU sec) Bilinear 558450 0.92 Multilinears 145189 1547.23 Convexity 3773 0.00 All done =========================================================================== *** Time or user interrupt, gap calculations *** are invalid because of an incomplete solution. *** No solution found - further Baron post processing aborted --- Restarting execution --- detf1.gms(43579) 11 Mb --- Reading solution for model m *** Status: Normal completion --- Job detf1.gms Stop 11/20/12 23:11:02 elapsed 2:00:24.018 @04 1353449462 ----------------------------- Di 20. Nov 23:11:02 CET 2012 ----------------------------- =ready= Linux opt209 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/du-opt5.gms =========== ----------------------------- Di 20. Nov 21:10:37 CET 2012 ----------------------------- @03 1353442237 --- Job du-opt5.gms Start 11/20/12 21:10:38 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- du-opt5.gms(685) 2 Mb --- Starting execution: elapsed 0:00:00.116 --- du-opt5.gms(680) 3 Mb --- Generating MINLP model m --- du-opt5.gms(685) 5 Mb --- 10 rows 21 columns 47 non-zeroes --- 4,646 nl-code 20 nl-non-zeroes --- 12 discrete-columns --- du-opt5.gms(685) 3 Mb --- Executing BARON: elapsed 0:00:00.277 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Preprocessing found feasible solution with value 0.483724047214D+02 Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 22603709 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:01 0.000000D+00 0.483724D+02 1 1 000:00:01 0.393472D+01 0.483724D+02 * 60 16 000:00:04 0.439094D+01 0.941630D+01 * 64 16 000:00:04 0.439182D+01 0.917913D+01 * 66 16 000:00:04 0.439182D+01 0.904033D+01 * 80 18 000:00:04 0.447359D+01 0.901130D+01 * 110 22 000:00:05 0.458133D+01 0.885261D+01 * 210 27 000:00:08 0.483686D+01 0.879276D+01 * 226 21 000:00:08 0.494859D+01 0.857894D+01 * 376 23 000:00:11 0.746254D+01 0.841913D+01 * 378 13 000:00:11 0.748040D+01 0.811805D+01 * 387 13 000:00:11 0.765874D+01 0.807366D+01 422 0 000:00:12 0.807365D+01 0.807366D+01 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:06, in seconds: 5.91 NLP subsolver time: 000:00:05, in seconds: 4.76 Cutting time: 000:00:00, in seconds: 0.05 All other time: 000:00:01, in seconds: 1.04 Total time elapsed: 000:00:12, in seconds: 11.76 on parsing: 000:00:00, in seconds: 0.02 on preprocessing: 000:00:00, in seconds: 0.45 on navigating: 000:00:00, in seconds: 0.05 on relaxed: 000:00:08, in seconds: 7.98 on local: 000:00:02, in seconds: 2.22 on tightening: 000:00:01, in seconds: 0.62 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.41 Total no. of BaR iterations: 422 Best solution found at node: 387 Max. no. of nodes in memory: 35 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 369818 0.05 All done =========================================================================== Solution = 8.07365758005 found at node 387 Best possible = 8.0736495064 Absolute gap = 8.07364999921845E-6 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- du-opt5.gms(685) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job du-opt5.gms Stop 11/20/12 21:10:55 elapsed 0:00:17.609 @04 1353442255 ----------------------------- Di 20. Nov 21:10:55 CET 2012 ----------------------------- =ready= Linux opt210 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/du-opt.gms =========== ----------------------------- Di 20. Nov 21:10:38 CET 2012 ----------------------------- @03 1353442238 --- Job du-opt.gms Start 11/20/12 21:10:38 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- du-opt.gms(691) 2 Mb --- Starting execution: elapsed 0:00:00.566 --- du-opt.gms(686) 3 Mb --- Generating MINLP model m --- du-opt.gms(691) 5 Mb --- 10 rows 21 columns 47 non-zeroes --- 4,646 nl-code 20 nl-non-zeroes --- 13 discrete-columns --- du-opt.gms(691) 3 Mb --- Executing BARON: elapsed 0:00:00.951 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Preprocessing found feasible solution with value 0.412752347372D+04 Starting multi-start local search Preprocessing found feasible solution with value 0.424372312102D+01 Preprocessing found feasible solution with value 0.394988681420D+01 Done with local search =========================================================================== We have space for 22603709 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:01 0.000000D+00 0.394989D+01 1 1 000:00:02 0.351351D+01 0.394989D+01 * 40 13 000:00:06 0.355439D+01 0.355924D+01 * 74 14 000:00:07 0.355513D+01 0.355837D+01 * 102 20 000:00:09 0.355562D+01 0.355817D+01 * 120 17 000:00:10 0.355606D+01 0.355775D+01 * 128 15 000:00:10 0.355620D+01 0.355736D+01 * 141 1 000:00:10 0.355633D+01 0.355634D+01 141 0 000:00:10 0.355634D+01 0.355634D+01 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:04, in seconds: 3.61 NLP subsolver time: 000:00:06, in seconds: 5.97 Cutting time: 000:00:00, in seconds: 0.03 All other time: 000:00:01, in seconds: 0.72 Total time elapsed: 000:00:10, in seconds: 10.33 on parsing: 000:00:00, in seconds: 0.02 on preprocessing: 000:00:01, in seconds: 1.20 on navigating: 000:00:00, in seconds: 0.02 on relaxed: 000:00:05, in seconds: 4.88 on local: 000:00:03, in seconds: 3.39 on tightening: 000:00:00, in seconds: 0.30 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:01, in seconds: 0.52 Total no. of BaR iterations: 141 Best solution found at node: 141 Max. no. of nodes in memory: 25 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 183679 0.03 All done =========================================================================== Solution = 3.55634005239 found at node 141 Best possible = 3.55633649605 Absolute gap = 3.55633999982174E-6 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- du-opt.gms(691) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job du-opt.gms Stop 11/20/12 21:10:55 elapsed 0:00:16.479 @04 1353442255 ----------------------------- Di 20. Nov 21:10:55 CET 2012 ----------------------------- =ready= Linux opt211 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/eg_all_s.gms =========== ----------------------------- Di 20. Nov 21:10:38 CET 2012 ----------------------------- @03 1353442238 --- Job eg_all_s.gms Start 11/20/12 21:10:38 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- eg_all_s.gms(10372) 4 Mb --- Starting execution: elapsed 0:00:00.175 --- eg_all_s.gms(10367) 5 Mb --- Generating MINLP model m --- eg_all_s.gms(10372) 8 Mb --- 28 rows 8 columns 220 non-zeroes --- 146,732 nl-code 196 nl-non-zeroes --- 7 discrete-columns --- eg_all_s.gms(10372) 5 Mb --- Executing BARON: elapsed 0:00:00.260 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Preprocessing found feasible solution with value 0.932340170916D+01 Solving bounding LP Starting preprocessing LPs Estimated remaining time for preprocessing LPs is 219 secs Estimated remaining time for preprocessing LPs is 188 secs Estimated remaining time for preprocessing LPs is 158 secs Estimated remaining time for preprocessing LPs is 128 secs Estimated remaining time for preprocessing LPs is 98 secs Estimated remaining time for preprocessing LPs is 68 secs Estimated remaining time for preprocessing LPs is 38 secs Estimated remaining time for preprocessing LPs is 8 secs Done with preprocessing LPs Starting multi-start local search Preprocessing found feasible solution with value 0.782183011562D+01 Done with local search =========================================================================== We have space for 222039 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:06:39 -0.110003D+02 0.782183D+01 1+ 1 000:16:21 -0.794593D+01 0.782183D+01 1+ 1 000:24:13 -0.794593D+01 0.782183D+01 1+ 1 000:32:25 -0.794593D+01 0.782183D+01 1+ 1 000:42:58 -0.794593D+01 0.782183D+01 1+ 1 000:51:16 -0.794593D+01 0.782183D+01 1 1 000:51:16 -0.794593D+01 0.782183D+01 3 2 000:55:14 -0.794593D+01 0.782183D+01 5 3 001:03:51 -0.546951D+01 0.782182D+01 6 4 001:06:43 -0.522106D+01 0.782182D+01 6+ 4 001:13:45 -0.522106D+01 0.782182D+01 6+ 4 001:16:09 -0.522106D+01 0.782182D+01 6+ 4 001:19:49 -0.522106D+01 0.782182D+01 6+ 4 001:23:20 -0.522106D+01 0.782182D+01 6+ 4 001:27:03 -0.522106D+01 0.782182D+01 8 6 001:30:37 -0.522106D+01 0.782182D+01 9 6 001:31:54 -0.522106D+01 0.782182D+01 10 7 001:36:48 -0.217232D+01 0.782182D+01 11 8 001:39:26 -0.217232D+01 0.782182D+01 11+ 8 001:45:56 -0.217232D+01 0.782182D+01 11+ 8 001:49:14 -0.217232D+01 0.782182D+01 11+ 8 001:51:37 -0.217232D+01 0.782182D+01 11+ 8 001:54:37 -0.217232D+01 0.782182D+01 13 9 001:57:13 -0.217232D+01 0.782182D+01 13+ 9 001:59:52 -0.217232D+01 0.782182D+01 14 10 002:00:00 -0.216449D+01 0.782182D+01 *** Max. allowable CPU time exceeded *** LP subsolver time: 001:58:34, in seconds: 7113.79 NLP subsolver time: 000:00:13, in seconds: 12.84 Cutting time: 000:00:09, in seconds: 8.88 All other time: 000:01:04, in seconds: 64.49 Total time elapsed: 002:00:00, in seconds: 7200.01 on parsing: 000:00:01, in seconds: 1.34 on preprocessing: 000:04:15, in seconds: 254.86 on navigating: 000:00:00, in seconds: 0.06 on relaxed: 000:41:03, in seconds: 2462.71 on local: 000:00:08, in seconds: 7.74 on tightening: 000:00:02, in seconds: 1.64 on marginals: 000:00:00, in seconds: 0.00 on probing: 001:14:32, in seconds: 4471.66 Total no. of BaR iterations: 14 Best solution found at node: 3 Max. no. of nodes in memory: 10 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.32 Multilinears 94238 7.96 Convexity 4157009 1.16 All done =========================================================================== Solution = 7.8218222938 found at node 3 Best possible = -2.16449028253 Absolute gap = 9.98631257633 optca = 1E-9 Relative gap = NA optcr = 1E-6 --- Restarting execution --- eg_all_s.gms(10372) 4 Mb --- Reading solution for model m *** Status: Normal completion --- Job eg_all_s.gms Stop 11/20/12 23:10:59 elapsed 2:00:21.210 @04 1353449459 ----------------------------- Di 20. Nov 23:10:59 CET 2012 ----------------------------- =ready= Linux opt229 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/eg_disc2_s.gms =========== ----------------------------- Di 20. Nov 21:10:37 CET 2012 ----------------------------- @03 1353442237 --- Job eg_disc2_s.gms Start 11/20/12 21:10:37 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- eg_disc2_s.gms(10262) 4 Mb --- Starting execution: elapsed 0:00:00.203 --- eg_disc2_s.gms(10257) 5 Mb --- Generating MINLP model m --- eg_disc2_s.gms(10262) 8 Mb --- 28 rows 8 columns 220 non-zeroes --- 144,016 nl-code 196 nl-non-zeroes --- 3 discrete-columns --- eg_disc2_s.gms(10262) 5 Mb --- Executing BARON: elapsed 0:00:00.283 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Preprocessing found feasible solution with value 0.564950590552D+01 Solving bounding LP Starting preprocessing LPs Estimated remaining time for preprocessing LPs is 238 secs Estimated remaining time for preprocessing LPs is 207 secs Estimated remaining time for preprocessing LPs is 177 secs Estimated remaining time for preprocessing LPs is 148 secs Estimated remaining time for preprocessing LPs is 118 secs Estimated remaining time for preprocessing LPs is 88 secs Estimated remaining time for preprocessing LPs is 58 secs Estimated remaining time for preprocessing LPs is 28 secs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 221947 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:07:44 -0.110003D+02 0.564951D+01 1+ 1 000:20:09 -0.794632D+01 0.564951D+01 1+ 1 000:27:48 -0.794632D+01 0.564951D+01 1+ 1 000:39:13 -0.794632D+01 0.564951D+01 1+ 1 000:50:46 -0.794632D+01 0.564951D+01 1+ 1 001:00:42 -0.794632D+01 0.564951D+01 1+ 1 001:09:50 -0.794632D+01 0.564951D+01 1 1 001:20:45 -0.794632D+01 0.564951D+01 3 2 001:27:06 -0.794632D+01 0.564951D+01 4 3 001:38:45 -0.758846D+01 0.564951D+01 5 4 001:44:37 -0.758846D+01 0.564951D+01 5+ 4 001:59:45 -0.758846D+01 0.564951D+01 5 4 002:00:00 -0.758846D+01 0.564951D+01 *** Max. allowable CPU time exceeded *** LP subsolver time: 001:58:21, in seconds: 7100.85 NLP subsolver time: 000:00:06, in seconds: 5.72 Cutting time: 000:00:11, in seconds: 11.21 All other time: 000:01:22, in seconds: 82.40 Total time elapsed: 002:00:00, in seconds: 7200.18 on parsing: 000:00:01, in seconds: 1.33 on preprocessing: 000:04:31, in seconds: 270.96 on navigating: 000:00:00, in seconds: 0.03 on relaxed: 000:37:11, in seconds: 2230.83 on local: 000:00:04, in seconds: 4.16 on tightening: 000:00:01, in seconds: 0.89 on marginals: 000:00:00, in seconds: 0.00 on probing: 001:18:12, in seconds: 4691.98 Total no. of BaR iterations: 5 Best solution found at node: -1 Max. no. of nodes in memory: 4 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.32 Multilinears 60952 10.69 Convexity 2957757 0.74 All done =========================================================================== Solution = 5.64950590552 best solution found during preprocessing Best possible = -7.58845724258 Absolute gap = 13.2379631481 optca = 1E-9 Relative gap = NA optcr = 1E-6 --- Restarting execution --- eg_disc2_s.gms(10262) 4 Mb --- Reading solution for model m *** Status: Normal completion --- Job eg_disc2_s.gms Stop 11/20/12 23:10:58 elapsed 2:00:20.469 @04 1353449458 ----------------------------- Di 20. Nov 23:10:58 CET 2012 ----------------------------- =ready= Linux opt212 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/eg_disc_s.gms =========== ----------------------------- Di 20. Nov 21:10:39 CET 2012 ----------------------------- @03 1353442239 --- Job eg_disc_s.gms Start 11/20/12 21:10:39 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- eg_disc_s.gms(10373) 4 Mb --- Starting execution: elapsed 0:00:00.887 --- eg_disc_s.gms(10368) 5 Mb --- Generating MINLP model m --- eg_disc_s.gms(10373) 8 Mb --- 28 rows 8 columns 220 non-zeroes --- 146,732 nl-code 196 nl-non-zeroes --- 4 discrete-columns --- eg_disc_s.gms(10373) 7 Mb --- eg_disc_s.gms(10373) 5 Mb --- Executing BARON: elapsed 0:00:01.294 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Preprocessing found feasible solution with value 0.576053959368D+01 Solving bounding LP Starting preprocessing LPs Estimated remaining time for preprocessing LPs is 242 secs Estimated remaining time for preprocessing LPs is 209 secs Estimated remaining time for preprocessing LPs is 179 secs Estimated remaining time for preprocessing LPs is 149 secs Estimated remaining time for preprocessing LPs is 119 secs Estimated remaining time for preprocessing LPs is 89 secs Estimated remaining time for preprocessing LPs is 59 secs Estimated remaining time for preprocessing LPs is 29 secs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 221993 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:06:19 -0.110003D+02 0.576054D+01 1+ 1 000:16:46 -0.798867D+01 0.576054D+01 1+ 1 000:27:10 -0.798867D+01 0.576054D+01 1+ 1 000:34:23 -0.798867D+01 0.576054D+01 1+ 1 000:44:52 -0.798867D+01 0.576054D+01 1+ 1 000:52:53 -0.798867D+01 0.576054D+01 1+ 1 001:02:12 -0.798867D+01 0.576054D+01 1 1 001:14:03 -0.798867D+01 0.576054D+01 3 2 001:18:28 -0.798867D+01 0.576054D+01 4 3 001:30:00 -0.596791D+01 0.576054D+01 5 3 001:40:02 -0.596791D+01 0.576054D+01 6 4 001:52:03 -0.511078D+01 0.576054D+01 6+ 4 001:59:34 -0.511078D+01 0.576054D+01 6 4 002:00:00 -0.511078D+01 0.576054D+01 *** Max. allowable CPU time exceeded *** LP subsolver time: 001:58:16, in seconds: 7096.07 NLP subsolver time: 000:00:10, in seconds: 10.48 Cutting time: 000:00:11, in seconds: 10.91 All other time: 000:01:23, in seconds: 82.60 Total time elapsed: 002:00:00, in seconds: 7200.06 on parsing: 000:00:02, in seconds: 1.56 on preprocessing: 000:04:31, in seconds: 271.24 on navigating: 000:00:00, in seconds: 0.03 on relaxed: 000:43:35, in seconds: 2614.72 on local: 000:00:09, in seconds: 8.97 on tightening: 000:00:01, in seconds: 0.97 on marginals: 000:00:00, in seconds: 0.00 on probing: 001:11:43, in seconds: 4302.58 Total no. of BaR iterations: 6 Best solution found at node: -1 Max. no. of nodes in memory: 4 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.51 Multilinears 60923 10.43 Convexity 2829648 0.71 All done =========================================================================== Solution = 5.76053959368 best solution found during preprocessing Best possible = -5.1107808432 Absolute gap = 10.87132043688 optca = 1E-9 Relative gap = NA optcr = 1E-6 --- Restarting execution --- eg_disc_s.gms(10373) 4 Mb --- Reading solution for model m *** Status: Normal completion --- Job eg_disc_s.gms Stop 11/20/12 23:11:04 elapsed 2:00:24.499 @04 1353449464 ----------------------------- Di 20. Nov 23:11:04 CET 2012 ----------------------------- =ready= Linux opt213 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/eg_int_s.gms =========== ----------------------------- Di 20. Nov 21:10:38 CET 2012 ----------------------------- @03 1353442238 --- Job eg_int_s.gms Start 11/20/12 21:10:38 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- eg_int_s.gms(9704) 4 Mb --- Starting execution: elapsed 0:00:00.214 --- eg_int_s.gms(9699) 4 Mb --- Generating MINLP model m --- eg_int_s.gms(9704) 7 Mb --- 28 rows 8 columns 220 non-zeroes --- 135,868 nl-code 196 nl-non-zeroes --- 3 discrete-columns --- eg_int_s.gms(9704) 4 Mb --- Executing BARON: elapsed 0:00:00.297 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Preprocessing found feasible solution with value 0.788724302402D+01 Solving bounding LP Starting preprocessing LPs Estimated remaining time for preprocessing LPs is 220 secs Estimated remaining time for preprocessing LPs is 188 secs Estimated remaining time for preprocessing LPs is 158 secs Estimated remaining time for preprocessing LPs is 128 secs Estimated remaining time for preprocessing LPs is 98 secs Estimated remaining time for preprocessing LPs is 68 secs Estimated remaining time for preprocessing LPs is 38 secs Estimated remaining time for preprocessing LPs is 8 secs Done with preprocessing LPs Starting multi-start local search Preprocessing found feasible solution with value 0.645310312850D+01 Done with local search =========================================================================== We have space for 221947 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:07:09 -0.110003D+02 0.645310D+01 1+ 1 000:19:29 -0.795840D+01 0.645310D+01 1+ 1 000:25:32 -0.795840D+01 0.645310D+01 1+ 1 000:36:09 -0.795840D+01 0.645310D+01 1+ 1 000:47:33 -0.795840D+01 0.645310D+01 1+ 1 000:58:58 -0.795840D+01 0.645310D+01 1 1 000:58:58 -0.795840D+01 0.645310D+01 4 3 001:05:38 -0.630220D+01 0.645310D+01 5 3 001:10:05 -0.630220D+01 0.645310D+01 6 4 001:15:03 -0.618692D+01 0.645310D+01 6+ 4 001:22:15 -0.618692D+01 0.645310D+01 6+ 4 001:27:48 -0.618692D+01 0.645310D+01 6+ 4 001:33:37 -0.618692D+01 0.645310D+01 6+ 4 001:40:07 -0.618692D+01 0.645310D+01 8 6 001:46:24 -0.618692D+01 0.645310D+01 9 6 001:50:44 -0.618692D+01 0.645310D+01 10 7 001:51:51 -0.197229D+01 0.645310D+01 11 8 001:55:11 -0.197229D+01 0.645310D+01 11+ 8 001:59:49 -0.197229D+01 0.645310D+01 11 8 002:00:00 -0.197229D+01 0.645310D+01 *** Max. allowable CPU time exceeded *** LP subsolver time: 001:58:26, in seconds: 7106.18 NLP subsolver time: 000:00:20, in seconds: 20.16 Cutting time: 000:00:10, in seconds: 10.00 All other time: 000:01:04, in seconds: 63.69 Total time elapsed: 002:00:00, in seconds: 7200.04 on parsing: 000:00:01, in seconds: 1.38 on preprocessing: 000:04:15, in seconds: 255.16 on navigating: 000:00:00, in seconds: 0.05 on relaxed: 000:37:45, in seconds: 2264.57 on local: 000:00:15, in seconds: 14.69 on tightening: 000:00:02, in seconds: 1.53 on marginals: 000:00:00, in seconds: 0.01 on probing: 001:17:43, in seconds: 4662.64 Total no. of BaR iterations: 11 Best solution found at node: 2 Max. no. of nodes in memory: 8 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.32 Multilinears 75427 9.34 Convexity 3367913 0.89 All done =========================================================================== Solution = 6.4530966754 found at node 2 Best possible = -1.97229279231 Absolute gap = 8.42538946771 optca = 1E-9 Relative gap = NA optcr = 1E-6 --- Restarting execution --- eg_int_s.gms(9704) 3 Mb --- Reading solution for model m *** Status: Normal completion --- Job eg_int_s.gms Stop 11/20/12 23:11:01 elapsed 2:00:22.644 @04 1353449461 ----------------------------- Di 20. Nov 23:11:01 CET 2012 ----------------------------- =ready= Linux opt214 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/elf.gms =========== ----------------------------- Di 20. Nov 21:10:38 CET 2012 ----------------------------- @03 1353442238 --- Job elf.gms Start 11/20/12 21:10:38 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- elf.gms(161) 2 Mb --- Starting execution: elapsed 0:00:00.045 --- elf.gms(156) 3 Mb --- Generating MINLP model m --- elf.gms(161) 5 Mb --- 39 rows 55 columns 178 non-zeroes --- 156 nl-code 30 nl-non-zeroes --- 24 discrete-columns --- elf.gms(161) 3 Mb --- Executing BARON: elapsed 0:00:00.061 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Preprocessing found feasible solution with value 0.167500000000D+01 Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Preprocessing found feasible solution with value 0.795000000000D+00 Done with local search =========================================================================== We have space for 23340787 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.000000D+00 0.795000D+00 * 1 1 000:00:00 0.000000D+00 0.633333D+00 1 1 000:00:00 0.000000D+00 0.633333D+00 * 3 3 000:00:00 0.000000D+00 0.336667D+00 * 14 10 000:00:01 0.000000D+00 0.328000D+00 * 120 34 000:00:03 0.449074D-01 0.191667D+00 275 0 000:00:03 0.191666D+00 0.191667D+00 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:02, in seconds: 2.03 NLP subsolver time: 000:00:01, in seconds: 0.59 Cutting time: 000:00:00, in seconds: 0.06 All other time: 000:00:00, in seconds: 0.42 Total time elapsed: 000:00:03, in seconds: 3.11 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.15 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.32 on local: 000:00:01, in seconds: 0.51 on tightening: 000:00:00, in seconds: 0.15 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:02, in seconds: 1.96 Total no. of BaR iterations: 275 Best solution found at node: 255 Max. no. of nodes in memory: 37 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 178503 0.06 All done =========================================================================== Solution = 0.191666666116 found at node 255 Best possible = 0.19166647445 Absolute gap = 1.91665999987878E-7 optca = 1E-9 Relative gap = 0 optcr = 1E-6 --- Restarting execution --- elf.gms(161) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job elf.gms Stop 11/20/12 21:10:45 elapsed 0:00:06.409 @04 1353442245 ----------------------------- Di 20. Nov 21:10:45 CET 2012 ----------------------------- =ready= Linux opt215 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/eniplac.gms =========== ----------------------------- Di 20. Nov 21:10:38 CET 2012 ----------------------------- @03 1353442238 --- Job eniplac.gms Start 11/20/12 21:10:39 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- eniplac.gms(492) 2 Mb --- Starting execution: elapsed 0:00:00.521 --- eniplac.gms(487) 3 Mb --- Generating MINLP model m --- eniplac.gms(492) 5 Mb --- 190 rows 142 columns 511 non-zeroes --- 234 nl-code 48 nl-non-zeroes --- 24 discrete-columns --- eniplac.gms(492) 3 Mb --- Executing BARON: elapsed 0:00:00.914 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 7482063 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 -0.245835D+06 0.232444D+05 1 1 000:00:01 -0.178865D+06 0.232444D+05 * 3 2 000:00:01 -0.178865D+06 -0.131599D+06 * 20 12 000:00:03 -0.171417D+06 -0.131689D+06 1791 1038 000:00:33 -0.152548D+06 -0.131689D+06 3782+ 2186 000:01:03 -0.149877D+06 -0.131689D+06 5787 3334 000:01:33 -0.148406D+06 -0.131689D+06 7768+ 4435 000:02:03 -0.147394D+06 -0.131689D+06 9736 5544 000:02:33 -0.146645D+06 -0.131689D+06 11791 6691 000:03:03 -0.146001D+06 -0.131689D+06 13800+ 7804 000:03:33 -0.145493D+06 -0.131689D+06 15776+ 8874 000:04:03 -0.145057D+06 -0.131689D+06 17749 9956 000:04:33 -0.144665D+06 -0.131689D+06 19735+ 11026 000:05:03 -0.144348D+06 -0.131689D+06 21832+ 12134 000:05:33 -0.144011D+06 -0.131689D+06 23748 13171 000:06:03 -0.143732D+06 -0.131689D+06 * 25544 14112 000:06:30 -0.143481D+06 -0.131739D+06 27479+ 15131 000:07:00 -0.143233D+06 -0.131739D+06 29497+ 16194 000:07:30 -0.143003D+06 -0.131739D+06 31549 17252 000:08:00 -0.142779D+06 -0.131739D+06 33670+ 18322 000:08:30 -0.142564D+06 -0.131739D+06 35735 19358 000:09:00 -0.142375D+06 -0.131739D+06 37777 20379 000:09:30 -0.142190D+06 -0.131739D+06 39714+ 21362 000:10:00 -0.142027D+06 -0.131739D+06 41695+ 22321 000:10:30 -0.141880D+06 -0.131739D+06 43804+ 23364 000:11:00 -0.141716D+06 -0.131739D+06 45856+ 24367 000:11:30 -0.141577D+06 -0.131739D+06 47847+ 25350 000:12:00 -0.141433D+06 -0.131739D+06 49861+ 26348 000:12:30 -0.141293D+06 -0.131739D+06 51832 27311 000:13:00 -0.141165D+06 -0.131739D+06 53766+ 28243 000:13:30 -0.141052D+06 -0.131739D+06 55831+ 29209 000:14:00 -0.140932D+06 -0.131739D+06 57876 30159 000:14:30 -0.140814D+06 -0.131739D+06 59781 31067 000:15:00 -0.140709D+06 -0.131739D+06 61828 32019 000:15:30 -0.140603D+06 -0.131739D+06 63822+ 32929 000:16:00 -0.140504D+06 -0.131739D+06 65814+ 33858 000:16:30 -0.140402D+06 -0.131739D+06 67899+ 34823 000:17:00 -0.140308D+06 -0.131739D+06 69993 35753 000:17:30 -0.140214D+06 -0.131739D+06 72057+ 36668 000:18:00 -0.140120D+06 -0.131739D+06 73984 37525 000:18:30 -0.140028D+06 -0.131739D+06 75925+ 38355 000:19:00 -0.139935D+06 -0.131739D+06 78035+ 39242 000:19:30 -0.139842D+06 -0.131739D+06 * 79322 39792 000:19:48 -0.139788D+06 -0.131752D+06 * 79326 39733 000:19:48 -0.139788D+06 -0.131884D+06 81362+ 40562 000:20:18 -0.139711D+06 -0.131884D+06 83516 41422 000:20:48 -0.139632D+06 -0.131884D+06 85656+ 42243 000:21:18 -0.139550D+06 -0.131884D+06 87718 43061 000:21:48 -0.139472D+06 -0.131884D+06 89618+ 43796 000:22:18 -0.139399D+06 -0.131884D+06 91668+ 44574 000:22:48 -0.139327D+06 -0.131884D+06 93810 45386 000:23:18 -0.139255D+06 -0.131884D+06 95967+ 46140 000:23:48 -0.139185D+06 -0.131884D+06 98165+ 46909 000:24:18 -0.139109D+06 -0.131884D+06 100375 47673 000:24:48 -0.139036D+06 -0.131884D+06 102562 48464 000:25:18 -0.138969D+06 -0.131884D+06 104945+ 49260 000:25:48 -0.138902D+06 -0.131884D+06 107103+ 49981 000:26:18 -0.138834D+06 -0.131884D+06 109398 50706 000:26:48 -0.138763D+06 -0.131884D+06 111768+ 51436 000:27:18 -0.138692D+06 -0.131884D+06 114149+ 52149 000:27:48 -0.138621D+06 -0.131884D+06 * 116080+ 52765 000:28:12 -0.138566D+06 -0.131884D+06 * 116080+ 52765 000:28:12 -0.138566D+06 -0.131884D+06 * 116080+ 52765 000:28:12 -0.138566D+06 -0.131884D+06 * 116088 52750 000:28:12 -0.138566D+06 -0.131905D+06 * 116090 52748 000:28:12 -0.138566D+06 -0.131908D+06 * 116098 52749 000:28:12 -0.138566D+06 -0.131908D+06 * 116102+ 52750 000:28:12 -0.138566D+06 -0.131908D+06 * 116102+ 52750 000:28:12 -0.138566D+06 -0.131908D+06 * 116102+ 52750 000:28:12 -0.138566D+06 -0.131908D+06 * 116102+ 52749 000:28:12 -0.138566D+06 -0.131909D+06 118659+ 53473 000:28:42 -0.138493D+06 -0.131909D+06 121248 54234 000:29:12 -0.138427D+06 -0.131909D+06 123884 54969 000:29:43 -0.138353D+06 -0.131909D+06 126603+ 55760 000:30:13 -0.138284D+06 -0.131909D+06 129221 56513 000:30:43 -0.138218D+06 -0.131909D+06 * 131072+ 57039 000:31:05 -0.138168D+06 -0.131909D+06 * 131074 56796 000:31:05 -0.138168D+06 -0.132068D+06 * 131092 56788 000:31:05 -0.138168D+06 -0.132077D+06 * 131104+ 56795 000:31:05 -0.138167D+06 -0.132077D+06 * 131104+ 56795 000:31:05 -0.138167D+06 -0.132077D+06 * 131104+ 56795 000:31:05 -0.138167D+06 -0.132077D+06 * 131104+ 56795 000:31:05 -0.138167D+06 -0.132077D+06 * 131104+ 56795 000:31:05 -0.138167D+06 -0.132078D+06 * 131104+ 56795 000:31:05 -0.138167D+06 -0.132078D+06 * 131104+ 56794 000:31:05 -0.138167D+06 -0.132078D+06 * 131104+ 56794 000:31:05 -0.138167D+06 -0.132078D+06 * 131106 56774 000:31:05 -0.138167D+06 -0.132083D+06 133831+ 57464 000:31:35 -0.138108D+06 -0.132083D+06 136490 58101 000:32:05 -0.138047D+06 -0.132083D+06 139421+ 58786 000:32:35 -0.137980D+06 -0.132083D+06 142183+ 59422 000:33:05 -0.137912D+06 -0.132083D+06 144848 60039 000:33:35 -0.137848D+06 -0.132083D+06 147452 60591 000:34:05 -0.137784D+06 -0.132083D+06 150089+ 61198 000:34:35 -0.137725D+06 -0.132083D+06 152783 61753 000:35:05 -0.137663D+06 -0.132083D+06 155445+ 62296 000:35:35 -0.137603D+06 -0.132083D+06 157775 62765 000:36:05 -0.137554D+06 -0.132083D+06 160167+ 63232 000:36:35 -0.137505D+06 -0.132083D+06 162621+ 63684 000:37:05 -0.137455D+06 -0.132083D+06 165331+ 64149 000:37:35 -0.137396D+06 -0.132083D+06 167965+ 64566 000:38:05 -0.137339D+06 -0.132083D+06 170958 65002 000:38:35 -0.137277D+06 -0.132083D+06 173911+ 65402 000:39:05 -0.137216D+06 -0.132083D+06 176823+ 65776 000:39:35 -0.137160D+06 -0.132083D+06 180133 66139 000:40:05 -0.137097D+06 -0.132083D+06 183578 66517 000:40:35 -0.137029D+06 -0.132083D+06 187029 66858 000:41:05 -0.136966D+06 -0.132083D+06 190836+ 67138 000:41:35 -0.136900D+06 -0.132083D+06 194457+ 67392 000:42:05 -0.136837D+06 -0.132083D+06 198254 67592 000:42:35 -0.136770D+06 -0.132083D+06 202249+ 67683 000:43:05 -0.136701D+06 -0.132083D+06 206287+ 67747 000:43:35 -0.136631D+06 -0.132083D+06 210301+ 67798 000:44:05 -0.136564D+06 -0.132083D+06 214421 67767 000:44:35 -0.136497D+06 -0.132083D+06 218733+ 67701 000:45:05 -0.136424D+06 -0.132083D+06 222863+ 67627 000:45:35 -0.136361D+06 -0.132083D+06 227319+ 67380 000:46:05 -0.136290D+06 -0.132083D+06 232247+ 67077 000:46:35 -0.136214D+06 -0.132083D+06 237457+ 66651 000:47:05 -0.136129D+06 -0.132083D+06 242592 66130 000:47:35 -0.136050D+06 -0.132083D+06 248391 65344 000:48:05 -0.135961D+06 -0.132083D+06 254366 64498 000:48:35 -0.135870D+06 -0.132083D+06 260471 63492 000:49:05 -0.135777D+06 -0.132083D+06 266990 62233 000:49:35 -0.135682D+06 -0.132083D+06 273786 60823 000:50:05 -0.135584D+06 -0.132083D+06 280492 59364 000:50:35 -0.135488D+06 -0.132083D+06 287064 57894 000:51:05 -0.135395D+06 -0.132083D+06 294486 56123 000:51:35 -0.135290D+06 -0.132083D+06 302111 54183 000:52:05 -0.135178D+06 -0.132083D+06 309665+ 52190 000:52:35 -0.135070D+06 -0.132083D+06 * 314976+ 50746 000:52:56 -0.134988D+06 -0.132083D+06 * 314976 50623 000:52:56 -0.134988D+06 -0.132116D+06 * 314986+ 50624 000:52:56 -0.134988D+06 -0.132116D+06 * 314986+ 50624 000:52:56 -0.134988D+06 -0.132116D+06 * 314986+ 50624 000:52:56 -0.134988D+06 -0.132117D+06 * 314986+ 50621 000:52:56 -0.134988D+06 -0.132117D+06 * 314998+ 50623 000:52:56 -0.134988D+06 -0.132117D+06 * 315006+ 50626 000:52:56 -0.134988D+06 -0.132117D+06 * 315006+ 50613 000:52:56 -0.134988D+06 -0.132117D+06 323496 48271 000:53:26 -0.134860D+06 -0.132117D+06 332109 45780 000:53:56 -0.134729D+06 -0.132117D+06 341032+ 43093 000:54:26 -0.134593D+06 -0.132117D+06 350616 40123 000:54:56 -0.134447D+06 -0.132117D+06 360594 36722 000:55:26 -0.134289D+06 -0.132117D+06 371604 32536 000:55:56 -0.134107D+06 -0.132117D+06 383785 27316 000:56:26 -0.133889D+06 -0.132117D+06 396677 21269 000:56:56 -0.133636D+06 -0.132117D+06 411515 13456 000:57:26 -0.133280D+06 -0.132117D+06 431884 56 000:57:56 -0.132187D+06 -0.132117D+06 431956 0 000:57:56 -0.132117D+06 -0.132117D+06 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:43:25, in seconds: 2604.52 NLP subsolver time: 000:05:32, in seconds: 331.83 Cutting time: 000:01:35, in seconds: 94.78 All other time: 000:07:25, in seconds: 445.09 Total time elapsed: 000:57:56, in seconds: 3476.21 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.42 on navigating: 000:00:14, in seconds: 14.43 on relaxed: 000:14:57, in seconds: 896.58 on local: 000:05:33, in seconds: 333.27 on tightening: 000:03:36, in seconds: 215.92 on marginals: 000:00:03, in seconds: 2.71 on probing: 000:33:33, in seconds: 2012.87 Total no. of BaR iterations: 431956 Best solution found at node: 315006 Max. no. of nodes in memory: 67809 Cut generation statistics (number of cuts / CPU sec) Bilinear 2833604 11.14 Multilinears 0 0.00 Convexity 148760467 83.64 All done =========================================================================== Solution = -132117.073986 found at node 315006 Best possible = -132117.206103 Absolute gap = 0.132117000001017 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- eniplac.gms(492) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job eniplac.gms Stop 11/20/12 22:08:49 elapsed 0:58:10.883 @04 1353445729 ----------------------------- Di 20. Nov 22:08:49 CET 2012 ----------------------------- =ready= Linux opt216 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/enpro48.gms =========== ----------------------------- Di 20. Nov 21:10:39 CET 2012 ----------------------------- @03 1353442239 --- Job enpro48.gms Start 11/20/12 21:10:39 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- enpro48.gms(628) 2 Mb --- Starting execution: elapsed 0:00:00.790 --- enpro48.gms(623) 3 Mb --- Generating MINLP model m --- enpro48.gms(628) 5 Mb --- 215 rows 154 columns 742 non-zeroes --- 70 nl-code 29 nl-non-zeroes --- 92 discrete-columns --- enpro48.gms(628) 3 Mb --- Executing BARON: elapsed 0:00:01.098 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 13505360 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.104829D+06 0.162911D+08 1 1 000:00:00 0.174318D+06 0.162911D+08 * 5+ 4 000:00:00 0.179623D+06 0.162911D+08 * 7+ 5 000:00:00 0.179623D+06 0.162911D+08 * 7+ 5 000:00:00 0.179623D+06 0.162911D+08 * 7+ 5 000:00:00 0.179623D+06 0.162911D+08 * 7+ 5 000:00:00 0.179623D+06 0.162911D+08 * 7+ 5 000:00:01 0.179623D+06 0.162910D+08 * 15+ 9 000:00:01 0.182451D+06 0.162910D+08 * 15+ 9 000:00:01 0.182451D+06 0.162910D+08 * 15+ 9 000:00:01 0.182451D+06 0.162910D+08 * 15+ 9 000:00:01 0.182451D+06 0.162910D+08 * 20+ 12 000:00:01 0.183477D+06 0.155048D+08 * 110 57 000:00:02 0.184041D+06 0.230451D+06 * 116 49 000:00:03 0.184077D+06 0.225181D+06 * 132 58 000:00:03 0.184125D+06 0.220348D+06 * 134 30 000:00:03 0.184125D+06 0.189688D+06 * 155+ 30 000:00:03 0.184181D+06 0.189688D+06 * 155+ 30 000:00:03 0.184181D+06 0.189688D+06 * 155+ 30 000:00:03 0.184181D+06 0.189688D+06 * 155+ 30 000:00:03 0.184181D+06 0.189688D+06 * 155+ 30 000:00:03 0.184181D+06 0.189687D+06 * 155+ 30 000:00:03 0.184181D+06 0.189687D+06 * 155+ 30 000:00:03 0.184181D+06 0.189687D+06 * 155+ 30 000:00:03 0.184181D+06 0.189687D+06 * 155+ 30 000:00:03 0.184181D+06 0.189687D+06 * 155 30 000:00:03 0.184181D+06 0.189642D+06 * 186 31 000:00:03 0.184331D+06 0.189133D+06 * 239+ 42 000:00:03 0.184453D+06 0.189132D+06 * 239+ 37 000:00:03 0.184453D+06 0.188916D+06 * 239+ 37 000:00:03 0.184453D+06 0.188916D+06 * 239+ 37 000:00:03 0.184453D+06 0.188915D+06 * 239+ 37 000:00:03 0.184453D+06 0.188915D+06 * 239+ 37 000:00:03 0.184453D+06 0.188915D+06 * 239+ 37 000:00:03 0.184453D+06 0.188915D+06 * 239+ 37 000:00:03 0.184453D+06 0.188915D+06 * 239+ 37 000:00:03 0.184453D+06 0.188914D+06 * 239 36 000:00:03 0.184453D+06 0.188887D+06 * 306 24 000:00:04 0.185343D+06 0.187277D+06 468 0 000:00:04 0.187277D+06 0.187277D+06 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:02, in seconds: 1.64 NLP subsolver time: 000:00:02, in seconds: 2.06 Cutting time: 000:00:00, in seconds: 0.03 All other time: 000:00:00, in seconds: 0.41 Total time elapsed: 000:00:04, in seconds: 4.14 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.18 on navigating: 000:00:00, in seconds: 0.05 on relaxed: 000:00:01, in seconds: 0.77 on local: 000:00:02, in seconds: 1.97 on tightening: 000:00:00, in seconds: 0.16 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:01, in seconds: 0.99 Total no. of BaR iterations: 468 Best solution found at node: 306 Max. no. of nodes in memory: 70 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 85240 0.03 All done =========================================================================== Solution = 187277.259422 found at node 306 Best possible = 187277.072145 Absolute gap = 0.18727699998999 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- enpro48.gms(628) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job enpro48.gms Stop 11/20/12 21:10:49 elapsed 0:00:09.424 @04 1353442249 ----------------------------- Di 20. Nov 21:10:49 CET 2012 ----------------------------- =ready= Linux opt217 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/enpro48pb.gms =========== ----------------------------- Di 20. Nov 21:10:39 CET 2012 ----------------------------- @03 1353442239 --- Job enpro48pb.gms Start 11/20/12 21:10:39 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- enpro48pb.gms(634) 2 Mb --- Starting execution: elapsed 0:00:00.229 --- enpro48pb.gms(629) 3 Mb --- Generating MINLP model m --- enpro48pb.gms(634) 5 Mb --- 215 rows 154 columns 742 non-zeroes --- 70 nl-code 29 nl-non-zeroes --- 92 discrete-columns --- enpro48pb.gms(634) 4 Mb --- enpro48pb.gms(634) 3 Mb --- Executing BARON: elapsed 0:00:00.551 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 13505360 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.104829D+06 0.162911D+08 1 1 000:00:00 0.174318D+06 0.162911D+08 * 5+ 4 000:00:00 0.179623D+06 0.162911D+08 * 7+ 5 000:00:00 0.179623D+06 0.162911D+08 * 7+ 5 000:00:00 0.179623D+06 0.162911D+08 * 7+ 5 000:00:00 0.179623D+06 0.162911D+08 * 7+ 5 000:00:00 0.179623D+06 0.162911D+08 * 7+ 5 000:00:01 0.179623D+06 0.162910D+08 * 15+ 9 000:00:01 0.182451D+06 0.162910D+08 * 15+ 9 000:00:01 0.182451D+06 0.162910D+08 * 15+ 9 000:00:01 0.182451D+06 0.162910D+08 * 15+ 9 000:00:01 0.182451D+06 0.162910D+08 * 20+ 12 000:00:01 0.183477D+06 0.155048D+08 * 42 28 000:00:02 0.183822D+06 0.299066D+06 * 44 26 000:00:02 0.183822D+06 0.297513D+06 * 68 21 000:00:02 0.184071D+06 0.208045D+06 * 99 35 000:00:02 0.184126D+06 0.192818D+06 * 170 51 000:00:03 0.184563D+06 0.191498D+06 * 172 44 000:00:03 0.184564D+06 0.190248D+06 * 207 35 000:00:03 0.184686D+06 0.189133D+06 * 254 32 000:00:03 0.185178D+06 0.188887D+06 * 256 18 000:00:03 0.185292D+06 0.187277D+06 376 0 000:00:04 0.187277D+06 0.187277D+06 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:02, in seconds: 1.68 NLP subsolver time: 000:00:02, in seconds: 1.70 Cutting time: 000:00:00, in seconds: 0.03 All other time: 000:00:00, in seconds: 0.36 Total time elapsed: 000:00:04, in seconds: 3.77 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.18 on navigating: 000:00:00, in seconds: 0.04 on relaxed: 000:00:01, in seconds: 0.65 on local: 000:00:02, in seconds: 1.61 on tightening: 000:00:00, in seconds: 0.16 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:01, in seconds: 1.10 Total no. of BaR iterations: 376 Best solution found at node: 256 Max. no. of nodes in memory: 52 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 82064 0.03 All done =========================================================================== Solution = 187277.25935 found at node 256 Best possible = 187277.072073 Absolute gap = 0.187277000019094 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- enpro48pb.gms(634) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job enpro48pb.gms Stop 11/20/12 21:10:48 elapsed 0:00:08.650 @04 1353442248 ----------------------------- Di 20. Nov 21:10:48 CET 2012 ----------------------------- =ready= Linux opt218 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/enpro56.gms =========== ----------------------------- Di 20. Nov 21:10:39 CET 2012 ----------------------------- @03 1353442239 --- Job enpro56.gms Start 11/20/12 21:10:39 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- enpro56.gms(558) 2 Mb --- Starting execution: elapsed 0:00:00.053 --- enpro56.gms(553) 3 Mb --- Generating MINLP model m --- enpro56.gms(558) 5 Mb --- 192 rows 128 columns 651 non-zeroes --- 61 nl-code 24 nl-non-zeroes --- 73 discrete-columns --- enpro56.gms(558) 3 Mb --- Executing BARON: elapsed 0:00:00.070 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 15016449 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.117289D+06 0.322946D+07 1 1 000:00:00 0.224062D+06 0.322946D+07 * 6+ 4 000:00:01 0.229385D+06 0.322946D+07 * 6+ 4 000:00:01 0.229385D+06 0.322945D+07 * 6+ 4 000:00:01 0.229385D+06 0.322945D+07 * 17+ 11 000:00:01 0.232539D+06 0.322945D+07 * 17+ 11 000:00:01 0.232539D+06 0.322945D+07 * 17+ 11 000:00:01 0.232539D+06 0.322944D+07 * 17+ 11 000:00:01 0.232539D+06 0.322944D+07 * 27+ 17 000:00:01 0.239755D+06 0.322944D+07 * 27+ 17 000:00:01 0.239755D+06 0.322943D+07 * 27+ 17 000:00:01 0.239755D+06 0.322943D+07 * 27+ 17 000:00:01 0.239755D+06 0.322943D+07 * 29+ 18 000:00:01 0.239755D+06 0.322942D+07 * 38+ 23 000:00:01 0.239970D+06 0.322942D+07 * 47+ 27 000:00:01 0.240689D+06 0.322942D+07 * 61+ 35 000:00:01 0.241161D+06 0.295038D+07 * 104 55 000:00:01 0.241247D+06 0.263703D+06 * 1160 307 000:00:06 0.247010D+06 0.263428D+06 8444 0 000:00:25 0.263428D+06 0.263428D+06 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:18, in seconds: 18.26 NLP subsolver time: 000:00:03, in seconds: 2.72 Cutting time: 000:00:00, in seconds: 0.32 All other time: 000:00:04, in seconds: 3.69 Total time elapsed: 000:00:25, in seconds: 24.99 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.22 on navigating: 000:00:00, in seconds: 0.23 on relaxed: 000:00:11, in seconds: 10.70 on local: 000:00:03, in seconds: 2.60 on tightening: 000:00:02, in seconds: 1.70 on marginals: 000:00:00, in seconds: 0.03 on probing: 000:00:09, in seconds: 9.50 Total no. of BaR iterations: 8444 Best solution found at node: 1160 Max. no. of nodes in memory: 526 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 1126957 0.32 All done =========================================================================== Solution = 263428.300973 found at node 1160 Best possible = 263428.037545 Absolute gap = 0.263427999976557 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- enpro56.gms(558) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job enpro56.gms Stop 11/20/12 21:11:09 elapsed 0:00:29.464 @04 1353442269 ----------------------------- Di 20. Nov 21:11:09 CET 2012 ----------------------------- =ready= Linux opt219 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/enpro56pb.gms =========== ----------------------------- Di 20. Nov 21:10:38 CET 2012 ----------------------------- @03 1353442238 --- Job enpro56pb.gms Start 11/20/12 21:10:39 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- enpro56pb.gms(565) 2 Mb --- Starting execution: elapsed 0:00:00.152 --- enpro56pb.gms(560) 3 Mb --- Generating MINLP model m --- enpro56pb.gms(565) 5 Mb --- 192 rows 128 columns 651 non-zeroes --- 61 nl-code 24 nl-non-zeroes --- 73 discrete-columns --- enpro56pb.gms(565) 4 Mb --- enpro56pb.gms(565) 3 Mb --- Executing BARON: elapsed 0:00:00.484 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 15016449 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.117289D+06 0.322946D+07 1 1 000:00:00 0.224062D+06 0.322946D+07 * 6+ 4 000:00:01 0.229385D+06 0.322946D+07 * 6+ 4 000:00:01 0.229385D+06 0.322945D+07 * 6+ 4 000:00:01 0.229385D+06 0.322945D+07 * 13+ 8 000:00:01 0.229403D+06 0.322945D+07 * 23+ 13 000:00:01 0.239966D+06 0.322945D+07 * 32+ 16 000:00:01 0.240689D+06 0.322944D+07 * 32+ 16 000:00:01 0.240689D+06 0.322944D+07 * 46+ 23 000:00:01 0.241253D+06 0.309566D+07 * 188 97 000:00:02 0.242445D+06 0.315810D+06 * 246 127 000:00:02 0.242852D+06 0.303505D+06 * 254 131 000:00:03 0.242852D+06 0.301006D+06 * 542+ 252 000:00:04 0.243840D+06 0.301006D+06 * 542+ 252 000:00:04 0.243840D+06 0.301005D+06 * 542+ 252 000:00:04 0.243840D+06 0.301005D+06 * 542+ 252 000:00:04 0.243840D+06 0.301005D+06 * 542 248 000:00:04 0.243840D+06 0.294189D+06 * 1328+ 581 000:00:07 0.246661D+06 0.294189D+06 * 1328+ 581 000:00:07 0.246661D+06 0.294188D+06 * 1328+ 581 000:00:07 0.246661D+06 0.294188D+06 * 1328+ 581 000:00:07 0.246661D+06 0.294188D+06 * 1328+ 581 000:00:07 0.246661D+06 0.294188D+06 * 1328+ 581 000:00:07 0.246661D+06 0.294187D+06 * 1328+ 576 000:00:07 0.246661D+06 0.292274D+06 * 1354+ 589 000:00:07 0.246737D+06 0.292274D+06 * 1658 673 000:00:08 0.247142D+06 0.282976D+06 * 2392 936 000:00:10 0.248259D+06 0.282438D+06 * 2394 922 000:00:10 0.248259D+06 0.280847D+06 * 2400 909 000:00:10 0.248290D+06 0.279265D+06 * 2410 884 000:00:10 0.248298D+06 0.276155D+06 * 2472 884 000:00:10 0.248341D+06 0.274118D+06 * 2476 868 000:00:10 0.248348D+06 0.272887D+06 * 2932+ 966 000:00:12 0.249063D+06 0.272887D+06 * 2932+ 966 000:00:12 0.249063D+06 0.272887D+06 * 2932+ 966 000:00:12 0.249063D+06 0.272887D+06 * 2932+ 966 000:00:12 0.249063D+06 0.272886D+06 * 2932+ 966 000:00:12 0.249063D+06 0.272886D+06 * 3490 894 000:00:14 0.249556D+06 0.264441D+06 * 3498 877 000:00:14 0.249566D+06 0.264195D+06 * 3606 876 000:00:14 0.249717D+06 0.263995D+06 * 4864 861 000:00:18 0.251901D+06 0.263703D+06 * 4950 866 000:00:18 0.251959D+06 0.263590D+06 * 5388 870 000:00:19 0.252326D+06 0.263428D+06 12015 0 000:00:34 0.263428D+06 0.263428D+06 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:25, in seconds: 24.62 NLP subsolver time: 000:00:04, in seconds: 4.13 Cutting time: 000:00:00, in seconds: 0.41 All other time: 000:00:05, in seconds: 4.91 Total time elapsed: 000:00:34, in seconds: 34.08 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.22 on navigating: 000:00:00, in seconds: 0.34 on relaxed: 000:00:15, in seconds: 15.18 on local: 000:00:04, in seconds: 4.03 on tightening: 000:00:02, in seconds: 2.27 on marginals: 000:00:00, in seconds: 0.04 on probing: 000:00:12, in seconds: 11.99 Total no. of BaR iterations: 12015 Best solution found at node: 5388 Max. no. of nodes in memory: 1153 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 1540540 0.41 All done =========================================================================== Solution = 263428.300478 found at node 5388 Best possible = 263428.03705 Absolute gap = 0.263428000034764 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- enpro56pb.gms(565) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job enpro56pb.gms Stop 11/20/12 21:11:18 elapsed 0:00:39.691 @04 1353442278 ----------------------------- Di 20. Nov 21:11:18 CET 2012 ----------------------------- =ready= Linux opt220 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/ex1221.gms =========== ----------------------------- Di 20. Nov 21:10:39 CET 2012 ----------------------------- @03 1353442239 --- Job ex1221.gms Start 11/20/12 21:10:39 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- ex1221.gms(63) 2 Mb --- Starting execution: elapsed 0:00:00.092 --- ex1221.gms(58) 3 Mb --- Generating MINLP model m --- ex1221.gms(63) 5 Mb --- 6 rows 6 columns 17 non-zeroes --- 9 nl-code 2 nl-non-zeroes --- 3 discrete-columns --- ex1221.gms(63) 3 Mb --- Executing BARON: elapsed 0:00:00.447 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Preprocessing found feasible solution with value 0.766718006882D+01 Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 97606932 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 0 000:00:00 0.766717D+01 0.766718D+01 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.00 NLP subsolver time: 000:00:00, in seconds: 0.00 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.04 Total time elapsed: 000:00:00, in seconds: 0.05 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.03 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.00 on local: 000:00:00, in seconds: 0.00 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: 1 Best solution found at node: 1 Max. no. of nodes in memory: 1 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 10 0.00 All done =========================================================================== Solution = 7.66718006881 found at node 1 Best possible = 7.66717240164 Absolute gap = 7.66716999933692E-6 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- ex1221.gms(63) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job ex1221.gms Stop 11/20/12 21:10:44 elapsed 0:00:05.077 @04 1353442244 ----------------------------- Di 20. Nov 21:10:44 CET 2012 ----------------------------- =ready= Linux opt221 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/ex1222.gms =========== ----------------------------- Di 20. Nov 21:10:39 CET 2012 ----------------------------- @03 1353442239 --- Job ex1222.gms Start 11/20/12 21:10:39 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- ex1222.gms(55) 2 Mb --- Starting execution: elapsed 0:00:00.059 --- ex1222.gms(50) 3 Mb --- Generating MINLP model m --- ex1222.gms(55) 5 Mb --- 4 rows 4 columns 9 non-zeroes --- 14 nl-code 2 nl-non-zeroes --- 1 discrete-columns --- ex1222.gms(55) 3 Mb --- Executing BARON: elapsed 0:00:00.075 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Preprocessing found feasible solution with value 0.107654308333D+01 Problem solved during preprocessing Lower bound is 0.107654280679D+01 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.00 NLP subsolver time: 000:00:00, in seconds: 0.00 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.03 Total time elapsed: 000:00:00, in seconds: 0.03 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.03 on navigating: 000:00:00, in seconds: 0.00 on relaxed: 000:00:00, in seconds: 0.00 on local: 000:00:00, in seconds: 0.00 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: -1 Best solution found at node: -1 Max. no. of nodes in memory: 0 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 0 0.00 All done =========================================================================== Solution = 1.07654308333 best solution found during preprocessing Best possible = 1.07654280679 Absolute gap = 2.76540000010428E-7 optca = 1E-9 Relative gap = 0 optcr = 1E-6 --- Restarting execution --- ex1222.gms(55) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job ex1222.gms Stop 11/20/12 21:10:40 elapsed 0:00:01.025 @04 1353442240 ----------------------------- Di 20. Nov 21:10:40 CET 2012 ----------------------------- =ready= Linux opt222 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/ex1223a.gms =========== ----------------------------- Di 20. Nov 21:10:44 CET 2012 ----------------------------- @03 1353442244 --- Job ex1223a.gms Start 11/20/12 21:10:44 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- ex1223a.gms(71) 2 Mb --- Starting execution: elapsed 0:00:00.086 --- ex1223a.gms(66) 3 Mb --- Generating MINLP model m --- ex1223a.gms(71) 5 Mb --- 10 rows 8 columns 32 non-zeroes --- 37 nl-code 9 nl-non-zeroes --- 4 discrete-columns --- ex1223a.gms(71) 3 Mb --- Executing BARON: elapsed 0:00:00.268 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Preprocessing found feasible solution with value 0.200000000000D+02 Doing local search Preprocessing found feasible solution with value 0.580685281944D+01 Solving bounding LP Starting multi-start local search Preprocessing found feasible solution with value 0.457958240244D+01 Done with local search =========================================================================== We have space for 82590480 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.170504D+01 0.457958D+01 1 0 000:00:00 0.457958D+01 0.457958D+01 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.00 NLP subsolver time: 000:00:00, in seconds: 0.02 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.04 Total time elapsed: 000:00:00, in seconds: 0.06 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.04 on navigating: 000:00:00, in seconds: 0.00 on relaxed: 000:00:00, in seconds: 0.00 on local: 000:00:00, in seconds: 0.00 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: 1 Best solution found at node: -1 Max. no. of nodes in memory: 1 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 23 0.00 All done =========================================================================== Solution = 4.57958240244 best solution found during preprocessing Best possible = 4.57958098202 Absolute gap = 1.42041999939835E-6 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- ex1223a.gms(71) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job ex1223a.gms Stop 11/20/12 21:10:45 elapsed 0:00:01.266 @04 1353442245 ----------------------------- Di 20. Nov 21:10:45 CET 2012 ----------------------------- =ready= Linux opt223 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/ex1223b.gms =========== ----------------------------- Di 20. Nov 21:10:39 CET 2012 ----------------------------- @03 1353442239 --- Job ex1223b.gms Start 11/20/12 21:10:40 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- ex1223b.gms(71) 2 Mb --- Starting execution: elapsed 0:00:00.048 --- ex1223b.gms(66) 3 Mb --- Generating MINLP model m --- ex1223b.gms(71) 5 Mb --- 10 rows 8 columns 32 non-zeroes --- 65 nl-code 17 nl-non-zeroes --- 4 discrete-columns --- ex1223b.gms(71) 3 Mb --- Executing BARON: elapsed 0:00:00.060 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Preprocessing found feasible solution with value 0.200000000000D+02 Doing local search Preprocessing found feasible solution with value 0.580685281944D+01 Solving bounding LP Starting multi-start local search Preprocessing found feasible solution with value 0.563685281944D+01 Done with local search =========================================================================== We have space for 76691160 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.170504D+01 0.563685D+01 1 1 000:00:00 0.388530D+01 0.563685D+01 *** gevCallSolver: Solve failed (conopt,RMINLP,sl=5) *** gevCallSolver: rc=2 msg=conCallSolver failed =5) *** gmoSetVarLOne: Given Variable Index not in [1,8] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,8] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,8] *** gmoSetVarLOne: Given Variable Index not in [1,8] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,8] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,8] *** gmoSetVarLOne: Given Variable Index not in [1,8] ble Index not in [1,8] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,8] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,8] *** gmoSetVarLOne: Given Variable Index not in [1,8] ble Index not in [1,8] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,8] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,8] * 4 3 000:00:00 0.435571D+01 0.563273D+01 *** gmoSetVarLOne: Given Variable Index not in [1,8] ble Index not in [1,8] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,8] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,8] * 5 3 000:00:00 0.435571D+01 0.457958D+01 *** gmoSetVarLOne: Given Variable Index not in [1,8] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,8] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,8] 7 0 000:00:00 0.457958D+01 0.457958D+01 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.01 NLP subsolver time: 000:00:00, in seconds: 0.08 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.04 Total time elapsed: 000:00:00, in seconds: 0.13 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.06 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.02 on local: 000:00:00, in seconds: 0.03 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: 7 Best solution found at node: 5 Max. no. of nodes in memory: 3 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 300 0.00 All done =========================================================================== Solution = 4.57958240244 found at node 5 Best possible = 4.57957782286 Absolute gap = 4.57957999966396E-6 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- ex1223b.gms(71) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job ex1223b.gms Stop 11/20/12 21:10:43 elapsed 0:00:03.655 @04 1353442243 ----------------------------- Di 20. Nov 21:10:43 CET 2012 ----------------------------- =ready= Linux opt224 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/ex1223.gms =========== ----------------------------- Di 20. Nov 21:10:39 CET 2012 ----------------------------- @03 1353442239 --- Job ex1223.gms Start 11/20/12 21:10:39 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- ex1223.gms(83) 2 Mb --- Starting execution: elapsed 0:00:00.082 --- ex1223.gms(78) 3 Mb --- Generating MINLP model m --- ex1223.gms(83) 5 Mb --- 14 rows 12 columns 40 non-zeroes --- 65 nl-code 17 nl-non-zeroes --- 4 discrete-columns --- ex1223.gms(83) 3 Mb --- Executing BARON: elapsed 0:00:00.411 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Preprocessing found feasible solution with value 0.200000000000D+02 Doing local search Preprocessing found feasible solution with value 0.563685281944D+01 Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 58036553 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.170504D+01 0.563685D+01 1 1 000:00:00 0.388530D+01 0.563685D+01 * 3 2 000:00:00 0.388530D+01 0.457958D+01 5 0 000:00:00 0.457958D+01 0.457958D+01 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.01 NLP subsolver time: 000:00:00, in seconds: 0.05 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.04 Total time elapsed: 000:00:00, in seconds: 0.10 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.06 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.01 on local: 000:00:00, in seconds: 0.02 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: 5 Best solution found at node: 3 Max. no. of nodes in memory: 2 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 209 0.00 All done =========================================================================== Solution = 4.57958240244 found at node 3 Best possible = 4.57957782286 Absolute gap = 4.57957999966396E-6 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- ex1223.gms(83) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job ex1223.gms Stop 11/20/12 21:10:44 elapsed 0:00:05.137 @04 1353442244 ----------------------------- Di 20. Nov 21:10:44 CET 2012 ----------------------------- =ready= Linux opt225 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/ex1224.gms =========== ----------------------------- Di 20. Nov 21:10:39 CET 2012 ----------------------------- @03 1353442239 --- Job ex1224.gms Start 11/20/12 21:10:40 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- ex1224.gms(68) 2 Mb --- Starting execution: elapsed 0:00:00.539 --- ex1224.gms(63) 3 Mb --- Generating MINLP model m --- ex1224.gms(68) 5 Mb --- 8 rows 12 columns 31 non-zeroes --- 23 nl-code 6 nl-non-zeroes --- 8 discrete-columns --- ex1224.gms(68) 4 Mb --- ex1224.gms(68) 3 Mb --- Executing BARON: elapsed 0:00:01.397 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Preprocessing found feasible solution with value -.904961500000D+00 Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 85894100 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 -0.994310D+00 -0.904962D+00 1 1 000:00:00 -0.954339D+00 -0.904962D+00 * 11 1 000:00:00 -0.944131D+00 -0.943471D+00 11 0 000:00:00 -0.943471D+00 -0.943471D+00 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.03 NLP subsolver time: 000:00:00, in seconds: 0.06 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.05 Total time elapsed: 000:00:00, in seconds: 0.14 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.05 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.01 on local: 000:00:00, in seconds: 0.04 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.02 Total no. of BaR iterations: 11 Best solution found at node: 11 Max. no. of nodes in memory: 6 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 7 0.00 Convexity 972 0.00 All done =========================================================================== Solution = -0.9434705 found at node 11 Best possible = -0.943471443471 Absolute gap = 9.43470999992257E-7 optca = 1E-9 Relative gap = 0 optcr = 1E-6 --- Restarting execution --- ex1224.gms(68) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job ex1224.gms Stop 11/20/12 21:10:45 elapsed 0:00:04.896 @04 1353442245 ----------------------------- Di 20. Nov 21:10:45 CET 2012 ----------------------------- =ready= Linux opt226 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/ex1225.gms =========== ----------------------------- Di 20. Nov 21:10:39 CET 2012 ----------------------------- @03 1353442239 --- Job ex1225.gms Start 11/20/12 21:10:39 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- ex1225.gms(69) 2 Mb --- Starting execution: elapsed 0:00:00.113 --- ex1225.gms(64) 3 Mb --- Generating MINLP model m --- ex1225.gms(69) 5 Mb --- 11 rows 9 columns 27 non-zeroes --- 13 nl-code 2 nl-non-zeroes --- 6 discrete-columns --- ex1225.gms(69) 3 Mb --- Executing BARON: elapsed 0:00:00.128 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Preprocessing found feasible solution with value 0.340000000000D+02 Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 93363152 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.270000D+02 0.340000D+02 * 1+ 1 000:00:00 0.288146D+02 0.310000D+02 1 0 000:00:00 0.310000D+02 0.310000D+02 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.01 NLP subsolver time: 000:00:00, in seconds: 0.01 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.03 Total time elapsed: 000:00:00, in seconds: 0.05 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.04 on navigating: 000:00:00, in seconds: 0.00 on relaxed: 000:00:00, in seconds: 0.00 on local: 000:00:00, in seconds: 0.00 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: 1 Best solution found at node: 1 Max. no. of nodes in memory: 1 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 60 0.00 All done =========================================================================== Solution = 31 found at node 1 Best possible = 30.999969 Absolute gap = 3.09999999998922E-5 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- ex1225.gms(69) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job ex1225.gms Stop 11/20/12 21:10:41 elapsed 0:00:02.061 @04 1353442241 ----------------------------- Di 20. Nov 21:10:41 CET 2012 ----------------------------- =ready= Linux opt204 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/ex1226.gms =========== ----------------------------- Di 20. Nov 21:10:39 CET 2012 ----------------------------- @03 1353442239 --- Job ex1226.gms Start 11/20/12 21:10:39 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- ex1226.gms(59) 2 Mb --- Starting execution: elapsed 0:00:00.038 --- ex1226.gms(54) 3 Mb --- Generating MINLP model m --- ex1226.gms(59) 5 Mb --- 6 rows 6 columns 15 non-zeroes --- 22 nl-code 2 nl-non-zeroes --- 3 discrete-columns --- ex1226.gms(59) 3 Mb --- Executing BARON: elapsed 0:00:00.047 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Starting solution is feasible with a value of -.200000000000D+01 Doing local search Preprocessing found feasible solution with value -.169999954848D+02 Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 93363152 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound * 1 1 000:00:00 -0.210000D+02 -0.170000D+02 1 0 000:00:00 -0.170000D+02 -0.170000D+02 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.00 NLP subsolver time: 000:00:00, in seconds: 0.01 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.03 Total time elapsed: 000:00:00, in seconds: 0.04 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.03 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.00 on local: 000:00:00, in seconds: 0.00 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: 1 Best solution found at node: 1 Max. no. of nodes in memory: 1 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 14 0.00 All done =========================================================================== Solution = -17.000013328 found at node 1 Best possible = -17.0000303281 Absolute gap = 1.70000999979436E-5 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- ex1226.gms(59) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job ex1226.gms Stop 11/20/12 21:10:39 elapsed 0:00:00.201 @04 1353442239 ----------------------------- Di 20. Nov 21:10:39 CET 2012 ----------------------------- =ready= Linux opt204 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/ex1233.gms =========== ----------------------------- Di 20. Nov 21:10:40 CET 2012 ----------------------------- @03 1353442240 --- Job ex1233.gms Start 11/20/12 21:10:40 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- ex1233.gms(220) 2 Mb --- Starting execution: elapsed 0:00:00.123 --- ex1233.gms(215) 3 Mb --- Generating MINLP model m --- ex1233.gms(220) 5 Mb --- 65 rows 53 columns 221 non-zeroes --- 150 nl-code 28 nl-non-zeroes --- 12 discrete-columns --- ex1233.gms(220) 3 Mb --- Executing BARON: elapsed 0:00:00.134 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Preprocessing found feasible solution with value 0.731120731713D+06 Starting preprocessing LPs Preprocessing found feasible solution with value 0.503934271470D+06 Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 17317358 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.381835D+05 0.503934D+06 1 1 000:00:00 0.466753D+05 0.503934D+06 * 14+ 8 000:00:01 0.500306D+05 0.322829D+06 * 14+ 8 000:00:01 0.500306D+05 0.269426D+06 * 76+ 46 000:00:03 0.627512D+05 0.250140D+06 * 76+ 46 000:00:03 0.627512D+05 0.244036D+06 * 130 80 000:00:04 0.642568D+05 0.240327D+06 * 130 80 000:00:04 0.642568D+05 0.237623D+06 * 130 80 000:00:04 0.642568D+05 0.236799D+06 * 232+ 135 000:00:07 0.676062D+05 0.234467D+06 * 232+ 135 000:00:07 0.676062D+05 0.232431D+06 * 232+ 134 000:00:07 0.676062D+05 0.230655D+06 * 232 131 000:00:07 0.676062D+05 0.206693D+06 * 306 157 000:00:09 0.698811D+05 0.204049D+06 * 361+ 183 000:00:12 0.707278D+05 0.203619D+06 * 361+ 170 000:00:12 0.707278D+05 0.199722D+06 * 361+ 167 000:00:12 0.707278D+05 0.198926D+06 * 361+ 163 000:00:12 0.707278D+05 0.196659D+06 * 361+ 161 000:00:12 0.707278D+05 0.196474D+06 * 382+ 163 000:00:12 0.712496D+05 0.195197D+06 * 382+ 162 000:00:12 0.712496D+05 0.194129D+06 * 382 159 000:00:12 0.712496D+05 0.193418D+06 * 484+ 198 000:00:16 0.736427D+05 0.193066D+06 * 499 170 000:00:16 0.740831D+05 0.182690D+06 * 603+ 203 000:00:19 0.767765D+05 0.182462D+06 * 603 202 000:00:19 0.767765D+05 0.181371D+06 * 605 184 000:00:20 0.767765D+05 0.167905D+06 * 605 184 000:00:20 0.767765D+05 0.167899D+06 * 608 186 000:00:20 0.768114D+05 0.167627D+06 * 704 201 000:00:21 0.794699D+05 0.167620D+06 * 706 202 000:00:22 0.794699D+05 0.167619D+06 * 710 201 000:00:22 0.794763D+05 0.167616D+06 * 894 225 000:00:27 0.839916D+05 0.161621D+06 * 1034 220 000:00:30 0.874811D+05 0.160799D+06 * 1094 213 000:00:30 0.895206D+05 0.158123D+06 * 1120 210 000:00:31 0.901161D+05 0.157605D+06 * 1124 208 000:00:31 0.906270D+05 0.156625D+06 * 1126 209 000:00:31 0.906270D+05 0.156438D+06 * 1320 182 000:00:33 0.961275D+05 0.155013D+06 * 1320 182 000:00:33 0.961275D+05 0.155013D+06 * 2398 4 000:00:51 0.154004D+06 0.155011D+06 * 2404 6 000:00:52 0.154038D+06 0.155011D+06 * 2404 6 000:00:52 0.154038D+06 0.155011D+06 * 2414+ 2 000:00:52 0.154955D+06 0.155011D+06 2415 0 000:00:52 0.155011D+06 0.155011D+06 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:43, in seconds: 43.22 NLP subsolver time: 000:00:01, in seconds: 1.07 Cutting time: 000:00:02, in seconds: 2.25 All other time: 000:00:05, in seconds: 5.32 Total time elapsed: 000:00:52, in seconds: 51.86 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.09 on navigating: 000:00:00, in seconds: 0.17 on relaxed: 000:00:05, in seconds: 5.01 on local: 000:00:01, in seconds: 1.04 on tightening: 000:00:03, in seconds: 2.68 on marginals: 000:00:00, in seconds: 0.01 on probing: 000:00:43, in seconds: 42.86 Total no. of BaR iterations: 2415 Best solution found at node: 2415 Max. no. of nodes in memory: 260 Cut generation statistics (number of cuts / CPU sec) Bilinear 117317 0.15 Multilinears 88900 0.79 Convexity 1661728 1.32 All done =========================================================================== Solution = 155010.671282 found at node 2415 Best possible = 155010.516272 Absolute gap = 0.155009999987669 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- ex1233.gms(220) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job ex1233.gms Stop 11/20/12 21:11:32 elapsed 0:00:52.241 @04 1353442292 ----------------------------- Di 20. Nov 21:11:32 CET 2012 ----------------------------- =ready= Linux opt221 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/ex1243.gms =========== ----------------------------- Di 20. Nov 21:10:40 CET 2012 ----------------------------- @03 1353442240 --- Job ex1243.gms Start 11/20/12 21:10:40 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- ex1243.gms(296) 2 Mb --- Starting execution: elapsed 0:00:00.023 --- ex1243.gms(291) 3 Mb --- Generating MINLP model m --- ex1243.gms(296) 5 Mb --- 97 rows 69 columns 329 non-zeroes --- 106 nl-code 36 nl-non-zeroes --- 16 discrete-columns --- ex1243.gms(296) 3 Mb --- Executing BARON: elapsed 0:00:00.032 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Preprocessing found feasible solution with value 0.610737993208D+06 Starting preprocessing LPs Preprocessing found feasible solution with value 0.593429881959D+06 Preprocessing found feasible solution with value 0.591987993208D+06 Preprocessing found feasible solution with value 0.585737993208D+06 Preprocessing found feasible solution with value 0.573237993208D+06 Preprocessing found feasible solution with value 0.560525015446D+06 Preprocessing found feasible solution with value 0.529586356355D+06 Preprocessing found feasible solution with value 0.522604215418D+06 Preprocessing found feasible solution with value 0.515069761372D+06 Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 15674105 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.285835D+05 0.515070D+06 1 1 000:00:00 0.328393D+05 0.515070D+06 * 6+ 4 000:00:00 0.344659D+05 0.308310D+06 * 25+ 16 000:00:01 0.458940D+05 0.267724D+06 * 25+ 16 000:00:01 0.458940D+05 0.259626D+06 * 28+ 17 000:00:01 0.595345D+05 0.138813D+06 * 28+ 17 000:00:01 0.595345D+05 0.136781D+06 * 28+ 17 000:00:01 0.595345D+05 0.136651D+06 * 28+ 17 000:00:01 0.595345D+05 0.136642D+06 * 30 10 000:00:01 0.629438D+05 0.840715D+05 * 30 10 000:00:01 0.629438D+05 0.838181D+05 * 40+ 4 000:00:01 0.676423D+05 0.838180D+05 * 40+ 4 000:00:01 0.676423D+05 0.838179D+05 * 40+ 4 000:00:01 0.676423D+05 0.838179D+05 * 40+ 4 000:00:01 0.676423D+05 0.838179D+05 * 40+ 4 000:00:01 0.676423D+05 0.838178D+05 * 40+ 4 000:00:01 0.676423D+05 0.838177D+05 * 40 4 000:00:01 0.676423D+05 0.834025D+05 45 0 000:00:01 0.834024D+05 0.834025D+05 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:01, in seconds: 0.79 NLP subsolver time: 000:00:00, in seconds: 0.36 Cutting time: 000:00:00, in seconds: 0.02 All other time: 000:00:00, in seconds: 0.17 Total time elapsed: 000:00:01, in seconds: 1.35 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.13 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.07 on local: 000:00:00, in seconds: 0.29 on tightening: 000:00:00, in seconds: 0.04 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:01, in seconds: 0.79 Total no. of BaR iterations: 45 Best solution found at node: 45 Max. no. of nodes in memory: 18 Cut generation statistics (number of cuts / CPU sec) Bilinear 1527 0.01 Multilinears 0 0.00 Convexity 0 0.02 All done =========================================================================== Solution = 83402.5064103 found at node 45 Best possible = 83402.4230078 Absolute gap = 0.0834025000076508 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- ex1243.gms(296) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job ex1243.gms Stop 11/20/12 21:10:42 elapsed 0:00:02.372 @04 1353442242 ----------------------------- Di 20. Nov 21:10:42 CET 2012 ----------------------------- =ready= Linux opt230 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/ex1244.gms =========== ----------------------------- Di 20. Nov 21:10:41 CET 2012 ----------------------------- @03 1353442241 --- Job ex1244.gms Start 11/20/12 21:10:41 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- ex1244.gms(382) 2 Mb --- Starting execution: elapsed 0:00:00.031 --- ex1244.gms(377) 3 Mb --- Generating MINLP model m --- ex1244.gms(382) 5 Mb --- 130 rows 96 columns 469 non-zeroes --- 150 nl-code 52 nl-non-zeroes --- 23 discrete-columns --- ex1244.gms(382) 3 Mb --- Executing BARON: elapsed 0:00:00.040 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Preprocessing found feasible solution with value 0.178577752443D+06 Starting preprocessing LPs Preprocessing found feasible solution with value 0.171177752443D+06 Preprocessing found feasible solution with value 0.163777752443D+06 Preprocessing found feasible solution with value 0.156377752443D+06 Preprocessing found feasible solution with value 0.148977752443D+06 Preprocessing found feasible solution with value 0.141577752443D+06 Preprocessing found feasible solution with value 0.136707126448D+06 Preprocessing found feasible solution with value 0.134391123353D+06 Preprocessing found feasible solution with value 0.132675836047D+06 Preprocessing found feasible solution with value 0.126325303855D+06 Preprocessing found feasible solution with value 0.102815233318D+06 Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 11734165 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.520838D+05 0.102815D+06 1 1 000:00:01 0.604077D+05 0.102815D+06 * 56+ 34 000:00:02 0.648979D+05 0.101581D+06 * 74+ 45 000:00:02 0.651618D+05 0.866983D+05 * 74+ 45 000:00:02 0.651618D+05 0.866957D+05 * 74+ 45 000:00:02 0.651618D+05 0.866956D+05 * 74 45 000:00:02 0.651618D+05 0.857398D+05 * 93+ 50 000:00:03 0.678242D+05 0.857397D+05 * 93+ 50 000:00:03 0.678242D+05 0.857396D+05 * 93+ 50 000:00:03 0.678242D+05 0.857396D+05 * 93+ 50 000:00:03 0.678242D+05 0.857395D+05 * 93 50 000:00:03 0.678242D+05 0.841751D+05 * 140 67 000:00:04 0.703789D+05 0.839892D+05 * 158 69 000:00:04 0.712893D+05 0.835963D+05 * 216 59 000:00:05 0.725769D+05 0.820429D+05 339 0 000:00:05 0.820428D+05 0.820429D+05 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:04, in seconds: 3.77 NLP subsolver time: 000:00:01, in seconds: 0.55 Cutting time: 000:00:00, in seconds: 0.10 All other time: 000:00:01, in seconds: 0.90 Total time elapsed: 000:00:05, in seconds: 5.32 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.16 on navigating: 000:00:00, in seconds: 0.04 on relaxed: 000:00:00, in seconds: 0.36 on local: 000:00:00, in seconds: 0.48 on tightening: 000:00:00, in seconds: 0.30 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:04, in seconds: 3.98 Total no. of BaR iterations: 339 Best solution found at node: 292 Max. no. of nodes in memory: 72 Cut generation statistics (number of cuts / CPU sec) Bilinear 9661 0.03 Multilinears 0 0.00 Convexity 18 0.07 All done =========================================================================== Solution = 82042.9052197 found at node 292 Best possible = 82042.8231769 Absolute gap = 0.0820428000006359 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- ex1244.gms(382) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job ex1244.gms Stop 11/20/12 21:10:47 elapsed 0:00:05.503 @04 1353442247 ----------------------------- Di 20. Nov 21:10:47 CET 2012 ----------------------------- =ready= Linux opt226 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/ex1252a.gms =========== ----------------------------- Di 20. Nov 21:10:42 CET 2012 ----------------------------- @03 1353442242 --- Job ex1252a.gms Start 11/20/12 21:10:42 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- ex1252a.gms(170) 2 Mb --- Starting execution: elapsed 0:00:00.033 --- ex1252a.gms(165) 3 Mb --- Generating MINLP model m --- ex1252a.gms(170) 5 Mb --- 35 rows 25 columns 94 non-zeroes --- 155 nl-code 36 nl-non-zeroes --- 9 discrete-columns --- ex1252a.gms(170) 3 Mb --- Executing BARON: elapsed 0:00:00.042 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 31578712 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.000000D+00 0.166024D+07 1 1 000:00:00 0.000000D+00 0.166024D+07 * 2 2 000:00:00 0.000000D+00 0.131124D+06 * 81 30 000:00:02 0.457510D+05 0.131124D+06 * 2876 88 000:00:11 0.131123D+06 0.131124D+06 3025 0 000:00:11 0.131124D+06 0.131124D+06 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:08, in seconds: 8.23 NLP subsolver time: 000:00:01, in seconds: 0.59 Cutting time: 000:00:00, in seconds: 0.41 All other time: 000:00:02, in seconds: 2.02 Total time elapsed: 000:00:11, in seconds: 11.26 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.08 on navigating: 000:00:00, in seconds: 0.10 on relaxed: 000:00:02, in seconds: 1.70 on local: 000:00:01, in seconds: 0.55 on tightening: 000:00:01, in seconds: 1.10 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:08, in seconds: 7.71 Total no. of BaR iterations: 3025 Best solution found at node: 2876 Max. no. of nodes in memory: 194 Cut generation statistics (number of cuts / CPU sec) Bilinear 109 0.01 Multilinears 3287 0.07 Convexity 322865 0.33 All done =========================================================================== Solution = 131123.739552 found at node 2876 Best possible = 131123.608428 Absolute gap = 0.131124000006821 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- ex1252a.gms(170) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job ex1252a.gms Stop 11/20/12 21:10:54 elapsed 0:00:11.886 @04 1353442254 ----------------------------- Di 20. Nov 21:10:54 CET 2012 ----------------------------- =ready= Linux opt231 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/ex1252.gms =========== ----------------------------- Di 20. Nov 21:10:42 CET 2012 ----------------------------- @03 1353442242 --- Job ex1252.gms Start 11/20/12 21:10:42 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- ex1252.gms(192) 2 Mb --- Starting execution: elapsed 0:00:00.038 --- ex1252.gms(187) 3 Mb --- Generating MINLP model m --- ex1252.gms(192) 5 Mb --- 44 rows 40 columns 118 non-zeroes --- 155 nl-code 36 nl-non-zeroes --- 15 discrete-columns --- ex1252.gms(192) 3 Mb --- Executing BARON: elapsed 0:00:00.046 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Preprocessing found feasible solution with value 0.144220652036D+06 Done with local search =========================================================================== We have space for 26510524 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:01 0.000000D+00 0.144221D+06 1 1 000:00:01 0.000000D+00 0.144221D+06 * 6 4 000:00:01 0.452936D+04 0.134472D+06 * 92 42 000:00:03 0.349493D+05 0.134264D+06 * 306+ 101 000:00:05 0.596397D+05 0.133864D+06 * 306+ 101 000:00:05 0.596397D+05 0.133862D+06 * 312+ 102 000:00:05 0.611098D+05 0.133790D+06 * 330 104 000:00:05 0.625979D+05 0.131567D+06 * 1098+ 164 000:00:10 0.101348D+06 0.131495D+06 * 1098+ 164 000:00:10 0.101348D+06 0.131494D+06 * 1126+ 166 000:00:11 0.101962D+06 0.131494D+06 * 1126+ 166 000:00:11 0.101962D+06 0.131493D+06 * 1150+ 151 000:00:11 0.102657D+06 0.131310D+06 * 1198+ 160 000:00:11 0.103885D+06 0.131308D+06 * 1328+ 145 000:00:11 0.108272D+06 0.131304D+06 * 1340+ 146 000:00:11 0.108585D+06 0.131303D+06 * 1636+ 99 000:00:12 0.116828D+06 0.131271D+06 * 1638+ 99 000:00:12 0.117085D+06 0.131270D+06 * 1638+ 99 000:00:12 0.117085D+06 0.131270D+06 * 1736+ 77 000:00:13 0.121063D+06 0.131262D+06 * 1758+ 76 000:00:13 0.121867D+06 0.131262D+06 * 1778 59 000:00:13 0.122617D+06 0.131156D+06 * 1808+ 56 000:00:13 0.123871D+06 0.131156D+06 * 1986+ 62 000:00:13 0.130347D+06 0.131154D+06 * 2092+ 69 000:00:13 0.130815D+06 0.131124D+06 * 2190+ 85 000:00:13 0.130946D+06 0.131124D+06 * 2557+ 136 000:00:14 0.131082D+06 0.131124D+06 * 2819+ 177 000:00:15 0.131101D+06 0.131124D+06 * 5246 240 000:00:19 0.131123D+06 0.131124D+06 5677 0 000:00:20 0.131123D+06 0.131124D+06 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:14, in seconds: 13.93 NLP subsolver time: 000:00:02, in seconds: 1.65 Cutting time: 000:00:01, in seconds: 0.66 All other time: 000:00:03, in seconds: 3.46 Total time elapsed: 000:00:20, in seconds: 19.71 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:01, in seconds: 0.94 on navigating: 000:00:00, in seconds: 0.17 on relaxed: 000:00:03, in seconds: 2.82 on local: 000:00:01, in seconds: 0.76 on tightening: 000:00:02, in seconds: 1.83 on marginals: 000:00:00, in seconds: 0.01 on probing: 000:00:13, in seconds: 13.17 Total no. of BaR iterations: 5677 Best solution found at node: 5246 Max. no. of nodes in memory: 336 Cut generation statistics (number of cuts / CPU sec) Bilinear 230 0.02 Multilinears 5930 0.12 Convexity 634168 0.52 All done =========================================================================== Solution = 131123.544585 found at node 5246 Best possible = 131123.413462 Absolute gap = 0.131122999999207 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- ex1252.gms(192) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job ex1252.gms Stop 11/20/12 21:11:03 elapsed 0:00:20.709 @04 1353442263 ----------------------------- Di 20. Nov 21:11:03 CET 2012 ----------------------------- =ready= Linux opt221 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/ex1263a.gms =========== ----------------------------- Di 20. Nov 21:10:43 CET 2012 ----------------------------- @03 1353442243 --- Job ex1263a.gms Start 11/20/12 21:10:43 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- ex1263a.gms(143) 2 Mb --- Starting execution: elapsed 0:00:00.029 --- ex1263a.gms(138) 3 Mb --- Generating MINLP model m --- ex1263a.gms(143) 5 Mb --- 36 rows 25 columns 153 non-zeroes --- 52 nl-code 32 nl-non-zeroes --- 24 discrete-columns --- ex1263a.gms(143) 3 Mb --- Executing BARON: elapsed 0:00:00.037 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Preprocessing found feasible solution with value 0.210000000000D+02 Done with local search =========================================================================== We have space for 47718943 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.190633D+02 0.210000D+02 1 1 000:00:00 0.191000D+02 0.210000D+02 * 5 2 000:00:00 0.191067D+02 0.203000D+02 * 116 37 000:00:01 0.193714D+02 0.200000D+02 * 224 0 000:00:01 0.196000D+02 0.196000D+02 224 0 000:00:01 0.196000D+02 0.196000D+02 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.40 NLP subsolver time: 000:00:00, in seconds: 0.25 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.08 Total time elapsed: 000:00:01, in seconds: 0.73 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.05 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.08 on local: 000:00:00, in seconds: 0.22 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.36 Total no. of BaR iterations: 224 Best solution found at node: 224 Max. no. of nodes in memory: 49 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 0 0.00 All done =========================================================================== Solution = 19.6 found at node 224 Best possible = 19.6 Absolute gap = 0 optca = 1E-9 Relative gap = 0 optcr = 1E-6 --- Restarting execution --- ex1263a.gms(143) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job ex1263a.gms Stop 11/20/12 21:10:44 elapsed 0:00:00.873 @04 1353442244 ----------------------------- Di 20. Nov 21:10:44 CET 2012 ----------------------------- =ready= Linux opt223 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/ex1263.gms =========== ----------------------------- Di 20. Nov 21:10:43 CET 2012 ----------------------------- @03 1353442243 --- Job ex1263.gms Start 11/20/12 21:10:43 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- ex1263.gms(193) 2 Mb --- Starting execution: elapsed 0:00:00.024 --- ex1263.gms(188) 3 Mb --- Generating MINLP model m --- ex1263.gms(193) 5 Mb --- 56 rows 93 columns 241 non-zeroes --- 52 nl-code 32 nl-non-zeroes --- 72 discrete-columns --- ex1263.gms(193) 3 Mb --- Executing BARON: elapsed 0:00:00.034 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 31121048 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.190633D+02 0.121000D+03 1 1 000:00:00 0.191000D+02 0.121000D+03 * 272 142 000:00:01 0.193000D+02 0.260000D+02 * 290 120 000:00:01 0.193000D+02 0.226000D+02 * 520 143 000:00:01 0.193314D+02 0.210000D+02 * 578 96 000:00:01 0.193679D+02 0.203000D+02 * 838 105 000:00:01 0.196000D+02 0.200000D+02 * 839 0 000:00:01 0.196000D+02 0.196000D+02 839 0 000:00:01 0.196000D+02 0.196000D+02 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:01, in seconds: 0.74 NLP subsolver time: 000:00:00, in seconds: 0.49 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.19 Total time elapsed: 000:00:01, in seconds: 1.42 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.06 on navigating: 000:00:00, in seconds: 0.03 on relaxed: 000:00:00, in seconds: 0.17 on local: 000:00:00, in seconds: 0.47 on tightening: 000:00:00, in seconds: 0.04 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:01, in seconds: 0.63 Total no. of BaR iterations: 839 Best solution found at node: 839 Max. no. of nodes in memory: 181 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 0 0.00 All done =========================================================================== Solution = 19.6 found at node 839 Best possible = 19.6 Absolute gap = 0 optca = 1E-9 Relative gap = 0 optcr = 1E-6 --- Restarting execution --- ex1263.gms(193) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job ex1263.gms Stop 11/20/12 21:10:45 elapsed 0:00:01.568 @04 1353442245 ----------------------------- Di 20. Nov 21:10:45 CET 2012 ----------------------------- =ready= Linux opt221 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/ex1264a.gms =========== ----------------------------- Di 20. Nov 21:10:44 CET 2012 ----------------------------- @03 1353442244 --- Job ex1264a.gms Start 11/20/12 21:10:44 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- ex1264a.gms(143) 2 Mb --- Starting execution: elapsed 0:00:00.033 --- ex1264a.gms(138) 3 Mb --- Generating MINLP model m --- ex1264a.gms(143) 5 Mb --- 36 rows 25 columns 153 non-zeroes --- 52 nl-code 32 nl-non-zeroes --- 24 discrete-columns --- ex1264a.gms(143) 3 Mb --- Executing BARON: elapsed 0:00:00.040 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 47718943 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.805333D+01 0.430000D+02 * 1 1 000:00:00 0.810000D+01 0.900000D+01 1 1 000:00:00 0.810000D+01 0.900000D+01 * 226 0 000:00:01 0.860000D+01 0.860000D+01 226 0 000:00:01 0.860000D+01 0.860000D+01 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.25 NLP subsolver time: 000:00:00, in seconds: 0.28 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.09 Total time elapsed: 000:00:01, in seconds: 0.62 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.06 on navigating: 000:00:00, in seconds: 0.02 on relaxed: 000:00:00, in seconds: 0.05 on local: 000:00:00, in seconds: 0.26 on tightening: 000:00:00, in seconds: 0.01 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.22 Total no. of BaR iterations: 226 Best solution found at node: 226 Max. no. of nodes in memory: 56 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 0 0.00 All done =========================================================================== Solution = 8.6 found at node 226 Best possible = 8.6 Absolute gap = 0 optca = 1E-9 Relative gap = 0 optcr = 1E-6 --- Restarting execution --- ex1264a.gms(143) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job ex1264a.gms Stop 11/20/12 21:10:45 elapsed 0:00:00.765 @04 1353442245 ----------------------------- Di 20. Nov 21:10:45 CET 2012 ----------------------------- =ready= Linux opt205 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/ex1264.gms =========== ----------------------------- Di 20. Nov 21:10:44 CET 2012 ----------------------------- @03 1353442244 --- Job ex1264.gms Start 11/20/12 21:10:44 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- ex1264.gms(193) 2 Mb --- Starting execution: elapsed 0:00:00.030 --- ex1264.gms(188) 3 Mb --- Generating MINLP model m --- ex1264.gms(193) 5 Mb --- 56 rows 89 columns 237 non-zeroes --- 52 nl-code 32 nl-non-zeroes --- 68 discrete-columns --- ex1264.gms(193) 3 Mb --- Executing BARON: elapsed 0:00:00.039 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 31121048 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.805333D+01 0.430000D+02 1 1 000:00:00 0.810000D+01 0.430000D+02 * 16 10 000:00:00 0.810000D+01 0.111000D+02 * 46 18 000:00:00 0.820200D+01 0.103000D+02 * 454 121 000:00:01 0.830000D+01 0.960000D+01 * 506 110 000:00:01 0.831982D+01 0.930000D+01 * 1007 0 000:00:01 0.860000D+01 0.860000D+01 1007 0 000:00:01 0.860000D+01 0.860000D+01 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.49 NLP subsolver time: 000:00:00, in seconds: 0.29 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.17 Total time elapsed: 000:00:01, in seconds: 0.96 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.05 on navigating: 000:00:00, in seconds: 0.03 on relaxed: 000:00:00, in seconds: 0.18 on local: 000:00:00, in seconds: 0.27 on tightening: 000:00:00, in seconds: 0.04 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.37 Total no. of BaR iterations: 1007 Best solution found at node: 1007 Max. no. of nodes in memory: 160 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 0 0.00 All done =========================================================================== Solution = 8.6 found at node 1007 Best possible = 8.6 Absolute gap = 0 optca = 1E-9 Relative gap = 0 optcr = 1E-6 --- Restarting execution --- ex1264.gms(193) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job ex1264.gms Stop 11/20/12 21:10:45 elapsed 0:00:01.117 @04 1353442245 ----------------------------- Di 20. Nov 21:10:45 CET 2012 ----------------------------- =ready= Linux opt224 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/ex1265a.gms =========== ----------------------------- Di 20. Nov 21:10:44 CET 2012 ----------------------------- @03 1353442244 --- Job ex1265a.gms Start 11/20/12 21:10:44 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- ex1265a.gms(173) 2 Mb --- Starting execution: elapsed 0:00:00.018 --- ex1265a.gms(168) 3 Mb --- Generating MINLP model m --- ex1265a.gms(173) 5 Mb --- 45 rows 36 columns 222 non-zeroes --- 80 nl-code 50 nl-non-zeroes --- 35 discrete-columns --- ex1265a.gms(173) 3 Mb --- Executing BARON: elapsed 0:00:00.026 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 37023318 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.100667D+02 0.495000D+02 1 1 000:00:00 0.101000D+02 0.495000D+02 * 25+ 15 000:00:00 0.103000D+02 0.146000D+02 * 98 0 000:00:01 0.103000D+02 0.103000D+02 98 0 000:00:01 0.103000D+02 0.103000D+02 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.28 NLP subsolver time: 000:00:00, in seconds: 0.44 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.08 Total time elapsed: 000:00:01, in seconds: 0.80 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.06 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.04 on local: 000:00:00, in seconds: 0.41 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.26 Total no. of BaR iterations: 98 Best solution found at node: 98 Max. no. of nodes in memory: 58 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 0 0.00 All done =========================================================================== Solution = 10.3 found at node 98 Best possible = 10.3 Absolute gap = 0 optca = 1E-9 Relative gap = 0 optcr = 1E-6 --- Restarting execution --- ex1265a.gms(173) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job ex1265a.gms Stop 11/20/12 21:10:45 elapsed 0:00:00.924 @04 1353442245 ----------------------------- Di 20. Nov 21:10:45 CET 2012 ----------------------------- =ready= Linux opt214 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/ex1265.gms =========== ----------------------------- Di 20. Nov 21:10:45 CET 2012 ----------------------------- @03 1353442245 --- Job ex1265.gms Start 11/20/12 21:10:45 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- ex1265.gms(247) 2 Mb --- Starting execution: elapsed 0:00:00.015 --- ex1265.gms(242) 3 Mb --- Generating MINLP model m --- ex1265.gms(247) 5 Mb --- 75 rows 131 columns 347 non-zeroes --- 80 nl-code 50 nl-non-zeroes --- 100 discrete-columns --- ex1265.gms(247) 3 Mb --- Executing BARON: elapsed 0:00:00.019 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 22844173 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.100667D+02 0.495000D+02 1 1 000:00:00 0.101000D+02 0.495000D+02 * 342 180 000:00:02 0.103000D+02 0.163000D+02 * 384 148 000:00:02 0.103000D+02 0.116000D+02 * 418 0 000:00:02 0.103000D+02 0.103000D+02 418 0 000:00:02 0.103000D+02 0.103000D+02 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.48 NLP subsolver time: 000:00:01, in seconds: 1.02 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.13 Total time elapsed: 000:00:02, in seconds: 1.64 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.09 on navigating: 000:00:00, in seconds: 0.02 on relaxed: 000:00:00, in seconds: 0.13 on local: 000:00:01, in seconds: 0.98 on tightening: 000:00:00, in seconds: 0.02 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.39 Total no. of BaR iterations: 418 Best solution found at node: 418 Max. no. of nodes in memory: 203 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 0 0.00 All done =========================================================================== Solution = 10.3 found at node 418 Best possible = 10.3 Absolute gap = 0 optca = 1E-9 Relative gap = 0 optcr = 1E-6 --- Restarting execution --- ex1265.gms(247) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job ex1265.gms Stop 11/20/12 21:10:46 elapsed 0:00:01.710 @04 1353442246 ----------------------------- Di 20. Nov 21:10:46 CET 2012 ----------------------------- =ready= Linux opt220 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/ex1266a.gms =========== ----------------------------- Di 20. Nov 21:10:45 CET 2012 ----------------------------- @03 1353442245 --- Job ex1266a.gms Start 11/20/12 21:10:45 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- ex1266a.gms(225) 2 Mb --- Starting execution: elapsed 0:00:00.008 --- ex1266a.gms(220) 3 Mb --- Generating MINLP model m --- ex1266a.gms(225) 5 Mb --- 54 rows 49 columns 302 non-zeroes --- 114 nl-code 72 nl-non-zeroes --- 48 discrete-columns --- ex1266a.gms(225) 3 Mb --- Executing BARON: elapsed 0:00:00.012 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 29018276 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.161167D+02 0.495000D+02 1 1 000:00:00 0.163000D+02 0.495000D+02 * 6 0 000:00:00 0.163000D+02 0.163000D+02 6 0 000:00:00 0.163000D+02 0.163000D+02 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.03 NLP subsolver time: 000:00:00, in seconds: 0.13 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.04 Total time elapsed: 000:00:00, in seconds: 0.20 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.08 on navigating: 000:00:00, in seconds: 0.00 on relaxed: 000:00:00, in seconds: 0.00 on local: 000:00:00, in seconds: 0.09 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.01 Total no. of BaR iterations: 6 Best solution found at node: 6 Max. no. of nodes in memory: 5 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 0 0.00 All done =========================================================================== Solution = 16.3 found at node 6 Best possible = 16.3 Absolute gap = 0 optca = 1E-9 Relative gap = 0 optcr = 1E-6 --- Restarting execution --- ex1266a.gms(225) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job ex1266a.gms Stop 11/20/12 21:10:45 elapsed 0:00:00.262 @04 1353442245 ----------------------------- Di 20. Nov 21:10:45 CET 2012 ----------------------------- =ready= Linux opt221 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/ex1266.gms =========== ----------------------------- Di 20. Nov 21:10:45 CET 2012 ----------------------------- @03 1353442245 --- Job ex1266.gms Start 11/20/12 21:10:45 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- ex1266.gms(329) 2 Mb --- Starting execution: elapsed 0:00:00.009 --- ex1266.gms(324) 3 Mb --- Generating MINLP model m --- ex1266.gms(329) 5 Mb --- 96 rows 181 columns 476 non-zeroes --- 114 nl-code 72 nl-non-zeroes --- 138 discrete-columns --- ex1266.gms(329) 3 Mb --- Executing BARON: elapsed 0:00:00.012 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 17042478 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.161167D+02 0.495000D+02 1 1 000:00:00 0.163000D+02 0.495000D+02 * 182 104 000:00:01 0.163000D+02 0.193000D+02 * 200 0 000:00:01 0.163000D+02 0.163000D+02 200 0 000:00:01 0.163000D+02 0.163000D+02 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:01, in seconds: 0.61 NLP subsolver time: 000:00:01, in seconds: 0.75 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.10 Total time elapsed: 000:00:01, in seconds: 1.45 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.05 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.09 on local: 000:00:01, in seconds: 0.73 on tightening: 000:00:00, in seconds: 0.01 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:01, in seconds: 0.55 Total no. of BaR iterations: 200 Best solution found at node: 200 Max. no. of nodes in memory: 115 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 0 0.00 All done =========================================================================== Solution = 16.3 found at node 200 Best possible = 16.3 Absolute gap = 0 optca = 1E-9 Relative gap = 0 optcr = 1E-6 --- Restarting execution --- ex1266.gms(329) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job ex1266.gms Stop 11/20/12 21:10:46 elapsed 0:00:01.508 @04 1353442246 ----------------------------- Di 20. Nov 21:10:46 CET 2012 ----------------------------- =ready= Linux opt225 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/ex3.gms =========== ----------------------------- Di 20. Nov 21:10:45 CET 2012 ----------------------------- @03 1353442245 --- Job ex3.gms Start 11/20/12 21:10:45 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- ex3.gms(139) 2 Mb --- Starting execution: elapsed 0:00:00.006 --- ex3.gms(134) 3 Mb --- Generating MINLP model m --- ex3.gms(139) 5 Mb --- 32 rows 33 columns 100 non-zeroes --- 22 nl-code 5 nl-non-zeroes --- 8 discrete-columns --- ex3.gms(139) 3 Mb --- Executing BARON: elapsed 0:00:00.009 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 31121050 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 -0.199873D+03 0.297294D+03 1 1 000:00:00 0.444658D+02 0.297294D+03 * 4 3 000:00:00 0.570589D+02 0.113389D+03 * 5 3 000:00:00 0.570589D+02 0.104294D+03 * 6 4 000:00:00 0.634555D+02 0.855140D+02 * 10 5 000:00:00 0.634597D+02 0.771261D+02 * 12 6 000:00:00 0.634597D+02 0.764194D+02 * 13 5 000:00:00 0.634597D+02 0.732907D+02 * 14 2 000:00:00 0.635279D+02 0.680315D+02 * 16 1 000:00:00 0.635279D+02 0.680097D+02 * 17 2 000:00:00 0.680094D+02 0.680096D+02 18 0 000:00:00 0.680096D+02 0.680096D+02 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.02 NLP subsolver time: 000:00:00, in seconds: 0.16 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.05 Total time elapsed: 000:00:00, in seconds: 0.23 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.07 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.01 on local: 000:00:00, in seconds: 0.13 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: 18 Best solution found at node: 17 Max. no. of nodes in memory: 6 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 649 0.00 All done =========================================================================== Solution = 68.009649659 found at node 17 Best possible = 68.0095956686 Absolute gap = 5.39904000049773E-5 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- ex3.gms(139) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job ex3.gms Stop 11/20/12 21:10:45 elapsed 0:00:00.296 @04 1353442245 ----------------------------- Di 20. Nov 21:10:45 CET 2012 ----------------------------- =ready= Linux opt223 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/ex3pb.gms =========== ----------------------------- Di 20. Nov 21:10:45 CET 2012 ----------------------------- @03 1353442245 --- Job ex3pb.gms Start 11/20/12 21:10:45 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- ex3pb.gms(144) 2 Mb --- Starting execution: elapsed 0:00:00.011 --- ex3pb.gms(139) 3 Mb --- Generating MINLP model m --- ex3pb.gms(144) 5 Mb --- 32 rows 33 columns 100 non-zeroes --- 22 nl-code 5 nl-non-zeroes --- 8 discrete-columns --- ex3pb.gms(144) 3 Mb --- Executing BARON: elapsed 0:00:00.014 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 31121050 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 -0.199873D+03 0.297294D+03 1 1 000:00:00 0.444658D+02 0.297294D+03 * 4 3 000:00:00 0.570589D+02 0.113389D+03 * 5 3 000:00:00 0.570589D+02 0.104294D+03 * 6 4 000:00:00 0.634555D+02 0.855140D+02 * 10 5 000:00:00 0.634597D+02 0.771261D+02 * 12 6 000:00:00 0.634597D+02 0.764194D+02 * 13 5 000:00:00 0.634597D+02 0.732907D+02 * 14 2 000:00:00 0.635279D+02 0.680315D+02 * 16 1 000:00:00 0.635279D+02 0.680097D+02 * 17 2 000:00:00 0.680094D+02 0.680096D+02 18 0 000:00:00 0.680096D+02 0.680096D+02 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.01 NLP subsolver time: 000:00:00, in seconds: 0.08 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.03 Total time elapsed: 000:00:00, in seconds: 0.11 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.03 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.00 on local: 000:00:00, in seconds: 0.06 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: 18 Best solution found at node: 17 Max. no. of nodes in memory: 6 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 649 0.00 All done =========================================================================== Solution = 68.009649659 found at node 17 Best possible = 68.0095956686 Absolute gap = 5.39904000049773E-5 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- ex3pb.gms(144) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job ex3pb.gms Stop 11/20/12 21:10:45 elapsed 0:00:00.162 @04 1353442245 ----------------------------- Di 20. Nov 21:10:45 CET 2012 ----------------------------- =ready= Linux opt205 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/ex4.gms =========== ----------------------------- Di 20. Nov 21:10:45 CET 2012 ----------------------------- @03 1353442245 --- Job ex4.gms Start 11/20/12 21:10:45 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- ex4.gms(151) 2 Mb --- Starting execution: elapsed 0:00:00.006 --- ex4.gms(146) 3 Mb --- Generating MINLP model m --- ex4.gms(151) 5 Mb --- 31 rows 37 columns 237 non-zeroes --- 561 nl-code 127 nl-non-zeroes --- 25 discrete-columns --- ex4.gms(151) 3 Mb --- Executing BARON: elapsed 0:00:00.010 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Preprocessing found feasible solution with value 0.289199876900D+06 Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 21260914 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 -0.197242D+02 0.289200D+06 1 1 000:00:00 -0.164201D+02 0.289200D+06 * 2 2 000:00:01 -0.164201D+02 0.289200D+06 * 25 17 000:00:01 -0.154262D+02 0.218690D+06 * 50 22 000:00:02 -0.145336D+02 -0.697116D+01 * 66 18 000:00:02 -0.134052D+02 -0.778913D+01 * 82+ 12 000:00:02 -0.109509D+02 -0.778914D+01 * 82 12 000:00:02 -0.109509D+02 -0.806414D+01 98 0 000:00:02 -0.806414D+01 -0.806414D+01 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:01, in seconds: 0.61 NLP subsolver time: 000:00:01, in seconds: 1.05 Cutting time: 000:00:00, in seconds: 0.02 All other time: 000:00:00, in seconds: 0.24 Total time elapsed: 000:00:02, in seconds: 1.92 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.32 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.36 on local: 000:00:01, in seconds: 0.94 on tightening: 000:00:00, in seconds: 0.04 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.24 Total no. of BaR iterations: 98 Best solution found at node: 82 Max. no. of nodes in memory: 33 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 90736 0.02 All done =========================================================================== Solution = -8.06413616451 found at node 82 Best possible = -8.06414422866 Absolute gap = 8.06415000020877E-6 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- ex4.gms(151) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job ex4.gms Stop 11/20/12 21:10:47 elapsed 0:00:02.001 @04 1353442247 ----------------------------- Di 20. Nov 21:10:47 CET 2012 ----------------------------- =ready= Linux opt220 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/fac1.gms =========== ----------------------------- Di 20. Nov 21:10:45 CET 2012 ----------------------------- @03 1353442245 --- Job fac1.gms Start 11/20/12 21:10:45 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- fac1.gms(105) 2 Mb --- Starting execution: elapsed 0:00:00.012 --- fac1.gms(100) 3 Mb --- Generating MINLP model m --- fac1.gms(105) 5 Mb --- 19 rows 23 columns 75 non-zeroes --- 57 nl-code 16 nl-non-zeroes --- 6 discrete-columns --- fac1.gms(105) 3 Mb --- Executing BARON: elapsed 0:00:00.016 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting multi-start local search Preprocessing found feasible solution with value 0.387854095067D+09 Preprocessing found feasible solution with value 0.387854069724D+09 Done with local search =========================================================================== We have space for 42104950 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.594531D+04 0.387854D+09 * 1 1 000:00:00 0.160080D+09 0.160913D+09 1 1 000:00:00 0.160080D+09 0.160913D+09 5 0 000:00:00 0.160912D+09 0.160913D+09 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.01 NLP subsolver time: 000:00:00, in seconds: 0.04 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.03 Total time elapsed: 000:00:00, in seconds: 0.08 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.04 on navigating: 000:00:00, in seconds: 0.00 on relaxed: 000:00:00, in seconds: 0.01 on local: 000:00:00, in seconds: 0.01 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.01 Total no. of BaR iterations: 5 Best solution found at node: 5 Max. no. of nodes in memory: 2 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 163 0.00 All done =========================================================================== Solution = 160912614.238 found at node 5 Best possible = 160912453.326 Absolute gap = 160.912000000477 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- fac1.gms(105) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job fac1.gms Stop 11/20/12 21:10:45 elapsed 0:00:00.151 @04 1353442245 ----------------------------- Di 20. Nov 21:10:45 CET 2012 ----------------------------- =ready= Linux opt222 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/fac2.gms =========== ----------------------------- Di 20. Nov 21:10:45 CET 2012 ----------------------------- @03 1353442245 --- Job fac2.gms Start 11/20/12 21:10:45 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- fac2.gms(192) 2 Mb --- Starting execution: elapsed 0:00:00.006 --- fac2.gms(187) 3 Mb --- Generating MINLP model m --- fac2.gms(192) 5 Mb --- 34 rows 67 columns 217 non-zeroes --- 174 nl-code 54 nl-non-zeroes --- 12 discrete-columns --- fac2.gms(192) 3 Mb --- Executing BARON: elapsed 0:00:00.010 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting multi-start local search Preprocessing found feasible solution with value 0.376262250221D+09 Done with local search =========================================================================== We have space for 16518095 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.303399D+06 0.376262D+09 1 1 000:00:00 0.255285D+09 0.376262D+09 * 4 3 000:00:01 0.255316D+09 0.331837D+09 35 0 000:00:01 0.331837D+09 0.331837D+09 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.05 NLP subsolver time: 000:00:01, in seconds: 0.90 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.06 Total time elapsed: 000:00:01, in seconds: 1.00 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.26 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.09 on local: 000:00:01, in seconds: 0.61 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.03 Total no. of BaR iterations: 35 Best solution found at node: 4 Max. no. of nodes in memory: 6 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 1226 0.00 All done =========================================================================== Solution = 331837498.177 found at node 4 Best possible = 331837166.34 Absolute gap = 331.837000012398 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- fac2.gms(192) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job fac2.gms Stop 11/20/12 21:10:46 elapsed 0:00:01.067 @04 1353442246 ----------------------------- Di 20. Nov 21:10:46 CET 2012 ----------------------------- =ready= Linux opt223 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/fac3.gms =========== ----------------------------- Di 20. Nov 21:10:45 CET 2012 ----------------------------- @03 1353442245 --- Job fac3.gms Start 11/20/12 21:10:45 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- fac3.gms(191) 2 Mb --- Starting execution: elapsed 0:00:00.013 --- fac3.gms(186) 3 Mb --- Generating MINLP model m --- fac3.gms(191) 5 Mb --- 34 rows 67 columns 217 non-zeroes --- 171 nl-code 54 nl-non-zeroes --- 12 discrete-columns --- fac3.gms(191) 3 Mb --- Executing BARON: elapsed 0:00:00.017 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting multi-start local search Preprocessing found feasible solution with value 0.383100673420D+08 Done with local search =========================================================================== We have space for 16518095 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.303399D+06 0.383101D+08 1 1 000:00:00 0.223299D+08 0.383101D+08 * 2 2 000:00:00 0.223299D+08 0.383101D+08 * 6 5 000:00:01 0.223329D+08 0.364315D+08 * 8 4 000:00:01 0.223411D+08 0.364238D+08 * 13 6 000:00:01 0.223481D+08 0.319951D+08 * 19 6 000:00:01 0.291123D+08 0.319823D+08 31 0 000:00:01 0.319823D+08 0.319823D+08 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.03 NLP subsolver time: 000:00:01, in seconds: 0.90 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.05 Total time elapsed: 000:00:01, in seconds: 0.98 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.30 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.09 on local: 000:00:01, in seconds: 0.55 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.01 Total no. of BaR iterations: 31 Best solution found at node: 19 Max. no. of nodes in memory: 6 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 762 0.00 All done =========================================================================== Solution = 31982309.848 found at node 19 Best possible = 31982277.8657 Absolute gap = 31.9823000021279 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- fac3.gms(191) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job fac3.gms Stop 11/20/12 21:10:46 elapsed 0:00:01.044 @04 1353442246 ----------------------------- Di 20. Nov 21:10:46 CET 2012 ----------------------------- =ready= Linux opt220 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/feedtray2.gms =========== ----------------------------- Di 20. Nov 21:10:45 CET 2012 ----------------------------- @03 1353442245 --- Job feedtray2.gms Start 11/20/12 21:10:45 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- feedtray2.gms(792) 2 Mb --- Starting execution: elapsed 0:00:00.034 --- feedtray2.gms(787) 3 Mb --- Generating MINLP model m --- feedtray2.gms(792) 5 Mb --- 284 rows 88 columns 1,627 non-zeroes --- 2,430 nl-code 942 nl-non-zeroes --- 36 discrete-columns --- feedtray2.gms(792) 3 Mb --- Executing BARON: elapsed 0:00:00.041 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Preprocessing found feasible solution with value 0.000000000000D+00 Problem solved during preprocessing Lower bound is 0.000000000000D+00 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.10 NLP subsolver time: 000:00:02, in seconds: 2.10 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.06 Total time elapsed: 000:00:02, in seconds: 2.25 on parsing: 000:00:00, in seconds: 0.02 on preprocessing: 000:00:02, in seconds: 2.23 on navigating: 000:00:00, in seconds: 0.00 on relaxed: 000:00:00, in seconds: 0.00 on local: 000:00:00, in seconds: 0.00 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: -1 Best solution found at node: -1 Max. no. of nodes in memory: 0 Cut generation statistics (number of cuts / CPU sec) Bilinear 2 0.00 Multilinears 0 0.00 Convexity 0 0.00 All done =========================================================================== Solution = 0 best solution found during preprocessing Best possible = 0 Absolute gap = 0 optca = 1E-9 Relative gap = 0 optcr = 1E-6 --- Restarting execution --- feedtray2.gms(792) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job feedtray2.gms Stop 11/20/12 21:10:48 elapsed 0:00:02.354 @04 1353442248 ----------------------------- Di 20. Nov 21:10:48 CET 2012 ----------------------------- =ready= Linux opt225 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/feedtray.gms =========== ----------------------------- Di 20. Nov 21:10:45 CET 2012 ----------------------------- @03 1353442245 --- Job feedtray.gms Start 11/20/12 21:10:45 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- feedtray.gms(600) 2 Mb --- Starting execution: elapsed 0:00:00.030 --- feedtray.gms(595) 3 Mb --- Generating MINLP model m --- feedtray.gms(600) 5 Mb --- 92 rows 98 columns 451 non-zeroes --- 2,240 nl-code 282 nl-non-zeroes --- 7 discrete-columns --- feedtray.gms(600) 3 Mb --- Executing BARON: elapsed 0:00:00.036 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Preprocessing found feasible solution with value -.134059979415D+02 Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 5948344 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:01 -0.750000D+02 -0.134060D+02 1 1 000:00:03 -0.687211D+02 -0.134060D+02 * 2 2 000:00:03 -0.687211D+02 -0.134060D+02 * 42 21 000:00:30 -0.687115D+02 -0.134060D+02 79+ 40 000:01:00 -0.687113D+02 -0.134060D+02 120 57 000:01:30 -0.687112D+02 -0.134060D+02 164+ 78 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001:56:40 -0.686842D+02 -0.134060D+02 5409 1850 001:57:10 -0.686842D+02 -0.134060D+02 5440+ 1856 001:57:40 -0.686842D+02 -0.134060D+02 5471+ 1862 001:58:10 -0.686842D+02 -0.134060D+02 5492+ 1872 001:58:40 -0.686842D+02 -0.134060D+02 5514+ 1880 001:59:10 -0.686842D+02 -0.134060D+02 5545+ 1891 001:59:40 -0.686842D+02 -0.134060D+02 5573 1899 002:00:00 -0.686842D+02 -0.134060D+02 *** Max. allowable CPU time exceeded *** LP subsolver time: 001:58:39, in seconds: 7118.99 NLP subsolver time: 000:00:05, in seconds: 4.79 Cutting time: 000:00:15, in seconds: 14.88 All other time: 000:01:01, in seconds: 61.33 Total time elapsed: 002:00:00, in seconds: 7200.00 on parsing: 000:00:00, in seconds: 0.02 on preprocessing: 000:00:01, in seconds: 0.55 on navigating: 000:00:01, in seconds: 0.54 on relaxed: 000:15:15, in seconds: 914.55 on local: 000:00:05, in seconds: 4.62 on tightening: 000:00:36, in seconds: 35.51 on marginals: 000:00:00, in seconds: 0.03 on probing: 001:44:04, in seconds: 6244.19 Total no. of BaR iterations: 5573 Best solution found at node: 1611 Max. no. of nodes in memory: 1899 Cut generation statistics (number of cuts / CPU sec) Bilinear 1729099 2.00 Multilinears 0 0.00 Convexity 37845521 12.88 All done =========================================================================== Solution = -13.4060368314 found at node 1611 Best possible = -68.6841877351 Absolute gap = 55.2781509037 optca = 1E-9 Relative gap = 0.80482 optcr = 1E-6 --- Restarting execution --- feedtray.gms(600) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job feedtray.gms Stop 11/20/12 23:11:05 elapsed 2:00:19.401 @04 1353449465 ----------------------------- Di 20. Nov 23:11:05 CET 2012 ----------------------------- =ready= Linux opt224 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/fo7_2.gms =========== ----------------------------- Di 20. Nov 21:10:45 CET 2012 ----------------------------- @03 1353442245 --- Job fo7_2.gms Start 11/20/12 21:10:45 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- fo7_2.gms(508) 2 Mb --- Starting execution: elapsed 0:00:00.020 --- fo7_2.gms(503) 3 Mb --- Generating MINLP model m --- fo7_2.gms(508) 5 Mb --- 212 rows 115 columns 869 non-zeroes --- 71 nl-code 14 nl-non-zeroes --- 42 discrete-columns --- fo7_2.gms(508) 3 Mb --- Executing BARON: elapsed 0:00:00.023 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 12200865 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.000000D+00 0.100000D+52 1 1 000:00:00 0.000000D+00 0.100000D+52 * 398 217 000:00:04 0.304452D+01 0.190120D+02 11753 5770 000:00:34 0.601469D+01 0.190120D+02 25431 11691 000:01:04 0.713397D+01 0.190120D+02 35994 16073 000:01:34 0.734164D+01 0.190120D+02 48241 20657 000:02:04 0.734164D+01 0.190120D+02 60186 25330 000:02:34 0.734164D+01 0.190120D+02 73529 30156 000:03:04 0.734164D+01 0.190120D+02 87658 35054 000:03:34 0.734164D+01 0.190120D+02 103353+ 39033 000:04:04 0.734164D+01 0.190120D+02 120569 41877 000:04:34 0.734164D+01 0.190120D+02 138363 43290 000:05:04 0.734164D+01 0.190120D+02 157605 45430 000:05:34 0.734164D+01 0.190120D+02 176543+ 47963 000:06:04 0.734164D+01 0.190120D+02 190837+ 51780 000:06:34 0.734164D+01 0.190120D+02 208070+ 54847 000:07:04 0.734164D+01 0.190120D+02 224702+ 58120 000:07:34 0.734164D+01 0.190120D+02 240722 61485 000:08:04 0.734164D+01 0.190120D+02 257132 64109 000:08:34 0.734164D+01 0.190120D+02 273467 67298 000:09:04 0.734164D+01 0.190120D+02 288484+ 71563 000:09:34 0.734164D+01 0.190120D+02 305152+ 75078 000:10:04 0.734164D+01 0.190120D+02 322567+ 78143 000:10:34 0.734164D+01 0.190120D+02 340255 80858 000:11:04 0.734164D+01 0.190120D+02 358342 83715 000:11:34 0.734164D+01 0.190120D+02 376051+ 86066 000:12:04 0.734164D+01 0.190120D+02 394575+ 88275 000:12:34 0.734164D+01 0.190120D+02 411997 90704 000:13:04 0.734164D+01 0.190120D+02 430320 93230 000:13:34 0.734164D+01 0.190120D+02 447345 95776 000:14:04 0.734164D+01 0.190120D+02 473325 99729 000:14:34 0.734643D+01 0.190120D+02 502807 102509 000:15:04 0.734809D+01 0.190120D+02 537902 104316 000:15:34 0.734877D+01 0.190120D+02 575216+ 105370 000:16:04 0.734877D+01 0.190120D+02 614526+ 105550 000:16:34 0.734877D+01 0.190120D+02 652614 106265 000:17:04 0.734877D+01 0.190120D+02 683735+ 108171 000:17:34 0.737486D+01 0.190120D+02 706972+ 112401 000:18:04 0.737486D+01 0.190120D+02 727198+ 115923 000:18:34 0.737486D+01 0.190120D+02 748153 119977 000:19:04 0.737486D+01 0.190120D+02 768721+ 124034 000:19:34 0.737486D+01 0.190120D+02 786286+ 128761 000:20:04 0.738919D+01 0.190120D+02 808071+ 134641 000:20:34 0.741943D+01 0.190120D+02 823715 138158 000:21:04 0.748734D+01 0.190120D+02 843223 141628 000:21:34 0.753922D+01 0.190120D+02 862718 145641 000:22:04 0.758276D+01 0.190120D+02 878007 149131 000:22:34 0.759352D+01 0.190120D+02 897819 152753 000:23:04 0.763505D+01 0.190120D+02 917706 156833 000:23:34 0.766745D+01 0.190120D+02 939774+ 161822 000:24:04 0.766745D+01 0.190120D+02 959076 167742 000:24:34 0.766745D+01 0.190120D+02 977265+ 172906 000:25:04 0.766745D+01 0.190120D+02 994703+ 175937 000:25:34 0.772130D+01 0.190120D+02 1000000 176828 000:25:42 0.773541D+01 0.190120D+02 1016621 180057 000:26:12 0.777080D+01 0.190120D+02 1035769+ 183623 000:26:42 0.779598D+01 0.190120D+02 1055693 186079 000:27:12 0.783447D+01 0.190120D+02 1077102+ 188835 000:27:42 0.787539D+01 0.190120D+02 1096800+ 191039 000:28:12 0.791951D+01 0.190120D+02 1119031 193022 000:28:42 0.798208D+01 0.190120D+02 1140263+ 195392 000:29:12 0.803784D+01 0.190120D+02 1158536+ 197771 000:29:42 0.809450D+01 0.190120D+02 1177600+ 201011 000:30:13 0.817365D+01 0.190120D+02 1194654+ 205150 000:30:43 0.824817D+01 0.190120D+02 1210238 208994 000:31:13 0.830578D+01 0.190120D+02 1229942+ 212040 000:31:43 0.835401D+01 0.190120D+02 1247674+ 216137 000:32:13 0.838150D+01 0.190120D+02 1267591+ 218861 000:32:43 0.844741D+01 0.190120D+02 1289684 222269 000:33:13 0.849064D+01 0.190120D+02 1304610+ 226253 000:33:43 0.853996D+01 0.190120D+02 1319929 230654 000:34:13 0.853996D+01 0.190120D+02 1336363+ 234938 000:34:43 0.853996D+01 0.190120D+02 1355849+ 238492 000:35:13 0.853997D+01 0.190120D+02 1375305 242876 000:35:43 0.854964D+01 0.190120D+02 1398865 246130 000:36:13 0.855032D+01 0.190120D+02 1422545+ 248781 000:36:43 0.859537D+01 0.190120D+02 1442569 252893 000:37:13 0.863942D+01 0.190120D+02 1464321+ 256527 000:37:43 0.866135D+01 0.190120D+02 1484906+ 259889 000:38:13 0.868159D+01 0.190120D+02 1503007 263987 000:38:43 0.868159D+01 0.190120D+02 1522753+ 267535 000:39:13 0.870336D+01 0.190120D+02 1541864+ 271279 000:39:43 0.873913D+01 0.190120D+02 1565759+ 274798 000:40:13 0.878105D+01 0.190120D+02 1581073 278453 000:40:43 0.880120D+01 0.190120D+02 1599522+ 281777 000:41:13 0.882643D+01 0.190120D+02 1621656 285224 000:41:43 0.887107D+01 0.190120D+02 1641984+ 288784 000:42:13 0.889245D+01 0.190120D+02 1660186+ 292725 000:42:43 0.891092D+01 0.190120D+02 1674213+ 296915 000:43:13 0.891939D+01 0.190120D+02 1684647 300671 000:43:43 0.891971D+01 0.190120D+02 1705182+ 305388 000:44:13 0.893888D+01 0.190120D+02 1727647+ 308577 000:44:43 0.895779D+01 0.190120D+02 1742295+ 311878 000:45:13 0.898797D+01 0.190120D+02 1756627 316281 000:45:43 0.899120D+01 0.190120D+02 1772513+ 320165 000:46:13 0.900403D+01 0.190120D+02 1786753 323759 000:46:43 0.900403D+01 0.190120D+02 1801795+ 328254 000:47:13 0.900403D+01 0.190120D+02 1817265+ 333562 000:47:43 0.900403D+01 0.190120D+02 1833636+ 337767 000:48:13 0.901298D+01 0.190120D+02 1858894+ 342289 000:48:43 0.901443D+01 0.190120D+02 1879822 346262 000:49:13 0.903299D+01 0.190120D+02 1896129 350038 000:49:43 0.905396D+01 0.190120D+02 1914137+ 353844 000:50:13 0.908076D+01 0.190120D+02 1931830+ 358390 000:50:43 0.912065D+01 0.190120D+02 1948597+ 362170 000:51:13 0.915691D+01 0.190120D+02 1966213 365721 000:51:43 0.919585D+01 0.190120D+02 1983553+ 369738 000:52:13 0.923362D+01 0.190120D+02 1997223+ 372692 000:52:43 0.926098D+01 0.190120D+02 2000000 373427 000:52:49 0.926654D+01 0.190120D+02 2013997 377137 000:53:19 0.929976D+01 0.190120D+02 2029087+ 381450 000:53:49 0.931863D+01 0.190120D+02 2042914 385089 000:54:19 0.932817D+01 0.190120D+02 2055638 389137 000:54:49 0.934635D+01 0.190120D+02 2070927+ 393123 000:55:19 0.937295D+01 0.190120D+02 2085485+ 397156 000:55:49 0.938057D+01 0.190120D+02 2100369 400566 000:56:19 0.940087D+01 0.190120D+02 2116748+ 403933 000:56:49 0.942314D+01 0.190120D+02 2134765 406498 000:57:19 0.944716D+01 0.190120D+02 2150473+ 409804 000:57:49 0.946345D+01 0.190120D+02 2165022 413549 000:58:19 0.948950D+01 0.190120D+02 2180753 416763 000:58:49 0.951054D+01 0.190120D+02 2193635+ 420002 000:59:19 0.952877D+01 0.190120D+02 2207305+ 423977 000:59:49 0.955004D+01 0.190120D+02 2221347 427674 001:00:19 0.956996D+01 0.190120D+02 2237383+ 431213 001:00:49 0.959434D+01 0.190120D+02 2254237 434927 001:01:19 0.961929D+01 0.190120D+02 2269678+ 438384 001:01:49 0.964613D+01 0.190120D+02 2284884 441375 001:02:19 0.967083D+01 0.190120D+02 2302649+ 444541 001:02:49 0.968276D+01 0.190120D+02 2315511+ 447844 001:03:19 0.970307D+01 0.190120D+02 2330650 451631 001:03:49 0.971938D+01 0.190120D+02 2345863 455203 001:04:19 0.973887D+01 0.190120D+02 2364639+ 458072 001:04:49 0.976492D+01 0.190120D+02 2379781+ 461958 001:05:19 0.978304D+01 0.190120D+02 2393715 464582 001:05:49 0.979755D+01 0.190120D+02 2407858+ 467312 001:06:19 0.981232D+01 0.190120D+02 2423445 470430 001:06:49 0.982880D+01 0.190120D+02 2440935 473914 001:07:19 0.984870D+01 0.190120D+02 2456179+ 477149 001:07:49 0.986985D+01 0.190120D+02 2473387+ 480077 001:08:19 0.989051D+01 0.190120D+02 2497250 483211 001:08:49 0.989168D+01 0.190120D+02 2511914+ 486998 001:09:19 0.989845D+01 0.190120D+02 2525594+ 490585 001:09:49 0.990529D+01 0.190120D+02 2541158 493664 001:10:19 0.991656D+01 0.190120D+02 2556781+ 496797 001:10:49 0.992813D+01 0.190120D+02 2574268+ 499608 001:11:19 0.994568D+01 0.190120D+02 2590611 502896 001:11:49 0.996011D+01 0.190120D+02 2605611 505848 001:12:19 0.997649D+01 0.190120D+02 2621610+ 509242 001:12:49 0.999155D+01 0.190120D+02 2637501+ 512383 001:13:19 0.100072D+02 0.190120D+02 2653265+ 515710 001:13:49 0.100245D+02 0.190120D+02 2669815 519164 001:14:19 0.100421D+02 0.190120D+02 2684895+ 522807 001:14:49 0.100587D+02 0.190120D+02 2700586+ 526109 001:15:19 0.100632D+02 0.190120D+02 2717263+ 529686 001:15:49 0.100760D+02 0.190120D+02 2731149+ 532366 001:16:19 0.100866D+02 0.190120D+02 2749003+ 535203 001:16:49 0.101013D+02 0.190120D+02 2762700+ 538084 001:17:19 0.101171D+02 0.190120D+02 2776050+ 542347 001:17:49 0.101181D+02 0.190120D+02 2788669 544866 001:18:19 0.101304D+02 0.190120D+02 2807010 547152 001:18:49 0.101485D+02 0.190120D+02 2823340+ 550243 001:19:19 0.101631D+02 0.190120D+02 2838425+ 553147 001:19:49 0.101750D+02 0.190120D+02 2854983 556406 001:20:19 0.101904D+02 0.190120D+02 2872332 559405 001:20:49 0.102042D+02 0.190120D+02 2887001 562339 001:21:19 0.102169D+02 0.190120D+02 2903153+ 565496 001:21:49 0.102268D+02 0.190120D+02 2919936+ 568371 001:22:19 0.102371D+02 0.190120D+02 2935081+ 571892 001:22:49 0.102416D+02 0.190120D+02 2948433 575158 001:23:19 0.102485D+02 0.190120D+02 2958741+ 577505 001:23:49 0.102577D+02 0.190120D+02 2976715+ 580100 001:24:19 0.102788D+02 0.190120D+02 2991562+ 583440 001:24:49 0.102881D+02 0.190120D+02 3000000 585037 001:25:05 0.102907D+02 0.190120D+02 3016990+ 588048 001:25:35 0.103014D+02 0.190120D+02 3031925 591081 001:26:05 0.103189D+02 0.190120D+02 3046914+ 594122 001:26:35 0.103276D+02 0.190120D+02 3063093 597324 001:27:05 0.103395D+02 0.190120D+02 3080014 600208 001:27:35 0.103548D+02 0.190120D+02 3097126+ 603311 001:28:05 0.103654D+02 0.190120D+02 3113805+ 606476 001:28:35 0.103772D+02 0.190120D+02 3131494+ 609413 001:29:05 0.103926D+02 0.190120D+02 3147786 612233 001:29:35 0.104086D+02 0.190120D+02 3161755+ 614947 001:30:05 0.104230D+02 0.190120D+02 3178084+ 617824 001:30:35 0.104404D+02 0.190120D+02 3194040+ 620456 001:31:05 0.104575D+02 0.190120D+02 3211165 623236 001:31:35 0.104738D+02 0.190120D+02 3224457 627213 001:32:05 0.104796D+02 0.190120D+02 3239207 629795 001:32:35 0.104909D+02 0.190120D+02 3253147 632527 001:33:05 0.105063D+02 0.190120D+02 3269815+ 635954 001:33:35 0.105170D+02 0.190120D+02 3287510 638665 001:34:05 0.105350D+02 0.190120D+02 3305431 641522 001:34:35 0.105489D+02 0.190120D+02 3323144 644378 001:35:05 0.105608D+02 0.190120D+02 3339056+ 648055 001:35:35 0.105608D+02 0.190120D+02 3358489 651465 001:36:05 0.105656D+02 0.190120D+02 3380749 654622 001:36:35 0.105724D+02 0.190120D+02 3396436 657185 001:37:05 0.105866D+02 0.190120D+02 3409935+ 659663 001:37:35 0.105907D+02 0.190120D+02 3425560+ 662515 001:38:05 0.105986D+02 0.190120D+02 3446257 664986 001:38:35 0.106088D+02 0.190120D+02 3461164+ 667395 001:39:05 0.106164D+02 0.190120D+02 3476596 669978 001:39:35 0.106301D+02 0.190120D+02 3492481 672069 001:40:05 0.106343D+02 0.190120D+02 3509419+ 674703 001:40:35 0.106343D+02 0.190120D+02 3521601 677065 001:41:05 0.106411D+02 0.190120D+02 3536416 679744 001:41:35 0.106498D+02 0.190120D+02 3553016 681969 001:42:05 0.106662D+02 0.190120D+02 3570031+ 684369 001:42:35 0.106742D+02 0.190120D+02 3587544+ 686958 001:43:05 0.106863D+02 0.190120D+02 3603647+ 689104 001:43:35 0.106933D+02 0.190120D+02 3620852+ 691732 001:44:05 0.107059D+02 0.190120D+02 3635224 696096 001:44:35 0.107083D+02 0.190120D+02 3653065 699831 001:45:05 0.107120D+02 0.190120D+02 3670427+ 702644 001:45:35 0.107214D+02 0.190120D+02 3686405+ 706414 001:46:05 0.107281D+02 0.190120D+02 3705171 708049 001:46:35 0.107374D+02 0.190120D+02 3722126 710465 001:47:05 0.107544D+02 0.190120D+02 3736329+ 712939 001:47:35 0.107568D+02 0.190120D+02 3754249+ 715654 001:48:05 0.107654D+02 0.190120D+02 3772355 718532 001:48:35 0.107758D+02 0.190120D+02 3789763 721314 001:49:05 0.107839D+02 0.190120D+02 3802638+ 724612 001:49:35 0.107904D+02 0.190120D+02 3820526+ 726945 001:50:05 0.108006D+02 0.190120D+02 3839400+ 729317 001:50:35 0.108082D+02 0.190120D+02 3855794+ 731732 001:51:05 0.108144D+02 0.190120D+02 3876804 733871 001:51:35 0.108219D+02 0.190120D+02 * 3894076 637335 001:52:00 0.108271D+02 0.177493D+02 3913251+ 639316 001:52:30 0.108280D+02 0.177493D+02 3932645 640479 001:53:00 0.108280D+02 0.177493D+02 3952710 642131 001:53:30 0.108347D+02 0.177493D+02 3972071+ 644438 001:54:00 0.108437D+02 0.177493D+02 3991732 645696 001:54:30 0.108557D+02 0.177493D+02 4000000 646497 001:54:43 0.108598D+02 0.177493D+02 4015475+ 648587 001:55:13 0.108676D+02 0.177493D+02 4031575+ 650534 001:55:43 0.108782D+02 0.177493D+02 4051005+ 651272 001:56:13 0.108834D+02 0.177493D+02 4066400+ 653637 001:56:43 0.108913D+02 0.177493D+02 4084464+ 655218 001:57:13 0.109042D+02 0.177493D+02 4102183 657351 001:57:43 0.109161D+02 0.177493D+02 4118968+ 659412 001:58:13 0.109286D+02 0.177493D+02 4136719 661230 001:58:43 0.109436D+02 0.177493D+02 4155179+ 663149 001:59:13 0.109554D+02 0.177493D+02 4170787+ 664948 001:59:43 0.109688D+02 0.177493D+02 4180534 666814 002:00:00 0.109695D+02 0.177493D+02 *** Max. allowable CPU time exceeded *** LP subsolver time: 001:24:01, in seconds: 5040.83 NLP subsolver time: 000:11:47, in seconds: 707.35 Cutting time: 000:02:15, in seconds: 135.32 All other time: 000:21:57, in seconds: 1316.51 Total time elapsed: 002:00:00, in seconds: 7200.00 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.08 on navigating: 000:01:35, in seconds: 94.79 on relaxed: 000:44:54, in seconds: 2693.51 on local: 000:11:11, in seconds: 670.83 on tightening: 000:09:12, in seconds: 551.73 on marginals: 000:00:09, in seconds: 8.63 on probing: 000:53:00, in seconds: 3180.42 Total no. of BaR iterations: 4180534 Best solution found at node: 3894076 Max. no. of nodes in memory: 735582 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 452447827 135.32 All done =========================================================================== Solution = 17.7493457289 found at node 3894076 Best possible = 10.9695454572 Absolute gap = 6.7798002717 optca = 1E-9 Relative gap = 0.61806 optcr = 1E-6 --- Restarting execution --- fo7_2.gms(508) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job fo7_2.gms Stop 11/20/12 23:11:07 elapsed 2:00:21.164 @04 1353449467 ----------------------------- Di 20. Nov 23:11:07 CET 2012 ----------------------------- =ready= Linux opt221 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/fo7_ar2_1.gms =========== ----------------------------- Di 20. Nov 21:10:46 CET 2012 ----------------------------- @03 1353442246 --- Job fo7_ar2_1.gms Start 11/20/12 21:10:46 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- fo7_ar2_1.gms(668) 2 Mb --- Starting execution: elapsed 0:00:00.033 --- fo7_ar2_1.gms(663) 3 Mb --- Generating MINLP model m --- fo7_ar2_1.gms(668) 5 Mb --- 270 rows 113 columns 1,055 non-zeroes --- 71 nl-code 14 nl-non-zeroes --- 42 discrete-columns --- fo7_ar2_1.gms(668) 3 Mb --- Executing BARON: elapsed 0:00:00.037 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 10034356 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.000000D+00 0.100000D+52 1 1 000:00:00 0.000000D+00 0.100000D+52 4985 2279 000:00:30 0.105313D+02 0.100000D+52 11299+ 5027 000:01:00 0.115494D+02 0.100000D+52 18132 7941 000:01:30 0.129480D+02 0.100000D+52 * 23742 9645 000:01:55 0.137230D+02 0.342351D+02 37441+ 14434 000:02:25 0.147942D+02 0.342351D+02 * 46982 15731 000:02:45 0.153102D+02 0.276918D+02 * 53970 15617 000:02:58 0.155532D+02 0.248398D+02 74549 20213 000:03:32 0.162119D+02 0.248398D+02 91207+ 23757 000:04:02 0.166373D+02 0.248398D+02 107689+ 27114 000:04:33 0.170478D+02 0.248398D+02 125283 30472 000:05:03 0.174534D+02 0.248398D+02 143070 33286 000:05:33 0.178882D+02 0.248398D+02 161151+ 35787 000:06:03 0.183143D+02 0.248398D+02 178557+ 38303 000:06:33 0.185498D+02 0.248398D+02 197485 41180 000:07:03 0.187594D+02 0.248398D+02 216021 43700 000:07:33 0.189668D+02 0.248398D+02 234627+ 45759 000:08:03 0.191948D+02 0.248398D+02 253672 48157 000:08:33 0.193802D+02 0.248398D+02 273439+ 49867 000:09:03 0.195564D+02 0.248398D+02 293265 51394 000:09:33 0.197684D+02 0.248398D+02 313998 52981 000:10:03 0.199620D+02 0.248398D+02 335341 54328 000:10:33 0.201319D+02 0.248398D+02 358063 55388 000:11:03 0.203121D+02 0.248398D+02 377248+ 56377 000:11:33 0.204427D+02 0.248398D+02 398636 57016 000:12:03 0.205972D+02 0.248398D+02 419562 57360 000:12:33 0.207649D+02 0.248398D+02 441008 57728 000:13:03 0.209147D+02 0.248398D+02 463618+ 57654 000:13:33 0.210798D+02 0.248398D+02 486473+ 57207 000:14:03 0.212287D+02 0.248398D+02 507795 56935 000:14:33 0.213660D+02 0.248398D+02 528971 56576 000:15:03 0.214928D+02 0.248398D+02 552595 55859 000:15:33 0.216063D+02 0.248398D+02 576977 54623 000:16:03 0.217656D+02 0.248398D+02 596928 53789 000:16:33 0.218867D+02 0.248398D+02 620823+ 52352 000:17:03 0.220332D+02 0.248398D+02 644366+ 50705 000:17:33 0.221685D+02 0.248398D+02 668103 48905 000:18:03 0.223173D+02 0.248398D+02 692114 47218 000:18:33 0.224554D+02 0.248398D+02 715475+ 45359 000:19:03 0.225852D+02 0.248398D+02 739341 43343 000:19:33 0.227124D+02 0.248398D+02 764227 40652 000:20:03 0.228551D+02 0.248398D+02 789063+ 37796 000:20:33 0.229882D+02 0.248398D+02 813643 34886 000:21:03 0.231362D+02 0.248398D+02 837709+ 31992 000:21:33 0.232687D+02 0.248398D+02 862689 28876 000:22:03 0.234305D+02 0.248398D+02 885335 26155 000:22:33 0.235648D+02 0.248398D+02 908908+ 23234 000:23:03 0.236925D+02 0.248398D+02 934259+ 20296 000:23:33 0.238489D+02 0.248398D+02 958813 16537 000:24:03 0.240189D+02 0.248398D+02 982630 13157 000:24:33 0.241658D+02 0.248398D+02 1000000 10966 000:24:54 0.242666D+02 0.248398D+02 1024382 7147 000:25:24 0.244423D+02 0.248398D+02 1048760 3229 000:25:54 0.246499D+02 0.248398D+02 1065044 0 000:26:16 0.248398D+02 0.248398D+02 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:17:14, in seconds: 1034.07 NLP subsolver time: 000:03:56, in seconds: 235.85 Cutting time: 000:00:23, in seconds: 22.70 All other time: 000:04:43, in seconds: 283.01 Total time elapsed: 000:26:16, in seconds: 1575.63 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.09 on navigating: 000:00:21, in seconds: 21.13 on relaxed: 000:13:26, in seconds: 806.30 on local: 000:03:20, in seconds: 199.78 on tightening: 000:02:17, in seconds: 136.61 on marginals: 000:00:02, in seconds: 2.07 on probing: 000:06:50, in seconds: 409.65 Total no. of BaR iterations: 1065044 Best solution found at node: 57572 Max. no. of nodes in memory: 57838 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 78216320 22.71 All done =========================================================================== Solution = 24.83984706 found at node 57572 Best possible = 24.8398222202 Absolute gap = 2.48398000017858E-5 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- fo7_ar2_1.gms(668) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job fo7_ar2_1.gms Stop 11/20/12 21:37:06 elapsed 0:26:20.029 @04 1353443826 ----------------------------- Di 20. Nov 21:37:06 CET 2012 ----------------------------- =ready= Linux opt222 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/fo7_ar25_1.gms =========== ----------------------------- Di 20. Nov 21:10:46 CET 2012 ----------------------------- @03 1353442246 --- Job fo7_ar25_1.gms Start 11/20/12 21:10:46 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- fo7_ar25_1.gms(668) 2 Mb --- Starting execution: elapsed 0:00:00.024 --- fo7_ar25_1.gms(663) 3 Mb --- Generating MINLP model m --- fo7_ar25_1.gms(668) 5 Mb --- 270 rows 113 columns 1,055 non-zeroes --- 71 nl-code 14 nl-non-zeroes --- 42 discrete-columns --- fo7_ar25_1.gms(668) 3 Mb --- Executing BARON: elapsed 0:00:00.028 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 10034356 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.000000D+00 0.100000D+52 1 1 000:00:00 0.000000D+00 0.100000D+52 5071 2806 000:00:30 0.189740D+01 0.100000D+52 10908+ 5885 000:01:00 0.189740D+01 0.100000D+52 16516 8761 000:01:30 0.189740D+01 0.100000D+52 22377 11555 000:02:00 0.189740D+01 0.100000D+52 27849+ 14282 000:02:30 0.435013D+01 0.100000D+52 34576 17406 000:03:00 0.442721D+01 0.100000D+52 41003 20377 000:03:30 0.464059D+01 0.100000D+52 46853+ 22954 000:04:00 0.465043D+01 0.100000D+52 52922+ 25551 000:04:30 0.470152D+01 0.100000D+52 58175+ 27566 000:05:00 0.481173D+01 0.100000D+52 64475+ 30247 000:05:30 0.484276D+01 0.100000D+52 70809 32453 000:06:00 0.501317D+01 0.100000D+52 77223 35161 000:06:30 0.505970D+01 0.100000D+52 84256 38110 000:07:00 0.505970D+01 0.100000D+52 90693+ 40323 000:07:30 0.509153D+01 0.100000D+52 96540 42467 000:08:00 0.537590D+01 0.100000D+52 102863+ 44921 000:08:30 0.566508D+01 0.100000D+52 * 103830 45197 000:08:34 0.569211D+01 0.498861D+02 115405+ 49144 000:09:04 0.617813D+01 0.498861D+02 * 121180 49763 000:09:18 0.640082D+01 0.326914D+02 133664+ 54618 000:09:48 0.658788D+01 0.326914D+02 146763 58516 000:10:18 0.675438D+01 0.326914D+02 161433+ 61723 000:10:48 0.717484D+01 0.326914D+02 173742 66330 000:11:18 0.758951D+01 0.326914D+02 186981+ 70906 000:11:48 0.805970D+01 0.326914D+02 201054+ 75203 000:12:18 0.813162D+01 0.326914D+02 215402+ 80228 000:12:48 0.830182D+01 0.326914D+02 228732+ 84698 000:13:18 0.853820D+01 0.326914D+02 241821+ 90237 000:13:48 0.853820D+01 0.326914D+02 254467 95546 000:14:18 0.861839D+01 0.326914D+02 268440+ 99020 000:14:48 0.880997D+01 0.326914D+02 281927+ 102932 000:15:18 0.898992D+01 0.326914D+02 295449+ 108164 000:15:48 0.908030D+01 0.326914D+02 311633 114261 000:16:18 0.915702D+01 0.326914D+02 325394 118737 000:16:48 0.928508D+01 0.326914D+02 339442 123642 000:17:18 0.938388D+01 0.326914D+02 354201 128305 000:17:48 0.953401D+01 0.326914D+02 367357+ 133002 000:18:18 0.965961D+01 0.326914D+02 381400+ 137730 000:18:48 0.971272D+01 0.326914D+02 396894 142597 000:19:18 0.982655D+01 0.326914D+02 412335 147406 000:19:49 0.996170D+01 0.326914D+02 426960+ 152957 000:20:19 0.100290D+02 0.326914D+02 442732+ 157564 000:20:49 0.101093D+02 0.326914D+02 458265 161703 000:21:19 0.102113D+02 0.326914D+02 473526 166210 000:21:49 0.103144D+02 0.326914D+02 487610 170955 000:22:19 0.103946D+02 0.326914D+02 502810 175113 000:22:49 0.104408D+02 0.326914D+02 516423 179627 000:23:19 0.105013D+02 0.326914D+02 531807+ 184589 000:23:49 0.105651D+02 0.326914D+02 545487+ 189830 000:24:19 0.105879D+02 0.326914D+02 558639 194650 000:24:49 0.105879D+02 0.326914D+02 570099 198488 000:25:19 0.105879D+02 0.326914D+02 582224+ 203082 000:25:49 0.105879D+02 0.326914D+02 594697+ 207839 000:26:19 0.105879D+02 0.326914D+02 608339+ 212718 000:26:49 0.105953D+02 0.326914D+02 626834 219114 000:27:19 0.105978D+02 0.326914D+02 641936+ 223759 000:27:49 0.106289D+02 0.326914D+02 656682+ 228739 000:28:19 0.106614D+02 0.326914D+02 672209+ 233833 000:28:49 0.107155D+02 0.326914D+02 686028 238038 000:29:19 0.107421D+02 0.326914D+02 700361 242795 000:29:49 0.107759D+02 0.326914D+02 714269 247728 000:30:19 0.107957D+02 0.326914D+02 728875 251275 000:30:49 0.108111D+02 0.326914D+02 743513 255190 000:31:19 0.108241D+02 0.326914D+02 757792+ 260024 000:31:49 0.108563D+02 0.326914D+02 * 765232 258852 000:32:06 0.108675D+02 0.313364D+02 782419 263890 000:32:36 0.108979D+02 0.313364D+02 796821 268306 000:33:06 0.109099D+02 0.313364D+02 810348+ 272249 000:33:36 0.109357D+02 0.313364D+02 826051 276831 000:34:06 0.109726D+02 0.313364D+02 838677 281898 000:34:36 0.109872D+02 0.313364D+02 854674 287053 000:35:06 0.110073D+02 0.313364D+02 870745 291463 000:35:36 0.110441D+02 0.313364D+02 887273+ 296215 000:36:06 0.110680D+02 0.313364D+02 903659 299275 000:36:36 0.110690D+02 0.313364D+02 919551+ 303230 000:37:06 0.111127D+02 0.313364D+02 934904 307565 000:37:36 0.111428D+02 0.313364D+02 949719+ 312040 000:38:06 0.111506D+02 0.313364D+02 964982 316477 000:38:36 0.111506D+02 0.313364D+02 978583+ 320296 000:39:06 0.111506D+02 0.313364D+02 993602+ 324704 000:39:36 0.111506D+02 0.313364D+02 1000000 326531 000:39:47 0.111506D+02 0.313364D+02 1015360+ 331240 000:40:17 0.111506D+02 0.313364D+02 1030770 336139 000:40:47 0.111506D+02 0.313364D+02 1045576 340078 000:41:17 0.111624D+02 0.313364D+02 1059389+ 344006 000:41:47 0.111738D+02 0.313364D+02 1075966 348335 000:42:17 0.111897D+02 0.313364D+02 1092359 352545 000:42:47 0.112146D+02 0.313364D+02 1107291+ 355975 000:43:17 0.112324D+02 0.313364D+02 1123209+ 359809 000:43:47 0.112723D+02 0.313364D+02 1138792+ 363923 000:44:17 0.113042D+02 0.313364D+02 1154581 368377 000:44:47 0.113282D+02 0.313364D+02 1171337 372344 000:45:17 0.113681D+02 0.313364D+02 1183787 375987 000:45:47 0.113743D+02 0.313364D+02 1196701 379936 000:46:17 0.113851D+02 0.313364D+02 1211172 384348 000:46:47 0.113996D+02 0.313364D+02 1227414 388381 000:47:17 0.114356D+02 0.313364D+02 1241202+ 392232 000:47:47 0.114470D+02 0.313364D+02 1256584+ 396169 000:48:17 0.114470D+02 0.313364D+02 1271525+ 400319 000:48:47 0.114470D+02 0.313364D+02 1286817 404155 000:49:17 0.114470D+02 0.313364D+02 1300544 407473 000:49:47 0.114470D+02 0.313364D+02 * 1314416 410489 000:50:16 0.114470D+02 0.312461D+02 1330515+ 413985 000:50:46 0.114593D+02 0.312461D+02 1345885+ 417717 000:51:16 0.114837D+02 0.312461D+02 1361835+ 421485 000:51:46 0.115117D+02 0.312461D+02 1378777+ 425344 000:52:16 0.115435D+02 0.312461D+02 1393983+ 428977 000:52:46 0.115577D+02 0.312461D+02 * 1395420 370839 000:52:49 0.115605D+02 0.249735D+02 1411212 374024 000:53:19 0.115931D+02 0.249735D+02 1428741 377669 000:53:49 0.116287D+02 0.249735D+02 1444087+ 381466 000:54:19 0.116626D+02 0.249735D+02 1458464+ 384666 000:54:49 0.116851D+02 0.249735D+02 1473223 388167 000:55:19 0.117110D+02 0.249735D+02 1488839 391348 000:55:49 0.117530D+02 0.249735D+02 1506008 394672 000:56:19 0.117999D+02 0.249735D+02 1521613+ 397602 000:56:49 0.118321D+02 0.249735D+02 1538242+ 400732 000:57:19 0.118536D+02 0.249735D+02 1556144 404138 000:57:49 0.118712D+02 0.249735D+02 1572963 407022 000:58:19 0.119261D+02 0.249735D+02 1589325 410130 000:58:49 0.119856D+02 0.249735D+02 1605999 413255 000:59:19 0.120277D+02 0.249735D+02 1623029+ 416405 000:59:49 0.120628D+02 0.249735D+02 1641488+ 419837 001:00:19 0.121099D+02 0.249735D+02 1656384+ 423533 001:00:49 0.121390D+02 0.249735D+02 1671402+ 426777 001:01:19 0.121522D+02 0.249735D+02 1683128 429631 001:01:49 0.121574D+02 0.249735D+02 1699686+ 432457 001:02:19 0.121815D+02 0.249735D+02 1715422 436110 001:02:49 0.122220D+02 0.249735D+02 1731574 439299 001:03:19 0.122606D+02 0.249735D+02 1747958+ 442518 001:03:49 0.123165D+02 0.249735D+02 1764571+ 446308 001:04:19 0.123624D+02 0.249735D+02 1779301+ 449703 001:04:49 0.123965D+02 0.249735D+02 1795542+ 453340 001:05:19 0.124354D+02 0.249735D+02 1810183+ 456505 001:05:49 0.124478D+02 0.249735D+02 1827612 460028 001:06:19 0.124933D+02 0.249735D+02 1842814 462976 001:06:49 0.125382D+02 0.249735D+02 1858689+ 466537 001:07:19 0.125382D+02 0.249735D+02 1872552 470838 001:07:49 0.125382D+02 0.249735D+02 1889592+ 474883 001:08:19 0.125565D+02 0.249735D+02 1905641 479095 001:08:49 0.125588D+02 0.249735D+02 1922283 482050 001:09:19 0.125965D+02 0.249735D+02 1939819 484255 001:09:49 0.126167D+02 0.249735D+02 1957099+ 486877 001:10:19 0.126347D+02 0.249735D+02 1974295+ 489829 001:10:49 0.126590D+02 0.249735D+02 1989340+ 493256 001:11:19 0.126798D+02 0.249735D+02 2000000 495521 001:11:38 0.126919D+02 0.249735D+02 2017059+ 498976 001:12:08 0.127238D+02 0.249735D+02 2032552 502112 001:12:38 0.127565D+02 0.249735D+02 2050083+ 504806 001:13:08 0.128015D+02 0.249735D+02 2067549 508264 001:13:38 0.128269D+02 0.249735D+02 2083676+ 511079 001:14:08 0.128544D+02 0.249735D+02 2099504 513968 001:14:38 0.128766D+02 0.249735D+02 2115848 516892 001:15:08 0.129301D+02 0.249735D+02 2132184 520131 001:15:38 0.129582D+02 0.249735D+02 2149990 523450 001:16:08 0.129788D+02 0.249735D+02 2164261 526941 001:16:38 0.130055D+02 0.249735D+02 2179015+ 530168 001:17:08 0.130269D+02 0.249735D+02 2194082+ 534465 001:17:38 0.130290D+02 0.249735D+02 2209953 537612 001:18:08 0.130648D+02 0.249735D+02 2225952+ 541401 001:18:38 0.130837D+02 0.249735D+02 2241931+ 544789 001:19:08 0.131009D+02 0.249735D+02 2257370+ 548493 001:19:38 0.131152D+02 0.249735D+02 2274892 551810 001:20:08 0.131348D+02 0.249735D+02 2291609+ 554949 001:20:38 0.131587D+02 0.249735D+02 2308919 558692 001:21:08 0.131860D+02 0.249735D+02 2325712 561922 001:21:38 0.132107D+02 0.249735D+02 2343849 565568 001:22:08 0.132431D+02 0.249735D+02 2361584+ 568862 001:22:38 0.132733D+02 0.249735D+02 2377381 571812 001:23:08 0.133000D+02 0.249735D+02 2393129+ 575187 001:23:38 0.133246D+02 0.249735D+02 2407327 578714 001:24:08 0.133325D+02 0.249735D+02 2423574+ 581966 001:24:38 0.133461D+02 0.249735D+02 2440574 585418 001:25:08 0.133711D+02 0.249735D+02 2454488 588555 001:25:38 0.133861D+02 0.249735D+02 2472021+ 592150 001:26:08 0.134075D+02 0.249735D+02 2489002 595322 001:26:38 0.134223D+02 0.249735D+02 2505333 598162 001:27:08 0.134433D+02 0.249735D+02 2522427+ 601160 001:27:38 0.134651D+02 0.249735D+02 2539142 604708 001:28:08 0.134845D+02 0.249735D+02 2557130 608059 001:28:38 0.135096D+02 0.249735D+02 2574948+ 611286 001:29:08 0.135411D+02 0.249735D+02 2592967 614516 001:29:38 0.135628D+02 0.249735D+02 2610353+ 617130 001:30:08 0.135795D+02 0.249735D+02 2628140 620132 001:30:38 0.135978D+02 0.249735D+02 2645890+ 623054 001:31:09 0.136185D+02 0.249735D+02 2657758 625482 001:31:39 0.136185D+02 0.249735D+02 2669940 628032 001:32:09 0.136238D+02 0.249735D+02 2684663 631464 001:32:39 0.136356D+02 0.249735D+02 2699648+ 634523 001:33:09 0.136392D+02 0.249735D+02 2716182 637701 001:33:39 0.136504D+02 0.249735D+02 2733462+ 640614 001:34:09 0.136677D+02 0.249735D+02 2749884+ 643925 001:34:39 0.136935D+02 0.249735D+02 2766671 646987 001:35:09 0.137189D+02 0.249735D+02 2783410+ 649867 001:35:39 0.137413D+02 0.249735D+02 2798342 652987 001:36:09 0.137466D+02 0.249735D+02 2813612 656498 001:36:39 0.137505D+02 0.249735D+02 2830304 659372 001:37:09 0.137636D+02 0.249735D+02 2847895 662573 001:37:39 0.137816D+02 0.249735D+02 2865279+ 665861 001:38:09 0.138016D+02 0.249735D+02 2882950 669385 001:38:39 0.138221D+02 0.249735D+02 2900751 672292 001:39:09 0.138454D+02 0.249735D+02 2918161+ 675267 001:39:39 0.138633D+02 0.249735D+02 2935124+ 678752 001:40:09 0.138821D+02 0.249735D+02 2953116 682314 001:40:39 0.138987D+02 0.249735D+02 2971006 684955 001:41:09 0.139138D+02 0.249735D+02 2987347 688588 001:41:39 0.139239D+02 0.249735D+02 3000000 691342 001:42:02 0.139281D+02 0.249735D+02 3016885 694863 001:42:32 0.139396D+02 0.249735D+02 3034104 698387 001:43:02 0.139545D+02 0.249735D+02 3050758 701638 001:43:32 0.139662D+02 0.249735D+02 3067913+ 705115 001:44:02 0.139777D+02 0.249735D+02 3084405+ 708829 001:44:32 0.139842D+02 0.249735D+02 3102602 711884 001:45:02 0.140024D+02 0.249735D+02 3119637 715433 001:45:32 0.140225D+02 0.249735D+02 3136571 719029 001:46:02 0.140413D+02 0.249735D+02 3155820+ 722226 001:46:32 0.140594D+02 0.249735D+02 3172296+ 725670 001:47:02 0.140738D+02 0.249735D+02 3189457 728981 001:47:32 0.140930D+02 0.249735D+02 3208258 731777 001:48:02 0.141153D+02 0.249735D+02 3225286+ 734854 001:48:32 0.141306D+02 0.249735D+02 3242261 737909 001:49:02 0.141495D+02 0.249735D+02 3258503+ 740216 001:49:32 0.141605D+02 0.249735D+02 3275985 743205 001:50:02 0.141819D+02 0.249735D+02 3293263+ 746459 001:50:32 0.141941D+02 0.249735D+02 3311271 749010 001:51:02 0.142077D+02 0.249735D+02 3328927+ 751971 001:51:32 0.142200D+02 0.249735D+02 3344361 754870 001:52:02 0.142358D+02 0.249735D+02 3360384+ 758487 001:52:32 0.142448D+02 0.249735D+02 3377550 761751 001:53:02 0.142633D+02 0.249735D+02 3394602 764817 001:53:32 0.142810D+02 0.249735D+02 3411729 767401 001:54:02 0.142960D+02 0.249735D+02 3428243 770813 001:54:32 0.143102D+02 0.249735D+02 3445089+ 774223 001:55:02 0.143248D+02 0.249735D+02 3462268 777227 001:55:32 0.143406D+02 0.249735D+02 3479042 780623 001:56:02 0.143565D+02 0.249735D+02 3497025 783980 001:56:32 0.143715D+02 0.249735D+02 3514832 786942 001:57:02 0.143888D+02 0.249735D+02 3531393+ 790326 001:57:32 0.144050D+02 0.249735D+02 3549843+ 793721 001:58:02 0.144196D+02 0.249735D+02 3567258+ 797028 001:58:32 0.144314D+02 0.249735D+02 3585214 800318 001:59:03 0.144415D+02 0.249735D+02 3604595 803226 001:59:33 0.144511D+02 0.249735D+02 3620465 806731 002:00:00 0.144562D+02 0.249735D+02 *** Max. allowable CPU time exceeded *** LP subsolver time: 001:22:24, in seconds: 4944.23 NLP subsolver time: 000:15:01, in seconds: 900.55 Cutting time: 000:01:46, in seconds: 105.61 All other time: 000:20:50, in seconds: 1249.61 Total time elapsed: 002:00:00, in seconds: 7200.00 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.10 on navigating: 000:01:25, in seconds: 85.01 on relaxed: 000:53:59, in seconds: 3239.33 on local: 000:14:05, in seconds: 845.19 on tightening: 000:09:18, in seconds: 557.84 on marginals: 000:00:08, in seconds: 8.16 on probing: 000:41:04, in seconds: 2464.36 Total no. of BaR iterations: 3620465 Best solution found at node: 1395420 Max. no. of nodes in memory: 806734 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 347556548 105.61 All done =========================================================================== Solution = 24.9734849189 found at node 1395420 Best possible = 14.4562201835 Absolute gap = 10.5172647354 optca = 1E-9 Relative gap = 0.72753 optcr = 1E-6 --- Restarting execution --- fo7_ar25_1.gms(668) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job fo7_ar25_1.gms Stop 11/20/12 23:11:06 elapsed 2:00:19.825 @04 1353449466 ----------------------------- Di 20. Nov 23:11:06 CET 2012 ----------------------------- =ready= Linux opt214 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/fo7_ar3_1.gms =========== ----------------------------- Di 20. Nov 21:10:47 CET 2012 ----------------------------- @03 1353442247 --- Job fo7_ar3_1.gms Start 11/20/12 21:10:47 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- fo7_ar3_1.gms(668) 2 Mb --- Starting execution: elapsed 0:00:00.028 --- fo7_ar3_1.gms(663) 3 Mb --- Generating MINLP model m --- fo7_ar3_1.gms(668) 5 Mb --- 270 rows 113 columns 1,055 non-zeroes --- 71 nl-code 14 nl-non-zeroes --- 42 discrete-columns --- fo7_ar3_1.gms(668) 3 Mb --- Executing BARON: elapsed 0:00:00.031 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 10034356 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.000000D+00 0.100000D+52 1 1 000:00:00 0.000000D+00 0.100000D+52 3685 2060 000:00:30 0.263337D+01 0.100000D+52 7455 4107 000:01:00 0.347163D+01 0.100000D+52 11817+ 6238 000:01:30 0.416988D+01 0.100000D+52 16634+ 8413 000:02:00 0.485687D+01 0.100000D+52 21459+ 10556 000:02:30 0.548486D+01 0.100000D+52 * 25456 12455 000:02:59 0.598311D+01 0.392952D+02 33852+ 16053 000:03:29 0.688675D+01 0.392952D+02 43463+ 20350 000:03:59 0.698456D+01 0.392952D+02 53679+ 24599 000:04:29 0.711605D+01 0.392952D+02 * 55186 24989 000:04:34 0.719403D+01 0.353261D+02 64164 28587 000:05:04 0.743082D+01 0.353261D+02 73805+ 32463 000:05:34 0.772304D+01 0.353261D+02 82855+ 36285 000:06:04 0.790984D+01 0.353261D+02 92949 40502 000:06:34 0.813854D+01 0.353261D+02 102514+ 44793 000:07:04 0.837166D+01 0.353261D+02 113186+ 49039 000:07:34 0.854565D+01 0.353261D+02 124193+ 53977 000:08:04 0.859835D+01 0.353261D+02 * 129732 54094 000:08:21 0.866025D+01 0.300265D+02 140937+ 58656 000:08:53 0.874267D+01 0.300265D+02 151235 62686 000:09:23 0.883369D+01 0.300265D+02 162272+ 66840 000:09:53 0.897862D+01 0.300265D+02 171870+ 70904 000:10:23 0.902108D+01 0.300265D+02 181911 74655 000:10:53 0.918795D+01 0.300265D+02 191063 78433 000:11:23 0.929328D+01 0.300265D+02 201757+ 82255 000:11:53 0.937443D+01 0.300265D+02 213416+ 86239 000:12:23 0.944111D+01 0.300265D+02 224794 89961 000:12:53 0.951206D+01 0.300265D+02 236141+ 94136 000:13:23 0.961331D+01 0.300265D+02 246241+ 97905 000:13:53 0.969808D+01 0.300265D+02 257332+ 101876 000:14:23 0.981479D+01 0.300265D+02 268668+ 105918 000:14:53 0.994512D+01 0.300265D+02 279740+ 109676 000:15:23 0.100450D+02 0.300265D+02 290919+ 113591 000:15:53 0.101377D+02 0.300265D+02 301445+ 117495 000:16:23 0.102195D+02 0.300265D+02 312630+ 121490 000:16:53 0.103094D+02 0.300265D+02 * 316644 118193 000:17:06 0.103103D+02 0.275719D+02 327357 121723 000:17:36 0.103688D+02 0.275719D+02 338743+ 125135 000:18:06 0.104418D+02 0.275719D+02 348763+ 128615 000:18:36 0.104812D+02 0.275719D+02 359437 132030 000:19:06 0.105659D+02 0.275719D+02 * 366110 133899 000:19:20 0.105889D+02 0.274699D+02 378320+ 137337 000:19:50 0.106484D+02 0.274699D+02 389410+ 140694 000:20:20 0.107107D+02 0.274699D+02 400064 144026 000:20:50 0.107745D+02 0.274699D+02 412409 147506 000:21:20 0.108551D+02 0.274699D+02 426077+ 152474 000:21:50 0.108815D+02 0.274699D+02 437139+ 155821 000:22:20 0.109404D+02 0.274699D+02 449010 159184 000:22:50 0.110253D+02 0.274699D+02 462105+ 163370 000:23:20 0.110848D+02 0.274699D+02 474594+ 167050 000:23:50 0.111530D+02 0.274699D+02 487191 170848 000:24:20 0.112155D+02 0.274699D+02 498837 174177 000:24:50 0.112583D+02 0.274699D+02 512072 178269 000:25:20 0.113068D+02 0.274699D+02 525648 182153 000:25:50 0.113639D+02 0.274699D+02 537917+ 185817 000:26:20 0.114293D+02 0.274699D+02 550537+ 189168 000:26:50 0.114849D+02 0.274699D+02 562518 192554 000:27:20 0.115457D+02 0.274699D+02 575006+ 196078 000:27:50 0.115907D+02 0.274699D+02 587756+ 199605 000:28:20 0.116341D+02 0.274699D+02 600551 202824 000:28:50 0.117058D+02 0.274699D+02 613473+ 205674 000:29:20 0.117473D+02 0.274699D+02 626429+ 209051 000:29:50 0.117773D+02 0.274699D+02 639103+ 212291 000:30:20 0.118267D+02 0.274699D+02 651768 215708 000:30:50 0.118685D+02 0.274699D+02 664614 219108 000:31:20 0.119156D+02 0.274699D+02 677319 222352 000:31:50 0.119673D+02 0.274699D+02 690477+ 225911 000:32:20 0.120163D+02 0.274699D+02 702610+ 229027 000:32:50 0.120598D+02 0.274699D+02 714218+ 232411 000:33:20 0.121051D+02 0.274699D+02 727117+ 235848 000:33:50 0.121549D+02 0.274699D+02 739231 238858 000:34:20 0.121962D+02 0.274699D+02 751473+ 242368 000:34:50 0.122318D+02 0.274699D+02 764195+ 245727 000:35:20 0.122825D+02 0.274699D+02 776769+ 249122 000:35:50 0.123207D+02 0.274699D+02 790730 252526 000:36:20 0.123667D+02 0.274699D+02 803230+ 255865 000:36:50 0.124128D+02 0.274699D+02 814637 259037 000:37:20 0.124427D+02 0.274699D+02 827238 262862 000:37:50 0.124705D+02 0.274699D+02 839464+ 266112 000:38:20 0.125148D+02 0.274699D+02 850594+ 269125 000:38:50 0.125478D+02 0.274699D+02 862881 272446 000:39:20 0.125842D+02 0.274699D+02 875862 276052 000:39:50 0.126152D+02 0.274699D+02 888189 279426 000:40:20 0.126484D+02 0.274699D+02 899465+ 282651 000:40:50 0.126741D+02 0.274699D+02 912982 286270 000:41:20 0.127061D+02 0.274699D+02 925783 289527 000:41:50 0.127426D+02 0.274699D+02 938650+ 293148 000:42:20 0.127777D+02 0.274699D+02 952383 296460 000:42:50 0.128107D+02 0.274699D+02 963958 299585 000:43:20 0.128323D+02 0.274699D+02 977236+ 302782 000:43:50 0.128631D+02 0.274699D+02 988926+ 306082 000:44:20 0.128924D+02 0.274699D+02 1000000 308729 000:44:44 0.129254D+02 0.274699D+02 1013183+ 312192 000:45:14 0.129608D+02 0.274699D+02 1025934+ 315404 000:45:44 0.130002D+02 0.274699D+02 1038749+ 318538 000:46:14 0.130426D+02 0.274699D+02 1051811+ 321575 000:46:44 0.130795D+02 0.274699D+02 1064765 325177 000:47:14 0.131070D+02 0.274699D+02 * 1070446 321033 000:47:27 0.131295D+02 0.268225D+02 1084639 324422 000:47:57 0.131645D+02 0.268225D+02 1099161+ 328922 000:48:27 0.131741D+02 0.268225D+02 1112155+ 332485 000:48:57 0.132061D+02 0.268225D+02 1124064+ 335354 000:49:27 0.132366D+02 0.268225D+02 1136594+ 338186 000:49:57 0.132723D+02 0.268225D+02 1150553+ 341396 000:50:27 0.133085D+02 0.268225D+02 1163552 344772 000:50:57 0.133376D+02 0.268225D+02 * 1169142+ 341645 000:51:07 0.133376D+02 0.263628D+02 1183195+ 345501 000:51:37 0.133619D+02 0.263628D+02 * 1183530 337173 000:51:38 0.133619D+02 0.256817D+02 1196165+ 340246 000:52:08 0.133917D+02 0.256817D+02 1209562 343251 000:52:38 0.134268D+02 0.256817D+02 1222702+ 346458 000:53:08 0.134531D+02 0.256817D+02 1235646 349897 000:53:38 0.134721D+02 0.256817D+02 1248979 353015 000:54:08 0.135027D+02 0.256817D+02 1262249+ 356097 000:54:38 0.135352D+02 0.256817D+02 1276345 359311 000:55:08 0.135679D+02 0.256817D+02 1290273+ 362639 000:55:38 0.135974D+02 0.256817D+02 1305797 367766 000:56:08 0.135974D+02 0.256817D+02 1320205 371188 000:56:38 0.136258D+02 0.256817D+02 1334467+ 373944 000:57:08 0.136510D+02 0.256817D+02 1348851+ 377196 000:57:38 0.136766D+02 0.256817D+02 1362567+ 380201 000:58:08 0.137112D+02 0.256817D+02 1375853 383288 000:58:38 0.137427D+02 0.256817D+02 1389964+ 386588 000:59:08 0.137669D+02 0.256817D+02 1404297+ 389408 000:59:38 0.137995D+02 0.256817D+02 1417552 392323 001:00:08 0.138279D+02 0.256817D+02 1431767+ 395536 001:00:38 0.138604D+02 0.256817D+02 1444897+ 398795 001:01:08 0.138862D+02 0.256817D+02 * 1447996 399371 001:01:14 0.138938D+02 0.256804D+02 1462845+ 402688 001:01:44 0.139230D+02 0.256804D+02 1476907+ 406096 001:02:14 0.139413D+02 0.256804D+02 1494480+ 409511 001:02:44 0.139514D+02 0.256804D+02 1508560+ 412730 001:03:14 0.139803D+02 0.256804D+02 * 1519842 349353 001:03:40 0.140112D+02 0.225175D+02 1534798 351730 001:04:10 0.140476D+02 0.225175D+02 1549542+ 354330 001:04:40 0.140738D+02 0.225175D+02 1563925 356768 001:05:10 0.141004D+02 0.225175D+02 1581014+ 359198 001:05:40 0.141180D+02 0.225175D+02 1595396 361581 001:06:10 0.141472D+02 0.225175D+02 1609906 363845 001:06:40 0.141792D+02 0.225175D+02 1624160 366249 001:07:10 0.142046D+02 0.225175D+02 1638327 368413 001:07:40 0.142376D+02 0.225175D+02 1653669+ 370696 001:08:10 0.142606D+02 0.225175D+02 1668415+ 372941 001:08:40 0.142913D+02 0.225175D+02 1682138 374995 001:09:10 0.143191D+02 0.225175D+02 1697141+ 377772 001:09:40 0.143350D+02 0.225175D+02 1711958+ 379873 001:10:10 0.143667D+02 0.225175D+02 1727880+ 383113 001:10:40 0.143764D+02 0.225175D+02 1742551+ 385456 001:11:10 0.143988D+02 0.225175D+02 1758160+ 388330 001:11:40 0.144200D+02 0.225175D+02 1774611+ 391667 001:12:10 0.144338D+02 0.225175D+02 1789438 393843 001:12:40 0.144627D+02 0.225175D+02 1804122 395892 001:13:10 0.144912D+02 0.225175D+02 1819772+ 397962 001:13:40 0.145195D+02 0.225175D+02 1834806+ 399871 001:14:11 0.145542D+02 0.225175D+02 1849743 402052 001:14:41 0.145769D+02 0.225175D+02 1864885+ 404405 001:15:11 0.146022D+02 0.225175D+02 1878621 406712 001:15:41 0.146234D+02 0.225175D+02 1892951 408691 001:16:11 0.146513D+02 0.225175D+02 1908114 410807 001:16:41 0.146796D+02 0.225175D+02 1922713 413086 001:17:11 0.146998D+02 0.225175D+02 1938398 415340 001:17:41 0.147248D+02 0.225175D+02 1953602+ 417466 001:18:11 0.147521D+02 0.225175D+02 1969310 419560 001:18:41 0.147741D+02 0.225175D+02 1983357+ 421287 001:19:11 0.147998D+02 0.225175D+02 1998701 423326 001:19:41 0.148248D+02 0.225175D+02 2000000 423546 001:19:43 0.148262D+02 0.225175D+02 2015196 425179 001:20:13 0.148526D+02 0.225175D+02 2030439 427167 001:20:43 0.148774D+02 0.225175D+02 2045271 429521 001:21:13 0.148966D+02 0.225175D+02 2060072+ 431426 001:21:43 0.149236D+02 0.225175D+02 2075759+ 433402 001:22:13 0.149489D+02 0.225175D+02 2090805+ 435130 001:22:43 0.149711D+02 0.225175D+02 2105082 437167 001:23:13 0.149914D+02 0.225175D+02 2120295+ 439046 001:23:43 0.150122D+02 0.225175D+02 2135061+ 441224 001:24:13 0.150350D+02 0.225175D+02 2151071+ 442843 001:24:43 0.150650D+02 0.225175D+02 2165752 445118 001:25:13 0.150834D+02 0.225175D+02 2181555 446872 001:25:43 0.151055D+02 0.225175D+02 2196076 448976 001:26:13 0.151267D+02 0.225175D+02 2210120+ 450634 001:26:43 0.151545D+02 0.225175D+02 2225201+ 452343 001:27:13 0.151770D+02 0.225175D+02 2239775 454226 001:27:43 0.151979D+02 0.225175D+02 2255109+ 456154 001:28:13 0.152183D+02 0.225175D+02 2270531 458093 001:28:43 0.152424D+02 0.225175D+02 2285797 460137 001:29:13 0.152597D+02 0.225175D+02 2301220 461981 001:29:43 0.152832D+02 0.225175D+02 2315723 463727 001:30:13 0.153083D+02 0.225175D+02 2331347 465481 001:30:43 0.153321D+02 0.225175D+02 2347694+ 467256 001:31:13 0.153549D+02 0.225175D+02 2362891 469183 001:31:43 0.153737D+02 0.225175D+02 2379039 471316 001:32:13 0.153952D+02 0.225175D+02 2395357+ 473318 001:32:43 0.154205D+02 0.225175D+02 2410798+ 475288 001:33:13 0.154454D+02 0.225175D+02 2426969 477273 001:33:43 0.154681D+02 0.225175D+02 2442941+ 479482 001:34:13 0.154842D+02 0.225175D+02 2458798 481526 001:34:43 0.155037D+02 0.225175D+02 2474580 483066 001:35:13 0.155270D+02 0.225175D+02 2489747+ 484835 001:35:43 0.155484D+02 0.225175D+02 2505730+ 486419 001:36:13 0.155702D+02 0.225175D+02 2521180+ 488231 001:36:43 0.155930D+02 0.225175D+02 2536514+ 489666 001:37:13 0.156176D+02 0.225175D+02 2550319+ 491409 001:37:43 0.156340D+02 0.225175D+02 2565663+ 493299 001:38:13 0.156561D+02 0.225175D+02 2579220 495075 001:38:43 0.156659D+02 0.225175D+02 2593966+ 496866 001:39:13 0.156817D+02 0.225175D+02 2609276 498529 001:39:43 0.157017D+02 0.225175D+02 2623853+ 500540 001:40:13 0.157168D+02 0.225175D+02 2640094 502221 001:40:43 0.157368D+02 0.225175D+02 2655577+ 503947 001:41:13 0.157585D+02 0.225175D+02 2671255 505693 001:41:43 0.157774D+02 0.225175D+02 2687217 507339 001:42:13 0.157987D+02 0.225175D+02 2702997+ 508728 001:42:43 0.158193D+02 0.225175D+02 2717850+ 510527 001:43:13 0.158351D+02 0.225175D+02 2733606 512203 001:43:44 0.158534D+02 0.225175D+02 2749332 513818 001:44:14 0.158758D+02 0.225175D+02 2764489+ 515597 001:44:44 0.158927D+02 0.225175D+02 2780442+ 517206 001:45:14 0.159104D+02 0.225175D+02 2796726+ 519026 001:45:44 0.159306D+02 0.225175D+02 2812188+ 520627 001:46:14 0.159505D+02 0.225175D+02 2828230 522205 001:46:44 0.159691D+02 0.225175D+02 2844177+ 523985 001:47:14 0.159871D+02 0.225175D+02 2859662+ 525439 001:47:44 0.160074D+02 0.225175D+02 2875176+ 527168 001:48:14 0.160272D+02 0.225175D+02 2889932 528697 001:48:44 0.160458D+02 0.225175D+02 2905402+ 530204 001:49:14 0.160632D+02 0.225175D+02 2920332+ 532000 001:49:44 0.160793D+02 0.225175D+02 2935654 533526 001:50:14 0.161008D+02 0.225175D+02 2952038+ 535458 001:50:44 0.161147D+02 0.225175D+02 2968305+ 536902 001:51:14 0.161345D+02 0.225175D+02 2984709 538416 001:51:44 0.161521D+02 0.225175D+02 2999299 540004 001:52:14 0.161645D+02 0.225175D+02 3000000 540094 001:52:15 0.161649D+02 0.225175D+02 3015947+ 541928 001:52:45 0.161805D+02 0.225175D+02 3029969 544075 001:53:15 0.161852D+02 0.225175D+02 3047126+ 545612 001:53:45 0.161977D+02 0.225175D+02 3063466+ 546939 001:54:15 0.162131D+02 0.225175D+02 3080385 548440 001:54:45 0.162270D+02 0.225175D+02 3096156 549940 001:55:15 0.162434D+02 0.225175D+02 3111314+ 551754 001:55:45 0.162569D+02 0.225175D+02 3127674 553230 001:56:15 0.162752D+02 0.225175D+02 3144099+ 554884 001:56:45 0.162903D+02 0.225175D+02 3160046+ 556379 001:57:15 0.163052D+02 0.225175D+02 3176054+ 557848 001:57:45 0.163221D+02 0.225175D+02 3192408 559488 001:58:15 0.163364D+02 0.225175D+02 3208145+ 561250 001:58:45 0.163503D+02 0.225175D+02 3222739 562779 001:59:15 0.163615D+02 0.225175D+02 3237998 564334 001:59:45 0.163736D+02 0.225175D+02 3245851 565276 002:00:00 0.163813D+02 0.225175D+02 *** Max. allowable CPU time exceeded *** LP subsolver time: 001:23:55, in seconds: 5035.03 NLP subsolver time: 000:13:38, in seconds: 817.72 Cutting time: 000:01:46, in seconds: 105.69 All other time: 000:20:42, in seconds: 1241.56 Total time elapsed: 002:00:00, in seconds: 7200.00 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.09 on navigating: 000:01:18, in seconds: 78.31 on relaxed: 000:49:03, in seconds: 2943.33 on local: 000:13:08, in seconds: 788.00 on tightening: 000:09:27, in seconds: 567.41 on marginals: 000:00:08, in seconds: 7.75 on probing: 000:46:55, in seconds: 2815.11 Total no. of BaR iterations: 3245851 Best solution found at node: 1519842 Max. no. of nodes in memory: 565277 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 352979091 105.69 All done =========================================================================== Solution = 22.5174710084 found at node 1519842 Best possible = 16.3813088924 Absolute gap = 6.136162116 optca = 1E-9 Relative gap = 0.37458 optcr = 1E-6 --- Restarting execution --- fo7_ar3_1.gms(668) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job fo7_ar3_1.gms Stop 11/20/12 23:11:08 elapsed 2:00:21.079 @04 1353449468 ----------------------------- Di 20. Nov 23:11:08 CET 2012 ----------------------------- =ready= Linux opt223 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/fo7_ar4_1.gms =========== ----------------------------- Di 20. Nov 21:10:47 CET 2012 ----------------------------- @03 1353442247 --- Job fo7_ar4_1.gms Start 11/20/12 21:10:47 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- fo7_ar4_1.gms(668) 2 Mb --- Starting execution: elapsed 0:00:00.007 --- fo7_ar4_1.gms(663) 3 Mb --- Generating MINLP model m --- fo7_ar4_1.gms(668) 5 Mb --- 270 rows 113 columns 1,055 non-zeroes --- 71 nl-code 14 nl-non-zeroes --- 42 discrete-columns --- fo7_ar4_1.gms(668) 3 Mb --- Executing BARON: elapsed 0:00:00.011 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 10034356 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.000000D+00 0.100000D+52 1 1 000:00:00 0.000000D+00 0.100000D+52 2501 1372 000:00:30 0.376569D+01 0.100000D+52 5517+ 3044 000:01:00 0.475257D+01 0.100000D+52 8857 4829 000:01:30 0.596550D+01 0.100000D+52 12000 6524 000:02:00 0.647984D+01 0.100000D+52 15726+ 8343 000:02:30 0.700030D+01 0.100000D+52 19068+ 9992 000:03:00 0.727940D+01 0.100000D+52 22451 11686 000:03:30 0.757751D+01 0.100000D+52 26182+ 13547 000:04:00 0.790685D+01 0.100000D+52 29870+ 15381 000:04:30 0.811958D+01 0.100000D+52 * 33562 17145 000:04:57 0.825817D+01 0.443343D+02 * 34448 17564 000:05:00 0.825817D+01 0.435832D+02 43886+ 22037 000:05:30 0.859491D+01 0.435832D+02 51773 25462 000:06:00 0.893769D+01 0.435832D+02 59633 28872 000:06:30 0.925001D+01 0.435832D+02 67979+ 32563 000:07:00 0.946550D+01 0.435832D+02 75677+ 35979 000:07:30 0.964221D+01 0.435832D+02 83379 39416 000:08:00 0.977346D+01 0.435832D+02 * 89746 40179 000:08:25 0.984817D+01 0.313243D+02 97755+ 43586 000:08:55 0.999588D+01 0.313243D+02 106397+ 47124 000:09:25 0.100711D+02 0.313243D+02 * 112112 42451 000:09:45 0.101784D+02 0.229991D+02 121251 45266 000:10:15 0.103077D+02 0.229991D+02 130022 48197 000:10:45 0.104959D+02 0.229991D+02 138954+ 51261 000:11:15 0.105889D+02 0.229991D+02 147109 54049 000:11:45 0.106853D+02 0.229991D+02 156303+ 56963 000:12:15 0.108125D+02 0.229991D+02 165468+ 59717 000:12:45 0.109655D+02 0.229991D+02 174385+ 62397 000:13:15 0.110864D+02 0.229991D+02 184076 65261 000:13:45 0.112288D+02 0.229991D+02 194067 68301 000:14:15 0.113607D+02 0.229991D+02 203736 71381 000:14:45 0.114503D+02 0.229991D+02 213435+ 74204 000:15:15 0.115229D+02 0.229991D+02 222415+ 76874 000:15:45 0.116265D+02 0.229991D+02 232226 79512 000:16:15 0.117427D+02 0.229991D+02 241483 82327 000:16:45 0.118233D+02 0.229991D+02 252426+ 85561 000:17:15 0.118577D+02 0.229991D+02 262545+ 88433 000:17:45 0.119305D+02 0.229991D+02 271248 91387 000:18:15 0.119929D+02 0.229991D+02 280205+ 94176 000:18:45 0.120542D+02 0.229991D+02 289502+ 96681 000:19:15 0.121188D+02 0.229991D+02 299533+ 99681 000:19:45 0.121810D+02 0.229991D+02 309159+ 102212 000:20:15 0.122500D+02 0.229991D+02 319537+ 105078 000:20:45 0.123114D+02 0.229991D+02 330100 107892 000:21:15 0.123817D+02 0.229991D+02 * 330988 106186 000:21:18 0.123884D+02 0.225175D+02 338933 108694 000:21:48 0.124274D+02 0.225175D+02 349415+ 111234 000:22:19 0.124853D+02 0.225175D+02 359585 113684 000:22:49 0.125539D+02 0.225175D+02 369367+ 116259 000:23:19 0.126071D+02 0.225175D+02 379285 118913 000:23:49 0.126551D+02 0.225175D+02 388591+ 121521 000:24:19 0.126984D+02 0.225175D+02 398300 124212 000:24:49 0.127488D+02 0.225175D+02 408106+ 126623 000:25:19 0.128000D+02 0.225175D+02 419485+ 129116 000:25:49 0.128511D+02 0.225175D+02 429870+ 131599 000:26:19 0.129101D+02 0.225175D+02 439550 134140 000:26:49 0.129549D+02 0.225175D+02 449314+ 136738 000:27:19 0.130045D+02 0.225175D+02 459254+ 139171 000:27:49 0.130578D+02 0.225175D+02 469347+ 141737 000:28:19 0.131136D+02 0.225175D+02 480283 144240 000:28:49 0.131708D+02 0.225175D+02 490727+ 146764 000:29:19 0.132187D+02 0.225175D+02 500672+ 149069 000:29:49 0.132657D+02 0.225175D+02 510773+ 151482 000:30:19 0.133155D+02 0.225175D+02 520608+ 153628 000:30:49 0.133682D+02 0.225175D+02 531437 155743 000:31:19 0.134302D+02 0.225175D+02 541812+ 158218 000:31:49 0.134655D+02 0.225175D+02 551903+ 160290 000:32:19 0.135004D+02 0.225175D+02 562507+ 162534 000:32:49 0.135516D+02 0.225175D+02 572779+ 164797 000:33:19 0.136016D+02 0.225175D+02 583862+ 167297 000:33:49 0.136443D+02 0.225175D+02 594939 169614 000:34:19 0.136954D+02 0.225175D+02 605300 171739 000:34:49 0.137440D+02 0.225175D+02 616341+ 174328 000:35:19 0.137796D+02 0.225175D+02 627959+ 176843 000:35:49 0.138066D+02 0.225175D+02 639492 179107 000:36:19 0.138455D+02 0.225175D+02 648997+ 181613 000:36:49 0.138727D+02 0.225175D+02 659767+ 184234 000:37:19 0.139068D+02 0.225175D+02 670291+ 186520 000:37:49 0.139379D+02 0.225175D+02 682215+ 188701 000:38:19 0.139825D+02 0.225175D+02 693011+ 191489 000:38:49 0.140100D+02 0.225175D+02 703919+ 193633 000:39:19 0.140571D+02 0.225175D+02 714025+ 195823 000:39:49 0.140890D+02 0.225175D+02 724077 198044 000:40:19 0.141207D+02 0.225175D+02 733972 200516 000:40:49 0.141437D+02 0.225175D+02 745047 202931 000:41:19 0.141726D+02 0.225175D+02 756850+ 205173 000:41:49 0.142131D+02 0.225175D+02 768467+ 207482 000:42:19 0.142427D+02 0.225175D+02 780784+ 209777 000:42:49 0.142768D+02 0.225175D+02 792012+ 212073 000:43:19 0.143009D+02 0.225175D+02 * 797028 210372 000:43:34 0.143061D+02 0.222426D+02 809036+ 212716 000:44:04 0.143347D+02 0.222426D+02 820575+ 214772 000:44:34 0.143715D+02 0.222426D+02 831534+ 216896 000:45:04 0.144012D+02 0.222426D+02 843228 219040 000:45:34 0.144325D+02 0.222426D+02 854253+ 221115 000:46:04 0.144577D+02 0.222426D+02 865369 223405 000:46:34 0.144789D+02 0.222426D+02 877638 225435 000:47:04 0.145087D+02 0.222426D+02 888932+ 227440 000:47:34 0.145398D+02 0.222426D+02 901321+ 229608 000:48:04 0.145711D+02 0.222426D+02 913023 231793 000:48:34 0.146021D+02 0.222426D+02 924670 233698 000:49:04 0.146323D+02 0.222426D+02 936745 235833 000:49:34 0.146644D+02 0.222426D+02 948536+ 237800 000:50:04 0.146929D+02 0.222426D+02 959438 239899 000:50:34 0.147188D+02 0.222426D+02 971039+ 241651 000:51:04 0.147523D+02 0.222426D+02 982608 243699 000:51:34 0.147814D+02 0.222426D+02 993970 245564 000:52:04 0.148092D+02 0.222426D+02 1000000 246728 000:52:20 0.148235D+02 0.222426D+02 1012462+ 248975 000:52:50 0.148501D+02 0.222426D+02 1024507 250804 000:53:20 0.148763D+02 0.222426D+02 1036120 252955 000:53:50 0.149044D+02 0.222426D+02 1048003+ 254974 000:54:20 0.149301D+02 0.222426D+02 1059808+ 257003 000:54:50 0.149584D+02 0.222426D+02 1069804+ 258804 000:55:20 0.149795D+02 0.222426D+02 1080703 261068 000:55:50 0.150026D+02 0.222426D+02 1093010 263031 000:56:20 0.150250D+02 0.222426D+02 1105551+ 264899 000:56:50 0.150542D+02 0.222426D+02 1118250+ 266581 000:57:20 0.150855D+02 0.222426D+02 * 1124336 236619 000:57:36 0.150953D+02 0.209547D+02 1138344+ 238397 000:58:06 0.151208D+02 0.209547D+02 1150598+ 239714 000:58:36 0.151458D+02 0.209547D+02 1164622 241128 000:59:06 0.151721D+02 0.209547D+02 1177531+ 242493 000:59:36 0.151978D+02 0.209547D+02 1189665+ 243837 001:00:06 0.152186D+02 0.209547D+02 1200692 245676 001:00:36 0.152372D+02 0.209547D+02 1212067+ 247693 001:01:06 0.152501D+02 0.209547D+02 1225470+ 249408 001:01:36 0.152765D+02 0.209547D+02 1238347 250916 001:02:06 0.153003D+02 0.209547D+02 1250904 252411 001:02:36 0.153212D+02 0.209547D+02 1264186 253831 001:03:06 0.153458D+02 0.209547D+02 1277316+ 255114 001:03:36 0.153711D+02 0.209547D+02 1288058 256932 001:04:06 0.153779D+02 0.209547D+02 1300199+ 258279 001:04:36 0.154003D+02 0.209547D+02 1314045 259531 001:05:06 0.154262D+02 0.209547D+02 1328166 260991 001:05:36 0.154479D+02 0.209547D+02 1341299+ 262448 001:06:06 0.154741D+02 0.209547D+02 * 1348080 255573 001:06:22 0.154884D+02 0.207298D+02 1361766 256840 001:06:52 0.155135D+02 0.207298D+02 1374504 257932 001:07:22 0.155388D+02 0.207298D+02 1388884+ 259250 001:07:52 0.155633D+02 0.207298D+02 1401317+ 260215 001:08:22 0.155890D+02 0.207298D+02 1413343+ 261220 001:08:52 0.156116D+02 0.207298D+02 1424551 262367 001:09:22 0.156328D+02 0.207298D+02 1437123 263830 001:09:52 0.156557D+02 0.207298D+02 1450419 264819 001:10:22 0.156830D+02 0.207298D+02 1462888+ 265791 001:10:52 0.157107D+02 0.207298D+02 1475250 266593 001:11:22 0.157397D+02 0.207298D+02 1487234+ 267799 001:11:52 0.157621D+02 0.207298D+02 1499688 269132 001:12:22 0.157810D+02 0.207298D+02 1512037+ 270149 001:12:52 0.158040D+02 0.207298D+02 1523738 271129 001:13:22 0.158262D+02 0.207298D+02 1537553+ 272136 001:13:52 0.158510D+02 0.207298D+02 1550172 272970 001:14:22 0.158749D+02 0.207298D+02 1561490 274166 001:14:52 0.158936D+02 0.207298D+02 1575238+ 275249 001:15:22 0.159179D+02 0.207298D+02 1588506 276129 001:15:52 0.159434D+02 0.207298D+02 1600414 276994 001:16:22 0.159628D+02 0.207298D+02 1613645+ 278089 001:16:52 0.159853D+02 0.207298D+02 1627205 279262 001:17:22 0.160024D+02 0.207298D+02 1639755 280379 001:17:52 0.160224D+02 0.207298D+02 1651819+ 281191 001:18:22 0.160416D+02 0.207298D+02 1664722 281856 001:18:52 0.160659D+02 0.207298D+02 1677687+ 282474 001:19:22 0.160888D+02 0.207298D+02 1690689 283408 001:19:52 0.161125D+02 0.207298D+02 1703538 284317 001:20:22 0.161306D+02 0.207298D+02 1715886 285088 001:20:52 0.161525D+02 0.207298D+02 1729432+ 285959 001:21:22 0.161745D+02 0.207298D+02 1741185+ 286996 001:21:52 0.161882D+02 0.207298D+02 1753582 287989 001:22:22 0.162054D+02 0.207298D+02 1765763+ 288722 001:22:52 0.162274D+02 0.207298D+02 1778413+ 289715 001:23:22 0.162453D+02 0.207298D+02 1791933+ 290291 001:23:52 0.162691D+02 0.207298D+02 1805247+ 291015 001:24:22 0.162885D+02 0.207298D+02 1818297 291973 001:24:52 0.163081D+02 0.207298D+02 1830882+ 292570 001:25:22 0.163267D+02 0.207298D+02 1843575 293688 001:25:52 0.163427D+02 0.207298D+02 1856453+ 294338 001:26:22 0.163620D+02 0.207298D+02 1869976 295040 001:26:52 0.163812D+02 0.207298D+02 1883308 295672 001:27:22 0.164058D+02 0.207298D+02 1896007 296219 001:27:52 0.164241D+02 0.207298D+02 1908896 296893 001:28:22 0.164418D+02 0.207298D+02 1921732 297888 001:28:52 0.164581D+02 0.207298D+02 1934501+ 298456 001:29:22 0.164758D+02 0.207298D+02 1948121+ 299364 001:29:52 0.164934D+02 0.207298D+02 1961604 300061 001:30:22 0.165090D+02 0.207298D+02 1975805 300449 001:30:52 0.165307D+02 0.207298D+02 1990163+ 301077 001:31:26 0.165501D+02 0.207298D+02 2000000 301117 001:31:47 0.165669D+02 0.207298D+02 2015213+ 301604 001:32:17 0.165850D+02 0.207298D+02 2028798 301958 001:32:47 0.166044D+02 0.207298D+02 2043397+ 302289 001:33:17 0.166243D+02 0.207298D+02 2061684 303153 001:33:57 0.166482D+02 0.207298D+02 2075660 303447 001:34:27 0.166675D+02 0.207298D+02 2089954 303682 001:34:57 0.166876D+02 0.207298D+02 2103229+ 304027 001:35:27 0.167051D+02 0.207298D+02 2117214 304718 001:35:57 0.167234D+02 0.207298D+02 2132423 305198 001:36:27 0.167418D+02 0.207298D+02 2145248+ 306027 001:36:57 0.167566D+02 0.207298D+02 2159053+ 306639 001:37:27 0.167735D+02 0.207298D+02 2172840 306931 001:37:57 0.167916D+02 0.207298D+02 2186727 307050 001:38:27 0.168118D+02 0.207298D+02 2200878+ 307378 001:38:57 0.168311D+02 0.207298D+02 2214341+ 307645 001:39:27 0.168495D+02 0.207298D+02 2229457 307891 001:39:57 0.168685D+02 0.207298D+02 2242875 308204 001:40:27 0.168836D+02 0.207298D+02 2255205 308495 001:40:57 0.169014D+02 0.207298D+02 2268635+ 308676 001:41:27 0.169208D+02 0.207298D+02 2282228 309347 001:41:57 0.169347D+02 0.207298D+02 2296678 309707 001:42:27 0.169504D+02 0.207298D+02 2310289+ 309917 001:42:57 0.169666D+02 0.207298D+02 2323981 309868 001:43:27 0.169830D+02 0.207298D+02 2339631+ 310021 001:43:57 0.170007D+02 0.207298D+02 2353684 310043 001:44:27 0.170214D+02 0.207298D+02 2367953 310109 001:44:57 0.170382D+02 0.207298D+02 2381356 310428 001:45:27 0.170539D+02 0.207298D+02 2395629+ 310364 001:45:57 0.170725D+02 0.207298D+02 2409717+ 310514 001:46:27 0.170896D+02 0.207298D+02 2422508+ 310971 001:46:57 0.171031D+02 0.207298D+02 2437806+ 311119 001:47:27 0.171196D+02 0.207298D+02 2450494 311597 001:47:57 0.171308D+02 0.207298D+02 2465917+ 311543 001:48:27 0.171451D+02 0.207298D+02 2479743 311596 001:48:57 0.171595D+02 0.207298D+02 2494541 311497 001:49:27 0.171762D+02 0.207298D+02 2509481+ 311307 001:49:57 0.171932D+02 0.207298D+02 2525468+ 311428 001:50:27 0.172101D+02 0.207298D+02 2539128+ 311891 001:50:57 0.172244D+02 0.207298D+02 2553755+ 312145 001:51:27 0.172392D+02 0.207298D+02 2568993 311931 001:51:57 0.172564D+02 0.207298D+02 2584250 311583 001:52:27 0.172771D+02 0.207298D+02 2597924 311618 001:52:57 0.172923D+02 0.207298D+02 2611802+ 311813 001:53:27 0.173070D+02 0.207298D+02 2624470+ 312030 001:53:57 0.173156D+02 0.207298D+02 2638690 311992 001:54:27 0.173309D+02 0.207298D+02 2653635 311936 001:54:57 0.173483D+02 0.207298D+02 2667415+ 311819 001:55:27 0.173647D+02 0.207298D+02 2680742 311955 001:55:57 0.173777D+02 0.207298D+02 2695261+ 311787 001:56:27 0.173959D+02 0.207298D+02 2709141+ 311652 001:56:57 0.174112D+02 0.207298D+02 2723476+ 311670 001:57:27 0.174266D+02 0.207298D+02 2737973 311758 001:57:57 0.174400D+02 0.207298D+02 2753981 311550 001:58:27 0.174565D+02 0.207298D+02 2769501+ 311315 001:58:57 0.174723D+02 0.207298D+02 2784749 311314 001:59:27 0.174895D+02 0.207298D+02 2799141+ 311129 001:59:57 0.175056D+02 0.207298D+02 2800670 311032 002:00:00 0.175072D+02 0.207298D+02 *** Max. allowable CPU time exceeded *** LP subsolver time: 001:23:46, in seconds: 5026.40 NLP subsolver time: 000:15:38, in seconds: 937.54 Cutting time: 000:01:36, in seconds: 95.99 All other time: 000:19:00, in seconds: 1140.07 Total time elapsed: 002:00:00, in seconds: 7200.00 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.09 on navigating: 000:01:08, in seconds: 68.44 on relaxed: 000:46:26, in seconds: 2786.25 on local: 000:14:00, in seconds: 839.75 on tightening: 000:08:48, in seconds: 527.93 on marginals: 000:00:07, in seconds: 6.90 on probing: 000:49:31, in seconds: 2970.63 Total no. of BaR iterations: 2800670 Best solution found at node: 2047626 Max. no. of nodes in memory: 312167 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 327104934 95.99 All done =========================================================================== Solution = 20.7298224006 found at node 2047626 Best possible = 17.5072279264 Absolute gap = 3.2225944742 optca = 1E-9 Relative gap = 0.18407 optcr = 1E-6 --- Restarting execution --- fo7_ar4_1.gms(668) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job fo7_ar4_1.gms Stop 11/20/12 23:11:06 elapsed 2:00:19.605 @04 1353449466 ----------------------------- Di 20. Nov 23:11:06 CET 2012 ----------------------------- =ready= Linux opt230 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/fo7_ar5_1.gms =========== ----------------------------- Di 20. Nov 21:10:47 CET 2012 ----------------------------- @03 1353442247 --- Job fo7_ar5_1.gms Start 11/20/12 21:10:47 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- fo7_ar5_1.gms(668) 2 Mb --- Starting execution: elapsed 0:00:00.007 --- fo7_ar5_1.gms(663) 3 Mb --- Generating MINLP model m --- fo7_ar5_1.gms(668) 5 Mb --- 270 rows 113 columns 1,055 non-zeroes --- 71 nl-code 14 nl-non-zeroes --- 42 discrete-columns --- fo7_ar5_1.gms(668) 3 Mb --- Executing BARON: elapsed 0:00:00.011 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 10034356 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.000000D+00 0.100000D+52 1 1 000:00:01 0.000000D+00 0.100000D+52 * 1914 1106 000:00:17 0.329274D+01 0.319984D+02 7492+ 4033 000:00:47 0.412001D+01 0.319984D+02 15498+ 7961 000:01:17 0.582309D+01 0.319984D+02 23158+ 11853 000:01:47 0.640153D+01 0.319984D+02 30739+ 15480 000:02:17 0.668575D+01 0.319984D+02 37809+ 18916 000:02:47 0.690985D+01 0.319984D+02 45758+ 22532 000:03:17 0.707318D+01 0.319984D+02 53278+ 26032 000:03:47 0.722335D+01 0.319984D+02 60723 29268 000:04:17 0.739547D+01 0.319984D+02 68302+ 32776 000:04:47 0.758058D+01 0.319984D+02 76208 36461 000:05:17 0.777280D+01 0.319984D+02 83217 39719 000:05:47 0.788190D+01 0.319984D+02 91100 43349 000:06:18 0.803799D+01 0.319984D+02 99279 47160 000:06:48 0.815140D+01 0.319984D+02 106391+ 50330 000:07:18 0.829370D+01 0.319984D+02 114229 53917 000:07:48 0.839126D+01 0.319984D+02 122149+ 57254 000:08:18 0.853172D+01 0.319984D+02 130700+ 60787 000:08:48 0.865435D+01 0.319984D+02 139531 64509 000:09:18 0.878057D+01 0.319984D+02 147817+ 68052 000:09:48 0.890860D+01 0.319984D+02 156272+ 71733 000:10:18 0.900174D+01 0.319984D+02 165391+ 75724 000:10:48 0.907004D+01 0.319984D+02 175273+ 79562 000:11:18 0.916330D+01 0.319984D+02 184328+ 83215 000:11:48 0.922356D+01 0.319984D+02 193409+ 87172 000:12:18 0.924509D+01 0.319984D+02 202178+ 90447 000:12:48 0.931571D+01 0.319984D+02 * 210378 93286 000:13:12 0.936841D+01 0.317444D+02 219654 96928 000:13:42 0.943082D+01 0.317444D+02 230716+ 101096 000:14:12 0.946702D+01 0.317444D+02 240704+ 104522 000:14:42 0.952463D+01 0.317444D+02 250599 108211 000:15:12 0.959045D+01 0.317444D+02 * 253752 102382 000:15:21 0.960022D+01 0.262348D+02 263682+ 105723 000:15:52 0.964595D+01 0.262348D+02 272632 109114 000:16:22 0.969881D+01 0.262348D+02 282324+ 112709 000:16:52 0.976919D+01 0.262348D+02 292172 116676 000:17:22 0.980793D+01 0.262348D+02 300451 120273 000:17:52 0.981076D+01 0.262348D+02 310732+ 124573 000:18:22 0.982317D+01 0.262348D+02 321043+ 128745 000:18:52 0.986133D+01 0.262348D+02 330633+ 132467 000:19:22 0.989978D+01 0.262348D+02 341963+ 136552 000:19:52 0.991153D+01 0.262348D+02 358126+ 140456 000:20:22 0.991153D+01 0.262348D+02 372968+ 144213 000:20:52 0.992348D+01 0.262348D+02 383979+ 148289 000:21:22 0.995274D+01 0.262348D+02 * 389696 137846 000:21:38 0.996063D+01 0.227308D+02 400202 141221 000:22:08 0.100037D+02 0.227308D+02 411657 144849 000:22:38 0.100268D+02 0.227308D+02 421543+ 148020 000:23:08 0.100704D+02 0.227308D+02 432142+ 151365 000:23:38 0.101088D+02 0.227308D+02 443513 154359 000:24:08 0.101464D+02 0.227308D+02 454375 157737 000:24:38 0.101739D+02 0.227308D+02 466395 161312 000:25:08 0.101995D+02 0.227308D+02 476944+ 164680 000:25:38 0.102341D+02 0.227308D+02 488645+ 168280 000:26:08 0.102632D+02 0.227308D+02 501134+ 171404 000:26:38 0.103004D+02 0.227308D+02 516436 173868 000:27:08 0.103216D+02 0.227308D+02 527291+ 177148 000:27:38 0.103640D+02 0.227308D+02 539781 180933 000:28:08 0.103959D+02 0.227308D+02 549812+ 184007 000:28:38 0.104243D+02 0.227308D+02 560995+ 187333 000:29:08 0.104701D+02 0.227308D+02 572479+ 190603 000:29:38 0.105074D+02 0.227308D+02 583689+ 193618 000:30:08 0.105337D+02 0.227308D+02 * 590066 187943 000:30:27 0.105652D+02 0.216392D+02 600509 191148 000:30:57 0.105831D+02 0.216392D+02 611897+ 194358 000:31:27 0.106254D+02 0.216392D+02 622584+ 197631 000:31:57 0.106558D+02 0.216392D+02 633960+ 200718 000:32:27 0.106966D+02 0.216392D+02 645532 204065 000:32:57 0.107249D+02 0.216392D+02 657275 207179 000:33:27 0.107688D+02 0.216392D+02 668902+ 210158 000:33:57 0.108060D+02 0.216392D+02 686346+ 212846 000:34:27 0.108060D+02 0.216392D+02 699443 215759 000:34:57 0.108304D+02 0.216392D+02 710087 218518 000:35:27 0.108699D+02 0.216392D+02 720914+ 221617 000:35:57 0.108908D+02 0.216392D+02 732383+ 224359 000:36:27 0.109319D+02 0.216392D+02 742780 227386 000:36:57 0.109645D+02 0.216392D+02 753032+ 229948 000:37:27 0.110022D+02 0.216392D+02 763214+ 232895 000:37:57 0.110348D+02 0.216392D+02 775013 235497 000:38:27 0.110690D+02 0.216392D+02 784697+ 238572 000:38:57 0.110976D+02 0.216392D+02 796129 242076 000:39:27 0.111260D+02 0.216392D+02 806873+ 245153 000:39:57 0.111569D+02 0.216392D+02 816853+ 248123 000:40:27 0.111834D+02 0.216392D+02 829599+ 251130 000:40:57 0.111916D+02 0.216392D+02 844999 252832 000:41:27 0.112120D+02 0.216392D+02 853804+ 255439 000:41:57 0.112320D+02 0.216392D+02 864853 258156 000:42:27 0.112597D+02 0.216392D+02 876732+ 260943 000:42:57 0.112895D+02 0.216392D+02 887306 263810 000:43:27 0.113197D+02 0.216392D+02 898581+ 266477 000:43:57 0.113501D+02 0.216392D+02 908680 269002 000:44:27 0.113812D+02 0.216392D+02 * 912268+ 269877 000:44:37 0.113922D+02 0.216391D+02 * 912268+ 269877 000:44:37 0.113922D+02 0.216391D+02 * 912268+ 269877 000:44:37 0.113922D+02 0.216391D+02 * 912268+ 269877 000:44:37 0.113922D+02 0.216391D+02 * 912268+ 269877 000:44:37 0.113922D+02 0.216391D+02 * 912268+ 258742 000:44:37 0.113922D+02 0.207928D+02 * 912268+ 258742 000:44:37 0.113922D+02 0.207928D+02 * 912268+ 258740 000:44:37 0.113922D+02 0.207927D+02 * 912268+ 258738 000:44:37 0.113922D+02 0.207927D+02 * 912268+ 258738 000:44:37 0.113922D+02 0.207927D+02 * 912268+ 258738 000:44:37 0.113922D+02 0.207927D+02 * 912268 258677 000:44:37 0.113922D+02 0.207876D+02 921951+ 261408 000:45:07 0.114055D+02 0.207876D+02 931919+ 264246 000:45:37 0.114275D+02 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0.121602D+02 0.207876D+02 1415141+ 372634 001:05:23 0.121790D+02 0.207876D+02 1427148+ 375041 001:05:53 0.122018D+02 0.207876D+02 1438344 377256 001:06:23 0.122203D+02 0.207876D+02 1449995 379348 001:06:53 0.122395D+02 0.207876D+02 1461750 381880 001:07:23 0.122562D+02 0.207876D+02 1473845+ 384566 001:07:53 0.122681D+02 0.207876D+02 1484747+ 387144 001:08:23 0.122847D+02 0.207876D+02 1496718+ 389485 001:08:53 0.123005D+02 0.207876D+02 1508932 392687 001:09:23 0.123134D+02 0.207876D+02 1520698 395439 001:09:53 0.123216D+02 0.207876D+02 1532801+ 398236 001:10:23 0.123367D+02 0.207876D+02 1544823+ 400756 001:10:53 0.123527D+02 0.207876D+02 1557497 403179 001:11:23 0.123658D+02 0.207876D+02 1570176+ 405890 001:11:53 0.123795D+02 0.207876D+02 1583142 408171 001:12:23 0.124001D+02 0.207876D+02 1593859 410499 001:12:53 0.124167D+02 0.207876D+02 1606361+ 413172 001:13:23 0.124347D+02 0.207876D+02 1618521+ 415356 001:13:53 0.124539D+02 0.207876D+02 1630056 417621 001:14:23 0.124685D+02 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0.130167D+02 0.207876D+02 2132223+ 506885 001:33:56 0.130282D+02 0.207876D+02 2143687 508880 001:34:26 0.130363D+02 0.207876D+02 2156957 511057 001:34:56 0.130482D+02 0.207876D+02 2170643 513163 001:35:26 0.130628D+02 0.207876D+02 2185865+ 515575 001:35:56 0.130762D+02 0.207876D+02 2198233+ 517591 001:36:26 0.130903D+02 0.207876D+02 2210864+ 519644 001:36:56 0.131056D+02 0.207876D+02 2223257+ 521745 001:37:26 0.131180D+02 0.207876D+02 2236188 523542 001:37:56 0.131363D+02 0.207876D+02 2248595+ 525400 001:38:26 0.131498D+02 0.207876D+02 2262014 527361 001:38:56 0.131672D+02 0.207876D+02 2275150 529827 001:39:26 0.131782D+02 0.207876D+02 2288273+ 531777 001:39:56 0.131927D+02 0.207876D+02 2301869 534061 001:40:26 0.132078D+02 0.207876D+02 2313331 536150 001:40:56 0.132157D+02 0.207876D+02 2326221+ 538209 001:41:26 0.132275D+02 0.207876D+02 2339606+ 540151 001:41:56 0.132415D+02 0.207876D+02 2352627+ 542867 001:42:26 0.132504D+02 0.207876D+02 2365080+ 544936 001:42:56 0.132638D+02 0.207876D+02 2377580+ 547296 001:43:26 0.132727D+02 0.207876D+02 2391222+ 549661 001:43:56 0.132826D+02 0.207876D+02 2404748+ 551676 001:44:26 0.132963D+02 0.207876D+02 2417469+ 553615 001:44:56 0.133094D+02 0.207876D+02 2431766 556500 001:45:26 0.133176D+02 0.207876D+02 2445466+ 558683 001:45:56 0.133295D+02 0.207876D+02 2459517 560608 001:46:26 0.133429D+02 0.207876D+02 2471532 562541 001:46:56 0.133560D+02 0.207876D+02 2482852+ 564505 001:47:26 0.133660D+02 0.207876D+02 2495785 566302 001:47:56 0.133818D+02 0.207876D+02 2509708+ 568250 001:48:26 0.133931D+02 0.207876D+02 2522426+ 570318 001:48:56 0.134033D+02 0.207876D+02 2535338 572093 001:49:26 0.134164D+02 0.207876D+02 2548873 574298 001:49:56 0.134250D+02 0.207876D+02 2562263+ 576065 001:50:26 0.134370D+02 0.207876D+02 2575813+ 577826 001:50:56 0.134518D+02 0.207876D+02 2587736 580874 001:51:26 0.134619D+02 0.207876D+02 2602013 582766 001:51:56 0.134761D+02 0.207876D+02 2615269+ 585181 001:52:26 0.134859D+02 0.207876D+02 2628874+ 587058 001:52:56 0.134969D+02 0.207876D+02 2642760+ 588983 001:53:26 0.135100D+02 0.207876D+02 2657010 591046 001:53:56 0.135237D+02 0.207876D+02 2670506 592920 001:54:26 0.135365D+02 0.207876D+02 2684253+ 594789 001:54:56 0.135495D+02 0.207876D+02 2697529+ 596489 001:55:26 0.135598D+02 0.207876D+02 2712069 598215 001:55:56 0.135710D+02 0.207876D+02 2726089+ 599806 001:56:26 0.135846D+02 0.207876D+02 2739894+ 602121 001:56:56 0.135947D+02 0.207876D+02 2752944+ 604344 001:57:26 0.136018D+02 0.207876D+02 2765454+ 606038 001:57:56 0.136154D+02 0.207876D+02 2779366 607942 001:58:26 0.136283D+02 0.207876D+02 2793309+ 609529 001:58:56 0.136420D+02 0.207876D+02 2807432+ 611369 001:59:26 0.136563D+02 0.207876D+02 2821496+ 613150 001:59:56 0.136659D+02 0.207876D+02 2823661 613367 002:00:00 0.136684D+02 0.207876D+02 *** Max. allowable CPU time exceeded *** LP subsolver time: 001:25:36, in seconds: 5135.80 NLP subsolver time: 000:12:47, in seconds: 767.35 Cutting time: 000:01:43, in seconds: 103.24 All other time: 000:19:54, in seconds: 1193.62 Total time elapsed: 002:00:00, in seconds: 7200.00 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.05 on navigating: 000:01:12, in seconds: 71.76 on relaxed: 000:44:49, in seconds: 2688.76 on local: 000:12:09, in seconds: 728.73 on tightening: 000:08:58, in seconds: 538.41 on marginals: 000:00:07, in seconds: 7.22 on probing: 000:52:45, in seconds: 3165.06 Total no. of BaR iterations: 2823661 Best solution found at node: 912268 Max. no. of nodes in memory: 613372 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 345120944 103.24 All done =========================================================================== Solution = 20.7875542313 found at node 912268 Best possible = 13.6684218268 Absolute gap = 7.1191324045 optca = 1E-9 Relative gap = 0.52085 optcr = 1E-6 --- Restarting execution --- fo7_ar5_1.gms(668) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job fo7_ar5_1.gms Stop 11/20/12 23:11:06 elapsed 2:00:19.626 @04 1353449467 ----------------------------- Di 20. Nov 23:11:07 CET 2012 ----------------------------- =ready= Linux opt205 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/fo7.gms =========== ----------------------------- Di 20. Nov 21:10:47 CET 2012 ----------------------------- @03 1353442247 --- Job fo7.gms Start 11/20/12 21:10:47 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- fo7.gms(508) 2 Mb --- Starting execution: elapsed 0:00:00.005 --- fo7.gms(503) 3 Mb --- Generating MINLP model m --- fo7.gms(508) 5 Mb --- 212 rows 115 columns 869 non-zeroes --- 71 nl-code 14 nl-non-zeroes --- 42 discrete-columns --- fo7.gms(508) 3 Mb --- Executing BARON: elapsed 0:00:00.008 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 12200865 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.000000D+00 0.100000D+52 1 1 000:00:00 0.000000D+00 0.100000D+52 4368 2513 000:00:30 0.602989D+01 0.100000D+52 9253 4941 000:01:00 0.687867D+01 0.100000D+52 14210 7394 000:01:30 0.721652D+01 0.100000D+52 19312+ 9810 000:02:00 0.773278D+01 0.100000D+52 24651 12333 000:02:30 0.775551D+01 0.100000D+52 32539 15274 000:03:00 0.777266D+01 0.100000D+52 42209 18200 000:03:30 0.777266D+01 0.100000D+52 53705+ 20767 000:04:00 0.777266D+01 0.100000D+52 64245+ 23613 000:04:30 0.777266D+01 0.100000D+52 73151 26305 000:05:00 0.777554D+01 0.100000D+52 * 80968 26781 000:05:27 0.780044D+01 0.244178D+02 94327 32283 000:05:57 0.821909D+01 0.244178D+02 107815 36972 000:06:27 0.827065D+01 0.244178D+02 122837+ 40812 000:06:57 0.827065D+01 0.244178D+02 143025+ 45475 000:07:27 0.837554D+01 0.244178D+02 163947+ 50006 000:07:57 0.837554D+01 0.244178D+02 183979 54702 000:08:27 0.837554D+01 0.244178D+02 203353 59034 000:08:57 0.839849D+01 0.244178D+02 224777 62920 000:09:27 0.843062D+01 0.244178D+02 250265+ 69569 000:09:57 0.843062D+01 0.244178D+02 270759 73542 000:10:27 0.850459D+01 0.244178D+02 290868+ 76675 000:10:57 0.860967D+01 0.244178D+02 312907 82337 000:11:27 0.873796D+01 0.244178D+02 343293 89182 000:11:57 0.873796D+01 0.244178D+02 376976+ 96309 000:12:27 0.873796D+01 0.244178D+02 400734 102271 000:12:57 0.875191D+01 0.244178D+02 410911+ 106108 000:13:27 0.875955D+01 0.244178D+02 427299+ 109889 000:13:57 0.877480D+01 0.244178D+02 445425 112921 000:14:27 0.882465D+01 0.244178D+02 456849 116624 000:14:57 0.885639D+01 0.244178D+02 468999 120704 000:15:27 0.892463D+01 0.244178D+02 483916 125073 000:15:57 0.901630D+01 0.244178D+02 501427+ 128550 000:16:27 0.902938D+01 0.244178D+02 515740+ 133389 000:16:57 0.908333D+01 0.244178D+02 529659 137759 000:17:27 0.915651D+01 0.244178D+02 543763 141914 000:17:57 0.919152D+01 0.244178D+02 554199+ 145843 000:18:27 0.919152D+01 0.244178D+02 565339+ 149814 000:18:57 0.919152D+01 0.244178D+02 577379+ 153861 000:19:27 0.919152D+01 0.244178D+02 591232+ 157752 000:19:57 0.922326D+01 0.244178D+02 604950+ 162121 000:20:27 0.927778D+01 0.244178D+02 616219 167446 000:20:57 0.928119D+01 0.244178D+02 628284+ 172499 000:21:27 0.928119D+01 0.244178D+02 638341 176440 000:21:57 0.928119D+01 0.244178D+02 650676+ 180604 000:22:27 0.928119D+01 0.244178D+02 662250+ 184535 000:22:57 0.928119D+01 0.244178D+02 673296+ 188620 000:23:27 0.928119D+01 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0.978304D+01 0.244178D+02 2455758 652120 001:31:18 0.978475D+01 0.244178D+02 2469556+ 655573 001:31:48 0.978913D+01 0.244178D+02 2483967+ 660058 001:32:18 0.979588D+01 0.244178D+02 2498493+ 663737 001:32:48 0.980022D+01 0.244178D+02 2508992 666219 001:33:18 0.980627D+01 0.244178D+02 2519905 669129 001:33:48 0.980955D+01 0.244178D+02 2533240+ 672144 001:34:18 0.981718D+01 0.244178D+02 2549649+ 675653 001:34:48 0.982898D+01 0.244178D+02 2563587 679317 001:35:18 0.983692D+01 0.244178D+02 2585897+ 682441 001:35:48 0.984058D+01 0.244178D+02 2609266+ 684869 001:36:18 0.984058D+01 0.244178D+02 2631381 687780 001:36:48 0.984058D+01 0.244178D+02 2653811+ 690016 001:37:18 0.984405D+01 0.244178D+02 2665112+ 692724 001:37:48 0.985398D+01 0.244178D+02 2681662+ 696032 001:38:18 0.986393D+01 0.244178D+02 2694189+ 699119 001:38:48 0.987106D+01 0.244178D+02 2708126 702822 001:39:18 0.987467D+01 0.244178D+02 2722111 706927 001:39:48 0.988023D+01 0.244178D+02 2736028+ 710734 001:40:18 0.989116D+01 0.244178D+02 2748653 714025 001:40:48 0.989826D+01 0.244178D+02 2761543+ 717843 001:41:18 0.990263D+01 0.244178D+02 2776306+ 721505 001:41:48 0.991354D+01 0.244178D+02 2789748 725252 001:42:18 0.991911D+01 0.244178D+02 2814592+ 729571 001:42:48 0.992606D+01 0.244178D+02 2829717+ 732741 001:43:18 0.993395D+01 0.244178D+02 2841504 734755 001:43:48 0.993397D+01 0.244178D+02 2854749+ 738217 001:44:18 0.993933D+01 0.244178D+02 2865543 740935 001:44:48 0.994277D+01 0.244178D+02 2882338+ 744001 001:45:18 0.995010D+01 0.244178D+02 2898745+ 747276 001:45:48 0.995862D+01 0.244178D+02 2913442 751322 001:46:18 0.996788D+01 0.244178D+02 2929421+ 754838 001:46:48 0.997990D+01 0.244178D+02 2950105 758978 001:47:18 0.998280D+01 0.244178D+02 2964821 762391 001:47:48 0.999411D+01 0.244178D+02 * 2966450 729813 001:47:50 0.999608D+01 0.228333D+02 2981017 733009 001:48:20 0.100012D+02 0.228333D+02 2995706+ 736659 001:48:50 0.100093D+02 0.228333D+02 3000000 737644 001:48:58 0.100133D+02 0.228333D+02 3014079+ 740529 001:49:28 0.100221D+02 0.228333D+02 3022982+ 743029 001:49:58 0.100221D+02 0.228333D+02 3033055 745589 001:50:28 0.100240D+02 0.228333D+02 3048129+ 748673 001:50:58 0.100356D+02 0.228333D+02 3069243 751661 001:51:28 0.100507D+02 0.228333D+02 3110973 754140 001:51:58 0.100556D+02 0.228333D+02 3128980 757368 001:52:28 0.100689D+02 0.228333D+02 3139329+ 759753 001:52:58 0.100716D+02 0.228333D+02 3155893+ 762952 001:53:28 0.100823D+02 0.228333D+02 3171925+ 766095 001:53:58 0.100960D+02 0.228333D+02 3188251+ 769570 001:54:28 0.101053D+02 0.228333D+02 3197743+ 772465 001:54:58 0.101084D+02 0.228333D+02 3211580+ 775434 001:55:28 0.101133D+02 0.228333D+02 3226127+ 778870 001:55:58 0.101199D+02 0.228333D+02 3241688 781929 001:56:28 0.101371D+02 0.228333D+02 3254774+ 786314 001:56:58 0.101424D+02 0.228333D+02 3269225 790126 001:57:28 0.101544D+02 0.228333D+02 3283965+ 794022 001:57:58 0.101608D+02 0.228333D+02 3297492+ 797978 001:58:28 0.101688D+02 0.228333D+02 3312804+ 801768 001:58:58 0.101782D+02 0.228333D+02 3326997+ 805088 001:59:28 0.101902D+02 0.228333D+02 3341100+ 808790 001:59:58 0.101943D+02 0.228333D+02 3342254 809022 002:00:00 0.101948D+02 0.228333D+02 *** Max. allowable CPU time exceeded *** LP subsolver time: 001:24:34, in seconds: 5074.42 NLP subsolver time: 000:12:04, in seconds: 723.91 Cutting time: 000:02:16, in seconds: 136.03 All other time: 000:21:06, in seconds: 1265.64 Total time elapsed: 002:00:00, in seconds: 7200.00 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.07 on navigating: 000:01:22, in seconds: 82.23 on relaxed: 000:38:06, in seconds: 2286.25 on local: 000:10:57, in seconds: 657.36 on tightening: 000:08:19, in seconds: 499.43 on marginals: 000:00:07, in seconds: 7.14 on probing: 001:01:08, in seconds: 3667.52 Total no. of BaR iterations: 3342254 Best solution found at node: 2966450 Max. no. of nodes in memory: 809022 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 449080150 136.03 All done =========================================================================== Solution = 22.8333069551 found at node 2966450 Best possible = 10.1948282288 Absolute gap = 12.6384787263 optca = 1E-9 Relative gap = 1.23970 optcr = 1E-6 --- Restarting execution --- fo7.gms(508) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job fo7.gms Stop 11/20/12 23:11:07 elapsed 2:00:19.356 @04 1353449467 ----------------------------- Di 20. Nov 23:11:07 CET 2012 ----------------------------- =ready= Linux opt220 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/fo8_ar2_1.gms =========== ----------------------------- Di 20. Nov 21:10:48 CET 2012 ----------------------------- @03 1353442248 --- Job fo8_ar2_1.gms Start 11/20/12 21:10:48 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- fo8_ar2_1.gms(850) 2 Mb --- Starting execution: elapsed 0:00:00.007 --- fo8_ar2_1.gms(845) 3 Mb --- Generating MINLP model m --- fo8_ar2_1.gms(850) 5 Mb --- 348 rows 145 columns 1,381 non-zeroes --- 81 nl-code 16 nl-non-zeroes --- 56 discrete-columns --- fo8_ar2_1.gms(850) 3 Mb --- Executing BARON: elapsed 0:00:00.012 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 8012508 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.000000D+00 0.100000D+52 1 1 000:00:00 0.000000D+00 0.100000D+52 3630 1917 000:00:30 0.113137D+02 0.100000D+52 7942+ 4010 000:01:01 0.118833D+02 0.100000D+52 12349+ 6354 000:01:31 0.121151D+02 0.100000D+52 16375 8376 000:02:01 0.128167D+02 0.100000D+52 20879+ 10363 000:02:31 0.134350D+02 0.100000D+52 25149+ 12386 000:03:01 0.139536D+02 0.100000D+52 30115+ 14325 000:03:31 0.142496D+02 0.100000D+52 34840+ 16358 000:04:01 0.145175D+02 0.100000D+52 39076 18309 000:04:31 0.147175D+02 0.100000D+52 43897 20408 000:05:01 0.148047D+02 0.100000D+52 48474 22304 000:05:31 0.149602D+02 0.100000D+52 53529+ 24237 000:06:01 0.149783D+02 0.100000D+52 57744+ 25973 000:06:31 0.150544D+02 0.100000D+52 62225 27759 000:07:01 0.150614D+02 0.100000D+52 66527 29288 000:07:31 0.150614D+02 0.100000D+52 70767 31211 000:08:01 0.150614D+02 0.100000D+52 75095 33035 000:08:31 0.150614D+02 0.100000D+52 79634 34714 000:09:01 0.150614D+02 0.100000D+52 84668 36649 000:09:31 0.151376D+02 0.100000D+52 89977 38618 000:10:01 0.151923D+02 0.100000D+52 95377 40484 000:10:31 0.151933D+02 0.100000D+52 100443 41423 000:11:01 0.152054D+02 0.100000D+52 105452 42568 000:11:31 0.152611D+02 0.100000D+52 110659+ 44228 000:12:01 0.153206D+02 0.100000D+52 115400 46007 000:12:31 0.154385D+02 0.100000D+52 120491 47898 000:13:01 0.154787D+02 0.100000D+52 125578 49618 000:13:31 0.155223D+02 0.100000D+52 131258 51331 000:14:01 0.155563D+02 0.100000D+52 135596+ 53031 000:14:31 0.156854D+02 0.100000D+52 140044 54651 000:15:01 0.158539D+02 0.100000D+52 *** gevCallSolver: Solve failed (conopt,RMINLP,sl=5) *** gevCallSolver: rc=2 msg=conCallSolver failed =5) *** gmoSetVarLOne: Given Variable Index not in [1,145] @ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] e Index not in [1,145] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] Hü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] e Index not in [1,145] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] Hü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] e Index not in [1,145] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] €ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] øû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] `ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] 8ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] 8ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] @ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] hü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] 0ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] (ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] àû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] øû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] àû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] @ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] àû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] àû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] `ý*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] àû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] àû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ê7©ÿ*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ðû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] (ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] (ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] 8ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] @ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] hü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 145136 56478 000:15:31 0.159030D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] (ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] èû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 149691 58295 000:16:01 0.160137D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] Hü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] èû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] (ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 154662+ 60068 000:16:31 0.160819D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] ˆü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] @ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] (ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] 0ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 159736+ 61878 000:17:01 0.161863D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145]  ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] °ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] xü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 164011+ 63548 000:17:31 0.162664D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] 0ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] Pü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ðû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 169045 65356 000:18:01 0.163473D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] (ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] pü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] @ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] èü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] 0ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 172942+ 67140 000:18:31 0.163709D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] Xü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] (ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 179120+ 69343 000:19:01 0.163813D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] 8ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] Hü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 186117+ 71535 000:19:31 0.163813D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] Ðü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] xü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 193239+ 73748 000:20:01 0.163813D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] 8ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] pü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] Hü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] xü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 198746 75754 000:20:31 0.164122D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] ¨ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] Pü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] hü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] xü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 204453+ 77963 000:21:01 0.164192D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] `ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 211764 80413 000:21:31 0.164214D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] Xü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] (ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 217334 82386 000:22:01 0.164214D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] @ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] @ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] 0ý*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ˜ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 224292 84353 000:22:31 0.164284D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] Pü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] àû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] Xü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 231744 86581 000:23:01 0.164308D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] Hü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] `ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 239302+ 88425 000:23:31 0.164308D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] Hü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] pü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] Hü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] Xü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 245514 90512 000:24:01 0.164992D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] Pü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] Pü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] èû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ðû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 251257+ 92953 000:24:31 0.165527D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] èû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] àü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 258642 95328 000:25:01 0.165861D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] Hü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] Hü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 264647+ 97389 000:25:31 0.165861D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] 0ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] @ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 270229 99263 000:26:01 0.165861D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] pü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] Pü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] `ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 275565+ 101059 000:26:31 0.165861D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 281023+ 102858 000:27:01 0.165861D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] pü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] @ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] xü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 286336+ 104450 000:27:31 0.165861D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] pü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ¸ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 292415 106309 000:28:01 0.165861D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] èû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145]  ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 298487+ 108078 000:28:31 0.165861D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] Hü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] °ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 303968+ 109727 000:29:01 0.165861D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] Hü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] Hü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] Ðü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 309455 111473 000:29:31 0.165861D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] Hü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] Àü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] xü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] Hü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 314816+ 113129 000:30:01 0.165861D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] 0ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] @ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 320320+ 114822 000:30:31 0.165861D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ðû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 326773+ 116613 000:31:01 0.165878D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] @ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] 0ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] èû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 333781 118544 000:31:31 0.165878D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ¨ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] Ðü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 339814 120625 000:32:01 0.166066D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] @ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] àû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ðû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 346137+ 122725 000:32:31 0.166077D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] ðû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] àû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] àû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ðû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 353603+ 124622 000:33:01 0.166085D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] àû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] Àü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 360788 126641 000:33:31 0.166085D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] ðû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] èû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] èû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] èû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 367835 128735 000:34:01 0.166085D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ¨ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] Xü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] èû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 374914 131229 000:34:31 0.166085D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] èû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] Xü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] èû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] øû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 382118+ 133508 000:35:01 0.166085D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] xü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] xü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 389651 135806 000:35:31 0.166085D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] @ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 394978 137581 000:36:01 0.166170D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] @ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] Xü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 399547+ 139281 000:36:31 0.166170D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ðû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] `ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 404356 141237 000:37:02 0.166170D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] øû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] pü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] àû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 410384+ 143264 000:37:32 0.166484D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] hü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] èû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 417979+ 145666 000:38:02 0.166566D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] àü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] 0ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 426881 148008 000:38:32 0.166626D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] øû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ðû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 435753 150221 000:39:02 0.166668D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] Hü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 442377+ 151975 000:39:32 0.166985D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] @ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ðû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 447937+ 153669 000:40:02 0.167258D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] xü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] èû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 453730+ 155658 000:40:32 0.167400D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] 0ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] Hü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145]  ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] àû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 461674 157809 000:41:02 0.167624D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] àû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] Pü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] àû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] @ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] Hü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 468736 160147 000:41:32 0.167648D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] àû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] Pü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 474733 161899 000:42:02 0.167885D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] pü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 480897 163363 000:42:32 0.168207D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] Hü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] èû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 488504 165239 000:43:02 0.168600D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ê7©ÿ*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] àû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ý*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 494529+ 166833 000:43:32 0.168923D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] ðû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ê7©ÿ*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] øû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 501216 168653 000:44:02 0.169089D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] pü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] øû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] 8ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] @ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 507359 170591 000:44:32 0.169517D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] @ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] @ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ðû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 513169+ 172307 000:45:02 0.169706D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] pü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] €ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 518618+ 174258 000:45:32 0.170054D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] `ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] Pü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] 0ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 524193 175970 000:46:02 0.170544D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] (ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] 0ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] (ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 528736+ 177803 000:46:32 0.170594D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] èû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] xü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 534244 179450 000:47:02 0.170714D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] °ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 540506 180911 000:47:32 0.170884D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] 0ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ˆü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 545781+ 182653 000:48:02 0.171251D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] àû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] Øü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 549980+ 184159 000:48:32 0.171758D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] øû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] €ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] Pü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] Pü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 554365 185970 000:49:02 0.171889D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] €ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ˆü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] `ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] @ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 558779+ 187582 000:49:32 0.172067D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] `ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] pü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 567289+ 189190 000:50:02 0.172361D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] Hü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] Hü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] 0ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] pü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 572016 190805 000:50:32 0.172430D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] xü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] pü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] Pü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] pü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 576868 192411 000:51:02 0.172901D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] €ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] @ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] `ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] Pü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] `ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 581295 194150 000:51:32 0.173137D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ˆü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] øû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] (ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 586263 196315 000:52:02 0.173241D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] pü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ê7©ÿ*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] 0ý*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 591582 198151 000:52:32 0.173260D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] 8ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] pü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] øû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 596619+ 200041 000:53:02 0.173716D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] 0ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] Hü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 602750+ 201706 000:53:32 0.174021D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] `ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] Hü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 607406+ 203561 000:54:02 0.174293D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145]  ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] Hü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 612040+ 205416 000:54:32 0.174419D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] 0ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] Ðü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] àû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 617269 207529 000:55:02 0.174655D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] ðû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] Pü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145]  ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 623975 210213 000:55:32 0.174946D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] xü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 629035 212085 000:56:02 0.175355D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] Hü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] Ðü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] xü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 633432 214140 000:56:32 0.175355D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] 0ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ¨ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] pü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] Pü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 638016+ 216167 000:57:02 0.175509D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] `ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] 0ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 642583+ 217989 000:57:32 0.175774D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] pü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] °ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 647064 219875 000:58:02 0.175896D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] ðû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] Pü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] 0ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] 8ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 651998 221637 000:58:32 0.176206D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145]  ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ðû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 657470 223472 000:59:02 0.176468D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] Hü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] pü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 663664 225235 000:59:32 0.176603D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] xü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ðû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 668798+ 227090 001:00:02 0.176777D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] Pü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] 8ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] °ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 673573 228915 001:00:32 0.176908D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,145] (ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] * 673714 226557 001:00:33 0.176908D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] 0ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 686951+ 231132 001:01:03 0.177629D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 698121+ 234978 001:01:33 0.177886D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] ê7©ÿ*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 709197 238733 001:02:03 0.177886D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] ê7©ÿ*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 718921 243060 001:02:33 0.177886D+02 0.474212D+02 728185+ 245782 001:03:03 0.177904D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] Pü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 738464+ 248871 001:03:33 0.177955D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] 0ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 752742+ 253382 001:04:03 0.177955D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 769739+ 256065 001:04:33 0.177955D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] 0ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 786859 259871 001:05:03 0.177955D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 801551+ 264137 001:05:33 0.177955D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] @ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 816336+ 268047 001:06:03 0.177974D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] @ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 830172+ 271234 001:06:33 0.178191D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] 0ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 851277+ 276128 001:07:03 0.178277D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] èû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] èû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 871555+ 280045 001:07:33 0.178426D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 893611 284177 001:08:03 0.178426D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] ê7©ÿ*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 910894+ 288625 001:08:33 0.178451D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] €ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 920030 291794 001:09:03 0.178600D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] ˆü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 931730+ 294814 001:09:34 0.178956D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] @ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 942813 298510 001:10:04 0.179300D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] `ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 957717+ 302434 001:10:34 0.179369D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] èû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ê7©ÿ*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 975803+ 306722 001:11:04 0.179378D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 990155 311511 001:11:34 0.179536D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145]  ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1000000 314717 001:11:59 0.179723D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1023822 318883 001:12:29 0.179779D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1037179+ 322680 001:12:59 0.180073D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] øû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1055249 326772 001:13:29 0.180073D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] èû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1073620+ 330754 001:13:59 0.180084D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1085475 334525 001:14:29 0.180312D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] ê7©ÿ*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1097407 338744 001:14:59 0.180629D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] €ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1108089 341923 001:15:29 0.180778D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] àû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1131809 344608 001:15:59 0.180784D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] 0ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1144040+ 348164 001:16:29 0.181255D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145]  ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1154811+ 351338 001:16:59 0.181491D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] àû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1175291 355519 001:17:29 0.181689D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] Hü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1191111+ 359873 001:17:59 0.181958D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] ê7©ÿ*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1203377 364070 001:18:29 0.182332D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] àû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1215979 367994 001:18:59 0.182712D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1226799+ 372185 001:19:29 0.182967D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] (ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1238837 375881 001:19:59 0.183340D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1253183 380291 001:20:29 0.183600D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] øû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1278221+ 384257 001:20:59 0.183600D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] ê7©ÿ*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1291811+ 387429 001:21:29 0.183778D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] øû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1303933+ 391455 001:21:59 0.184053D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] xü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1314836 395122 001:22:29 0.184302D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1325393 398262 001:22:59 0.184515D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] (ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1336540+ 401762 001:23:29 0.184787D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] @ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1344627+ 405103 001:23:59 0.184856D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] ê7©ÿ*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1355484 409170 001:24:29 0.184957D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] àû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1371105 413807 001:24:59 0.184957D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] `ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1386457 418158 001:25:29 0.185026D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] øû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] @ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1404889+ 423431 001:25:59 0.185026D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1416008+ 427022 001:26:29 0.185262D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] Hü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1429273+ 431411 001:26:59 0.185531D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1442824 435108 001:27:29 0.185953D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] àû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1456011 438878 001:27:59 0.186371D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] ê7©ÿ*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1470115+ 444089 001:28:29 0.186441D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] ê7©ÿ*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1488043 447556 001:28:59 0.186441D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] xü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1507097 451307 001:29:29 0.186605D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] èû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1524460+ 455025 001:29:59 0.186731D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] Pü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1536732+ 459112 001:30:29 0.187085D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] ðû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1555681+ 463742 001:30:59 0.187244D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] (ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1565714 467622 001:31:29 0.187383D+02 0.474212D+02 1579992+ 474124 001:31:59 0.187383D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] pü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1593511+ 479917 001:32:29 0.187383D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1607917+ 484727 001:33:00 0.187402D+02 0.474212D+02 1624505+ 491199 001:33:30 0.187559D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1642192+ 497409 001:34:00 0.187614D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] ê7©ÿ*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] *** gmoSetVarLOne: Given Variable Index not in [1,145] ê7©ÿ*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1659489 502231 001:34:30 0.187782D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] @ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1671812 506464 001:35:00 0.188090D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] ê7©ÿ*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1687672 512480 001:35:30 0.188146D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] Pü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1700483+ 516166 001:36:00 0.188326D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] Xü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1711685+ 519253 001:36:30 0.188424D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] Pü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1722237 523791 001:37:00 0.188492D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1734766+ 528185 001:37:30 0.188551D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] èû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1748632+ 533186 001:38:00 0.188636D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] øû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1763513+ 536332 001:38:30 0.189015D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] Pü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1777365+ 542026 001:39:00 0.189135D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] ðû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1793928 547214 001:39:30 0.189282D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] @ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1806261 550839 001:40:00 0.189511D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] øû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1823223 555334 001:40:30 0.189625D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1836659+ 559063 001:41:00 0.189907D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] Øü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1848865 562994 001:41:30 0.190212D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1862725+ 568399 001:42:00 0.190227D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] pü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1873420+ 570620 001:42:30 0.190279D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] èû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1888750+ 573727 001:43:00 0.190387D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] ê7©ÿ*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1902929 578974 001:43:30 0.190582D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] ê7©ÿ*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1915554 582158 001:44:00 0.190683D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] ðû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1930380 584706 001:44:30 0.190711D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] €ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1944209 588767 001:45:00 0.190921D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] @ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1959671 593629 001:45:30 0.191075D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1977382+ 597143 001:46:00 0.191220D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] Xü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 1988005 599575 001:46:30 0.191272D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 2000000 602429 001:46:59 0.191570D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] €ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 2013346+ 605455 001:47:29 0.191807D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 2025631+ 609173 001:47:59 0.191910D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 2040143 613825 001:48:29 0.192028D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 2052414+ 616832 001:48:59 0.192123D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] 0ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 2064734+ 619461 001:49:29 0.192276D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] ê7©ÿ*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 2077327+ 623777 001:49:59 0.192481D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145]  ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 2087200 627734 001:50:29 0.192538D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] Àü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 2100462 631376 001:50:59 0.192589D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] `ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 2111876 634555 001:51:29 0.192640D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] øû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 2126169 637348 001:51:59 0.192782D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] èû*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 2141521 641601 001:52:29 0.192915D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] Ðü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 2154853+ 644843 001:52:59 0.193087D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] ê7©ÿ*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 2167532 648156 001:53:29 0.193290D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] Pü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 2180093 651589 001:53:59 0.193511D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] ˜ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 2192411+ 655011 001:54:29 0.193761D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] pü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 2204877 658267 001:54:59 0.194033D+02 0.474212D+02 2216963+ 661329 001:55:29 0.194246D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] ê7©ÿ*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 2227039+ 664606 001:55:59 0.194350D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] ê7©ÿ*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 2239529+ 668540 001:56:29 0.194454D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] @ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 2251825+ 673158 001:56:59 0.194473D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] Hü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 2264753 678320 001:57:29 0.194473D+02 0.474212D+02 2277675 682040 001:57:59 0.194473D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] ê7©ÿ*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 2291188 686549 001:58:29 0.194473D+02 0.474212D+02 2304610+ 690586 001:58:59 0.194473D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] ðü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 2317713 694406 001:59:29 0.194533D+02 0.474212D+02 *** gmoSetVarLOne: Given Variable Index not in [1,145] (ü*** gmoSetAltVarLowerOne: Given Variable Index not in [1,145] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,145] 2333693 698847 001:59:59 0.194649D+02 0.474212D+02 2334016 698975 002:00:00 0.194649D+02 0.474212D+02 *** Max. allowable CPU time exceeded *** LP subsolver time: 001:02:44, in seconds: 3764.21 NLP subsolver time: 000:39:25, in seconds: 2364.58 Cutting time: 000:01:18, in seconds: 77.54 All other time: 000:16:34, in seconds: 993.67 Total time elapsed: 002:00:00, in seconds: 7200.00 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.24 on navigating: 000:00:59, in seconds: 59.45 on relaxed: 000:36:48, in seconds: 2207.51 on local: 000:39:40, in seconds: 2380.27 on tightening: 000:06:47, in seconds: 407.33 on marginals: 000:00:04, in seconds: 3.99 on probing: 000:35:41, in seconds: 2141.19 Total no. of BaR iterations: 2334016 Best solution found at node: 673714 Max. no. of nodes in memory: 698975 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 254738146 77.54 All done =========================================================================== Solution = 47.4211984833 found at node 673714 Best possible = 19.4648526904 Absolute gap = 27.9563457929 optca = 1E-9 Relative gap = 1.43625 optcr = 1E-6 --- Restarting execution --- fo8_ar2_1.gms(850) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job fo8_ar2_1.gms Stop 11/20/12 23:11:08 elapsed 2:00:19.967 @04 1353449468 ----------------------------- Di 20. Nov 23:11:08 CET 2012 ----------------------------- =ready= Linux opt217 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/fo8_ar25_1.gms =========== ----------------------------- Di 20. Nov 21:10:48 CET 2012 ----------------------------- @03 1353442248 --- Job fo8_ar25_1.gms Start 11/20/12 21:10:48 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- fo8_ar25_1.gms(850) 2 Mb --- Starting execution: elapsed 0:00:00.023 --- fo8_ar25_1.gms(845) 3 Mb --- Generating MINLP model m --- fo8_ar25_1.gms(850) 5 Mb --- 348 rows 145 columns 1,381 non-zeroes --- 81 nl-code 16 nl-non-zeroes --- 56 discrete-columns --- fo8_ar25_1.gms(850) 3 Mb --- Executing BARON: elapsed 0:00:00.031 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 8012508 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.000000D+00 0.100000D+52 1 1 000:00:00 0.000000D+00 0.100000D+52 4040 2162 000:00:30 0.262017D+01 0.100000D+52 11134 5584 000:01:00 0.275571D+01 0.100000D+52 17002 8458 000:01:31 0.299991D+01 0.100000D+52 23644 11741 000:02:01 0.370006D+01 0.100000D+52 29668 14875 000:02:31 0.398034D+01 0.100000D+52 36231 18226 000:03:01 0.450627D+01 0.100000D+52 42483+ 21405 000:03:31 0.459461D+01 0.100000D+52 47089+ 23829 000:04:01 0.474342D+01 0.100000D+52 52207+ 26638 000:04:31 0.484109D+01 0.100000D+52 57567+ 29391 000:05:01 0.517732D+01 0.100000D+52 61502+ 31433 000:05:31 0.521361D+01 0.100000D+52 65591 33583 000:06:01 0.521361D+01 0.100000D+52 70795 36360 000:06:31 0.521776D+01 0.100000D+52 76833 39677 000:07:01 0.521776D+01 0.100000D+52 82348 42659 000:07:31 0.521776D+01 0.100000D+52 88269 45649 000:08:01 0.521776D+01 0.100000D+52 94199 48923 000:08:31 0.521777D+01 0.100000D+52 100311+ 52138 000:09:01 0.521777D+01 0.100000D+52 105527+ 55006 000:09:31 0.521777D+01 0.100000D+52 110999 57968 000:10:01 0.521777D+01 0.100000D+52 117781 61422 000:10:31 0.521777D+01 0.100000D+52 123969+ 64767 000:11:01 0.521777D+01 0.100000D+52 130370 68384 000:11:31 0.521777D+01 0.100000D+52 134725 70802 000:12:01 0.522907D+01 0.100000D+52 139343+ 73278 000:12:31 0.523272D+01 0.100000D+52 144799+ 76162 000:13:01 0.534396D+01 0.100000D+52 149860 78772 000:13:31 0.538100D+01 0.100000D+52 155281 81444 000:14:01 0.539646D+01 0.100000D+52 159643+ 83700 000:14:31 0.545190D+01 0.100000D+52 164971 86433 000:15:01 0.553399D+01 0.100000D+52 170756 89639 000:15:31 0.555259D+01 0.100000D+52 177651+ 93382 000:16:01 0.555259D+01 0.100000D+52 184365 96929 000:16:31 0.557353D+01 0.100000D+52 189198 99352 000:17:01 0.562014D+01 0.100000D+52 193609+ 101624 000:17:31 0.562016D+01 0.100000D+52 197816+ 103754 000:18:01 0.562016D+01 0.100000D+52 202172 105987 000:18:31 0.562017D+01 0.100000D+52 206431+ 108451 000:19:01 0.562435D+01 0.100000D+52 211112+ 110935 000:19:31 0.562760D+01 0.100000D+52 215487+ 113298 000:20:01 0.563562D+01 0.100000D+52 221509 116439 000:20:31 0.565500D+01 0.100000D+52 226968+ 119140 000:21:01 0.572496D+01 0.100000D+52 232444+ 121901 000:21:31 0.573522D+01 0.100000D+52 238796 124901 000:22:01 0.573522D+01 0.100000D+52 243449 127273 000:22:31 0.576977D+01 0.100000D+52 250173+ 130629 000:23:01 0.577829D+01 0.100000D+52 255013 133035 000:23:31 0.589740D+01 0.100000D+52 261543+ 136150 000:24:01 0.593859D+01 0.100000D+52 266966+ 138687 000:24:31 0.600838D+01 0.100000D+52 271669 140820 000:25:01 0.606608D+01 0.100000D+52 277711 143410 000:25:31 0.616104D+01 0.100000D+52 282288 145561 000:26:01 0.617774D+01 0.100000D+52 287883+ 148216 000:26:31 0.622716D+01 0.100000D+52 293022+ 150519 000:27:01 0.627939D+01 0.100000D+52 297516 152704 000:27:31 0.630396D+01 0.100000D+52 303811+ 155370 000:28:01 0.632455D+01 0.100000D+52 309275+ 158040 000:28:31 0.634110D+01 0.100000D+52 314787+ 160637 000:29:01 0.638895D+01 0.100000D+52 322464 164192 000:29:31 0.640778D+01 0.100000D+52 328405 166822 000:30:01 0.644606D+01 0.100000D+52 333727 169293 000:30:31 0.647849D+01 0.100000D+52 340274 172206 000:31:01 0.648069D+01 0.100000D+52 347132+ 175256 000:31:31 0.649197D+01 0.100000D+52 352868+ 177979 000:32:01 0.650531D+01 0.100000D+52 358445 180665 000:32:31 0.654941D+01 0.100000D+52 365780 183985 000:33:01 0.654941D+01 0.100000D+52 371939+ 186894 000:33:31 0.655046D+01 0.100000D+52 377901 189666 000:34:01 0.656268D+01 0.100000D+52 384022+ 192436 000:34:31 0.657106D+01 0.100000D+52 390215+ 195089 000:35:01 0.658893D+01 0.100000D+52 396046+ 197692 000:35:31 0.660845D+01 0.100000D+52 401479+ 200281 000:36:01 0.661396D+01 0.100000D+52 408432 203521 000:36:31 0.662950D+01 0.100000D+52 417339 207424 000:37:01 0.662950D+01 0.100000D+52 425071 210884 000:37:31 0.662951D+01 0.100000D+52 430881+ 213523 000:38:01 0.664082D+01 0.100000D+52 436761 216214 000:38:31 0.665696D+01 0.100000D+52 442669 218815 000:39:01 0.667954D+01 0.100000D+52 447719 221167 000:39:31 0.670458D+01 0.100000D+52 454029+ 223795 000:40:01 0.671718D+01 0.100000D+52 460697 227041 000:40:31 0.671985D+01 0.100000D+52 465440+ 229434 000:41:01 0.671985D+01 0.100000D+52 469819 231733 000:41:31 0.671985D+01 0.100000D+52 474252 234142 000:42:01 0.671985D+01 0.100000D+52 478282+ 236269 000:42:31 0.671985D+01 0.100000D+52 482337 238392 000:43:01 0.671985D+01 0.100000D+52 486325+ 240554 000:43:31 0.671985D+01 0.100000D+52 490646+ 242959 000:44:01 0.671985D+01 0.100000D+52 494636+ 245077 000:44:31 0.671985D+01 0.100000D+52 498467 247173 000:45:01 0.671985D+01 0.100000D+52 502039 249093 000:45:31 0.671985D+01 0.100000D+52 507365+ 251662 000:46:01 0.672910D+01 0.100000D+52 513754 254560 000:46:31 0.674216D+01 0.100000D+52 520538+ 257614 000:47:01 0.675941D+01 0.100000D+52 527325+ 260447 000:47:31 0.677528D+01 0.100000D+52 531632+ 262668 000:48:01 0.678452D+01 0.100000D+52 537385 265110 000:48:31 0.679868D+01 0.100000D+52 543642 267764 000:49:02 0.681218D+01 0.100000D+52 549742+ 270254 000:49:32 0.682765D+01 0.100000D+52 555752 272803 000:50:02 0.684607D+01 0.100000D+52 561453 275345 000:50:32 0.686040D+01 0.100000D+52 565967+ 277655 000:51:02 0.686040D+01 0.100000D+52 571472 280393 000:51:32 0.686668D+01 0.100000D+52 577009+ 282976 000:52:02 0.687255D+01 0.100000D+52 580399+ 284509 000:52:32 0.687255D+01 0.100000D+52 583855+ 286297 000:53:02 0.688099D+01 0.100000D+52 589578+ 288869 000:53:32 0.690623D+01 0.100000D+52 594764+ 291425 000:54:02 0.691297D+01 0.100000D+52 599269+ 293688 000:54:32 0.692680D+01 0.100000D+52 606335+ 297078 000:55:02 0.692907D+01 0.100000D+52 612845 299873 000:55:32 0.694308D+01 0.100000D+52 617864 302045 000:56:02 0.695702D+01 0.100000D+52 622624 304548 000:56:32 0.695705D+01 0.100000D+52 627798 307198 000:57:02 0.695705D+01 0.100000D+52 633123 309790 000:57:32 0.695866D+01 0.100000D+52 638464+ 312142 000:58:02 0.697958D+01 0.100000D+52 644021 314798 000:58:32 0.698525D+01 0.100000D+52 651779+ 318099 000:59:02 0.698525D+01 0.100000D+52 659659+ 321515 000:59:32 0.698890D+01 0.100000D+52 664831 323670 001:00:02 0.700094D+01 0.100000D+52 670466 326163 001:00:32 0.701546D+01 0.100000D+52 675512 328250 001:01:02 0.701546D+01 0.100000D+52 680447 330291 001:01:32 0.702061D+01 0.100000D+52 686261 332882 001:02:02 0.702376D+01 0.100000D+52 692454+ 335765 001:02:32 0.703190D+01 0.100000D+52 699350 338663 001:03:02 0.703606D+01 0.100000D+52 704921 341185 001:03:32 0.703607D+01 0.100000D+52 710946 344070 001:04:02 0.704546D+01 0.100000D+52 716515 346567 001:04:32 0.706157D+01 0.100000D+52 721501 348912 001:05:02 0.707560D+01 0.100000D+52 725720+ 351182 001:05:32 0.707927D+01 0.100000D+52 731345 353634 001:06:02 0.709151D+01 0.100000D+52 737600+ 356439 001:06:32 0.710722D+01 0.100000D+52 742766+ 358759 001:07:02 0.711098D+01 0.100000D+52 748264+ 361212 001:07:32 0.711291D+01 0.100000D+52 753770+ 363777 001:08:02 0.711517D+01 0.100000D+52 760908 366985 001:08:32 0.711968D+01 0.100000D+52 767145 369624 001:09:02 0.712644D+01 0.100000D+52 773806 372480 001:09:32 0.713205D+01 0.100000D+52 779590+ 374931 001:10:02 0.714886D+01 0.100000D+52 785587+ 377496 001:10:32 0.715828D+01 0.100000D+52 791249+ 379915 001:11:02 0.716358D+01 0.100000D+52 797196+ 382507 001:11:32 0.718027D+01 0.100000D+52 803671 385159 001:12:02 0.718291D+01 0.100000D+52 810521+ 388318 001:12:32 0.719417D+01 0.100000D+52 816680 390982 001:13:02 0.720624D+01 0.100000D+52 822743 393659 001:13:32 0.721874D+01 0.100000D+52 828192+ 395970 001:14:02 0.722120D+01 0.100000D+52 833810 398362 001:14:32 0.723480D+01 0.100000D+52 840167+ 401038 001:15:02 0.724262D+01 0.100000D+52 846349 403636 001:15:32 0.725263D+01 0.100000D+52 851697+ 405920 001:16:02 0.725263D+01 0.100000D+52 857553 408561 001:16:32 0.726196D+01 0.100000D+52 864155 411202 001:17:02 0.726196D+01 0.100000D+52 870495+ 413939 001:17:32 0.726260D+01 0.100000D+52 876531 416476 001:18:02 0.727324D+01 0.100000D+52 882787 419229 001:18:32 0.727324D+01 0.100000D+52 889008+ 421927 001:19:02 0.727324D+01 0.100000D+52 894838 424362 001:19:32 0.728028D+01 0.100000D+52 901836 427497 001:20:02 0.728998D+01 0.100000D+52 907602+ 430162 001:20:32 0.729187D+01 0.100000D+52 913766+ 432963 001:21:02 0.730019D+01 0.100000D+52 920652+ 435798 001:21:32 0.731281D+01 0.100000D+52 927603 438911 001:22:02 0.731843D+01 0.100000D+52 933479 441384 001:22:32 0.732655D+01 0.100000D+52 937740+ 443377 001:23:02 0.732888D+01 0.100000D+52 943481+ 445761 001:23:32 0.733565D+01 0.100000D+52 950204+ 448714 001:24:02 0.734437D+01 0.100000D+52 956190 451211 001:24:32 0.734963D+01 0.100000D+52 962065 453696 001:25:02 0.735031D+01 0.100000D+52 968670 456566 001:25:32 0.735529D+01 0.100000D+52 974997 459473 001:26:02 0.736677D+01 0.100000D+52 981597 462483 001:26:32 0.737121D+01 0.100000D+52 987623+ 464827 001:27:02 0.738390D+01 0.100000D+52 993879+ 467540 001:27:32 0.739183D+01 0.100000D+52 1000000 470599 001:27:57 0.739183D+01 0.100000D+52 1006399 473923 001:28:27 0.739536D+01 0.100000D+52 1013354 476574 001:28:57 0.739923D+01 0.100000D+52 1019159 479230 001:29:27 0.740877D+01 0.100000D+52 1025537 481998 001:29:57 0.741832D+01 0.100000D+52 1031344 484544 001:30:27 0.742851D+01 0.100000D+52 1038061 487046 001:30:57 0.742936D+01 0.100000D+52 1044089 489596 001:31:27 0.742936D+01 0.100000D+52 1049510 492069 001:31:57 0.743136D+01 0.100000D+52 1057165+ 495693 001:32:27 0.743137D+01 0.100000D+52 1064150 499197 001:32:57 0.743138D+01 0.100000D+52 1071264 502040 001:33:27 0.743541D+01 0.100000D+52 1077670 504735 001:33:57 0.744580D+01 0.100000D+52 1084443 507285 001:34:27 0.744920D+01 0.100000D+52 1090891 509954 001:34:57 0.745958D+01 0.100000D+52 1097011+ 512652 001:35:27 0.747253D+01 0.100000D+52 1102570 515211 001:35:57 0.748681D+01 0.100000D+52 1109359+ 518176 001:36:27 0.749916D+01 0.100000D+52 1115837 521048 001:36:57 0.751483D+01 0.100000D+52 1122770 524139 001:37:27 0.752368D+01 0.100000D+52 1128013+ 526418 001:37:57 0.752368D+01 0.100000D+52 1135215 529703 001:38:27 0.753303D+01 0.100000D+52 1142466 532696 001:38:57 0.754429D+01 0.100000D+52 1148720 535165 001:39:27 0.755314D+01 0.100000D+52 1154520+ 537753 001:39:57 0.755758D+01 0.100000D+52 1160188 540147 001:40:27 0.757054D+01 0.100000D+52 1167137+ 543044 001:40:57 0.757877D+01 0.100000D+52 1173187 545714 001:41:27 0.758659D+01 0.100000D+52 1180309+ 548645 001:41:57 0.758947D+01 0.100000D+52 1187268+ 551541 001:42:27 0.759273D+01 0.100000D+52 1194643 554994 001:42:57 0.759974D+01 0.100000D+52 1201261 557837 001:43:27 0.761222D+01 0.100000D+52 1208605 560311 001:43:57 0.761822D+01 0.100000D+52 1214963 563151 001:44:27 0.762465D+01 0.100000D+52 1220736 565499 001:44:57 0.763503D+01 0.100000D+52 1227220+ 568144 001:45:27 0.765042D+01 0.100000D+52 1234651+ 571366 001:45:57 0.766235D+01 0.100000D+52 1239966 573804 001:46:27 0.766852D+01 0.100000D+52 1245407+ 576656 001:46:57 0.766856D+01 0.100000D+52 1251669+ 579550 001:47:27 0.766856D+01 0.100000D+52 1258184 582509 001:47:57 0.766856D+01 0.100000D+52 1264303+ 585288 001:48:27 0.766856D+01 0.100000D+52 1270601 588125 001:48:57 0.766856D+01 0.100000D+52 1277353+ 591074 001:49:27 0.766856D+01 0.100000D+52 1284397+ 594150 001:49:57 0.766856D+01 0.100000D+52 1291174 597135 001:50:27 0.766856D+01 0.100000D+52 1298026 600107 001:50:57 0.766856D+01 0.100000D+52 1305153+ 603218 001:51:27 0.766856D+01 0.100000D+52 1312869 606414 001:51:57 0.767615D+01 0.100000D+52 1318555 608782 001:52:28 0.768135D+01 0.100000D+52 1325604 611911 001:52:58 0.769676D+01 0.100000D+52 1331772 614745 001:53:28 0.770438D+01 0.100000D+52 1338632+ 617574 001:53:58 0.772203D+01 0.100000D+52 1344914 620078 001:54:28 0.773012D+01 0.100000D+52 1351835 622896 001:54:58 0.774541D+01 0.100000D+52 1358103+ 625969 001:55:28 0.774756D+01 0.100000D+52 1364241+ 628996 001:55:58 0.774756D+01 0.100000D+52 1370129+ 631691 001:56:28 0.774757D+01 0.100000D+52 1376236 634185 001:56:58 0.774757D+01 0.100000D+52 1381254 636389 001:57:28 0.774758D+01 0.100000D+52 1388207+ 639976 001:57:58 0.774758D+01 0.100000D+52 1394851+ 643277 001:58:28 0.774758D+01 0.100000D+52 1402331 647139 001:58:58 0.774759D+01 0.100000D+52 1409951 650394 001:59:28 0.774759D+01 0.100000D+52 1417191 653794 001:59:58 0.774759D+01 0.100000D+52 1417751 654069 002:00:00 0.774760D+01 0.100000D+52 *** Max. allowable CPU time exceeded *** *** No feasible solution was found *** LP subsolver time: 000:43:40, in seconds: 2619.97 NLP subsolver time: 001:02:57, in seconds: 3777.42 Cutting time: 000:00:55, in seconds: 55.15 All other time: 000:12:27, in seconds: 747.47 Total time elapsed: 002:00:00, in seconds: 7200.00 on parsing: 000:00:00, in seconds: 0.02 on preprocessing: 000:00:00, in seconds: 0.16 on navigating: 000:00:40, in seconds: 40.28 on relaxed: 000:21:40, in seconds: 1299.78 on local: 001:04:34, in seconds: 3874.16 on tightening: 000:04:36, in seconds: 276.16 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:28:29, in seconds: 1709.44 Total no. of BaR iterations: 1417751 Best solution found at node: -3 Max. no. of nodes in memory: 654069 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 187315609 55.15 All done =========================================================================== *** Time or user interrupt, gap calculations *** are invalid because of an incomplete solution. *** No solution found - further Baron post processing aborted --- Restarting execution --- fo8_ar25_1.gms(850) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job fo8_ar25_1.gms Stop 11/20/12 23:11:09 elapsed 2:00:20.906 @04 1353449469 ----------------------------- Di 20. Nov 23:11:09 CET 2012 ----------------------------- =ready= Linux opt216 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/fo8_ar3_1.gms =========== ----------------------------- Di 20. Nov 21:10:49 CET 2012 ----------------------------- @03 1353442249 --- Job fo8_ar3_1.gms Start 11/20/12 21:10:49 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- fo8_ar3_1.gms(850) 2 Mb --- Starting execution: elapsed 0:00:00.008 --- fo8_ar3_1.gms(845) 3 Mb --- Generating MINLP model m --- fo8_ar3_1.gms(850) 5 Mb --- 348 rows 145 columns 1,381 non-zeroes --- 81 nl-code 16 nl-non-zeroes --- 56 discrete-columns --- fo8_ar3_1.gms(850) 3 Mb --- Executing BARON: elapsed 0:00:00.013 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 8012508 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.000000D+00 0.100000D+52 1 1 000:00:00 0.000000D+00 0.100000D+52 3017 1748 000:00:30 0.534052D+01 0.100000D+52 6348+ 3674 000:01:01 0.588178D+01 0.100000D+52 9452+ 5398 000:01:31 0.592078D+01 0.100000D+52 12432+ 7015 000:02:01 0.603990D+01 0.100000D+52 15996 9004 000:02:31 0.611992D+01 0.100000D+52 19832+ 11090 000:03:01 0.635088D+01 0.100000D+52 24037+ 13188 000:03:31 0.646410D+01 0.100000D+52 27440 14959 000:04:01 0.656727D+01 0.100000D+52 30906+ 16711 000:04:31 0.659834D+01 0.100000D+52 34972 18773 000:05:01 0.668885D+01 0.100000D+52 38306+ 20516 000:05:31 0.685499D+01 0.100000D+52 42098+ 22385 000:06:01 0.692825D+01 0.100000D+52 46209 24551 000:06:31 0.698596D+01 0.100000D+52 51005+ 26629 000:07:01 0.707564D+01 0.100000D+52 55207 28664 000:07:31 0.728889D+01 0.100000D+52 59652 30637 000:08:01 0.743341D+01 0.100000D+52 64418+ 32964 000:08:31 0.746413D+01 0.100000D+52 68991+ 35121 000:09:01 0.747671D+01 0.100000D+52 73585+ 37463 000:09:31 0.750558D+01 0.100000D+52 78160+ 39696 000:10:01 0.764992D+01 0.100000D+52 82882 41989 000:10:31 0.779425D+01 0.100000D+52 87849+ 44345 000:11:01 0.789027D+01 0.100000D+52 92181+ 46586 000:11:31 0.793857D+01 0.100000D+52 97472 49140 000:12:01 0.799950D+01 0.100000D+52 101692 51208 000:12:31 0.805181D+01 0.100000D+52 105575 53136 000:13:01 0.805181D+01 0.100000D+52 109326 55026 000:13:31 0.805181D+01 0.100000D+52 113395+ 56913 000:14:01 0.806125D+01 0.100000D+52 118473 59108 000:14:31 0.808291D+01 0.100000D+52 122885 61405 000:15:01 0.808291D+01 0.100000D+52 128071 63993 000:15:31 0.811364D+01 0.100000D+52 132455+ 66071 000:16:01 0.815507D+01 0.100000D+52 137867+ 68071 000:16:31 0.822725D+01 0.100000D+52 142862 70596 000:17:01 0.828498D+01 0.100000D+52 147902+ 72917 000:17:31 0.837158D+01 0.100000D+52 154882+ 76333 000:18:01 0.837158D+01 0.100000D+52 160317 78910 000:18:31 0.839230D+01 0.100000D+52 164779+ 81035 000:19:01 0.839230D+01 0.100000D+52 169218 82993 000:19:31 0.839230D+01 0.100000D+52 173171 84801 000:20:01 0.842855D+01 0.100000D+52 176969+ 86469 000:20:31 0.846781D+01 0.100000D+52 182529+ 89034 000:21:01 0.855302D+01 0.100000D+52 188283 91064 000:21:31 0.859810D+01 0.100000D+52 193106 93571 000:22:01 0.859810D+01 0.100000D+52 197746 95932 000:22:31 0.859810D+01 0.100000D+52 202672 98537 000:23:01 0.859810D+01 0.100000D+52 207420+ 100952 000:23:31 0.859810D+01 0.100000D+52 212771+ 103406 000:24:01 0.859964D+01 0.100000D+52 218499 106275 000:24:31 0.861698D+01 0.100000D+52 224018 108990 000:25:01 0.861698D+01 0.100000D+52 228756 111294 000:25:31 0.862916D+01 0.100000D+52 233687+ 113272 000:26:02 0.865920D+01 0.100000D+52 239085+ 115593 000:26:32 0.866028D+01 0.100000D+52 243873 117726 000:27:02 0.869568D+01 0.100000D+52 248875+ 119933 000:27:32 0.873243D+01 0.100000D+52 254555+ 122407 000:28:02 0.874687D+01 0.100000D+52 260315+ 124735 000:28:32 0.876853D+01 0.100000D+52 265133+ 126988 000:29:02 0.878398D+01 0.100000D+52 271297+ 129878 000:29:32 0.880459D+01 0.100000D+52 276543 132329 000:30:02 0.880464D+01 0.100000D+52 280857 134297 000:30:32 0.884565D+01 0.100000D+52 286261+ 137161 000:31:02 0.884565D+01 0.100000D+52 291780+ 139891 000:31:32 0.884565D+01 0.100000D+52 297211+ 142778 000:32:02 0.884751D+01 0.100000D+52 302837+ 145658 000:32:32 0.885509D+01 0.100000D+52 309804 148886 000:33:02 0.885509D+01 0.100000D+52 314625 151245 000:33:32 0.887675D+01 0.100000D+52 319405 153578 000:34:02 0.888841D+01 0.100000D+52 324256+ 155778 000:34:32 0.892487D+01 0.100000D+52 328894 158165 000:35:02 0.894451D+01 0.100000D+52 334712+ 160584 000:35:32 0.894451D+01 0.100000D+52 340781+ 162790 000:36:02 0.894891D+01 0.100000D+52 346626+ 165366 000:36:32 0.894893D+01 0.100000D+52 352375+ 167769 000:37:02 0.894895D+01 0.100000D+52 357444 170153 000:37:32 0.896339D+01 0.100000D+52 362211 172392 000:38:02 0.899223D+01 0.100000D+52 366348 174502 000:38:32 0.900000D+01 0.100000D+52 370985 176744 000:39:02 0.903111D+01 0.100000D+52 376865+ 179255 000:39:32 0.903424D+01 0.100000D+52 382835 181694 000:40:02 0.904999D+01 0.100000D+52 388210+ 183972 000:40:32 0.907162D+01 0.100000D+52 392005+ 185812 000:41:02 0.909182D+01 0.100000D+52 397717+ 188282 000:41:32 0.909329D+01 0.100000D+52 402335+ 190375 000:42:02 0.909332D+01 0.100000D+52 407867+ 192386 000:42:32 0.911733D+01 0.100000D+52 413113+ 194469 000:43:02 0.916548D+01 0.100000D+52 418503 196820 000:43:32 0.918952D+01 0.100000D+52 423847+ 199479 000:44:02 0.919615D+01 0.100000D+52 429546+ 202109 000:44:32 0.919615D+01 0.100000D+52 434440+ 204250 000:45:02 0.920651D+01 0.100000D+52 439341+ 206594 000:45:32 0.920651D+01 0.100000D+52 444956 208870 000:46:02 0.921812D+01 0.100000D+52 448797 210642 000:46:32 0.922973D+01 0.100000D+52 454741 213190 000:47:02 0.923761D+01 0.100000D+52 460869+ 216026 000:47:32 0.923761D+01 0.100000D+52 465588 217995 000:48:02 0.923761D+01 0.100000D+52 470803 220285 000:48:32 0.923766D+01 0.100000D+52 475636 222460 000:49:02 0.926050D+01 0.100000D+52 480700 224719 000:49:32 0.927868D+01 0.100000D+52 486607+ 227628 000:50:02 0.927868D+01 0.100000D+52 492043 230000 000:50:33 0.928812D+01 0.100000D+52 498272 232892 000:51:03 0.929284D+01 0.100000D+52 504186 235641 000:51:33 0.930977D+01 0.100000D+52 509725+ 237976 000:52:03 0.930980D+01 0.100000D+52 515228+ 240197 000:52:33 0.933383D+01 0.100000D+52 522231+ 243295 000:53:03 0.933383D+01 0.100000D+52 529243 246376 000:53:33 0.933383D+01 0.100000D+52 536025+ 249868 000:54:03 0.933383D+01 0.100000D+52 541965 252708 000:54:33 0.934585D+01 0.100000D+52 546424+ 254771 000:55:03 0.935940D+01 0.100000D+52 551585 257074 000:55:33 0.938194D+01 0.100000D+52 557322+ 259838 000:56:03 0.938196D+01 0.100000D+52 563611 262835 000:56:33 0.938196D+01 0.100000D+52 570285+ 266005 000:57:03 0.938196D+01 0.100000D+52 574961 268055 000:57:33 0.938529D+01 0.100000D+52 580199 270360 000:58:03 0.940359D+01 0.100000D+52 585434 272696 000:58:33 0.942674D+01 0.100000D+52 591281+ 275181 000:59:03 0.945414D+01 0.100000D+52 595656+ 277324 000:59:33 0.945500D+01 0.100000D+52 599330 279165 001:00:03 0.945500D+01 0.100000D+52 602873+ 280834 001:00:33 0.945500D+01 0.100000D+52 607886+ 282884 001:01:03 0.946412D+01 0.100000D+52 613141 285161 001:01:33 0.946413D+01 0.100000D+52 618204 287365 001:02:03 0.946413D+01 0.100000D+52 623360+ 289727 001:02:33 0.946413D+01 0.100000D+52 629874 292514 001:03:03 0.946413D+01 0.100000D+52 636901 295120 001:03:33 0.946413D+01 0.100000D+52 643135 297723 001:04:03 0.946413D+01 0.100000D+52 651159+ 299858 001:04:33 0.946457D+01 0.100000D+52 657485 302207 001:05:03 0.946857D+01 0.100000D+52 665243+ 304767 001:05:33 0.946857D+01 0.100000D+52 671378+ 307254 001:06:03 0.948300D+01 0.100000D+52 678882+ 310023 001:06:33 0.948336D+01 0.100000D+52 683344+ 311903 001:07:03 0.948481D+01 0.100000D+52 688145+ 314120 001:07:33 0.948481D+01 0.100000D+52 692491 315940 001:08:03 0.948485D+01 0.100000D+52 696141+ 317720 001:08:33 0.948486D+01 0.100000D+52 700118 319783 001:09:03 0.948486D+01 0.100000D+52 704667+ 321762 001:09:33 0.949494D+01 0.100000D+52 711224 323939 001:10:03 0.949741D+01 0.100000D+52 716564+ 326065 001:10:33 0.952068D+01 0.100000D+52 720831 328038 001:11:03 0.952478D+01 0.100000D+52 725516+ 330005 001:11:33 0.952611D+01 0.100000D+52 730634 332378 001:12:03 0.952628D+01 0.100000D+52 736778+ 334833 001:12:33 0.952630D+01 0.100000D+52 740698 336854 001:13:03 0.952631D+01 0.100000D+52 744829 338993 001:13:33 0.952634D+01 0.100000D+52 749861+ 341177 001:14:03 0.953556D+01 0.100000D+52 755654 343753 001:14:33 0.954182D+01 0.100000D+52 760683 346045 001:15:04 0.955632D+01 0.100000D+52 766641+ 348353 001:15:34 0.957439D+01 0.100000D+52 772371+ 350889 001:16:04 0.958127D+01 0.100000D+52 777570+ 353166 001:16:34 0.959138D+01 0.100000D+52 782889+ 355369 001:17:04 0.959140D+01 0.100000D+52 787823 357445 001:17:34 0.959704D+01 0.100000D+52 792531+ 359667 001:18:04 0.959845D+01 0.100000D+52 797849 361722 001:18:34 0.960313D+01 0.100000D+52 802904+ 363846 001:19:04 0.962249D+01 0.100000D+52 808677 366144 001:19:34 0.962249D+01 0.100000D+52 814209 368427 001:20:04 0.962253D+01 0.100000D+52 818537+ 370323 001:20:34 0.962917D+01 0.100000D+52 823466 372479 001:21:04 0.963876D+01 0.100000D+52 827006 374396 001:21:34 0.963998D+01 0.100000D+52 832352 376680 001:22:04 0.966280D+01 0.100000D+52 838128 379257 001:22:34 0.967061D+01 0.100000D+52 843286+ 381635 001:23:04 0.967064D+01 0.100000D+52 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0.100000D+52 957305+ 431796 001:33:34 0.987663D+01 0.100000D+52 961822 433641 001:34:04 0.988703D+01 0.100000D+52 966723 435679 001:34:34 0.988801D+01 0.100000D+52 972279+ 437910 001:35:04 0.989742D+01 0.100000D+52 977619+ 439992 001:35:34 0.991230D+01 0.100000D+52 981647 441625 001:36:04 0.991784D+01 0.100000D+52 986499+ 443682 001:36:34 0.992323D+01 0.100000D+52 991471 445802 001:37:04 0.993109D+01 0.100000D+52 996851+ 447953 001:37:34 0.995580D+01 0.100000D+52 1000000 449320 001:37:56 0.995929D+01 0.100000D+52 1005351 451596 001:38:26 0.995931D+01 0.100000D+52 1011109+ 454030 001:38:56 0.995934D+01 0.100000D+52 1015503 456098 001:39:26 0.996858D+01 0.100000D+52 1019621 457987 001:39:56 0.997693D+01 0.100000D+52 1024535+ 459958 001:40:26 0.999887D+01 0.100000D+52 1028529+ 461734 001:40:56 0.100047D+02 0.100000D+52 1033476 463818 001:41:26 0.100171D+02 0.100000D+52 1038319+ 465770 001:41:56 0.100263D+02 0.100000D+52 1043017+ 467891 001:42:26 0.100315D+02 0.100000D+52 1047188+ 469698 001:42:56 0.100433D+02 0.100000D+52 1052260+ 471753 001:43:26 0.100555D+02 0.100000D+52 1057736+ 473779 001:43:56 0.100622D+02 0.100000D+52 1063350 476034 001:44:26 0.100622D+02 0.100000D+52 1070398+ 478275 001:44:56 0.100622D+02 0.100000D+52 1074968+ 480383 001:45:26 0.100624D+02 0.100000D+52 1079232 482328 001:45:56 0.100725D+02 0.100000D+52 1083460+ 484258 001:46:26 0.100748D+02 0.100000D+52 1088910 486411 001:46:56 0.100748D+02 0.100000D+52 1094127 488803 001:47:26 0.100748D+02 0.100000D+52 1099593+ 491067 001:47:56 0.100756D+02 0.100000D+52 1104813 493394 001:48:26 0.100863D+02 0.100000D+52 1109299+ 495409 001:48:56 0.100990D+02 0.100000D+52 1114218 497607 001:49:26 0.101037D+02 0.100000D+52 1119055 499790 001:49:56 0.101037D+02 0.100000D+52 1124200 502175 001:50:26 0.101039D+02 0.100000D+52 1128402 503982 001:50:56 0.101162D+02 0.100000D+52 1133607 506078 001:51:26 0.101325D+02 0.100000D+52 1137682+ 507842 001:51:56 0.101377D+02 0.100000D+52 1143475 509736 001:52:26 0.101447D+02 0.100000D+52 1148383+ 511550 001:52:57 0.101530D+02 0.100000D+52 1153902+ 513631 001:53:27 0.101688D+02 0.100000D+52 1158205 515600 001:53:57 0.101754D+02 0.100000D+52 1163737+ 518062 001:54:27 0.101758D+02 0.100000D+52 1169463+ 520552 001:54:57 0.101777D+02 0.100000D+52 1174384 522893 001:55:27 0.101876D+02 0.100000D+52 1179385 525231 001:55:57 0.101999D+02 0.100000D+52 1187614+ 527555 001:56:27 0.101999D+02 0.100000D+52 1194328 530061 001:56:57 0.101999D+02 0.100000D+52 1198954+ 532181 001:57:27 0.102047D+02 0.100000D+52 1203549+ 534133 001:57:57 0.102065D+02 0.100000D+52 1208597 535972 001:58:27 0.102169D+02 0.100000D+52 1212947+ 537939 001:58:57 0.102169D+02 0.100000D+52 1217396 539968 001:59:27 0.102169D+02 0.100000D+52 1222178+ 541932 001:59:57 0.102199D+02 0.100000D+52 1222545 542119 002:00:00 0.102199D+02 0.100000D+52 *** Max. allowable CPU time exceeded *** *** No feasible solution was found *** LP subsolver time: 000:48:17, in seconds: 2897.12 NLP subsolver time: 000:59:32, in seconds: 3571.86 Cutting time: 000:00:54, in seconds: 53.73 All other time: 000:11:17, in seconds: 677.29 Total time elapsed: 002:00:00, in seconds: 7200.00 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.11 on navigating: 000:00:37, in seconds: 36.71 on relaxed: 000:22:34, in seconds: 1353.81 on local: 000:58:25, in seconds: 3505.13 on tightening: 000:04:21, in seconds: 260.82 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:34:03, in seconds: 2043.41 Total no. of BaR iterations: 1222545 Best solution found at node: -3 Max. no. of nodes in memory: 542119 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 177837358 53.73 All done =========================================================================== *** Time or user interrupt, gap calculations *** are invalid because of an incomplete solution. *** No solution found - further Baron post processing aborted --- Restarting execution --- fo8_ar3_1.gms(850) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job fo8_ar3_1.gms Stop 11/20/12 23:11:09 elapsed 2:00:19.794 @04 1353449469 ----------------------------- Di 20. Nov 23:11:09 CET 2012 ----------------------------- =ready= Linux opt226 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/fo8_ar4_1.gms =========== ----------------------------- Di 20. Nov 21:10:54 CET 2012 ----------------------------- @03 1353442254 --- Job fo8_ar4_1.gms Start 11/20/12 21:10:54 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- fo8_ar4_1.gms(850) 2 Mb --- Starting execution: elapsed 0:00:00.034 --- fo8_ar4_1.gms(845) 3 Mb --- Generating MINLP model m --- fo8_ar4_1.gms(850) 5 Mb --- 348 rows 145 columns 1,381 non-zeroes --- 81 nl-code 16 nl-non-zeroes --- 56 discrete-columns --- fo8_ar4_1.gms(850) 3 Mb --- Executing BARON: elapsed 0:00:00.038 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 8012508 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.000000D+00 0.100000D+52 1 1 000:00:00 0.000000D+00 0.100000D+52 2764+ 1629 000:00:30 0.829153D+01 0.100000D+52 6054+ 3509 000:01:00 0.949560D+01 0.100000D+52 9479 5339 000:01:31 0.987108D+01 0.100000D+52 12766 7133 000:02:01 0.101377D+02 0.100000D+52 16443+ 9014 000:02:31 0.103904D+02 0.100000D+52 20209+ 10827 000:03:01 0.104433D+02 0.100000D+52 23998+ 12573 000:03:31 0.105891D+02 0.100000D+52 28827+ 14713 000:04:01 0.106808D+02 0.100000D+52 34021+ 17003 000:04:31 0.107189D+02 0.100000D+52 37868 18877 000:05:01 0.108269D+02 0.100000D+52 42136+ 20876 000:05:31 0.108552D+02 0.100000D+52 45827+ 22738 000:06:01 0.109496D+02 0.100000D+52 49512 24462 000:06:31 0.110117D+02 0.100000D+52 53118 26236 000:07:01 0.110555D+02 0.100000D+52 56706+ 27925 000:07:31 0.111353D+02 0.100000D+52 60452+ 29574 000:08:01 0.112502D+02 0.100000D+52 63892+ 31262 000:08:31 0.113375D+02 0.100000D+52 67110 32775 000:09:01 0.114532D+02 0.100000D+52 70739+ 34613 000:09:31 0.115196D+02 0.100000D+52 74416 36346 000:10:01 0.116243D+02 0.100000D+52 79411 38341 000:10:31 0.116647D+02 0.100000D+52 85299 40359 000:11:01 0.116647D+02 0.100000D+52 89062 41835 000:11:31 0.117464D+02 0.100000D+52 92368+ 43411 000:12:01 0.117910D+02 0.100000D+52 98674+ 45417 000:12:31 0.117938D+02 0.100000D+52 102916+ 47288 000:13:01 0.118494D+02 0.100000D+52 106652 48967 000:13:31 0.119273D+02 0.100000D+52 110410+ 50708 000:14:01 0.120024D+02 0.100000D+52 * 113142 51876 000:14:21 0.120377D+02 0.613359D+02 119407 54923 000:14:51 0.120411D+02 0.613359D+02 126701 58440 000:15:21 0.121161D+02 0.613359D+02 134192 61940 000:15:51 0.121917D+02 0.613359D+02 141577+ 65405 000:16:21 0.122190D+02 0.613359D+02 149556+ 68694 000:16:51 0.122190D+02 0.613359D+02 156453 71721 000:17:21 0.122190D+02 0.613359D+02 163021+ 74722 000:17:51 0.122190D+02 0.613359D+02 169557+ 77593 000:18:21 0.122190D+02 0.613359D+02 178201 81158 000:18:51 0.122190D+02 0.613359D+02 186171 84556 000:19:21 0.122190D+02 0.613359D+02 194977+ 87646 000:19:51 0.122471D+02 0.613359D+02 202471+ 91206 000:20:21 0.122618D+02 0.613359D+02 210508 94747 000:20:51 0.122962D+02 0.613359D+02 219063 98552 000:21:21 0.123054D+02 0.613359D+02 227019 101796 000:21:51 0.123230D+02 0.613359D+02 234852+ 105424 000:22:21 0.123794D+02 0.613359D+02 244247+ 109366 000:22:51 0.124193D+02 0.613359D+02 253257 112652 000:23:21 0.124286D+02 0.613359D+02 261695+ 116103 000:23:51 0.124606D+02 0.613359D+02 269606 119965 000:24:21 0.125000D+02 0.613359D+02 277945+ 123720 000:24:51 0.125361D+02 0.613359D+02 286442+ 126998 000:25:21 0.126047D+02 0.613359D+02 295085 130307 000:25:51 0.126108D+02 0.613359D+02 303549 133913 000:26:21 0.126405D+02 0.613359D+02 311217+ 137220 000:26:51 0.126710D+02 0.613359D+02 319802+ 140455 000:27:21 0.126974D+02 0.613359D+02 329923 144277 000:27:51 0.127000D+02 0.613359D+02 339705 147637 000:28:21 0.127000D+02 0.613359D+02 350508 151457 000:28:51 0.127000D+02 0.613359D+02 361295+ 155398 000:29:21 0.127000D+02 0.613359D+02 373504 159153 000:29:51 0.127088D+02 0.613359D+02 385834 163275 000:30:21 0.127136D+02 0.613359D+02 396462+ 167348 000:30:51 0.127296D+02 0.613359D+02 408814 171449 000:31:21 0.127345D+02 0.613359D+02 421704+ 175411 000:31:51 0.127345D+02 0.613359D+02 433577+ 179456 000:32:21 0.127490D+02 0.613359D+02 442878+ 182817 000:32:51 0.127700D+02 0.613359D+02 454085+ 186815 000:33:21 0.127779D+02 0.613359D+02 462569+ 190182 000:33:51 0.127978D+02 0.613359D+02 470561+ 193396 000:34:21 0.128134D+02 0.613359D+02 479140 196911 000:34:51 0.128448D+02 0.613359D+02 488875 200294 000:35:21 0.128684D+02 0.613359D+02 499549+ 204240 000:35:51 0.128716D+02 0.613359D+02 511682+ 208111 000:36:21 0.128819D+02 0.613359D+02 523024+ 211969 000:36:51 0.129069D+02 0.613359D+02 533870 215207 000:37:21 0.129325D+02 0.613359D+02 543029+ 218787 000:37:51 0.129483D+02 0.613359D+02 552907 222829 000:38:21 0.129796D+02 0.613359D+02 564038+ 227113 000:38:51 0.130000D+02 0.613359D+02 573230 230798 000:39:21 0.130283D+02 0.613359D+02 582429+ 234379 000:39:51 0.130659D+02 0.613359D+02 592395+ 237957 000:40:21 0.130809D+02 0.613359D+02 602225 241310 000:40:51 0.130809D+02 0.613359D+02 610667 244445 000:41:21 0.130981D+02 0.613359D+02 619901+ 247967 000:41:51 0.131225D+02 0.613359D+02 629321 251573 000:42:21 0.131578D+02 0.613359D+02 638372+ 255140 000:42:51 0.131598D+02 0.613359D+02 647710+ 258925 000:43:21 0.131708D+02 0.613359D+02 655885+ 262175 000:43:51 0.131876D+02 0.613359D+02 664649+ 265918 000:44:21 0.132289D+02 0.613359D+02 672632+ 269319 000:44:51 0.132462D+02 0.613359D+02 681189+ 272790 000:45:21 0.132715D+02 0.613359D+02 689123 276160 000:45:51 0.133016D+02 0.613359D+02 697705 279450 000:46:21 0.133405D+02 0.613359D+02 705973+ 282716 000:46:51 0.133499D+02 0.613359D+02 713809+ 286021 000:47:21 0.133629D+02 0.613359D+02 722283 289541 000:47:51 0.133779D+02 0.613359D+02 730085+ 292522 000:48:21 0.134095D+02 0.613359D+02 738864+ 296014 000:48:51 0.134302D+02 0.613359D+02 747597+ 299822 000:49:21 0.134484D+02 0.613359D+02 755620 303177 000:49:51 0.134782D+02 0.613359D+02 763357+ 306532 000:50:21 0.135000D+02 0.613359D+02 770804 309756 000:50:51 0.135212D+02 0.613359D+02 777718 312713 000:51:21 0.135379D+02 0.613359D+02 785291 316042 000:51:51 0.135544D+02 0.613359D+02 793738+ 319564 000:52:21 0.135655D+02 0.613359D+02 802169 322922 000:52:51 0.135853D+02 0.613359D+02 810436+ 326241 000:53:21 0.136098D+02 0.613359D+02 818207 329677 000:53:51 0.136311D+02 0.613359D+02 826117+ 332771 000:54:21 0.136425D+02 0.613359D+02 834690 335898 000:54:51 0.136684D+02 0.613359D+02 842338+ 338903 000:55:21 0.136863D+02 0.613359D+02 850252 342315 000:55:51 0.137000D+02 0.613359D+02 858344+ 345608 000:56:21 0.137095D+02 0.613359D+02 866830 349285 000:56:51 0.137208D+02 0.613359D+02 874887+ 352771 000:57:21 0.137344D+02 0.613359D+02 883577 356252 000:57:51 0.137400D+02 0.613359D+02 891958+ 359576 000:58:21 0.137440D+02 0.613359D+02 899559 362877 000:58:51 0.137500D+02 0.613359D+02 907771+ 366368 000:59:21 0.137697D+02 0.613359D+02 915813+ 369686 000:59:51 0.137958D+02 0.613359D+02 923768+ 373067 001:00:21 0.138113D+02 0.613359D+02 930862+ 376050 001:00:51 0.138308D+02 0.613359D+02 938060+ 379387 001:01:21 0.138432D+02 0.613359D+02 946493+ 383067 001:01:51 0.138594D+02 0.613359D+02 956141+ 386841 001:02:21 0.138785D+02 0.613359D+02 965501 390169 001:02:51 0.138961D+02 0.613359D+02 973894 393704 001:03:21 0.139128D+02 0.613359D+02 982155+ 397358 001:03:52 0.139321D+02 0.613359D+02 990372 400718 001:04:22 0.139480D+02 0.613359D+02 998403+ 404074 001:04:52 0.139658D+02 0.613359D+02 1000000 404720 001:04:58 0.139706D+02 0.613359D+02 * 1006346 370780 001:05:22 0.139850D+02 0.340877D+02 * 1006378 362368 001:05:22 0.139851D+02 0.323623D+02 1014696+ 365675 001:05:52 0.140000D+02 0.323623D+02 1026673+ 370032 001:06:22 0.140079D+02 0.323623D+02 1036677 373178 001:06:52 0.140230D+02 0.323623D+02 1044905 376295 001:07:22 0.140432D+02 0.323623D+02 1053254 379596 001:07:52 0.140619D+02 0.323623D+02 1061496+ 382836 001:08:22 0.140810D+02 0.323623D+02 1070231+ 386337 001:08:52 0.141000D+02 0.323623D+02 1080157+ 389910 001:09:22 0.141171D+02 0.323623D+02 1092096+ 393077 001:09:52 0.141280D+02 0.323623D+02 1101510+ 396452 001:10:22 0.141494D+02 0.323623D+02 1110564 399749 001:10:52 0.141686D+02 0.323623D+02 1119588 403153 001:11:22 0.141824D+02 0.323623D+02 1128882 406615 001:11:52 0.141947D+02 0.323623D+02 1138059+ 409880 001:12:22 0.142076D+02 0.323623D+02 1146320+ 413099 001:12:52 0.142176D+02 0.323623D+02 1155093 416330 001:13:22 0.142355D+02 0.323623D+02 1163494 419393 001:13:52 0.142564D+02 0.323623D+02 1173569+ 422921 001:14:22 0.142580D+02 0.323623D+02 1182560 426205 001:14:52 0.142669D+02 0.323623D+02 1190604+ 429271 001:15:22 0.142763D+02 0.323623D+02 1199609+ 432306 001:15:52 0.142881D+02 0.323623D+02 1208594+ 435757 001:16:22 0.143048D+02 0.323623D+02 1218159+ 439283 001:16:52 0.143203D+02 0.323623D+02 1225548+ 442343 001:17:22 0.143324D+02 0.323623D+02 1233299 445226 001:17:52 0.143513D+02 0.323623D+02 1241635 448216 001:18:22 0.143667D+02 0.323623D+02 1250248+ 451386 001:18:52 0.143826D+02 0.323623D+02 1260330+ 455128 001:19:22 0.143890D+02 0.323623D+02 1267962+ 458192 001:19:52 0.143921D+02 0.323623D+02 1276421+ 461175 001:20:22 0.144069D+02 0.323623D+02 1282880+ 463561 001:20:52 0.144098D+02 0.323623D+02 1288712 465764 001:21:22 0.144117D+02 0.323623D+02 1296967 468536 001:21:52 0.144221D+02 0.323623D+02 1305386+ 471724 001:22:22 0.144347D+02 0.323623D+02 1313958+ 474903 001:22:52 0.144451D+02 0.323623D+02 1324576+ 477910 001:23:22 0.144542D+02 0.323623D+02 1332951+ 480953 001:23:52 0.144642D+02 0.323623D+02 1340732 483818 001:24:22 0.144767D+02 0.323623D+02 1348825+ 487003 001:24:52 0.144886D+02 0.323623D+02 1356200+ 489975 001:25:22 0.144999D+02 0.323623D+02 1362847+ 492694 001:25:52 0.145000D+02 0.323623D+02 1370691 495722 001:26:22 0.145077D+02 0.323623D+02 1379751+ 498712 001:26:52 0.145174D+02 0.323623D+02 1388863+ 502105 001:27:22 0.145199D+02 0.323623D+02 1397227+ 505305 001:27:52 0.145259D+02 0.323623D+02 1405113+ 508735 001:28:22 0.145286D+02 0.323623D+02 1413780+ 511625 001:28:52 0.145398D+02 0.323623D+02 1422023 514579 001:29:22 0.145511D+02 0.323623D+02 1430905+ 517828 001:29:52 0.145606D+02 0.323623D+02 1438999 521008 001:30:22 0.145606D+02 0.323623D+02 1447281 524179 001:30:52 0.145606D+02 0.323623D+02 1455180 527632 001:31:22 0.145606D+02 0.323623D+02 1463228 530737 001:31:52 0.145606D+02 0.323623D+02 1472699+ 534192 001:32:22 0.145606D+02 0.323623D+02 1480609 536937 001:32:52 0.145652D+02 0.323623D+02 1488771+ 539744 001:33:22 0.145797D+02 0.323623D+02 1497807+ 543024 001:33:52 0.145920D+02 0.323623D+02 1505870+ 546493 001:34:22 0.145978D+02 0.323623D+02 1514093+ 549832 001:34:52 0.145978D+02 0.323623D+02 1521280+ 552872 001:35:22 0.145978D+02 0.323623D+02 1529576+ 556054 001:35:52 0.146008D+02 0.323623D+02 1539251+ 559484 001:36:22 0.146091D+02 0.323623D+02 1548054 562591 001:36:52 0.146197D+02 0.323623D+02 1556841+ 565681 001:37:22 0.146303D+02 0.323623D+02 1565669 568821 001:37:52 0.146405D+02 0.323623D+02 1574550 572213 001:38:22 0.146470D+02 0.323623D+02 1583085+ 575311 001:38:52 0.146537D+02 0.323623D+02 1592184 578440 001:39:22 0.146541D+02 0.323623D+02 1601087+ 581545 001:39:52 0.146575D+02 0.323623D+02 1610696 584818 001:40:22 0.146676D+02 0.323623D+02 1621046+ 588049 001:40:52 0.146794D+02 0.323623D+02 1630532+ 591549 001:41:22 0.146880D+02 0.323623D+02 1639517+ 594635 001:41:52 0.146981D+02 0.323623D+02 1648428+ 598143 001:42:22 0.147031D+02 0.323623D+02 1657550 601514 001:42:52 0.147146D+02 0.323623D+02 1665113+ 604439 001:43:22 0.147212D+02 0.323623D+02 1675263+ 608175 001:43:52 0.147241D+02 0.323623D+02 1684220+ 611313 001:44:22 0.147346D+02 0.323623D+02 1692061 615074 001:44:52 0.147384D+02 0.323623D+02 1700111 618152 001:45:22 0.147484D+02 0.323623D+02 1707850 621383 001:45:52 0.147549D+02 0.323623D+02 1715530+ 624135 001:46:22 0.147597D+02 0.323623D+02 1723749+ 626557 001:46:52 0.147653D+02 0.323623D+02 1732211+ 629405 001:47:22 0.147717D+02 0.323623D+02 1740981+ 632303 001:47:52 0.147821D+02 0.323623D+02 1750101 635770 001:48:22 0.147929D+02 0.323623D+02 1758681 639435 001:48:52 0.147929D+02 0.323623D+02 1766809+ 642696 001:49:22 0.147958D+02 0.323623D+02 1775726+ 645837 001:49:52 0.148063D+02 0.323623D+02 1784351+ 648620 001:50:22 0.148176D+02 0.323623D+02 1792507+ 651454 001:50:52 0.148295D+02 0.323623D+02 1801345+ 654525 001:51:22 0.148421D+02 0.323623D+02 1810919 657870 001:51:52 0.148457D+02 0.323623D+02 1821045+ 661227 001:52:22 0.148553D+02 0.323623D+02 1830127+ 664656 001:52:52 0.148609D+02 0.323623D+02 1838467+ 668034 001:53:22 0.148690D+02 0.323623D+02 1846937+ 671263 001:53:52 0.148750D+02 0.323623D+02 1855237+ 674350 001:54:22 0.148863D+02 0.323623D+02 1864179+ 677552 001:54:52 0.148943D+02 0.323623D+02 1871319 680462 001:55:22 0.148987D+02 0.323623D+02 1878170+ 682969 001:55:52 0.149059D+02 0.323623D+02 1886643+ 685961 001:56:22 0.149182D+02 0.323623D+02 1893652 688791 001:56:52 0.149205D+02 0.323623D+02 1902290 691902 001:57:22 0.149265D+02 0.323623D+02 1910459 695016 001:57:52 0.149330D+02 0.323623D+02 1918171+ 698325 001:58:22 0.149387D+02 0.323623D+02 1926049 701391 001:58:52 0.149484D+02 0.323623D+02 1934897+ 704543 001:59:22 0.149557D+02 0.323623D+02 1943118+ 707745 001:59:52 0.149611D+02 0.323623D+02 1945433 708551 002:00:00 0.149629D+02 0.323623D+02 *** Max. allowable CPU time exceeded *** LP subsolver time: 001:21:47, in seconds: 4907.27 NLP subsolver time: 000:18:59, in seconds: 1139.17 Cutting time: 000:01:31, in seconds: 90.96 All other time: 000:17:43, in seconds: 1062.59 Total time elapsed: 002:00:00, in seconds: 7200.00 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.08 on navigating: 000:00:58, in seconds: 58.08 on relaxed: 000:39:43, in seconds: 2383.12 on local: 000:18:32, in seconds: 1111.86 on tightening: 000:07:38, in seconds: 457.72 on marginals: 000:00:06, in seconds: 5.59 on probing: 000:53:04, in seconds: 3183.54 Total no. of BaR iterations: 1945433 Best solution found at node: 1006378 Max. no. of nodes in memory: 708551 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 298073248 90.96 All done =========================================================================== Solution = 32.3623210541 found at node 1006378 Best possible = 14.9629380325 Absolute gap = 17.3993830216 optca = 1E-9 Relative gap = 1.16283 optcr = 1E-6 --- Restarting execution --- fo8_ar4_1.gms(850) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job fo8_ar4_1.gms Stop 11/20/12 23:11:14 elapsed 2:00:19.710 @04 1353449474 ----------------------------- Di 20. Nov 23:11:14 CET 2012 ----------------------------- =ready= Linux opt210 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/fo8_ar5_1.gms =========== ----------------------------- Di 20. Nov 21:10:55 CET 2012 ----------------------------- @03 1353442255 --- Job fo8_ar5_1.gms Start 11/20/12 21:10:55 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- fo8_ar5_1.gms(850) 2 Mb --- Starting execution: elapsed 0:00:00.008 --- fo8_ar5_1.gms(845) 3 Mb --- Generating MINLP model m --- fo8_ar5_1.gms(850) 5 Mb --- 348 rows 145 columns 1,381 non-zeroes --- 81 nl-code 16 nl-non-zeroes --- 56 discrete-columns --- fo8_ar5_1.gms(850) 3 Mb --- Executing BARON: elapsed 0:00:00.013 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 8012508 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.000000D+00 0.100000D+52 1 1 000:00:00 0.000000D+00 0.100000D+52 2723 1532 000:00:31 0.427022D+01 0.100000D+52 7207 3751 000:01:01 0.470001D+01 0.100000D+52 11545 5771 000:01:31 0.495081D+01 0.100000D+52 15822 7751 000:02:01 0.509345D+01 0.100000D+52 19705 9609 000:02:31 0.517848D+01 0.100000D+52 24323 11455 000:03:01 0.517848D+01 0.100000D+52 28588 13320 000:03:31 0.527304D+01 0.100000D+52 32528 15162 000:04:01 0.532279D+01 0.100000D+52 36443+ 16968 000:04:31 0.535630D+01 0.100000D+52 * 37478 17144 000:04:39 0.541230D+01 0.373901D+02 47676+ 21341 000:05:09 0.550070D+01 0.373901D+02 56503+ 25217 000:05:39 0.577656D+01 0.373901D+02 65185+ 29784 000:06:09 0.588047D+01 0.373901D+02 73908+ 34483 000:06:39 0.595845D+01 0.373901D+02 83041 39130 000:07:09 0.606307D+01 0.373901D+02 92798+ 44119 000:07:39 0.613137D+01 0.373901D+02 102776+ 49056 000:08:09 0.623532D+01 0.373901D+02 111635+ 53636 000:08:39 0.632768D+01 0.373901D+02 120427 58327 000:09:09 0.635903D+01 0.373901D+02 131069+ 63700 000:09:39 0.647308D+01 0.373901D+02 143073 69447 000:10:09 0.657858D+01 0.373901D+02 153764+ 74485 000:10:39 0.680624D+01 0.373901D+02 165294 79799 000:11:09 0.696327D+01 0.373901D+02 173192+ 83727 000:11:39 0.701368D+01 0.373901D+02 182046+ 87957 000:12:09 0.719298D+01 0.373901D+02 189360 91521 000:12:39 0.723609D+01 0.373901D+02 197429+ 94957 000:13:09 0.727221D+01 0.373901D+02 206136+ 99118 000:13:39 0.733597D+01 0.373901D+02 214450 103002 000:14:09 0.737156D+01 0.373901D+02 222587 106723 000:14:39 0.737156D+01 0.373901D+02 231510+ 110700 000:15:09 0.737272D+01 0.373901D+02 240786+ 114836 000:15:39 0.739209D+01 0.373901D+02 250669+ 118803 000:16:09 0.741051D+01 0.373901D+02 259648+ 123063 000:16:39 0.742613D+01 0.373901D+02 267891+ 126956 000:17:09 0.743991D+01 0.373901D+02 275959+ 130356 000:17:39 0.744610D+01 0.373901D+02 284275 133969 000:18:10 0.744610D+01 0.373901D+02 292798 137464 000:18:40 0.744610D+01 0.373901D+02 302031+ 141448 000:19:10 0.745593D+01 0.373901D+02 309974 144736 000:19:40 0.745967D+01 0.373901D+02 319049+ 148592 000:20:10 0.747250D+01 0.373901D+02 328743+ 152467 000:20:40 0.748876D+01 0.373901D+02 336961+ 156058 000:21:10 0.749579D+01 0.373901D+02 345279+ 159832 000:21:40 0.749579D+01 0.373901D+02 353461+ 163665 000:22:10 0.749579D+01 0.373901D+02 362578+ 167790 000:22:40 0.750315D+01 0.373901D+02 371551 171596 000:23:10 0.751445D+01 0.373901D+02 380702 175545 000:23:40 0.752041D+01 0.373901D+02 390112+ 179741 000:24:10 0.752063D+01 0.373901D+02 399054+ 183214 000:24:40 0.752426D+01 0.373901D+02 407755+ 186757 000:25:10 0.753662D+01 0.373901D+02 416516 190837 000:25:40 0.753927D+01 0.373901D+02 425356 194795 000:26:10 0.753927D+01 0.373901D+02 433940 198710 000:26:40 0.754355D+01 0.373901D+02 442934+ 202845 000:27:10 0.754868D+01 0.373901D+02 452671+ 206997 000:27:40 0.755487D+01 0.373901D+02 462572 210834 000:28:10 0.756556D+01 0.373901D+02 471222+ 214726 000:28:40 0.757032D+01 0.373901D+02 479995+ 218629 000:29:10 0.757032D+01 0.373901D+02 488343 222540 000:29:40 0.757032D+01 0.373901D+02 496862+ 226330 000:30:10 0.757032D+01 0.373901D+02 505780 230011 000:30:40 0.757812D+01 0.373901D+02 514572+ 234244 000:31:10 0.758656D+01 0.373901D+02 523438+ 238234 000:31:40 0.759374D+01 0.373901D+02 532635 242478 000:32:10 0.759942D+01 0.373901D+02 542438 246608 000:32:40 0.760467D+01 0.373901D+02 551205+ 250708 000:33:10 0.761195D+01 0.373901D+02 560188 254699 000:33:40 0.761380D+01 0.373901D+02 568526+ 258518 000:34:10 0.761808D+01 0.373901D+02 578251+ 262652 000:34:40 0.762378D+01 0.373901D+02 587017 266255 000:35:10 0.762737D+01 0.373901D+02 594718 269592 000:35:40 0.762940D+01 0.373901D+02 603237+ 273722 000:36:10 0.763597D+01 0.373901D+02 612789+ 277674 000:36:40 0.764010D+01 0.373901D+02 622426 281824 000:37:10 0.764290D+01 0.373901D+02 631823+ 285920 000:37:40 0.764486D+01 0.373901D+02 640682 289793 000:38:10 0.764860D+01 0.373901D+02 649641+ 293688 000:38:40 0.765853D+01 0.373901D+02 659200+ 297507 000:39:10 0.766349D+01 0.373901D+02 667567+ 301435 000:39:40 0.766349D+01 0.373901D+02 675906+ 305340 000:40:10 0.766349D+01 0.373901D+02 684570+ 309201 000:40:40 0.766701D+01 0.373901D+02 691909+ 312647 000:41:10 0.767055D+01 0.373901D+02 701246+ 316766 000:41:40 0.767292D+01 0.373901D+02 711139+ 321273 000:42:10 0.767623D+01 0.373901D+02 720051+ 325333 000:42:40 0.768330D+01 0.373901D+02 727620+ 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0.373901D+02 900357+ 406990 000:53:10 0.775453D+01 0.373901D+02 909439+ 411036 000:53:40 0.776182D+01 0.373901D+02 918527 415056 000:54:10 0.776713D+01 0.373901D+02 928682 419438 000:54:40 0.777319D+01 0.373901D+02 937929+ 423636 000:55:10 0.777684D+01 0.373901D+02 947033+ 427412 000:55:40 0.778386D+01 0.373901D+02 955931+ 431640 000:56:10 0.778899D+01 0.373901D+02 964191+ 435110 000:56:40 0.779396D+01 0.373901D+02 972234 438704 000:57:10 0.779486D+01 0.373901D+02 980693+ 442469 000:57:40 0.779507D+01 0.373901D+02 989576+ 446419 000:58:10 0.779710D+01 0.373901D+02 997809+ 450428 000:58:40 0.780231D+01 0.373901D+02 1000000 451453 000:58:48 0.780282D+01 0.373901D+02 1008220+ 455460 000:59:18 0.780780D+01 0.373901D+02 1017312 459534 000:59:48 0.781061D+01 0.373901D+02 1026780+ 463667 001:00:18 0.781381D+01 0.373901D+02 1035597 467163 001:00:48 0.781515D+01 0.373901D+02 1043561+ 470885 001:01:18 0.781878D+01 0.373901D+02 1052149+ 474749 001:01:48 0.781878D+01 0.373901D+02 1060175 478290 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0.804664D+01 0.373901D+02 1720784 769234 001:41:19 0.804922D+01 0.373901D+02 1728854+ 773018 001:41:49 0.805380D+01 0.373901D+02 1738037+ 776814 001:42:19 0.806014D+01 0.373901D+02 1744982+ 779983 001:42:49 0.806068D+01 0.373901D+02 1753720+ 783751 001:43:19 0.806897D+01 0.373901D+02 1762211+ 788031 001:43:49 0.806942D+01 0.373901D+02 1771480+ 792014 001:44:19 0.807459D+01 0.373901D+02 1779726+ 795319 001:44:49 0.808036D+01 0.373901D+02 1788978+ 799847 001:45:19 0.808629D+01 0.373901D+02 1797825 803640 001:45:49 0.809012D+01 0.373901D+02 1807161 808111 001:46:19 0.809206D+01 0.373901D+02 1815112+ 811814 001:46:49 0.809921D+01 0.373901D+02 1824546+ 815694 001:47:19 0.810574D+01 0.373901D+02 1834065+ 819137 001:47:49 0.810787D+01 0.373901D+02 1841431+ 822456 001:48:19 0.811071D+01 0.373901D+02 1850136+ 826133 001:48:49 0.811071D+01 0.373901D+02 1857623 829462 001:49:19 0.811245D+01 0.373901D+02 1866845+ 833683 001:49:49 0.811667D+01 0.373901D+02 1875388+ 837666 001:50:19 0.811901D+01 0.373901D+02 1883723 841692 001:50:49 0.812117D+01 0.373901D+02 1892266 845647 001:51:19 0.812438D+01 0.373901D+02 1901173 849741 001:51:49 0.812776D+01 0.373901D+02 1908971+ 853185 001:52:19 0.813052D+01 0.373901D+02 1918552+ 856701 001:52:49 0.813468D+01 0.373901D+02 1926018+ 860257 001:53:19 0.813849D+01 0.373901D+02 1934899+ 864181 001:53:49 0.814450D+01 0.373901D+02 1943275+ 867943 001:54:19 0.814922D+01 0.373901D+02 1951322 871652 001:54:49 0.815662D+01 0.373901D+02 1960749+ 875307 001:55:19 0.816167D+01 0.373901D+02 1969067+ 878750 001:55:49 0.816283D+01 0.373901D+02 1978240+ 882837 001:56:19 0.816664D+01 0.373901D+02 1987220 886417 001:56:49 0.817223D+01 0.373901D+02 1995106+ 889825 001:57:19 0.818012D+01 0.373901D+02 2000000 891921 001:57:33 0.818404D+01 0.373901D+02 2009417 895728 001:58:03 0.818864D+01 0.373901D+02 2018473 899575 001:58:33 0.819445D+01 0.373901D+02 2028123+ 903704 001:59:03 0.820283D+01 0.373901D+02 2038026+ 908052 001:59:33 0.821045D+01 0.373901D+02 2047374 912401 002:00:00 0.821434D+01 0.373901D+02 *** Max. allowable CPU time exceeded *** LP subsolver time: 001:25:05, in seconds: 5105.43 NLP subsolver time: 000:12:51, in seconds: 770.63 Cutting time: 000:01:49, in seconds: 109.15 All other time: 000:20:15, in seconds: 1214.79 Total time elapsed: 002:00:00, in seconds: 7200.00 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.06 on navigating: 000:01:04, in seconds: 64.12 on relaxed: 000:34:20, in seconds: 2059.88 on local: 000:12:21, in seconds: 740.57 on tightening: 000:08:33, in seconds: 513.17 on marginals: 000:00:06, in seconds: 5.95 on probing: 001:03:36, in seconds: 3816.24 Total no. of BaR iterations: 2047374 Best solution found at node: 37478 Max. no. of nodes in memory: 912401 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 359887894 109.15 All done =========================================================================== Solution = 37.3901454662 found at node 37478 Best possible = 8.21434135989 Absolute gap = 29.17580410631 optca = 1E-9 Relative gap = 3.55181 optcr = 1E-6 --- Restarting execution --- fo8_ar5_1.gms(850) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job fo8_ar5_1.gms Stop 11/20/12 23:11:15 elapsed 2:00:19.969 @04 1353449475 ----------------------------- Di 20. Nov 23:11:15 CET 2012 ----------------------------- =ready= Linux opt232 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/fo8.gms =========== ----------------------------- Di 20. Nov 21:10:55 CET 2012 ----------------------------- @03 1353442255 --- Job fo8.gms Start 11/20/12 21:10:55 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- fo8.gms(643) 2 Mb --- Starting execution: elapsed 0:00:00.028 --- fo8.gms(638) 3 Mb --- Generating MINLP model m --- fo8.gms(643) 5 Mb --- 274 rows 147 columns 1,137 non-zeroes --- 81 nl-code 16 nl-non-zeroes --- 56 discrete-columns --- fo8.gms(643) 3 Mb --- Executing BARON: elapsed 0:00:00.033 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 9895632 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.000000D+00 0.100000D+52 1 1 000:00:00 0.000000D+00 0.100000D+52 3783 2204 000:00:30 0.259151D+01 0.100000D+52 8428+ 4995 000:01:00 0.345756D+01 0.100000D+52 13302 7413 000:01:30 0.508616D+01 0.100000D+52 18125 10081 000:02:00 0.524264D+01 0.100000D+52 23104 12601 000:02:30 0.524286D+01 0.100000D+52 28319 15286 000:03:00 0.548393D+01 0.100000D+52 33193 17872 000:03:30 0.575000D+01 0.100000D+52 36954 20011 000:04:00 0.575000D+01 0.100000D+52 41542 22480 000:04:30 0.587500D+01 0.100000D+52 45820+ 24827 000:05:00 0.597500D+01 0.100000D+52 49843 27160 000:05:30 0.599994D+01 0.100000D+52 53517+ 29291 000:06:00 0.599999D+01 0.100000D+52 58029 31639 000:06:30 0.599999D+01 0.100000D+52 62640+ 34230 000:07:00 0.599999D+01 0.100000D+52 67480+ 36818 000:07:31 0.599999D+01 0.100000D+52 72296 39338 000:08:01 0.599999D+01 0.100000D+52 77061 41875 000:08:31 0.599999D+01 0.100000D+52 82005 44343 000:09:01 0.600000D+01 0.100000D+52 86969+ 46994 000:09:31 0.600000D+01 0.100000D+52 93070 49668 000:10:01 0.600000D+01 0.100000D+52 99306 52277 000:10:31 0.600000D+01 0.100000D+52 104469 54789 000:11:01 0.600000D+01 0.100000D+52 109546 57626 000:11:31 0.600000D+01 0.100000D+52 114503+ 60132 000:12:01 0.600000D+01 0.100000D+52 119620 62680 000:12:31 0.600000D+01 0.100000D+52 124778 65345 000:13:01 0.600000D+01 0.100000D+52 129501 67726 000:13:31 0.600000D+01 0.100000D+52 135163 70068 000:14:01 0.600000D+01 0.100000D+52 138775+ 72010 000:14:31 0.600000D+01 0.100000D+52 143916 74425 000:15:01 0.600595D+01 0.100000D+52 149876 76642 000:15:31 0.603214D+01 0.100000D+52 155592 79181 000:16:01 0.603214D+01 0.100000D+52 161194+ 81642 000:16:31 0.603214D+01 0.100000D+52 167841 84422 000:17:01 0.604091D+01 0.100000D+52 174311 87069 000:17:31 0.604091D+01 0.100000D+52 181227 89696 000:18:01 0.604091D+01 0.100000D+52 188031 92277 000:18:31 0.604643D+01 0.100000D+52 192966+ 94713 000:19:01 0.607403D+01 0.100000D+52 198535 97625 000:19:32 0.607619D+01 0.100000D+52 204081 100234 000:20:02 0.607619D+01 0.100000D+52 209314 102773 000:20:32 0.607619D+01 0.100000D+52 214546+ 105402 000:21:02 0.607619D+01 0.100000D+52 219641+ 107901 000:21:32 0.608854D+01 0.100000D+52 225439+ 110548 000:22:02 0.609578D+01 0.100000D+52 229899 112784 000:22:32 0.611028D+01 0.100000D+52 234900 115014 000:23:02 0.616134D+01 0.100000D+52 239840 117563 000:23:32 0.617308D+01 0.100000D+52 246912 120117 000:24:02 0.619066D+01 0.100000D+52 251097+ 122235 000:24:32 0.628750D+01 0.100000D+52 257725 124679 000:25:02 0.633068D+01 0.100000D+52 264148 127407 000:25:32 0.634151D+01 0.100000D+52 * 264870 127273 000:25:38 0.634151D+01 0.395044D+02 275299 132612 000:26:08 0.645000D+01 0.395044D+02 286495+ 138547 000:26:38 0.651119D+01 0.395044D+02 296731+ 144118 000:27:08 0.654781D+01 0.395044D+02 307284+ 149554 000:27:38 0.659151D+01 0.395044D+02 318505 155288 000:28:08 0.664741D+01 0.395044D+02 326420+ 159417 000:28:38 0.665685D+01 0.395044D+02 334517+ 163298 000:29:08 0.665685D+01 0.395044D+02 344137 166264 000:29:38 0.665685D+01 0.395044D+02 353320 169619 000:30:08 0.665685D+01 0.395044D+02 362334 173094 000:30:38 0.665685D+01 0.395044D+02 371379 176482 000:31:08 0.665685D+01 0.395044D+02 381459+ 178887 000:31:38 0.665685D+01 0.395044D+02 391847+ 180894 000:32:08 0.665685D+01 0.395044D+02 402115+ 182999 000:32:38 0.665685D+01 0.395044D+02 412467 185776 000:33:08 0.665685D+01 0.395044D+02 422952 188275 000:33:38 0.665685D+01 0.395044D+02 433519+ 190957 000:34:08 0.665685D+01 0.395044D+02 444286 193436 000:34:38 0.665685D+01 0.395044D+02 454311 195909 000:35:08 0.665685D+01 0.395044D+02 464089 198120 000:35:38 0.665685D+01 0.395044D+02 473787+ 200874 000:36:08 0.665685D+01 0.395044D+02 482246+ 203500 000:36:38 0.665685D+01 0.395044D+02 490933 206091 000:37:09 0.665685D+01 0.395044D+02 499355+ 209324 000:37:39 0.665685D+01 0.395044D+02 509121 211461 000:38:09 0.665685D+01 0.395044D+02 518774+ 213693 000:38:39 0.665685D+01 0.395044D+02 528690+ 215674 000:39:09 0.665685D+01 0.395044D+02 538350+ 217970 000:39:39 0.665685D+01 0.395044D+02 548302+ 220045 000:40:09 0.665685D+01 0.395044D+02 557971 222278 000:40:39 0.665685D+01 0.395044D+02 567636 224063 000:41:09 0.665685D+01 0.395044D+02 577349+ 226729 000:41:39 0.665685D+01 0.395044D+02 588025 229226 000:42:09 0.665685D+01 0.395044D+02 597840+ 231215 000:42:39 0.665685D+01 0.395044D+02 607685 233281 000:43:09 0.665685D+01 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0.710357D+01 0.395044D+02 2397381 660631 001:51:04 0.710357D+01 0.395044D+02 2412556 663987 001:51:34 0.710357D+01 0.395044D+02 2423326 666942 001:52:04 0.710357D+01 0.395044D+02 2435012+ 669638 001:52:34 0.710357D+01 0.395044D+02 2445672+ 672308 001:53:04 0.710357D+01 0.395044D+02 2456576+ 674937 001:53:34 0.710357D+01 0.395044D+02 2467346 677541 001:54:04 0.710357D+01 0.395044D+02 2478388 680327 001:54:34 0.710357D+01 0.395044D+02 2489496+ 683095 001:55:04 0.710357D+01 0.395044D+02 2500820+ 685787 001:55:34 0.710357D+01 0.395044D+02 2511961 688558 001:56:04 0.710357D+01 0.395044D+02 2522704+ 691186 001:56:34 0.710357D+01 0.395044D+02 2533932 693863 001:57:04 0.710357D+01 0.395044D+02 2545180 696505 001:57:34 0.710357D+01 0.395044D+02 2556629+ 699289 001:58:04 0.710357D+01 0.395044D+02 2568772+ 701925 001:58:34 0.710357D+01 0.395044D+02 2585259+ 703603 001:59:04 0.710357D+01 0.395044D+02 2596485 706429 001:59:34 0.710357D+01 0.395044D+02 2606529 708800 002:00:00 0.710357D+01 0.395044D+02 *** Max. allowable CPU time exceeded *** LP subsolver time: 001:14:21, in seconds: 4461.33 NLP subsolver time: 000:24:51, in seconds: 1491.18 Cutting time: 000:01:52, in seconds: 111.98 All other time: 000:18:56, in seconds: 1135.51 Total time elapsed: 002:00:00, in seconds: 7200.00 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.19 on navigating: 000:01:07, in seconds: 67.29 on relaxed: 000:32:43, in seconds: 1963.23 on local: 000:24:24, in seconds: 1463.90 on tightening: 000:07:30, in seconds: 449.63 on marginals: 000:00:05, in seconds: 5.05 on probing: 000:54:11, in seconds: 3250.71 Total no. of BaR iterations: 2606529 Best solution found at node: 264870 Max. no. of nodes in memory: 708806 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 367728541 111.98 All done =========================================================================== Solution = 39.5044117335 found at node 264870 Best possible = 7.10357142857 Absolute gap = 32.40084030493 optca = 1E-9 Relative gap = 4.56120 optcr = 1E-6 --- Restarting execution --- fo8.gms(643) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job fo8.gms Stop 11/20/12 23:11:14 elapsed 2:00:19.209 @04 1353449474 ----------------------------- Di 20. Nov 23:11:14 CET 2012 ----------------------------- =ready= Linux opt209 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/fo9_ar2_1.gms =========== ----------------------------- Di 20. Nov 21:10:55 CET 2012 ----------------------------- @03 1353442255 --- Job fo9_ar2_1.gms Start 11/20/12 21:10:55 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- fo9_ar2_1.gms(1055) 2 Mb --- Starting execution: elapsed 0:00:00.040 --- fo9_ar2_1.gms(1050) 3 Mb --- Generating MINLP model m --- fo9_ar2_1.gms(1055) 5 Mb --- 436 rows 181 columns 1,751 non-zeroes --- 91 nl-code 18 nl-non-zeroes --- 72 discrete-columns --- fo9_ar2_1.gms(1055) 3 Mb --- Executing BARON: elapsed 0:00:00.046 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 6507127 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.000000D+00 0.100000D+52 1 1 000:00:00 0.000000D+00 0.100000D+52 2312+ 1368 000:00:31 0.671751D+01 0.100000D+52 6160 3602 000:01:01 0.691954D+01 0.100000D+52 9376 5483 000:01:31 0.801387D+01 0.100000D+52 12828+ 7136 000:02:01 0.847487D+01 0.100000D+52 15928+ 8715 000:02:31 0.847487D+01 0.100000D+52 19464 10424 000:03:01 0.847487D+01 0.100000D+52 22433+ 12054 000:03:31 0.847487D+01 0.100000D+52 25222+ 13541 000:04:01 0.858809D+01 0.100000D+52 28790 15310 000:04:31 0.858809D+01 0.100000D+52 32095+ 16970 000:05:01 0.877506D+01 0.100000D+52 35389+ 18086 000:05:31 0.877506D+01 0.100000D+52 38885+ 19733 000:06:01 0.879263D+01 0.100000D+52 42235 21677 000:06:31 0.879263D+01 0.100000D+52 45216+ 23129 000:07:01 0.879263D+01 0.100000D+52 48463 24739 000:07:31 0.879263D+01 0.100000D+52 51942+ 26403 000:08:01 0.889190D+01 0.100000D+52 55770 28052 000:08:31 0.904087D+01 0.100000D+52 59289+ 29558 000:09:01 0.914664D+01 0.100000D+52 62964+ 31182 000:09:31 0.927594D+01 0.100000D+52 66364 32711 000:10:01 0.954591D+01 0.100000D+52 69650 34456 000:10:31 0.954591D+01 0.100000D+52 72599+ 36192 000:11:01 0.954591D+01 0.100000D+52 75644+ 37887 000:11:31 0.954592D+01 0.100000D+52 79021 39525 000:12:01 0.974794D+01 0.100000D+52 82286+ 41140 000:12:31 0.975730D+01 0.100000D+52 85580 42428 000:13:01 0.975730D+01 0.100000D+52 88867 43941 000:13:32 0.976058D+01 0.100000D+52 92666 45697 000:14:02 0.994147D+01 0.100000D+52 95942 47285 000:14:32 0.100173D+02 0.100000D+52 99272 49042 000:15:02 0.100173D+02 0.100000D+52 102811+ 50763 000:15:32 0.100578D+02 0.100000D+52 106725 52448 000:16:02 0.102194D+02 0.100000D+52 109943+ 54120 000:16:32 0.102734D+02 0.100000D+52 113575+ 55688 000:17:02 0.104248D+02 0.100000D+52 117384 57427 000:17:32 0.104887D+02 0.100000D+52 120822+ 59000 000:18:02 0.105355D+02 0.100000D+52 124839 60717 000:18:32 0.106908D+02 0.100000D+52 127989+ 62419 000:19:02 0.107175D+02 0.100000D+52 130813+ 64033 000:19:32 0.107244D+02 0.100000D+52 133826+ 65749 000:20:02 0.107716D+02 0.100000D+52 137565+ 67651 000:20:32 0.108086D+02 0.100000D+52 141829+ 69413 000:21:02 0.109143D+02 0.100000D+52 145211+ 71029 000:21:32 0.109602D+02 0.100000D+52 148513+ 72777 000:22:02 0.110544D+02 0.100000D+52 151979 74427 000:22:33 0.110983D+02 0.100000D+52 155693+ 76163 000:23:03 0.112133D+02 0.100000D+52 159426 77940 000:23:33 0.113033D+02 0.100000D+52 162081 79312 000:24:03 0.113033D+02 0.100000D+52 164813+ 80696 000:24:33 0.113033D+02 0.100000D+52 167744+ 82280 000:25:03 0.113137D+02 0.100000D+52 171803+ 84234 000:25:33 0.113137D+02 0.100000D+52 175343 85859 000:26:03 0.113392D+02 0.100000D+52 179009 87601 000:26:33 0.114126D+02 0.100000D+52 181759+ 89098 000:27:03 0.114273D+02 0.100000D+52 185260+ 90835 000:27:33 0.114530D+02 0.100000D+52 189202 92426 000:28:03 0.114787D+02 0.100000D+52 192811 94014 000:28:33 0.115053D+02 0.100000D+52 196435 95779 000:29:03 0.115511D+02 0.100000D+52 200465+ 97688 000:29:33 0.116292D+02 0.100000D+52 204647+ 99461 000:30:03 0.116672D+02 0.100000D+52 207980 101178 000:30:33 0.117412D+02 0.100000D+52 211413+ 102962 000:31:03 0.117757D+02 0.100000D+52 214719 104633 000:31:33 0.117782D+02 0.100000D+52 217521+ 106143 000:32:03 0.117799D+02 0.100000D+52 220665+ 107673 000:32:33 0.117851D+02 0.100000D+52 224321+ 109257 000:33:03 0.118205D+02 0.100000D+52 228138+ 111021 000:33:33 0.118693D+02 0.100000D+52 232887+ 112906 000:34:03 0.119030D+02 0.100000D+52 236757+ 114632 000:34:33 0.119550D+02 0.100000D+52 240550 116354 000:35:03 0.120067D+02 0.100000D+52 243650 118002 000:35:33 0.120104D+02 0.100000D+52 246831 119653 000:36:03 0.120104D+02 0.100000D+52 250495+ 121227 000:36:34 0.120208D+02 0.100000D+52 254507+ 122968 000:37:04 0.120208D+02 0.100000D+52 258224+ 124767 000:37:34 0.120208D+02 0.100000D+52 261858 126682 000:38:04 0.120208D+02 0.100000D+52 265438 128412 000:38:34 0.120208D+02 0.100000D+52 269250 130431 000:39:04 0.120208D+02 0.100000D+52 272877+ 132553 000:39:34 0.120208D+02 0.100000D+52 276285+ 134364 000:40:04 0.120208D+02 0.100000D+52 280576 136700 000:40:34 0.120208D+02 0.100000D+52 284613+ 138783 000:41:04 0.120208D+02 0.100000D+52 288786+ 140823 000:41:34 0.120208D+02 0.100000D+52 292707+ 142732 000:42:04 0.120382D+02 0.100000D+52 296912 144621 000:42:34 0.120530D+02 0.100000D+52 300481 146488 000:43:04 0.120530D+02 0.100000D+52 304326 148258 000:43:34 0.120818D+02 0.100000D+52 308712 150245 000:44:04 0.120966D+02 0.100000D+52 314387+ 152669 000:44:34 0.121050D+02 0.100000D+52 319074 154734 000:45:04 0.121253D+02 0.100000D+52 322689 156450 000:45:34 0.121317D+02 0.100000D+52 326106+ 158089 000:46:04 0.121387D+02 0.100000D+52 329739+ 159899 000:46:34 0.121609D+02 0.100000D+52 333810+ 161861 000:47:04 0.121622D+02 0.100000D+52 338005 163663 000:47:34 0.121622D+02 0.100000D+52 342340+ 165570 000:48:04 0.121622D+02 0.100000D+52 346219+ 167264 000:48:34 0.121858D+02 0.100000D+52 349601+ 168949 000:49:04 0.121923D+02 0.100000D+52 352866 170570 000:49:34 0.121923D+02 0.100000D+52 356178+ 172138 000:50:04 0.121975D+02 0.100000D+52 360027+ 173843 000:50:34 0.122133D+02 0.100000D+52 363784+ 175665 000:51:04 0.122228D+02 0.100000D+52 367537+ 177488 000:51:34 0.122346D+02 0.100000D+52 369621+ 178828 000:52:04 0.122346D+02 0.100000D+52 372573+ 180279 000:52:34 0.122346D+02 0.100000D+52 375512 181773 000:53:04 0.122346D+02 0.100000D+52 378338 183242 000:53:34 0.122346D+02 0.100000D+52 381154 184680 000:54:04 0.122346D+02 0.100000D+52 383725+ 185967 000:54:34 0.122346D+02 0.100000D+52 386271+ 187295 000:55:04 0.122346D+02 0.100000D+52 389087 188757 000:55:34 0.122346D+02 0.100000D+52 391815+ 190135 000:56:04 0.122346D+02 0.100000D+52 394386+ 191491 000:56:34 0.122346D+02 0.100000D+52 396957+ 192881 000:57:04 0.122346D+02 0.100000D+52 400000+ 194445 000:57:34 0.122346D+02 0.100000D+52 402755+ 195922 000:58:04 0.122346D+02 0.100000D+52 405132+ 197229 000:58:34 0.122346D+02 0.100000D+52 407950+ 198756 000:59:04 0.122346D+02 0.100000D+52 410900 200291 000:59:34 0.122346D+02 0.100000D+52 413469+ 201678 001:00:04 0.122346D+02 0.100000D+52 416014 203096 001:00:34 0.122346D+02 0.100000D+52 418713 204596 001:01:04 0.122346D+02 0.100000D+52 421277 205949 001:01:34 0.122352D+02 0.100000D+52 424079+ 207313 001:02:04 0.122415D+02 0.100000D+52 426807+ 208836 001:02:34 0.122415D+02 0.100000D+52 430044 210589 001:03:04 0.122415D+02 0.100000D+52 433268+ 212265 001:03:34 0.122415D+02 0.100000D+52 435704+ 213610 001:04:04 0.122415D+02 0.100000D+52 438949+ 215382 001:04:34 0.122415D+02 0.100000D+52 441835+ 216850 001:05:04 0.122415D+02 0.100000D+52 444620 218364 001:05:34 0.122415D+02 0.100000D+52 447373 219766 001:06:04 0.122415D+02 0.100000D+52 450654 221504 001:06:34 0.122415D+02 0.100000D+52 453201+ 222888 001:07:04 0.122415D+02 0.100000D+52 455894+ 224291 001:07:34 0.122415D+02 0.100000D+52 458454+ 225698 001:08:04 0.122415D+02 0.100000D+52 461484 227034 001:08:34 0.122496D+02 0.100000D+52 465209 228759 001:09:04 0.122683D+02 0.100000D+52 469091 230435 001:09:34 0.122683D+02 0.100000D+52 474090 232591 001:10:04 0.122683D+02 0.100000D+52 477817+ 234138 001:10:34 0.122855D+02 0.100000D+52 481049+ 235610 001:11:04 0.122886D+02 0.100000D+52 484320+ 237186 001:11:34 0.122886D+02 0.100000D+52 487508 238801 001:12:05 0.122886D+02 0.100000D+52 490809+ 240475 001:12:35 0.122886D+02 0.100000D+52 493931 242138 001:13:05 0.122886D+02 0.100000D+52 496786+ 243690 001:13:35 0.122886D+02 0.100000D+52 499654+ 245169 001:14:05 0.122886D+02 0.100000D+52 502664 246771 001:14:35 0.122886D+02 0.100000D+52 505817+ 248422 001:15:05 0.122886D+02 0.100000D+52 508762+ 249965 001:15:35 0.122886D+02 0.100000D+52 511796 251575 001:16:05 0.122886D+02 0.100000D+52 515990+ 253526 001:16:35 0.122986D+02 0.100000D+52 520257 255487 001:17:05 0.123060D+02 0.100000D+52 523461 257160 001:17:35 0.123060D+02 0.100000D+52 526765+ 258772 001:18:05 0.123210D+02 0.100000D+52 530079 260129 001:18:35 0.123269D+02 0.100000D+52 534005+ 261572 001:19:05 0.123407D+02 0.100000D+52 537786+ 263266 001:19:35 0.123621D+02 0.100000D+52 540440 264649 001:20:05 0.123639D+02 0.100000D+52 543674+ 266193 001:20:35 0.123639D+02 0.100000D+52 547201 267571 001:21:05 0.123639D+02 0.100000D+52 550999 269055 001:21:35 0.123639D+02 0.100000D+52 554887 270480 001:22:05 0.123639D+02 0.100000D+52 558393+ 271874 001:22:35 0.123639D+02 0.100000D+52 561831+ 273530 001:23:05 0.123639D+02 0.100000D+52 565424 275269 001:23:35 0.123639D+02 0.100000D+52 568973+ 277016 001:24:05 0.123639D+02 0.100000D+52 572382 278667 001:24:35 0.123743D+02 0.100000D+52 576844 280435 001:25:05 0.123743D+02 0.100000D+52 581119+ 282191 001:25:35 0.123744D+02 0.100000D+52 585107 284046 001:26:05 0.123744D+02 0.100000D+52 589740 286013 001:26:35 0.123744D+02 0.100000D+52 593622 287656 001:27:05 0.123744D+02 0.100000D+52 597928 289522 001:27:35 0.123744D+02 0.100000D+52 602146 291318 001:28:05 0.123744D+02 0.100000D+52 606113 293092 001:28:35 0.123744D+02 0.100000D+52 610257 294997 001:29:05 0.123744D+02 0.100000D+52 614377+ 296850 001:29:35 0.123744D+02 0.100000D+52 618675+ 298889 001:30:05 0.123744D+02 0.100000D+52 622958 300838 001:30:35 0.123744D+02 0.100000D+52 627336+ 302825 001:31:05 0.123744D+02 0.100000D+52 631306 304403 001:31:35 0.123796D+02 0.100000D+52 634827 306006 001:32:05 0.123916D+02 0.100000D+52 639255 307874 001:32:35 0.124055D+02 0.100000D+52 642893+ 309461 001:33:05 0.124137D+02 0.100000D+52 646175 310931 001:33:35 0.124137D+02 0.100000D+52 650485+ 312580 001:34:05 0.124256D+02 0.100000D+52 654558+ 314196 001:34:35 0.124381D+02 0.100000D+52 659148+ 316167 001:35:05 0.124567D+02 0.100000D+52 662813 317607 001:35:35 0.124687D+02 0.100000D+52 665603+ 318505 001:36:05 0.124749D+02 0.100000D+52 668447+ 319887 001:36:35 0.124749D+02 0.100000D+52 671774 321436 001:37:05 0.124749D+02 0.100000D+52 674545 322904 001:37:35 0.124749D+02 0.100000D+52 678334 324663 001:38:05 0.124749D+02 0.100000D+52 681769 326249 001:38:35 0.124749D+02 0.100000D+52 685497 327953 001:39:06 0.124749D+02 0.100000D+52 689150 329585 001:39:36 0.124749D+02 0.100000D+52 692661 331189 001:40:06 0.124749D+02 0.100000D+52 695945 332728 001:40:36 0.124749D+02 0.100000D+52 699362 334313 001:41:06 0.124749D+02 0.100000D+52 702927 335956 001:41:36 0.124749D+02 0.100000D+52 706368 337608 001:42:06 0.124749D+02 0.100000D+52 710469 339417 001:42:36 0.124749D+02 0.100000D+52 713924 341059 001:43:06 0.124749D+02 0.100000D+52 717325 342608 001:43:36 0.124749D+02 0.100000D+52 720776+ 344197 001:44:06 0.124749D+02 0.100000D+52 724219 345743 001:44:36 0.124749D+02 0.100000D+52 727886 347494 001:45:06 0.124749D+02 0.100000D+52 731423 349184 001:45:36 0.124749D+02 0.100000D+52 734848 350768 001:46:06 0.124749D+02 0.100000D+52 738315 352351 001:46:36 0.124749D+02 0.100000D+52 742152 354180 001:47:06 0.124749D+02 0.100000D+52 745464+ 355836 001:47:36 0.124749D+02 0.100000D+52 748685 357446 001:48:06 0.124749D+02 0.100000D+52 752275 359213 001:48:36 0.124749D+02 0.100000D+52 755842+ 360981 001:49:06 0.124749D+02 0.100000D+52 759293+ 362676 001:49:36 0.124749D+02 0.100000D+52 762676 364396 001:50:06 0.124749D+02 0.100000D+52 766334 366243 001:50:36 0.124749D+02 0.100000D+52 769555 367770 001:51:06 0.124749D+02 0.100000D+52 772916+ 369431 001:51:36 0.124749D+02 0.100000D+52 776647+ 371195 001:52:06 0.124749D+02 0.100000D+52 780139+ 372968 001:52:36 0.124749D+02 0.100000D+52 783035+ 374409 001:53:06 0.124749D+02 0.100000D+52 786544 376131 001:53:36 0.124749D+02 0.100000D+52 790023 377868 001:54:06 0.124749D+02 0.100000D+52 793574+ 379644 001:54:36 0.124749D+02 0.100000D+52 796859 381221 001:55:06 0.124749D+02 0.100000D+52 800462 382951 001:55:36 0.124749D+02 0.100000D+52 803858 384648 001:56:06 0.124749D+02 0.100000D+52 807416 386381 001:56:36 0.124749D+02 0.100000D+52 811255+ 388232 001:57:06 0.124749D+02 0.100000D+52 814686+ 389878 001:57:36 0.124749D+02 0.100000D+52 818126 391501 001:58:06 0.124749D+02 0.100000D+52 821808+ 393267 001:58:36 0.124749D+02 0.100000D+52 825410 395078 001:59:06 0.124749D+02 0.100000D+52 829089 396861 001:59:36 0.124749D+02 0.100000D+52 831207 397932 002:00:00 0.124749D+02 0.100000D+52 *** Max. allowable CPU time exceeded *** *** No feasible solution was found *** LP subsolver time: 000:48:21, in seconds: 2900.84 NLP subsolver time: 000:59:45, in seconds: 3584.92 Cutting time: 000:00:49, in seconds: 48.57 All other time: 000:11:06, in seconds: 665.68 Total time elapsed: 002:00:00, in seconds: 7200.00 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.24 on navigating: 000:00:28, in seconds: 28.11 on relaxed: 000:19:58, in seconds: 1198.02 on local: 000:59:37, in seconds: 3576.64 on tightening: 000:04:11, in seconds: 250.97 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:35:46, in seconds: 2146.01 Total no. of BaR iterations: 831207 Best solution found at node: -3 Max. no. of nodes in memory: 397932 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 157859455 48.57 All done =========================================================================== *** Time or user interrupt, gap calculations *** are invalid because of an incomplete solution. *** No solution found - further Baron post processing aborted --- Restarting execution --- fo9_ar2_1.gms(1055) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job fo9_ar2_1.gms Stop 11/20/12 23:11:15 elapsed 2:00:19.238 @04 1353449475 ----------------------------- Di 20. Nov 23:11:15 CET 2012 ----------------------------- =ready= Linux opt231 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/fo9_ar25_1.gms =========== ----------------------------- Di 20. Nov 21:11:03 CET 2012 ----------------------------- @03 1353442263 --- Job fo9_ar25_1.gms Start 11/20/12 21:11:03 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- fo9_ar25_1.gms(1055) 2 Mb --- Starting execution: elapsed 0:00:00.009 --- fo9_ar25_1.gms(1050) 3 Mb --- Generating MINLP model m --- fo9_ar25_1.gms(1055) 5 Mb --- 436 rows 181 columns 1,751 non-zeroes --- 91 nl-code 18 nl-non-zeroes --- 72 discrete-columns --- fo9_ar25_1.gms(1055) 3 Mb --- Executing BARON: elapsed 0:00:00.014 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 6507127 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.000000D+00 0.100000D+52 1 1 000:00:00 0.000000D+00 0.100000D+52 1483+ 915 000:00:30 0.651839D+01 0.100000D+52 3234+ 1963 000:01:00 0.686233D+01 0.100000D+52 5024 3057 000:01:30 0.760963D+01 0.100000D+52 8291+ 4890 000:02:00 0.821361D+01 0.100000D+52 12550+ 7151 000:02:30 0.821472D+01 0.100000D+52 17046+ 9503 000:03:00 0.843682D+01 0.100000D+52 20886+ 11527 000:03:31 0.875571D+01 0.100000D+52 25419 14024 000:04:01 0.880976D+01 0.100000D+52 29648 16250 000:04:31 0.916629D+01 0.100000D+52 33765+ 18346 000:05:01 0.967206D+01 0.100000D+52 36707+ 19935 000:05:31 0.980314D+01 0.100000D+52 39841+ 21612 000:06:01 0.980314D+01 0.100000D+52 43223 23468 000:06:31 0.980314D+01 0.100000D+52 46842 25184 000:07:01 0.980314D+01 0.100000D+52 50404+ 26934 000:07:31 0.998335D+01 0.100000D+52 53624 28492 000:08:01 0.100264D+02 0.100000D+52 57461 30164 000:08:31 0.101844D+02 0.100000D+52 60562+ 31701 000:09:01 0.102097D+02 0.100000D+52 64213+ 33237 000:09:31 0.102502D+02 0.100000D+52 68640+ 35184 000:10:01 0.103452D+02 0.100000D+52 72737+ 37046 000:10:31 0.103452D+02 0.100000D+52 76958+ 38884 000:11:01 0.103836D+02 0.100000D+52 81089+ 40667 000:11:31 0.104728D+02 0.100000D+52 84548 42353 000:12:01 0.104728D+02 0.100000D+52 87913+ 44050 000:12:31 0.104728D+02 0.100000D+52 93335 46280 000:13:01 0.105053D+02 0.100000D+52 97271+ 48024 000:13:31 0.105146D+02 0.100000D+52 101396 49773 000:14:01 0.106402D+02 0.100000D+52 105339 51650 000:14:31 0.106417D+02 0.100000D+52 109860+ 53518 000:15:01 0.106707D+02 0.100000D+52 113942 55431 000:15:31 0.106960D+02 0.100000D+52 118054+ 57228 000:16:01 0.107406D+02 0.100000D+52 122902 59419 000:16:31 0.107502D+02 0.100000D+52 126731 61260 000:17:01 0.107518D+02 0.100000D+52 130515+ 62963 000:17:31 0.107518D+02 0.100000D+52 134888+ 65049 000:18:01 0.107949D+02 0.100000D+52 139375 67053 000:18:31 0.108223D+02 0.100000D+52 143371 68905 000:19:01 0.108634D+02 0.100000D+52 147108 70586 000:19:31 0.108793D+02 0.100000D+52 151918+ 72474 000:20:01 0.109212D+02 0.100000D+52 156543+ 74354 000:20:31 0.110020D+02 0.100000D+52 160346+ 76092 000:21:01 0.110149D+02 0.100000D+52 164419 77763 000:21:31 0.110229D+02 0.100000D+52 170235+ 79965 000:22:01 0.110482D+02 0.100000D+52 175356 81849 000:22:31 0.110567D+02 0.100000D+52 179878 83749 000:23:01 0.110680D+02 0.100000D+52 183962 85658 000:23:31 0.111165D+02 0.100000D+52 *** gevCallSolver: Solve failed (conopt,RMINLP,sl=5) *** gevCallSolver: rc=2 msg=conCallSolver failed =5) *** gmoSetVarLOne: Given Variable Index not in [1,181] @ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] (ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] ˆç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] @ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] (ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] Èç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] ¸ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] pç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] 0ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] pç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] Xç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] ¨ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181]  ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] 8ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] 8ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] `ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] ˆç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] hç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] Pç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] (ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] °ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 189117+ 87827 000:24:01 0.111444D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,181] (ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] `ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] (ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] Hç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] pç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] ˆç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] Xç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 193882+ 89731 000:24:31 0.111823D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,181] (ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] Xç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] Xç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 198210 91356 000:25:01 0.111843D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,181] 8ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] 8ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] Xç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 202675+ 93268 000:25:31 0.111843D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,181] è…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] (ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] è…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 207595 95188 000:26:01 0.112129D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,181] ¸ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] (ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] Xç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] `ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 213112 97209 000:26:31 0.112241D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,181] 8ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] @ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] (ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 217791 99207 000:27:01 0.112261D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,181] è…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] (ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] (ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 222807 101352 000:27:31 0.112261D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,181] (ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] ˆ–lÿ*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] pç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 229084 103013 000:28:01 0.112261D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,181] (ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181]  ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] (ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 235139 104908 000:28:31 0.112261D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,181] @ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] Xç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] 8ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 239268+ 106535 000:29:01 0.112261D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,181] 8ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] 8ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 243220+ 108159 000:29:31 0.112261D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,181] (ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] ˆç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 247710 109875 000:30:01 0.112261D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,181] Pç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] (ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] (ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 251657 111478 000:30:31 0.112261D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,181] Xç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] hç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] ˆç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 257961 113480 000:31:01 0.112261D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,181] àç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] hç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] Xç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 262337+ 115735 000:31:31 0.112261D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,181] (ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181]  ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] Xç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] xç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 267548 117287 000:32:01 0.112467D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,181] 8ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] Xç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] 8ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 272064+ 119068 000:32:31 0.113045D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,181] ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] Hç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] ˆç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 276989+ 121217 000:33:02 0.113517D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,181] pç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] xç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 279160 122261 000:34:07 0.113517D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,181] ˆç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] è…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 283878 124038 000:34:37 0.113671D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,181] Hç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] Xç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] (ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 286653 125460 000:35:07 0.113759D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,181] Xç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] xç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] Hç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] Hç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 291983+ 127709 000:35:37 0.113842D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,181] 8ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] 8ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 298803 130106 000:36:07 0.113842D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,181] Èç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] èç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] 0ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 304484+ 132131 000:36:37 0.113842D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,181] èç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] Xç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] 8ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 309647 134136 000:37:07 0.113935D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,181] @ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] ˆç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 314663+ 135589 000:37:37 0.113935D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,181] Hç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] `ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] (ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 320035+ 137257 000:38:07 0.113935D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,181] @ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] 8ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] 8ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 324460 139193 000:38:37 0.113935D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,181] Xç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181]  ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] (ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 328227 140969 000:39:07 0.114075D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,181] ˆç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] (ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] 8ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 332653 143150 000:39:37 0.114075D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,181] ˆç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] ¨ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] øç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 335773+ 144671 000:40:07 0.114199D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,181] @ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] Xç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] (ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 340296 146485 000:40:37 0.114214D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,181] ˆç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] (ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] Hç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 343954 148146 000:41:07 0.114214D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,181] Xç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] Xç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] Xç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] ˆ–lÿ*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 347435+ 149755 000:41:37 0.114294D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,181] `ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] hç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] Xç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 350645+ 151397 000:42:07 0.114294D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,181] ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] (ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] ¸ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] Xç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 353542 152910 000:42:37 0.114294D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,181] hç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] (ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] 0ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 356702 154535 000:43:07 0.114294D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,181] (ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] (ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] ˜ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] ˆç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 359903 156225 000:43:37 0.114294D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,181] ˆ–lÿ*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] 8ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] (ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] 8ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 363154 157820 000:44:07 0.114294D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,181] (ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] (ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] ˆç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 366136+ 159279 000:44:37 0.114294D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,181] ¸ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] 8ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] Àç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] 8ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 369237+ 160982 000:45:07 0.114294D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,181] (ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] 8ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] (ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 372388+ 162509 000:45:37 0.114294D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,181] (ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] (ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] °ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] Xç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 375365+ 164002 000:46:07 0.114294D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,181] (ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] 8ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] ¸ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 378910+ 165828 000:46:37 0.114341D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,181] Xç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] 8ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] (ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 383914+ 167645 000:47:07 0.114494D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,181] Xç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] (ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] 8ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 390213+ 169345 000:47:37 0.114494D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,181] øç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] (ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] (ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 396883+ 170665 000:48:07 0.114494D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,181] `ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] Èç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] ˜ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 402555+ 172469 000:48:37 0.114494D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,181] (ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] xç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] Xç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 407566+ 173956 000:49:07 0.114494D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,181] ¸ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] xç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] (ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 412653 175588 000:49:37 0.114494D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,181] 8ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] ˆç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 418900 177260 000:50:07 0.114521D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,181] ˜ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] 8ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] Øç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] (ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 425260 179296 000:50:37 0.114521D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,181] è…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] ˆç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] (ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 431511 180316 000:51:07 0.114633D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,181] 8ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] 8ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] Hç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] Xç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 436211 182181 000:51:37 0.114633D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,181] ¸ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] Hç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] ¸ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 441019 184025 000:52:07 0.115017D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,181] ˆç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] Èç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] xç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 445152 185775 000:52:37 0.115177D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,181] Xç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] ¸ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] °ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 449406+ 187523 000:53:07 0.115330D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,181] ˆç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] @ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] ˆ–lÿ*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 454619+ 189345 000:53:37 0.115338D+02 0.100000D+52 *** gmoSetVarLOne: Given Variable Index not in [1,181] Xç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] (ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] *** gmoSetVarLOne: Given Variable Index not in [1,181] @ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] * 460175 189630 000:54:05 0.115382D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] ˆ–lÿ*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 468158 193066 000:54:35 0.115749D+02 0.547200D+02 477053+ 196787 000:55:05 0.115968D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] 8ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 484167 200656 000:55:35 0.115968D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 491562+ 203915 000:56:05 0.116168D+02 0.547200D+02 500484+ 206674 000:56:35 0.116168D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] 8ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 508840+ 209510 000:57:05 0.116168D+02 0.547200D+02 519276 213122 000:57:35 0.116327D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] Pç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 530038+ 216506 000:58:05 0.116327D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] 8ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 539986+ 220030 000:58:35 0.116327D+02 0.547200D+02 550063 223847 000:59:05 0.116327D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] hç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 558395+ 227092 000:59:35 0.116843D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] °ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 565189 230256 001:00:51 0.117005D+02 0.547200D+02 572846+ 233907 001:01:21 0.117012D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] Hç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 581937 237359 001:01:51 0.117367D+02 0.547200D+02 591659+ 241619 001:02:21 0.117682D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] Xç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 601013 244485 001:02:51 0.118141D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] Xç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 609417 248550 001:03:21 0.118360D+02 0.547200D+02 616336 252306 001:03:51 0.118360D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] Xç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 623285 256392 001:04:21 0.118360D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] 8ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 629395+ 259586 001:04:51 0.118360D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] (ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 636998+ 263512 001:05:21 0.118360D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] °ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 643152+ 266911 001:05:51 0.118360D+02 0.547200D+02 650055+ 270495 001:06:21 0.118360D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] 8ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 658567+ 274619 001:06:51 0.118559D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] Hç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 670473+ 278798 001:07:21 0.118559D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] Xç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 681559+ 282389 001:07:51 0.118559D+02 0.547200D+02 692700 285199 001:08:21 0.118745D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] (ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 700232 288815 001:08:51 0.119058D+02 0.547200D+02 707263+ 292492 001:09:21 0.119264D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] Xç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 716303+ 297153 001:09:51 0.119376D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] €ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 727301+ 300851 001:10:21 0.119376D+02 0.547200D+02 737433 303912 001:10:51 0.119603D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] (ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 744877+ 307749 001:11:21 0.119715D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] Xç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 752293+ 311589 001:11:51 0.120084D+02 0.547200D+02 758640 314813 001:12:21 0.120084D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] (ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 764986+ 318276 001:12:51 0.120084D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] `ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 771547 321788 001:13:21 0.120084D+02 0.547200D+02 778078+ 325287 001:13:51 0.120084D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] `ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 785301+ 328617 001:14:21 0.120084D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] €ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 793217+ 332251 001:14:51 0.120095D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] Xç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 800332 336098 001:15:21 0.120167D+02 0.547200D+02 807028 339656 001:15:51 0.120229D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] Xç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 813874+ 343113 001:16:21 0.120247D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] (ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 821004+ 346376 001:16:51 0.120393D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] ¸ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 827334 349672 001:17:21 0.120393D+02 0.547200D+02 834944 353675 001:17:51 0.120393D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] ˆ–lÿ*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 842282+ 357352 001:18:21 0.120592D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] ˆç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 849998+ 361841 001:18:51 0.120592D+02 0.547200D+02 855138 364458 001:19:21 0.120644D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] ˆ–lÿ*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 864619+ 367921 001:19:51 0.120912D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] ¸ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 872500+ 371733 001:20:21 0.121063D+02 0.547200D+02 879654 375412 001:20:51 0.121071D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] ¨ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 888185+ 379425 001:21:21 0.121409D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] Hç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 895957+ 383272 001:21:51 0.121487D+02 0.547200D+02 903193 386879 001:22:22 0.121506D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] Xç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 910442 390122 001:22:52 0.121609D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] (ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 920740+ 393418 001:23:22 0.121748D+02 0.547200D+02 930950 397478 001:23:52 0.121748D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] ˜ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 937327+ 400656 001:24:22 0.121890D+02 0.547200D+02 944866+ 404125 001:24:52 0.122027D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] ˆ–lÿ*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 950933 407142 001:25:22 0.122160D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] Xç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 959007 411202 001:25:52 0.122200D+02 0.547200D+02 965811+ 414399 001:26:22 0.122285D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] xç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 974563 418582 001:26:52 0.122316D+02 0.547200D+02 980629+ 421638 001:27:22 0.122316D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] ˆ–lÿ*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 987324+ 425139 001:27:52 0.122316D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] Àç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 993982+ 428484 001:28:22 0.122316D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] @ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 1000000 431350 001:28:49 0.122327D+02 0.547200D+02 1007057+ 434657 001:29:19 0.122327D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] ˆ–lÿ*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 1015113+ 438659 001:29:49 0.122426D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] ¨ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 1021454 442048 001:30:19 0.122433D+02 0.547200D+02 1028744+ 445501 001:30:49 0.122491D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] pç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 1036891 449421 001:31:19 0.122625D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] (è…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 1044447+ 453208 001:31:49 0.122755D+02 0.547200D+02 1051271+ 456873 001:32:19 0.122945D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] ˆ–lÿ*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 1059246 460248 001:32:49 0.123123D+02 0.547200D+02 1066876 463943 001:33:19 0.123246D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] `ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 1074268+ 467610 001:33:49 0.123303D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] Èç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 1081673 471219 001:34:19 0.123329D+02 0.547200D+02 1089209 475352 001:34:49 0.123329D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] (ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 1095852 478995 001:35:19 0.123329D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] (ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 1103531+ 482845 001:35:49 0.123381D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] (ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 1111133 486370 001:36:19 0.123545D+02 0.547200D+02 1118810+ 489931 001:36:49 0.123675D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] ˆ–lÿ*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 1126509+ 493688 001:37:19 0.123702D+02 0.547200D+02 1134771+ 497760 001:37:49 0.123759D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] €ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 1143090+ 502155 001:38:19 0.123781D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] ˆ–lÿ*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 1152228 506617 001:38:49 0.123873D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] (ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 1160447 510566 001:39:20 0.123988D+02 0.547200D+02 1168919+ 514184 001:39:50 0.124120D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] `ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 1176658+ 517426 001:40:20 0.124120D+02 0.547200D+02 1185214+ 521171 001:40:50 0.124120D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] (ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 1193584 525302 001:41:20 0.124214D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] ¸ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 1201509+ 529201 001:41:50 0.124419D+02 0.547200D+02 1209457+ 532939 001:42:20 0.124504D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] (ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 1217423+ 536732 001:42:50 0.124797D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] ˆç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 1224427+ 540227 001:43:20 0.124827D+02 0.547200D+02 1231587+ 543971 001:43:50 0.124907D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] 0ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 1240177+ 547937 001:44:20 0.125003D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] (ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 1248973 552235 001:44:50 0.125104D+02 0.547200D+02 1257145+ 556312 001:45:20 0.125137D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 1265102+ 560173 001:45:50 0.125362D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] Hç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 1272324+ 563705 001:46:20 0.125384D+02 0.547200D+02 1279373 567047 001:46:50 0.125459D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] 0ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 1285969 570407 001:47:20 0.125459D+02 0.547200D+02 1293158 573866 001:47:50 0.125503D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] ˆç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 1300192+ 577450 001:48:20 0.125505D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] hç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 1306593+ 580748 001:48:50 0.125505D+02 0.547200D+02 1313218 584041 001:49:20 0.125505D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] 8ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 1320189 587464 001:49:50 0.125505D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] ¸ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 1327678 590196 001:50:20 0.125505D+02 0.547200D+02 1335648 593518 001:50:50 0.125516D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] 0ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 1342936 596683 001:51:20 0.125516D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181]  ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 1349520+ 599622 001:51:50 0.125541D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] ˆç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 1356198+ 603045 001:52:20 0.125589D+02 0.547200D+02 1364021+ 606463 001:52:50 0.125651D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] 8ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 1372221+ 610166 001:53:20 0.125662D+02 0.547200D+02 1380030+ 614331 001:53:50 0.125709D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] ˆ–lÿ*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 1387842 618110 001:54:20 0.125754D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] ˆ–lÿ*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 1396387 621857 001:54:50 0.125794D+02 0.547200D+02 1403779 624963 001:55:20 0.125814D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] ˆ–lÿ*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 1411141+ 628568 001:55:50 0.125934D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] Xç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 1418675 632206 001:56:20 0.125956D+02 0.547200D+02 1427429 636368 001:56:50 0.126139D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] ˆ–lÿ*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 1436962 640022 001:57:20 0.126265D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] (ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 1445676+ 643967 001:57:50 0.126353D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] Pç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 1454787 648273 001:58:20 0.126412D+02 0.547200D+02 1462674 652239 001:58:50 0.126491D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] (ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 1473117 657590 001:59:20 0.126492D+02 0.547200D+02 1484910 663862 001:59:50 0.126492D+02 0.547200D+02 *** gmoSetVarLOne: Given Variable Index not in [1,181] 8ç…*** gmoSetAltVarLowerOne: Given Variable Index not in [1,181] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,181] 1488831 665875 002:00:00 0.126492D+02 0.547200D+02 *** Max. allowable CPU time exceeded *** LP subsolver time: 001:07:08, in seconds: 4028.25 NLP subsolver time: 000:36:31, in seconds: 2191.11 Cutting time: 000:01:09, in seconds: 69.47 All other time: 000:15:11, in seconds: 911.17 Total time elapsed: 002:00:00, in seconds: 7200.00 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.13 on navigating: 000:00:48, in seconds: 48.12 on relaxed: 000:29:21, in seconds: 1760.76 on local: 000:36:35, in seconds: 2195.11 on tightening: 000:06:22, in seconds: 382.21 on marginals: 000:00:03, in seconds: 3.09 on probing: 000:46:51, in seconds: 2810.59 Total no. of BaR iterations: 1488831 Best solution found at node: 460175 Max. no. of nodes in memory: 665875 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 238220106 69.47 All done =========================================================================== Solution = 54.7200226244 found at node 460175 Best possible = 12.6491538091 Absolute gap = 42.0708688153 optca = 1E-9 Relative gap = 3.32598 optcr = 1E-6 --- Restarting execution --- fo9_ar25_1.gms(1055) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job fo9_ar25_1.gms Stop 11/20/12 23:11:23 elapsed 2:00:19.855 @04 1353449483 ----------------------------- Di 20. Nov 23:11:23 CET 2012 ----------------------------- =ready= Linux opt218 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/fo9_ar3_1.gms =========== ----------------------------- Di 20. Nov 21:11:09 CET 2012 ----------------------------- @03 1353442269 --- Job fo9_ar3_1.gms Start 11/20/12 21:11:09 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- fo9_ar3_1.gms(1055) 2 Mb --- Starting execution: elapsed 0:00:00.035 --- fo9_ar3_1.gms(1050) 3 Mb --- Generating MINLP model m --- fo9_ar3_1.gms(1055) 5 Mb --- 436 rows 181 columns 1,751 non-zeroes --- 91 nl-code 18 nl-non-zeroes --- 72 discrete-columns --- fo9_ar3_1.gms(1055) 3 Mb --- Executing BARON: elapsed 0:00:00.040 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 6507127 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.000000D+00 0.100000D+52 1 1 000:00:00 0.000000D+00 0.100000D+52 1801+ 1127 000:00:30 0.421467D+01 0.100000D+52 3940+ 2438 000:01:01 0.464764D+01 0.100000D+52 6203 3805 000:01:31 0.490744D+01 0.100000D+52 8213+ 4987 000:02:01 0.534048D+01 0.100000D+52 10944 6507 000:02:31 0.548485D+01 0.100000D+52 14050+ 8153 000:03:01 0.565008D+01 0.100000D+52 16490+ 9533 000:03:31 0.580234D+01 0.100000D+52 18877 10939 000:04:01 0.602075D+01 0.100000D+52 21452+ 12392 000:04:31 0.602075D+01 0.100000D+52 24521 14090 000:05:01 0.602075D+01 0.100000D+52 27823 15865 000:05:31 0.602075D+01 0.100000D+52 30129+ 17171 000:06:01 0.602075D+01 0.100000D+52 33138 18882 000:06:31 0.602075D+01 0.100000D+52 35678+ 20285 000:07:01 0.602075D+01 0.100000D+52 37943+ 21584 000:07:31 0.602075D+01 0.100000D+52 40202+ 22839 000:08:01 0.602075D+01 0.100000D+52 42483 24125 000:08:31 0.602075D+01 0.100000D+52 44826 25443 000:09:01 0.602075D+01 0.100000D+52 47020 26693 000:09:31 0.602075D+01 0.100000D+52 49549+ 28112 000:10:01 0.602075D+01 0.100000D+52 51781 29368 000:10:31 0.602075D+01 0.100000D+52 54096 30674 000:11:01 0.602075D+01 0.100000D+52 56295 31950 000:11:31 0.602075D+01 0.100000D+52 58673+ 33276 000:12:01 0.602075D+01 0.100000D+52 60981 34563 000:12:31 0.602075D+01 0.100000D+52 63390+ 35881 000:13:01 0.602075D+01 0.100000D+52 65599+ 37149 000:13:31 0.602075D+01 0.100000D+52 68481 38720 000:14:01 0.602075D+01 0.100000D+52 70953+ 40078 000:14:31 0.602075D+01 0.100000D+52 73319+ 41454 000:15:01 0.602075D+01 0.100000D+52 75463+ 42622 000:15:31 0.602075D+01 0.100000D+52 77265+ 43662 000:16:01 0.602075D+01 0.100000D+52 78931+ 44662 000:16:31 0.602075D+01 0.100000D+52 81575 46190 000:17:01 0.602075D+01 0.100000D+52 83419+ 47265 000:17:31 0.602075D+01 0.100000D+52 86411+ 48960 000:18:01 0.602075D+01 0.100000D+52 89551 50431 000:18:31 0.603333D+01 0.100000D+52 92766+ 52250 000:19:01 0.603333D+01 0.100000D+52 95710 53953 000:19:32 0.603333D+01 0.100000D+52 98535+ 55580 000:20:02 0.603333D+01 0.100000D+52 101383 57208 000:20:32 0.603333D+01 0.100000D+52 104558+ 58964 000:21:02 0.603333D+01 0.100000D+52 107519+ 60667 000:21:32 0.603333D+01 0.100000D+52 110642 62379 000:22:02 0.603333D+01 0.100000D+52 113551+ 64014 000:22:32 0.603334D+01 0.100000D+52 116353 65647 000:23:02 0.603334D+01 0.100000D+52 119213+ 67080 000:23:32 0.606220D+01 0.100000D+52 121389 68310 000:24:02 0.606220D+01 0.100000D+52 123665+ 69604 000:24:32 0.606220D+01 0.100000D+52 125314+ 70544 000:25:02 0.606220D+01 0.100000D+52 127631+ 71744 000:25:32 0.610897D+01 0.100000D+52 129674+ 72886 000:26:02 0.613483D+01 0.100000D+52 132378 74321 000:26:32 0.615840D+01 0.100000D+52 135169+ 75823 000:27:02 0.615840D+01 0.100000D+52 137716+ 77045 000:27:32 0.617325D+01 0.100000D+52 140706 78498 000:28:02 0.620652D+01 0.100000D+52 143928 80035 000:28:32 0.621007D+01 0.100000D+52 146575+ 81455 000:29:02 0.624776D+01 0.100000D+52 149263+ 82908 000:29:32 0.624776D+01 0.100000D+52 151621+ 84173 000:30:02 0.624776D+01 0.100000D+52 154374 85632 000:30:32 0.624776D+01 0.100000D+52 157040 87062 000:31:03 0.624776D+01 0.100000D+52 159825+ 88465 000:31:33 0.624776D+01 0.100000D+52 162600+ 89898 000:32:03 0.624776D+01 0.100000D+52 165124+ 91224 000:32:33 0.624776D+01 0.100000D+52 167909+ 92627 000:33:03 0.624776D+01 0.100000D+52 171121+ 94155 000:33:33 0.628236D+01 0.100000D+52 174346 95775 000:34:03 0.630939D+01 0.100000D+52 178222 97713 000:34:33 0.632198D+01 0.100000D+52 181716 99352 000:35:03 0.635090D+01 0.100000D+52 184506+ 100836 000:35:33 0.635679D+01 0.100000D+52 187468 102188 000:36:03 0.642739D+01 0.100000D+52 190290+ 103442 000:36:33 0.645598D+01 0.100000D+52 192052+ 104403 000:37:03 0.645598D+01 0.100000D+52 194910+ 105876 000:37:33 0.646410D+01 0.100000D+52 197595+ 107276 000:38:03 0.649519D+01 0.100000D+52 200174+ 108682 000:38:33 0.649519D+01 0.100000D+52 202787 110120 000:39:03 0.649519D+01 0.100000D+52 205633 111697 000:39:33 0.649519D+01 0.100000D+52 208598+ 113301 000:40:03 0.649519D+01 0.100000D+52 211027+ 114681 000:40:33 0.649519D+01 0.100000D+52 213453+ 116035 000:41:03 0.649519D+01 0.100000D+52 217377+ 117874 000:41:33 0.649519D+01 0.100000D+52 221324+ 119889 000:42:03 0.649519D+01 0.100000D+52 225780+ 122068 000:42:33 0.649519D+01 0.100000D+52 229775+ 124003 000:43:03 0.649519D+01 0.100000D+52 233740+ 125931 000:43:33 0.649519D+01 0.100000D+52 237734+ 127909 000:44:03 0.649519D+01 0.100000D+52 241619 129831 000:44:33 0.649519D+01 0.100000D+52 246026+ 131986 000:45:03 0.649519D+01 0.100000D+52 250296+ 133941 000:45:33 0.649519D+01 0.100000D+52 252698+ 135248 000:46:03 0.649519D+01 0.100000D+52 255758+ 137275 000:46:33 0.649519D+01 0.100000D+52 257961+ 138510 000:47:03 0.649519D+01 0.100000D+52 260580+ 139940 000:47:33 0.649519D+01 0.100000D+52 263523+ 141400 000:48:03 0.649519D+01 0.100000D+52 266601+ 143013 000:48:33 0.649519D+01 0.100000D+52 269482+ 144475 000:49:03 0.649519D+01 0.100000D+52 272862+ 146034 000:49:33 0.649519D+01 0.100000D+52 276861 147861 000:50:03 0.649519D+01 0.100000D+52 279879+ 149372 000:50:33 0.649519D+01 0.100000D+52 282957 150944 000:51:03 0.649519D+01 0.100000D+52 286060+ 152597 000:51:33 0.649520D+01 0.100000D+52 289248 154156 000:52:03 0.651629D+01 0.100000D+52 291878 155451 000:52:33 0.655384D+01 0.100000D+52 294715 156670 000:53:03 0.663955D+01 0.100000D+52 297031+ 157990 000:53:33 0.663955D+01 0.100000D+52 299802+ 159574 000:54:04 0.663955D+01 0.100000D+52 302335 161072 000:54:34 0.663955D+01 0.100000D+52 305543+ 162760 000:55:04 0.663955D+01 0.100000D+52 308647+ 164411 000:55:34 0.663955D+01 0.100000D+52 311332+ 165931 000:56:04 0.663955D+01 0.100000D+52 314252+ 167485 000:56:34 0.663955D+01 0.100000D+52 317415+ 169215 000:57:04 0.663955D+01 0.100000D+52 320437 170931 000:57:34 0.663955D+01 0.100000D+52 322699+ 172093 000:58:04 0.667041D+01 0.100000D+52 324347 172968 000:58:34 0.667041D+01 0.100000D+52 326985 174220 000:59:04 0.674493D+01 0.100000D+52 329281+ 175404 000:59:34 0.677603D+01 0.100000D+52 332598 177104 001:00:04 0.679269D+01 0.100000D+52 336091+ 178822 001:00:34 0.679961D+01 0.100000D+52 339209 180348 001:01:04 0.684819D+01 0.100000D+52 342175+ 181804 001:01:34 0.692825D+01 0.100000D+52 346754+ 183987 001:02:04 0.695708D+01 0.100000D+52 350730 185948 001:02:35 0.700361D+01 0.100000D+52 354398 187812 001:03:05 0.703542D+01 0.100000D+52 358053+ 189556 001:03:35 0.706142D+01 0.100000D+52 361142 191180 001:04:05 0.706148D+01 0.100000D+52 364287+ 192401 001:04:35 0.706220D+01 0.100000D+52 366998 193507 001:05:05 0.706220D+01 0.100000D+52 370278+ 195034 001:05:35 0.707258D+01 0.100000D+52 372844 196526 001:06:05 0.707258D+01 0.100000D+52 375362+ 197909 001:06:35 0.707258D+01 0.100000D+52 377414+ 199141 001:07:05 0.707258D+01 0.100000D+52 379951 200570 001:07:35 0.707258D+01 0.100000D+52 383050 202240 001:08:05 0.710806D+01 0.100000D+52 387935 204072 001:08:35 0.712672D+01 0.100000D+52 392286+ 205772 001:09:05 0.717772D+01 0.100000D+52 394965 207249 001:09:35 0.718804D+01 0.100000D+52 398051+ 208908 001:10:05 0.721689D+01 0.100000D+52 400998 210538 001:10:35 0.722784D+01 0.100000D+52 404170+ 212287 001:11:05 0.724824D+01 0.100000D+52 408312 213865 001:11:35 0.729599D+01 0.100000D+52 412057+ 215626 001:12:05 0.735576D+01 0.100000D+52 414687 217047 001:12:35 0.739012D+01 0.100000D+52 417747+ 218741 001:13:05 0.741891D+01 0.100000D+52 420452 220313 001:13:35 0.741891D+01 0.100000D+52 423134+ 221832 001:14:05 0.741894D+01 0.100000D+52 426484+ 223571 001:14:35 0.741898D+01 0.100000D+52 429474+ 225244 001:15:05 0.741898D+01 0.100000D+52 432715+ 226992 001:15:35 0.743057D+01 0.100000D+52 436112+ 228788 001:16:05 0.748485D+01 0.100000D+52 439159 230488 001:16:35 0.750555D+01 0.100000D+52 442111 232157 001:17:05 0.750559D+01 0.100000D+52 444576 233567 001:17:35 0.750559D+01 0.100000D+52 447501+ 235274 001:18:05 0.751607D+01 0.100000D+52 450945 237103 001:18:35 0.755216D+01 0.100000D+52 454549 238993 001:19:05 0.757637D+01 0.100000D+52 457180 240339 001:19:35 0.759215D+01 0.100000D+52 460018+ 241878 001:20:05 0.761880D+01 0.100000D+52 463202 243331 001:20:35 0.761880D+01 0.100000D+52 466341+ 244917 001:21:06 0.761880D+01 0.100000D+52 469302+ 246472 001:21:36 0.761880D+01 0.100000D+52 472850+ 248072 001:22:06 0.762583D+01 0.100000D+52 476690 249790 001:22:36 0.764990D+01 0.100000D+52 480300+ 251621 001:23:06 0.764992D+01 0.100000D+52 483096+ 253217 001:23:36 0.764994D+01 0.100000D+52 485808+ 254773 001:24:06 0.764994D+01 0.100000D+52 489243 256537 001:24:36 0.764994D+01 0.100000D+52 492879+ 258360 001:25:06 0.764994D+01 0.100000D+52 495914 259921 001:25:36 0.767550D+01 0.100000D+52 499039+ 261677 001:26:06 0.768907D+01 0.100000D+52 502979 263498 001:26:36 0.772533D+01 0.100000D+52 506075 265021 001:27:06 0.775285D+01 0.100000D+52 510218+ 266682 001:27:36 0.775285D+01 0.100000D+52 513783 268047 001:28:06 0.775285D+01 0.100000D+52 516066 269299 001:28:36 0.775285D+01 0.100000D+52 518411 270544 001:29:06 0.775285D+01 0.100000D+52 520805 271904 001:29:36 0.775285D+01 0.100000D+52 522987+ 273122 001:30:06 0.775285D+01 0.100000D+52 525405 274460 001:30:36 0.775285D+01 0.100000D+52 527641+ 275715 001:31:06 0.775285D+01 0.100000D+52 529831 276953 001:31:36 0.775285D+01 0.100000D+52 532167+ 278231 001:32:06 0.775285D+01 0.100000D+52 534429 279497 001:32:36 0.775285D+01 0.100000D+52 537118+ 280932 001:33:06 0.775285D+01 0.100000D+52 539898 282371 001:33:36 0.775285D+01 0.100000D+52 542662 283720 001:34:06 0.775285D+01 0.100000D+52 545176 284977 001:34:36 0.775285D+01 0.100000D+52 547739+ 286223 001:35:06 0.775285D+01 0.100000D+52 550141+ 287421 001:35:36 0.775285D+01 0.100000D+52 552693 288610 001:36:06 0.775285D+01 0.100000D+52 555251+ 289878 001:36:36 0.775285D+01 0.100000D+52 557845 291074 001:37:06 0.775285D+01 0.100000D+52 560531 292363 001:37:36 0.775285D+01 0.100000D+52 562880+ 293593 001:38:06 0.775285D+01 0.100000D+52 565481 295045 001:38:36 0.775285D+01 0.100000D+52 568531 296639 001:39:06 0.775285D+01 0.100000D+52 572053+ 298314 001:39:36 0.775285D+01 0.100000D+52 574995+ 299995 001:40:06 0.775285D+01 0.100000D+52 578217+ 301814 001:40:36 0.775285D+01 0.100000D+52 581235 303518 001:41:06 0.775285D+01 0.100000D+52 584432 305333 001:41:36 0.775285D+01 0.100000D+52 587646+ 307142 001:42:06 0.775285D+01 0.100000D+52 591052+ 309097 001:42:36 0.775285D+01 0.100000D+52 594469+ 311021 001:43:06 0.775285D+01 0.100000D+52 597531+ 312749 001:43:36 0.775285D+01 0.100000D+52 600480+ 314428 001:44:06 0.775285D+01 0.100000D+52 603294 316008 001:44:36 0.775285D+01 0.100000D+52 606140+ 317610 001:45:06 0.775285D+01 0.100000D+52 608905+ 319151 001:45:36 0.775285D+01 0.100000D+52 611611+ 320692 001:46:06 0.775285D+01 0.100000D+52 614467+ 322283 001:46:36 0.775285D+01 0.100000D+52 617078+ 323785 001:47:06 0.775285D+01 0.100000D+52 619626 325237 001:47:36 0.775285D+01 0.100000D+52 622382+ 326786 001:48:06 0.775285D+01 0.100000D+52 625118+ 328337 001:48:36 0.775285D+01 0.100000D+52 627930 329893 001:49:06 0.775285D+01 0.100000D+52 630834+ 331515 001:49:37 0.775285D+01 0.100000D+52 633702+ 333110 001:50:07 0.775285D+01 0.100000D+52 636398+ 334640 001:50:37 0.775285D+01 0.100000D+52 638861 336044 001:51:07 0.775285D+01 0.100000D+52 641392 337470 001:51:37 0.775285D+01 0.100000D+52 644058 339018 001:52:07 0.775285D+01 0.100000D+52 646704 340547 001:52:37 0.775285D+01 0.100000D+52 649421+ 341961 001:53:07 0.775285D+01 0.100000D+52 652209+ 343436 001:53:37 0.775285D+01 0.100000D+52 655132+ 344998 001:54:07 0.775285D+01 0.100000D+52 658017 346489 001:54:37 0.775285D+01 0.100000D+52 660911 347962 001:55:07 0.775285D+01 0.100000D+52 663702+ 349435 001:55:37 0.775285D+01 0.100000D+52 666680 350929 001:56:07 0.775285D+01 0.100000D+52 669502+ 352379 001:56:37 0.775285D+01 0.100000D+52 672320+ 353877 001:57:07 0.775285D+01 0.100000D+52 675246+ 355418 001:57:37 0.775285D+01 0.100000D+52 678075+ 356845 001:58:07 0.775285D+01 0.100000D+52 680885 358279 001:58:37 0.775285D+01 0.100000D+52 683558 359759 001:59:07 0.775285D+01 0.100000D+52 686260 361280 001:59:37 0.775285D+01 0.100000D+52 688776 362555 002:00:00 0.775285D+01 0.100000D+52 *** Max. allowable CPU time exceeded *** *** No feasible solution was found *** LP subsolver time: 000:49:59, in seconds: 2998.66 NLP subsolver time: 000:58:40, in seconds: 3519.66 Cutting time: 000:00:47, in seconds: 47.49 All other time: 000:10:34, in seconds: 634.19 Total time elapsed: 002:00:00, in seconds: 7200.00 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.09 on navigating: 000:00:26, in seconds: 25.61 on relaxed: 000:19:28, in seconds: 1167.90 on local: 000:57:16, in seconds: 3436.46 on tightening: 000:03:55, in seconds: 235.45 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:38:54, in seconds: 2334.48 Total no. of BaR iterations: 688776 Best solution found at node: -3 Max. no. of nodes in memory: 362555 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 155167267 47.49 All done =========================================================================== *** Time or user interrupt, gap calculations *** are invalid because of an incomplete solution. *** No solution found - further Baron post processing aborted --- Restarting execution --- fo9_ar3_1.gms(1055) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job fo9_ar3_1.gms Stop 11/20/12 23:11:28 elapsed 2:00:19.262 @04 1353449488 ----------------------------- Di 20. Nov 23:11:28 CET 2012 ----------------------------- =ready= Linux opt219 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/fo9_ar4_1.gms =========== ----------------------------- Di 20. Nov 21:11:19 CET 2012 ----------------------------- @03 1353442279 --- Job fo9_ar4_1.gms Start 11/20/12 21:11:19 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- fo9_ar4_1.gms(1055) 2 Mb --- Starting execution: elapsed 0:00:00.016 --- fo9_ar4_1.gms(1050) 3 Mb --- Generating MINLP model m --- fo9_ar4_1.gms(1055) 5 Mb --- 436 rows 181 columns 1,751 non-zeroes --- 91 nl-code 18 nl-non-zeroes --- 72 discrete-columns --- fo9_ar4_1.gms(1055) 3 Mb --- Executing BARON: elapsed 0:00:00.024 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 6507127 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.000000D+00 0.100000D+52 1 1 000:00:01 0.000000D+00 0.100000D+52 1637 985 000:00:31 0.300000D+01 0.100000D+52 3259+ 1953 000:01:01 0.350000D+01 0.100000D+52 4871+ 2930 000:01:31 0.450000D+01 0.100000D+52 6563+ 3928 000:02:01 0.500000D+01 0.100000D+52 8089 4829 000:02:31 0.500000D+01 0.100000D+52 9836 5870 000:03:01 0.500000D+01 0.100000D+52 11760+ 7047 000:03:31 0.500000D+01 0.100000D+52 13489+ 8096 000:04:01 0.500947D+01 0.100000D+52 15154+ 9108 000:04:31 0.531252D+01 0.100000D+52 16939 10196 000:05:01 0.546547D+01 0.100000D+52 18749+ 11257 000:05:31 0.575000D+01 0.100000D+52 20681+ 12408 000:06:01 0.590001D+01 0.100000D+52 22436+ 13460 000:06:31 0.603125D+01 0.100000D+52 23954+ 14393 000:07:01 0.603125D+01 0.100000D+52 26043+ 15608 000:07:31 0.603125D+01 0.100000D+52 28063 16856 000:08:01 0.603125D+01 0.100000D+52 30363 18177 000:08:31 0.603125D+01 0.100000D+52 32610 19429 000:09:01 0.603125D+01 0.100000D+52 34880+ 20749 000:09:31 0.603125D+01 0.100000D+52 37280 22091 000:10:01 0.603125D+01 0.100000D+52 39642+ 23360 000:10:31 0.603125D+01 0.100000D+52 41978 24676 000:11:01 0.603125D+01 0.100000D+52 44213 25962 000:11:31 0.603125D+01 0.100000D+52 46745 27406 000:12:01 0.603125D+01 0.100000D+52 48775 28534 000:12:31 0.603125D+01 0.100000D+52 50919 29646 000:13:02 0.603125D+01 0.100000D+52 53162+ 30816 000:13:32 0.603125D+01 0.100000D+52 55109+ 31895 000:14:02 0.607500D+01 0.100000D+52 57182+ 33091 000:14:32 0.611428D+01 0.100000D+52 59001+ 34188 000:15:02 0.615000D+01 0.100000D+52 60983+ 35334 000:15:32 0.625300D+01 0.100000D+52 63242+ 36635 000:16:02 0.625300D+01 0.100000D+52 65334 37798 000:16:32 0.627793D+01 0.100000D+52 67909 39270 000:17:02 0.627793D+01 0.100000D+52 70098 40519 000:17:32 0.631250D+01 0.100000D+52 71889+ 41557 000:18:02 0.631250D+01 0.100000D+52 73761+ 42630 000:18:32 0.631250D+01 0.100000D+52 75610+ 43663 000:19:02 0.631250D+01 0.100000D+52 77331+ 44674 000:19:33 0.631250D+01 0.100000D+52 79197+ 45755 000:20:03 0.631250D+01 0.100000D+52 81419+ 47032 000:20:33 0.635870D+01 0.100000D+52 83375+ 48181 000:21:03 0.638851D+01 0.100000D+52 85454 49360 000:21:33 0.639096D+01 0.100000D+52 87532+ 50445 000:22:03 0.640000D+01 0.100000D+52 89306+ 51497 000:22:33 0.640000D+01 0.100000D+52 91284+ 52671 000:23:03 0.640000D+01 0.100000D+52 93122 53749 000:23:33 0.640000D+01 0.100000D+52 95196+ 54932 000:24:03 0.640000D+01 0.100000D+52 97423+ 56233 000:24:33 0.640000D+01 0.100000D+52 99652+ 57545 000:25:03 0.640000D+01 0.100000D+52 102143+ 58975 000:25:33 0.650000D+01 0.100000D+52 104011 60123 000:26:03 0.650002D+01 0.100000D+52 106040+ 61325 000:26:33 0.651134D+01 0.100000D+52 108938+ 62884 000:27:03 0.651147D+01 0.100000D+52 112189+ 64607 000:27:33 0.652793D+01 0.100000D+52 114840+ 66114 000:28:03 0.654725D+01 0.100000D+52 117156 67433 000:28:33 0.656409D+01 0.100000D+52 119789+ 68920 000:29:03 0.659079D+01 0.100000D+52 122236+ 70340 000:29:33 0.659079D+01 0.100000D+52 124755+ 71763 000:30:03 0.659375D+01 0.100000D+52 126296 72690 000:30:33 0.659375D+01 0.100000D+52 127891 73606 000:31:03 0.659375D+01 0.100000D+52 130313 75012 000:31:33 0.659598D+01 0.100000D+52 132219+ 76105 000:32:03 0.661533D+01 0.100000D+52 134769 77575 000:32:33 0.661536D+01 0.100000D+52 136993+ 78868 000:33:03 0.662500D+01 0.100000D+52 139557+ 80288 000:33:34 0.664470D+01 0.100000D+52 142184+ 81792 000:34:04 0.667006D+01 0.100000D+52 144223+ 82967 000:34:34 0.668436D+01 0.100000D+52 146242 84134 000:35:04 0.668642D+01 0.100000D+52 148475 85412 000:35:34 0.668642D+01 0.100000D+52 150678+ 86687 000:36:04 0.668642D+01 0.100000D+52 152886 87946 000:36:34 0.669392D+01 0.100000D+52 155606 89496 000:37:04 0.672793D+01 0.100000D+52 158400+ 91128 000:37:34 0.672793D+01 0.100000D+52 161017+ 92642 000:38:04 0.672793D+01 0.100000D+52 163641 94106 000:38:34 0.672793D+01 0.100000D+52 165990+ 95511 000:39:04 0.672793D+01 0.100000D+52 168535+ 96947 000:39:34 0.674264D+01 0.100000D+52 170908+ 98348 000:40:04 0.674264D+01 0.100000D+52 173179 99707 000:40:34 0.674264D+01 0.100000D+52 175178+ 100858 000:41:04 0.674264D+01 0.100000D+52 177203+ 102066 000:41:34 0.674264D+01 0.100000D+52 179195 103260 000:42:04 0.674264D+01 0.100000D+52 181128+ 104372 000:42:34 0.674264D+01 0.100000D+52 183299+ 105631 000:43:04 0.674264D+01 0.100000D+52 185324+ 106822 000:43:34 0.674264D+01 0.100000D+52 187299 107946 000:44:04 0.674264D+01 0.100000D+52 189276 109091 000:44:34 0.674264D+01 0.100000D+52 191238+ 110268 000:45:04 0.674264D+01 0.100000D+52 193259 111465 000:45:34 0.674264D+01 0.100000D+52 195312 112699 000:46:04 0.674264D+01 0.100000D+52 197328+ 113877 000:46:34 0.674264D+01 0.100000D+52 199236 114956 000:47:04 0.674264D+01 0.100000D+52 201106+ 116061 000:47:34 0.674264D+01 0.100000D+52 203263+ 117352 000:48:04 0.674264D+01 0.100000D+52 205398+ 118549 000:48:34 0.674264D+01 0.100000D+52 207864+ 119885 000:49:05 0.674264D+01 0.100000D+52 210173 121187 000:49:35 0.674264D+01 0.100000D+52 212341 122441 000:50:05 0.674264D+01 0.100000D+52 214522+ 123664 000:50:35 0.674266D+01 0.100000D+52 216578 124843 000:51:05 0.674266D+01 0.100000D+52 218829 126172 000:51:35 0.674321D+01 0.100000D+52 221184 127574 000:52:05 0.674321D+01 0.100000D+52 223078 128699 000:52:35 0.674321D+01 0.100000D+52 225137+ 129950 000:53:05 0.674548D+01 0.100000D+52 227221 131178 000:53:35 0.675001D+01 0.100000D+52 229538+ 132442 000:54:05 0.677404D+01 0.100000D+52 231962+ 133864 000:54:35 0.677404D+01 0.100000D+52 234485+ 135264 000:55:05 0.677500D+01 0.100000D+52 237075 136750 000:55:35 0.678365D+01 0.100000D+52 239889 138475 000:56:05 0.678365D+01 0.100000D+52 242437 140010 000:56:35 0.678365D+01 0.100000D+52 245006+ 141544 000:57:05 0.678365D+01 0.100000D+52 247687+ 143097 000:57:35 0.678487D+01 0.100000D+52 249988 144274 000:58:05 0.681251D+01 0.100000D+52 252448+ 145712 000:58:35 0.681251D+01 0.100000D+52 254245 146796 000:59:05 0.681251D+01 0.100000D+52 256512+ 148054 000:59:35 0.681251D+01 0.100000D+52 259018 149390 001:00:05 0.681251D+01 0.100000D+52 261591+ 150723 001:00:35 0.681251D+01 0.100000D+52 263965+ 152067 001:01:05 0.681251D+01 0.100000D+52 266037 153288 001:01:35 0.681251D+01 0.100000D+52 268284+ 154542 001:02:05 0.681251D+01 0.100000D+52 270604+ 155841 001:02:35 0.681251D+01 0.100000D+52 272813 157056 001:03:05 0.681251D+01 0.100000D+52 275007+ 158290 001:03:35 0.681251D+01 0.100000D+52 277364+ 159596 001:04:05 0.681251D+01 0.100000D+52 279663 160935 001:04:35 0.681497D+01 0.100000D+52 282037+ 162328 001:05:05 0.681497D+01 0.100000D+52 284368+ 163770 001:05:35 0.681498D+01 0.100000D+52 286757 165079 001:06:05 0.681498D+01 0.100000D+52 289218+ 166465 001:06:35 0.682377D+01 0.100000D+52 291462+ 167780 001:07:05 0.684040D+01 0.100000D+52 293870 169183 001:07:35 0.684646D+01 0.100000D+52 295923 170406 001:08:05 0.684926D+01 0.100000D+52 298220+ 171743 001:08:35 0.685857D+01 0.100000D+52 300568 173152 001:09:05 0.685857D+01 0.100000D+52 302746 174450 001:09:36 0.685857D+01 0.100000D+52 304983+ 175743 001:10:06 0.687469D+01 0.100000D+52 307290+ 177051 001:10:36 0.687740D+01 0.100000D+52 309892+ 178458 001:11:06 0.687740D+01 0.100000D+52 312134 179719 001:11:36 0.687740D+01 0.100000D+52 314341 180995 001:12:06 0.687740D+01 0.100000D+52 316555 182260 001:12:36 0.687740D+01 0.100000D+52 318630 183466 001:13:06 0.687740D+01 0.100000D+52 320682+ 184618 001:13:36 0.689045D+01 0.100000D+52 322905+ 185872 001:14:06 0.691384D+01 0.100000D+52 325351+ 187191 001:14:36 0.692022D+01 0.100000D+52 327602 188480 001:15:06 0.692022D+01 0.100000D+52 329950+ 189809 001:15:36 0.692694D+01 0.100000D+52 332365+ 191185 001:16:06 0.693046D+01 0.100000D+52 334644+ 192470 001:16:36 0.693679D+01 0.100000D+52 336984 193809 001:17:06 0.694281D+01 0.100000D+52 339146+ 195110 001:17:36 0.695695D+01 0.100000D+52 341670+ 196526 001:18:06 0.697266D+01 0.100000D+52 343661 197727 001:18:36 0.698711D+01 0.100000D+52 346030+ 199073 001:19:06 0.700000D+01 0.100000D+52 348581 200575 001:19:36 0.700000D+01 0.100000D+52 351147+ 202098 001:20:06 0.700000D+01 0.100000D+52 353595 203508 001:20:36 0.700000D+01 0.100000D+52 356402+ 205055 001:21:06 0.701469D+01 0.100000D+52 358510+ 206282 001:21:36 0.702500D+01 0.100000D+52 360722 207622 001:22:06 0.702500D+01 0.100000D+52 362818 208881 001:22:36 0.702500D+01 0.100000D+52 364980 210103 001:23:06 0.703409D+01 0.100000D+52 367326+ 211370 001:23:36 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454441 260885 001:43:37 0.735468D+01 0.100000D+52 457010+ 262249 001:44:07 0.737501D+01 0.100000D+52 459174 263461 001:44:37 0.737501D+01 0.100000D+52 461408+ 264690 001:45:07 0.737501D+01 0.100000D+52 463769 265869 001:45:37 0.737501D+01 0.100000D+52 465581+ 266933 001:46:07 0.738558D+01 0.100000D+52 467528 267996 001:46:37 0.739799D+01 0.100000D+52 470154+ 269287 001:47:07 0.740001D+01 0.100000D+52 472771+ 270755 001:47:37 0.740293D+01 0.100000D+52 475660+ 272339 001:48:07 0.740293D+01 0.100000D+52 478100 273749 001:48:37 0.740962D+01 0.100000D+52 480439+ 275040 001:49:07 0.741661D+01 0.100000D+52 482844+ 276256 001:49:37 0.742452D+01 0.100000D+52 485018 277447 001:50:07 0.743125D+01 0.100000D+52 487181+ 278614 001:50:38 0.743125D+01 0.100000D+52 489418+ 279871 001:51:08 0.743125D+01 0.100000D+52 492035 281314 001:51:38 0.743125D+01 0.100000D+52 494419+ 282590 001:52:08 0.744436D+01 0.100000D+52 496805 283877 001:52:38 0.745357D+01 0.100000D+52 499237 285071 001:53:08 0.745492D+01 0.100000D+52 501471 286235 001:53:38 0.746153D+01 0.100000D+52 503537 287373 001:54:08 0.747500D+01 0.100000D+52 505924 288677 001:54:38 0.748431D+01 0.100000D+52 507990 289867 001:55:08 0.749375D+01 0.100000D+52 510535 291250 001:55:38 0.749375D+01 0.100000D+52 512763+ 292460 001:56:08 0.750000D+01 0.100000D+52 514771+ 293595 001:56:38 0.750000D+01 0.100000D+52 516897 294765 001:57:08 0.750019D+01 0.100000D+52 519168+ 296044 001:57:38 0.751330D+01 0.100000D+52 521436 297296 001:58:08 0.753126D+01 0.100000D+52 523594 298541 001:58:38 0.754764D+01 0.100000D+52 526016 299873 001:59:08 0.754936D+01 0.100000D+52 528894+ 301473 001:59:38 0.754937D+01 0.100000D+52 530870 302527 002:00:00 0.755463D+01 0.100000D+52 *** Max. allowable CPU time exceeded *** *** No feasible solution was found *** LP subsolver time: 000:51:56, in seconds: 3115.83 NLP subsolver time: 000:58:09, in seconds: 3489.31 Cutting time: 000:00:39, in seconds: 39.47 All other time: 000:09:15, in seconds: 555.39 Total time elapsed: 002:00:00, in seconds: 7200.00 on parsing: 000:00:00, in seconds: 0.02 on preprocessing: 000:00:00, in seconds: 0.28 on navigating: 000:00:21, in seconds: 20.66 on relaxed: 000:18:03, in seconds: 1082.63 on local: 000:57:17, in seconds: 3437.20 on tightening: 000:03:19, in seconds: 199.34 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:41:00, in seconds: 2459.87 Total no. of BaR iterations: 530870 Best solution found at node: -3 Max. no. of nodes in memory: 302528 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 129629601 39.47 All done =========================================================================== *** Time or user interrupt, gap calculations *** are invalid because of an incomplete solution. *** No solution found - further Baron post processing aborted --- Restarting execution --- fo9_ar4_1.gms(1055) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job fo9_ar4_1.gms Stop 11/20/12 23:11:39 elapsed 2:00:19.910 @04 1353449499 ----------------------------- Di 20. Nov 23:11:39 CET 2012 ----------------------------- =ready= Linux opt204 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/fo9_ar5_1.gms =========== ----------------------------- Di 20. Nov 21:11:32 CET 2012 ----------------------------- @03 1353442292 --- Job fo9_ar5_1.gms Start 11/20/12 21:11:32 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- fo9_ar5_1.gms(1055) 2 Mb --- Starting execution: elapsed 0:00:00.009 --- fo9_ar5_1.gms(1050) 3 Mb --- Generating MINLP model m --- fo9_ar5_1.gms(1055) 5 Mb --- 436 rows 181 columns 1,751 non-zeroes --- 91 nl-code 18 nl-non-zeroes --- 72 discrete-columns --- fo9_ar5_1.gms(1055) 3 Mb --- Executing BARON: elapsed 0:00:00.014 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 6507127 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.000000D+00 0.100000D+52 1 1 000:00:01 0.000000D+00 0.100000D+52 2325+ 1315 000:00:31 0.378191D+01 0.100000D+52 5153+ 2689 000:01:01 0.411088D+01 0.100000D+52 7238+ 3810 000:01:31 0.434166D+01 0.100000D+52 9579+ 5092 000:02:01 0.460444D+01 0.100000D+52 11662+ 6310 000:02:31 0.497626D+01 0.100000D+52 13694 7539 000:03:01 0.516152D+01 0.100000D+52 15812 8771 000:03:31 0.516152D+01 0.100000D+52 18671+ 10330 000:04:01 0.516152D+01 0.100000D+52 21379 11797 000:04:31 0.516152D+01 0.100000D+52 23972 13230 000:05:01 0.516152D+01 0.100000D+52 26475+ 14625 000:05:31 0.516152D+01 0.100000D+52 29407 16177 000:06:01 0.516152D+01 0.100000D+52 32052 17585 000:06:31 0.516880D+01 0.100000D+52 35029 19239 000:07:01 0.518913D+01 0.100000D+52 38384+ 21083 000:07:31 0.522535D+01 0.100000D+52 41795 22995 000:08:01 0.529202D+01 0.100000D+52 45709+ 24944 000:08:31 0.529202D+01 0.100000D+52 48765+ 26651 000:09:01 0.530593D+01 0.100000D+52 51647 28312 000:09:31 0.530593D+01 0.100000D+52 54876 30151 000:10:01 0.538511D+01 0.100000D+52 57229+ 31456 000:10:31 0.539447D+01 0.100000D+52 60055 32903 000:11:01 0.541345D+01 0.100000D+52 62773 34444 000:11:31 0.547073D+01 0.100000D+52 65514+ 35998 000:12:01 0.551560D+01 0.100000D+52 68706 37735 000:12:32 0.559165D+01 0.100000D+52 71283+ 39170 000:13:02 0.559166D+01 0.100000D+52 74661 40995 000:13:32 0.559982D+01 0.100000D+52 78211+ 42943 000:14:02 0.562740D+01 0.100000D+52 82061 44910 000:14:32 0.564134D+01 0.100000D+52 85678+ 46680 000:15:02 0.567435D+01 0.100000D+52 88726+ 48272 000:15:32 0.570177D+01 0.100000D+52 91647 49793 000:16:02 0.574428D+01 0.100000D+52 94817+ 51401 000:16:32 0.575318D+01 0.100000D+52 98350+ 53104 000:17:02 0.576752D+01 0.100000D+52 101590+ 54830 000:17:32 0.578219D+01 0.100000D+52 105330+ 56786 000:18:02 0.578219D+01 0.100000D+52 108426 58422 000:18:32 0.578219D+01 0.100000D+52 111779+ 60278 000:19:02 0.578221D+01 0.100000D+52 115113 62051 000:19:32 0.578221D+01 0.100000D+52 118562 63847 000:20:02 0.578221D+01 0.100000D+52 122044 65726 000:20:32 0.582342D+01 0.100000D+52 125613 67562 000:21:02 0.583234D+01 0.100000D+52 129299+ 69437 000:21:32 0.584464D+01 0.100000D+52 133079+ 71427 000:22:02 0.585786D+01 0.100000D+52 136165+ 72991 000:22:32 0.587532D+01 0.100000D+52 139153 74528 000:23:02 0.589225D+01 0.100000D+52 142521 76342 000:23:32 0.589974D+01 0.100000D+52 145869 78100 000:24:02 0.592948D+01 0.100000D+52 149672 79954 000:24:32 0.593126D+01 0.100000D+52 152929 81757 000:25:02 0.594989D+01 0.100000D+52 156701 83638 000:25:32 0.594989D+01 0.100000D+52 160042+ 85338 000:26:02 0.596394D+01 0.100000D+52 163201 87058 000:26:32 0.597675D+01 0.100000D+52 166470 88662 000:27:03 0.600515D+01 0.100000D+52 169874 90394 000:27:33 0.601977D+01 0.100000D+52 172334+ 91790 000:28:03 0.601982D+01 0.100000D+52 175863 93502 000:28:33 0.603234D+01 0.100000D+52 179577+ 95236 000:29:03 0.603887D+01 0.100000D+52 182748 96930 000:29:33 0.604703D+01 0.100000D+52 186286 98762 000:30:03 0.605534D+01 0.100000D+52 189224+ 100342 000:30:33 0.605544D+01 0.100000D+52 192508 102178 000:31:03 0.605544D+01 0.100000D+52 195364 103803 000:31:33 0.605544D+01 0.100000D+52 198681 105619 000:32:03 0.605544D+01 0.100000D+52 201966+ 107421 000:32:33 0.605591D+01 0.100000D+52 205426+ 109309 000:33:03 0.605659D+01 0.100000D+52 208573 111032 000:33:33 0.607574D+01 0.100000D+52 212288+ 113031 000:34:03 0.608036D+01 0.100000D+52 215752 115056 000:34:33 0.608036D+01 0.100000D+52 219459+ 117041 000:35:03 0.608036D+01 0.100000D+52 222935 118879 000:35:33 0.608036D+01 0.100000D+52 226381 120637 000:36:03 0.608036D+01 0.100000D+52 230031 122648 000:36:33 0.608036D+01 0.100000D+52 233719 124641 000:37:03 0.608036D+01 0.100000D+52 237284 126484 000:37:33 0.609356D+01 0.100000D+52 241011 128420 000:38:03 0.609356D+01 0.100000D+52 244598 130371 000:38:33 0.609719D+01 0.100000D+52 247745+ 132040 000:39:03 0.610698D+01 0.100000D+52 251358 134009 000:39:33 0.611188D+01 0.100000D+52 255047 135927 000:40:03 0.611760D+01 0.100000D+52 258370+ 137718 000:40:33 0.611912D+01 0.100000D+52 261741 139481 000:41:03 0.612537D+01 0.100000D+52 265127+ 141197 000:41:33 0.613737D+01 0.100000D+52 268729 143048 000:42:04 0.615029D+01 0.100000D+52 272407 144960 000:42:34 0.615415D+01 0.100000D+52 275899 146738 000:43:04 0.617172D+01 0.100000D+52 279288 148446 000:43:34 0.618804D+01 0.100000D+52 282669 150192 000:44:04 0.620273D+01 0.100000D+52 286373 151808 000:44:34 0.621168D+01 0.100000D+52 289650 153530 000:45:04 0.621474D+01 0.100000D+52 292848+ 155186 000:45:34 0.622315D+01 0.100000D+52 296797 157405 000:46:04 0.622541D+01 0.100000D+52 300500 159311 000:46:34 0.622766D+01 0.100000D+52 304218 161204 000:47:04 0.622766D+01 0.100000D+52 307552+ 163011 000:47:34 0.622940D+01 0.100000D+52 311190 164987 000:48:04 0.622940D+01 0.100000D+52 314922 167043 000:48:34 0.622945D+01 0.100000D+52 318248 168874 000:49:04 0.624335D+01 0.100000D+52 321753+ 170750 000:49:34 0.626248D+01 0.100000D+52 324836+ 172373 000:50:04 0.626792D+01 0.100000D+52 328680 174317 000:50:34 0.628003D+01 0.100000D+52 331875+ 175987 000:51:04 0.629439D+01 0.100000D+52 335507+ 177869 000:51:34 0.630394D+01 0.100000D+52 338750 179497 000:52:04 0.631185D+01 0.100000D+52 341888 181105 000:52:34 0.634120D+01 0.100000D+52 344708 182637 000:53:04 0.634787D+01 0.100000D+52 347581+ 184175 000:53:34 0.634939D+01 0.100000D+52 350491 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001:33:36 0.652757D+01 0.100000D+52 594211 314129 001:34:06 0.652758D+01 0.100000D+52 597663 316151 001:34:36 0.652758D+01 0.100000D+52 601007 317886 001:35:06 0.652758D+01 0.100000D+52 604442+ 319712 001:35:36 0.652758D+01 0.100000D+52 608067 321670 001:36:06 0.652758D+01 0.100000D+52 611632 323493 001:36:36 0.652759D+01 0.100000D+52 614799 325153 001:37:06 0.653354D+01 0.100000D+52 618093 326806 001:37:36 0.654192D+01 0.100000D+52 621477 328612 001:38:06 0.654440D+01 0.100000D+52 624582 330203 001:38:36 0.654633D+01 0.100000D+52 627828+ 331953 001:39:06 0.654633D+01 0.100000D+52 630626 333419 001:39:36 0.655263D+01 0.100000D+52 633528 335002 001:40:06 0.655464D+01 0.100000D+52 636124+ 336458 001:40:36 0.655907D+01 0.100000D+52 639068 338031 001:41:06 0.656307D+01 0.100000D+52 642419+ 339736 001:41:37 0.656484D+01 0.100000D+52 646229 341678 001:42:07 0.656878D+01 0.100000D+52 649105+ 343235 001:42:37 0.657254D+01 0.100000D+52 652598 344958 001:43:07 0.657258D+01 0.100000D+52 655645 346550 001:43:37 0.657767D+01 0.100000D+52 658931+ 348269 001:44:07 0.658043D+01 0.100000D+52 662116 349950 001:44:37 0.658868D+01 0.100000D+52 664629 351343 001:45:07 0.658978D+01 0.100000D+52 667398 352765 001:45:37 0.659002D+01 0.100000D+52 670577+ 354518 001:46:07 0.659750D+01 0.100000D+52 673717 356291 001:46:37 0.660032D+01 0.100000D+52 677119 358057 001:47:07 0.660321D+01 0.100000D+52 679690 359488 001:47:37 0.660522D+01 0.100000D+52 682597 361063 001:48:07 0.660605D+01 0.100000D+52 686092 362804 001:48:37 0.660974D+01 0.100000D+52 689186 364368 001:49:07 0.660974D+01 0.100000D+52 691849+ 365798 001:49:37 0.661246D+01 0.100000D+52 694729 367410 001:50:07 0.661615D+01 0.100000D+52 697910+ 369030 001:50:37 0.662068D+01 0.100000D+52 701379 370785 001:51:07 0.662341D+01 0.100000D+52 704342 372329 001:51:37 0.663077D+01 0.100000D+52 707677 374009 001:52:07 0.663366D+01 0.100000D+52 710938+ 375720 001:52:37 0.663938D+01 0.100000D+52 714551 377535 001:53:07 0.664126D+01 0.100000D+52 717867 379339 001:53:37 0.664333D+01 0.100000D+52 720630+ 380873 001:54:07 0.664757D+01 0.100000D+52 723339+ 382348 001:54:37 0.664985D+01 0.100000D+52 726194+ 383856 001:55:07 0.664991D+01 0.100000D+52 729315 385493 001:55:37 0.664995D+01 0.100000D+52 732413+ 387125 001:56:07 0.664995D+01 0.100000D+52 735266 388693 001:56:37 0.664996D+01 0.100000D+52 738195 390162 001:57:07 0.665159D+01 0.100000D+52 741078+ 391738 001:57:37 0.665224D+01 0.100000D+52 744030+ 393321 001:58:07 0.665232D+01 0.100000D+52 747429+ 394896 001:58:37 0.665713D+01 0.100000D+52 750458 396527 001:59:07 0.666270D+01 0.100000D+52 753370+ 398107 001:59:37 0.666732D+01 0.100000D+52 755806 399453 002:00:00 0.666733D+01 0.100000D+52 *** Max. allowable CPU time exceeded *** *** No feasible solution was found *** LP subsolver time: 000:41:34, in seconds: 2493.60 NLP subsolver time: 001:08:15, in seconds: 4095.04 Cutting time: 000:00:40, in seconds: 39.79 All other time: 000:09:32, in seconds: 571.58 Total time elapsed: 002:00:00, in seconds: 7200.00 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.26 on navigating: 000:00:26, in seconds: 26.15 on relaxed: 000:19:50, in seconds: 1190.20 on local: 001:08:38, in seconds: 4118.14 on tightening: 000:03:34, in seconds: 214.23 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:27:31, in seconds: 1651.00 Total no. of BaR iterations: 755806 Best solution found at node: -3 Max. no. of nodes in memory: 399453 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 131239994 39.79 All done =========================================================================== *** Time or user interrupt, gap calculations *** are invalid because of an incomplete solution. *** No solution found - further Baron post processing aborted --- Restarting execution --- fo9_ar5_1.gms(1055) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job fo9_ar5_1.gms Stop 11/20/12 23:11:52 elapsed 2:00:19.704 @04 1353449512 ----------------------------- Di 20. Nov 23:11:52 CET 2012 ----------------------------- =ready= Linux opt228 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/fo9.gms =========== ----------------------------- Di 20. Nov 21:12:33 CET 2012 ----------------------------- @03 1353442353 --- Job fo9.gms Start 11/20/12 21:12:33 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- fo9.gms(794) 2 Mb --- Starting execution: elapsed 0:00:00.026 --- fo9.gms(789) 3 Mb --- Generating MINLP model m --- fo9.gms(794) 5 Mb --- 344 rows 183 columns 1,441 non-zeroes --- 91 nl-code 18 nl-non-zeroes --- 72 discrete-columns --- fo9.gms(794) 3 Mb --- Executing BARON: elapsed 0:00:00.031 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 8164837 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.000000D+00 0.100000D+52 1 1 000:00:00 0.000000D+00 0.100000D+52 3007+ 1856 000:00:30 0.625000D+01 0.100000D+52 6144 3840 000:01:00 0.625000D+01 0.100000D+52 9177 5762 000:01:30 0.625000D+01 0.100000D+52 12511 7886 000:02:00 0.625000D+01 0.100000D+52 15389 9786 000:02:30 0.631522D+01 0.100000D+52 17784+ 11253 000:03:00 0.650000D+01 0.100000D+52 20852 13176 000:03:30 0.650000D+01 0.100000D+52 23765 14978 000:04:01 0.650000D+01 0.100000D+52 26684 16771 000:04:31 0.655000D+01 0.100000D+52 30293+ 18979 000:05:01 0.655000D+01 0.100000D+52 33106+ 20724 000:05:31 0.655000D+01 0.100000D+52 36142+ 22634 000:06:01 0.655000D+01 0.100000D+52 39107 24462 000:06:31 0.657500D+01 0.100000D+52 42026 26325 000:07:01 0.663971D+01 0.100000D+52 45379 28372 000:07:31 0.681630D+01 0.100000D+52 48326+ 30150 000:08:01 0.700000D+01 0.100000D+52 51033 31835 000:08:31 0.700000D+01 0.100000D+52 53873+ 33600 000:09:01 0.703571D+01 0.100000D+52 56772 35326 000:09:32 0.715685D+01 0.100000D+52 59623 37057 000:10:02 0.715685D+01 0.100000D+52 62790 38976 000:10:32 0.715685D+01 0.100000D+52 65917 40847 000:11:02 0.715685D+01 0.100000D+52 69198 42794 000:11:33 0.715685D+01 0.100000D+52 72779 44976 000:12:03 0.715685D+01 0.100000D+52 75825 46812 000:12:33 0.715685D+01 0.100000D+52 78811+ 48552 000:13:03 0.720000D+01 0.100000D+52 82229+ 50580 000:13:33 0.720000D+01 0.100000D+52 85511 52445 000:14:03 0.720000D+01 0.100000D+52 89134 54309 000:14:33 0.720000D+01 0.100000D+52 92920 56424 000:15:03 0.720000D+01 0.100000D+52 97297+ 58842 000:15:33 0.720000D+01 0.100000D+52 101543+ 61296 000:16:03 0.720000D+01 0.100000D+52 105129 63165 000:16:33 0.720000D+01 0.100000D+52 108445+ 65091 000:17:03 0.720000D+01 0.100000D+52 112120 67363 000:17:33 0.721154D+01 0.100000D+52 115729+ 69334 000:18:03 0.721429D+01 0.100000D+52 118745+ 71096 000:18:33 0.724026D+01 0.100000D+52 121678+ 72701 000:19:03 0.727676D+01 0.100000D+52 124321 74298 000:19:33 0.730000D+01 0.100000D+52 127494 76119 000:20:03 0.730000D+01 0.100000D+52 130300+ 77784 000:20:33 0.733100D+01 0.100000D+52 132889+ 79209 000:21:03 0.738760D+01 0.100000D+52 136990 81334 000:21:33 0.746029D+01 0.100000D+52 141385 83489 000:22:03 0.750000D+01 0.100000D+52 144776 85354 000:22:33 0.756250D+01 0.100000D+52 147622 87006 000:23:03 0.758623D+01 0.100000D+52 150893 88908 000:23:33 0.758624D+01 0.100000D+52 154332 90982 000:24:03 0.758624D+01 0.100000D+52 157633 92966 000:24:33 0.758624D+01 0.100000D+52 160768 94834 000:25:03 0.758624D+01 0.100000D+52 164235 96893 000:25:33 0.758624D+01 0.100000D+52 168157+ 99161 000:26:03 0.758624D+01 0.100000D+52 171546 101162 000:26:33 0.758624D+01 0.100000D+52 174501 102954 000:27:03 0.760000D+01 0.100000D+52 177230 104601 000:27:33 0.760000D+01 0.100000D+52 179884+ 106185 000:28:03 0.760000D+01 0.100000D+52 182555 107757 000:28:33 0.760000D+01 0.100000D+52 185432 109464 000:29:03 0.760000D+01 0.100000D+52 188065 111049 000:29:33 0.760000D+01 0.100000D+52 190734 112665 000:30:03 0.760000D+01 0.100000D+52 193631 114471 000:30:33 0.762222D+01 0.100000D+52 196238+ 116049 000:31:04 0.766626D+01 0.100000D+52 198987 117593 000:31:34 0.769328D+01 0.100000D+52 201808 119205 000:32:04 0.770000D+01 0.100000D+52 206306 121789 000:32:34 0.771334D+01 0.100000D+52 209512+ 123589 000:33:04 0.774206D+01 0.100000D+52 212602 125358 000:33:34 0.775000D+01 0.100000D+52 216180+ 127209 000:34:04 0.775000D+01 0.100000D+52 219704 129017 000:34:34 0.775000D+01 0.100000D+52 223292 130961 000:35:04 0.775000D+01 0.100000D+52 226771 132737 000:35:34 0.775000D+01 0.100000D+52 230205+ 134556 000:36:04 0.775696D+01 0.100000D+52 233731+ 136447 000:36:34 0.778493D+01 0.100000D+52 237260 138347 000:37:04 0.780000D+01 0.100000D+52 240375 140097 000:37:34 0.783489D+01 0.100000D+52 243598 141979 000:38:04 0.786538D+01 0.100000D+52 247621+ 144104 000:38:34 0.788850D+01 0.100000D+52 251188+ 146116 000:39:04 0.790000D+01 0.100000D+52 254793 148096 000:39:34 0.793477D+01 0.100000D+52 258212+ 149929 000:40:04 0.795000D+01 0.100000D+52 261870 151378 000:40:34 0.795000D+01 0.100000D+52 264557 152838 000:41:04 0.796102D+01 0.100000D+52 266729+ 154252 000:41:34 0.796102D+01 0.100000D+52 269199 155645 000:42:04 0.796107D+01 0.100000D+52 272147 157378 000:42:34 0.796108D+01 0.100000D+52 275087 159082 000:43:04 0.796108D+01 0.100000D+52 277784+ 160643 000:43:34 0.796108D+01 0.100000D+52 280583 162257 000:44:04 0.796109D+01 0.100000D+52 284305 164423 000:44:34 0.796110D+01 0.100000D+52 288524+ 166935 000:45:04 0.796110D+01 0.100000D+52 292635+ 169424 000:45:34 0.796110D+01 0.100000D+52 296760+ 171647 000:46:04 0.796110D+01 0.100000D+52 299890+ 173513 000:46:34 0.796110D+01 0.100000D+52 303470 175552 000:47:04 0.796110D+01 0.100000D+52 306923+ 177456 000:47:34 0.796110D+01 0.100000D+52 310613+ 179532 000:48:04 0.796110D+01 0.100000D+52 314334 181637 000:48:34 0.796110D+01 0.100000D+52 317670 183604 000:49:04 0.796110D+01 0.100000D+52 320954+ 185516 000:49:34 0.796110D+01 0.100000D+52 324760 187718 000:50:04 0.796110D+01 0.100000D+52 328414+ 189769 000:50:34 0.796110D+01 0.100000D+52 332347+ 191880 000:51:04 0.796110D+01 0.100000D+52 336106 194021 000:51:34 0.796110D+01 0.100000D+52 340357 196487 000:52:04 0.796110D+01 0.100000D+52 344847 199000 000:52:35 0.796110D+01 0.100000D+52 349381 201354 000:53:05 0.796110D+01 0.100000D+52 352433+ 203152 000:53:35 0.796110D+01 0.100000D+52 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0.100000D+52 426891+ 246130 001:04:05 0.796110D+01 0.100000D+52 430938+ 248495 001:04:35 0.796110D+01 0.100000D+52 434049+ 250334 001:05:05 0.796110D+01 0.100000D+52 437436 252315 001:05:35 0.796110D+01 0.100000D+52 441063+ 254336 001:06:05 0.796110D+01 0.100000D+52 445077 256381 001:06:35 0.796110D+01 0.100000D+52 449000 258547 001:07:05 0.796110D+01 0.100000D+52 452433 260474 001:07:35 0.796110D+01 0.100000D+52 455019 262030 001:08:05 0.796110D+01 0.100000D+52 458067+ 263853 001:08:35 0.796110D+01 0.100000D+52 461171 265703 001:09:05 0.796110D+01 0.100000D+52 464516 267683 001:09:35 0.796110D+01 0.100000D+52 467805 269671 001:10:05 0.796110D+01 0.100000D+52 470970+ 271596 001:10:35 0.796110D+01 0.100000D+52 474769+ 273685 001:11:05 0.796110D+01 0.100000D+52 478370 275783 001:11:35 0.796110D+01 0.100000D+52 481520 277665 001:12:05 0.796110D+01 0.100000D+52 484583 279484 001:12:35 0.796110D+01 0.100000D+52 487794 281391 001:13:05 0.796110D+01 0.100000D+52 490997+ 283282 001:13:35 0.796110D+01 0.100000D+52 494684 285336 001:14:05 0.796110D+01 0.100000D+52 498576 287557 001:14:35 0.796110D+01 0.100000D+52 501926 289421 001:15:05 0.796110D+01 0.100000D+52 504844+ 291140 001:15:35 0.796110D+01 0.100000D+52 507935 292974 001:16:05 0.796110D+01 0.100000D+52 510822 294716 001:16:36 0.796110D+01 0.100000D+52 514041+ 296612 001:17:06 0.796110D+01 0.100000D+52 517865+ 298872 001:17:36 0.796110D+01 0.100000D+52 521726+ 301118 001:18:06 0.796110D+01 0.100000D+52 525599+ 303360 001:18:36 0.796110D+01 0.100000D+52 529213+ 305455 001:19:06 0.796110D+01 0.100000D+52 532990 307584 001:19:36 0.796110D+01 0.100000D+52 535855+ 309296 001:20:06 0.796110D+01 0.100000D+52 538423+ 310861 001:20:36 0.796110D+01 0.100000D+52 541274+ 312577 001:21:06 0.796110D+01 0.100000D+52 544471 314493 001:21:36 0.796110D+01 0.100000D+52 547840 316489 001:22:06 0.796110D+01 0.100000D+52 551580 318675 001:22:36 0.796110D+01 0.100000D+52 555644+ 320918 001:23:06 0.796110D+01 0.100000D+52 559032+ 322949 001:23:36 0.796110D+01 0.100000D+52 562099 324779 001:24:06 0.796110D+01 0.100000D+52 565421+ 326742 001:24:36 0.796110D+01 0.100000D+52 569547 329130 001:25:06 0.796110D+01 0.100000D+52 573599+ 331479 001:25:36 0.796110D+01 0.100000D+52 577307 333641 001:26:06 0.796110D+01 0.100000D+52 580421 335465 001:26:36 0.796110D+01 0.100000D+52 583732+ 337415 001:27:06 0.796110D+01 0.100000D+52 586866 339253 001:27:36 0.796110D+01 0.100000D+52 590457 341381 001:28:06 0.796110D+01 0.100000D+52 594393 343652 001:28:36 0.796110D+01 0.100000D+52 598448+ 345828 001:29:06 0.796110D+01 0.100000D+52 602492+ 348005 001:29:36 0.796110D+01 0.100000D+52 606368+ 350133 001:30:06 0.796110D+01 0.100000D+52 610083 352262 001:30:36 0.796110D+01 0.100000D+52 613287+ 354171 001:31:06 0.796110D+01 0.100000D+52 617053 356363 001:31:36 0.796110D+01 0.100000D+52 620781+ 358519 001:32:06 0.796110D+01 0.100000D+52 623925+ 360353 001:32:36 0.796110D+01 0.100000D+52 627067+ 362219 001:33:06 0.796110D+01 0.100000D+52 630516+ 364227 001:33:36 0.796110D+01 0.100000D+52 634101+ 366361 001:34:06 0.796110D+01 0.100000D+52 637359 368275 001:34:36 0.796110D+01 0.100000D+52 640376+ 370097 001:35:06 0.796110D+01 0.100000D+52 643499+ 371950 001:35:36 0.796110D+01 0.100000D+52 646765+ 373830 001:36:06 0.796110D+01 0.100000D+52 650004 375902 001:36:36 0.796110D+01 0.100000D+52 653548 377683 001:37:06 0.796110D+01 0.100000D+52 657131 379364 001:37:36 0.796110D+01 0.100000D+52 660898 381115 001:38:06 0.796110D+01 0.100000D+52 664526 383030 001:38:36 0.796110D+01 0.100000D+52 668371 385359 001:39:06 0.796110D+01 0.100000D+52 672429+ 387746 001:39:36 0.796110D+01 0.100000D+52 676371+ 390151 001:40:06 0.796110D+01 0.100000D+52 680409 392320 001:40:36 0.796110D+01 0.100000D+52 684047+ 394518 001:41:06 0.796110D+01 0.100000D+52 688564+ 397070 001:41:36 0.796110D+01 0.100000D+52 693239 399825 001:42:06 0.796110D+01 0.100000D+52 697799+ 402471 001:42:36 0.796110D+01 0.100000D+52 701996+ 404893 001:43:06 0.796110D+01 0.100000D+52 706357 407489 001:43:36 0.796110D+01 0.100000D+52 710895 410183 001:44:06 0.796110D+01 0.100000D+52 715572 412895 001:44:36 0.796110D+01 0.100000D+52 720043 415503 001:45:06 0.796110D+01 0.100000D+52 724781+ 418279 001:45:36 0.796110D+01 0.100000D+52 728736 420487 001:46:06 0.796110D+01 0.100000D+52 732857 422642 001:46:36 0.796110D+01 0.100000D+52 736492 424572 001:47:06 0.796110D+01 0.100000D+52 740013 426548 001:47:36 0.796110D+01 0.100000D+52 743510 428579 001:48:06 0.796110D+01 0.100000D+52 747019+ 430600 001:48:36 0.796110D+01 0.100000D+52 750926 432757 001:49:06 0.796110D+01 0.100000D+52 754578+ 434819 001:49:36 0.796110D+01 0.100000D+52 758181 436979 001:50:06 0.796110D+01 0.100000D+52 761943+ 439188 001:50:36 0.796110D+01 0.100000D+52 765845+ 441374 001:51:06 0.796110D+01 0.100000D+52 769848 443376 001:51:36 0.796110D+01 0.100000D+52 774084 445339 001:52:06 0.796110D+01 0.100000D+52 777789+ 447491 001:52:36 0.796110D+01 0.100000D+52 781638 449737 001:53:06 0.796110D+01 0.100000D+52 785405+ 451935 001:53:36 0.796110D+01 0.100000D+52 789427+ 454324 001:54:06 0.796110D+01 0.100000D+52 793428+ 456684 001:54:36 0.796110D+01 0.100000D+52 797707+ 459134 001:55:06 0.796110D+01 0.100000D+52 802650 461867 001:55:36 0.796110D+01 0.100000D+52 806777 464327 001:56:06 0.796110D+01 0.100000D+52 810739+ 466682 001:56:36 0.796110D+01 0.100000D+52 814681 469036 001:57:06 0.796110D+01 0.100000D+52 818607+ 471352 001:57:36 0.796110D+01 0.100000D+52 822773 473824 001:58:06 0.796110D+01 0.100000D+52 826793+ 476176 001:58:37 0.796110D+01 0.100000D+52 830827+ 478591 001:59:07 0.796110D+01 0.100000D+52 834925 481002 001:59:37 0.796110D+01 0.100000D+52 837994 482822 002:00:00 0.796110D+01 0.100000D+52 *** Max. allowable CPU time exceeded *** *** No feasible solution was found *** LP subsolver time: 000:42:06, in seconds: 2526.23 NLP subsolver time: 001:04:54, in seconds: 3894.44 Cutting time: 000:01:00, in seconds: 59.81 All other time: 000:12:00, in seconds: 719.52 Total time elapsed: 002:00:00, in seconds: 7200.00 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.08 on navigating: 000:00:31, in seconds: 30.81 on relaxed: 000:17:21, in seconds: 1040.94 on local: 001:06:09, in seconds: 3969.31 on tightening: 000:04:04, in seconds: 244.09 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:31:55, in seconds: 1914.76 Total no. of BaR iterations: 837994 Best solution found at node: -3 Max. no. of nodes in memory: 482822 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 194337206 59.81 All done =========================================================================== *** Time or user interrupt, gap calculations *** are invalid because of an incomplete solution. *** No solution found - further Baron post processing aborted --- Restarting execution --- fo9.gms(794) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job fo9.gms Stop 11/20/12 23:12:53 elapsed 2:00:19.750 @04 1353449573 ----------------------------- Di 20. Nov 23:12:53 CET 2012 ----------------------------- =ready= Linux opt221 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/fuel.gms =========== ----------------------------- Di 20. Nov 21:37:07 CET 2012 ----------------------------- @03 1353443827 --- Job fuel.gms Start 11/20/12 21:37:07 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- fuel.gms(89) 2 Mb --- Starting execution: elapsed 0:00:00.013 --- fuel.gms(84) 3 Mb --- Generating MINLP model m --- fuel.gms(89) 5 Mb --- 16 rows 16 columns 39 non-zeroes --- 40 nl-code 6 nl-non-zeroes --- 3 discrete-columns --- fuel.gms(89) 3 Mb --- Executing BARON: elapsed 0:00:00.016 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 48803465 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.530625D+04 0.171750D+05 * 1+ 1 000:00:00 0.848096D+04 0.120349D+05 * 1+ 1 000:00:00 0.848096D+04 0.973418D+04 * 1+ 1 000:00:00 0.848096D+04 0.973417D+04 * 1+ 1 000:00:00 0.852446D+04 0.950834D+04 1 1 000:00:00 0.852456D+04 0.950834D+04 * 3 2 000:00:00 0.852456D+04 0.933810D+04 * 6 4 000:00:00 0.852704D+04 0.857817D+04 * 7+ 3 000:00:00 0.852704D+04 0.857817D+04 * 7+ 3 000:00:00 0.852704D+04 0.857816D+04 * 7+ 3 000:00:00 0.852704D+04 0.857815D+04 * 7+ 3 000:00:00 0.852704D+04 0.857814D+04 * 7+ 3 000:00:00 0.852704D+04 0.857814D+04 * 7+ 3 000:00:00 0.852704D+04 0.857813D+04 * 7+ 3 000:00:00 0.852704D+04 0.857812D+04 * 7+ 3 000:00:00 0.852704D+04 0.857811D+04 * 7+ 3 000:00:00 0.852704D+04 0.857811D+04 * 7+ 3 000:00:00 0.852704D+04 0.857810D+04 * 7+ 3 000:00:00 0.852704D+04 0.857809D+04 * 7+ 3 000:00:00 0.852704D+04 0.857808D+04 * 11 5 000:00:00 0.856611D+04 0.857089D+04 * 12+ 5 000:00:00 0.856611D+04 0.857088D+04 * 12+ 5 000:00:00 0.856611D+04 0.857087D+04 * 14+ 6 000:00:00 0.856611D+04 0.857087D+04 * 14+ 5 000:00:00 0.856611D+04 0.856653D+04 * 14+ 5 000:00:00 0.856611D+04 0.856652D+04 * 18 6 000:00:00 0.856612D+04 0.856616D+04 * 22 5 000:00:00 0.856612D+04 0.856615D+04 * 24 0 000:00:00 0.856612D+04 0.856612D+04 24 0 000:00:00 0.856612D+04 0.856612D+04 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.05 NLP subsolver time: 000:00:00, in seconds: 0.04 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.03 Total time elapsed: 000:00:00, in seconds: 0.13 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.02 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.02 on local: 000:00:00, in seconds: 0.03 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.04 Total no. of BaR iterations: 24 Best solution found at node: 24 Max. no. of nodes in memory: 7 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 4800 0.00 All done =========================================================================== Solution = 8566.11907332 found at node 24 Best possible = 8566.1189176 Absolute gap = 0.000155719999384019 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- fuel.gms(89) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job fuel.gms Stop 11/20/12 21:37:07 elapsed 0:00:00.191 @04 1353443827 ----------------------------- Di 20. Nov 21:37:07 CET 2012 ----------------------------- =ready= Linux opt221 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/fuzzy.gms =========== ----------------------------- Di 20. Nov 21:37:07 CET 2012 ----------------------------- @03 1353443827 --- Job fuzzy.gms Start 11/20/12 21:37:07 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- fuzzy.gms(2413) 2 Mb --- Starting execution: elapsed 0:00:00.021 --- fuzzy.gms(2408) 3 Mb --- Generating MINLP model m --- fuzzy.gms(2413) 6 Mb --- 1,057 rows 897 columns 3,506 non-zeroes --- 251 nl-code 79 nl-non-zeroes --- 120 discrete-columns --- fuzzy.gms(2413) 3 Mb --- Executing BARON: elapsed 0:00:00.035 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" *** Cannot handle function 'min' --- Bar_Space_Length = 16383Mb --- Restarting execution --- fuzzy.gms(2413) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job fuzzy.gms Stop 11/20/12 21:37:07 elapsed 0:00:00.080 @04 1353443827 ----------------------------- Di 20. Nov 21:37:07 CET 2012 ----------------------------- =ready= Linux opt221 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/gasnet.gms =========== ----------------------------- Di 20. Nov 21:37:07 CET 2012 ----------------------------- @03 1353443827 --- Job gasnet.gms Start 11/20/12 21:37:07 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- gasnet.gms(293) 2 Mb --- Starting execution: elapsed 0:00:00.006 --- gasnet.gms(288) 3 Mb --- Generating MINLP model m --- gasnet.gms(293) 5 Mb --- 70 rows 91 columns 267 non-zeroes --- 446 nl-code 130 nl-non-zeroes --- 10 discrete-columns --- gasnet.gms(293) 3 Mb --- Executing BARON: elapsed 0:00:00.011 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Preprocessing found feasible solution with value 0.699938156187D+07 Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 9176719 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:01 0.193420D+06 0.699938D+07 1 1 000:00:03 0.231285D+07 0.699938D+07 148 81 000:00:33 0.248488D+07 0.699938D+07 292+ 157 000:01:03 0.252871D+07 0.699938D+07 472+ 255 000:01:34 0.256897D+07 0.699938D+07 642+ 342 000:02:04 0.260216D+07 0.699938D+07 784+ 409 000:02:34 0.261973D+07 0.699938D+07 926+ 476 000:03:04 0.263447D+07 0.699938D+07 1075+ 542 000:03:34 0.264994D+07 0.699938D+07 1253+ 634 000:04:04 0.266552D+07 0.699938D+07 1414+ 714 000:04:34 0.267894D+07 0.699938D+07 1569+ 794 000:05:04 0.268881D+07 0.699938D+07 1729+ 875 000:05:34 0.270010D+07 0.699938D+07 1917+ 973 000:06:04 0.270908D+07 0.699938D+07 2093+ 1074 000:06:34 0.271651D+07 0.699938D+07 2243 1155 000:07:04 0.272327D+07 0.699938D+07 2430+ 1250 000:07:34 0.273011D+07 0.699938D+07 2675+ 1378 000:08:04 0.273802D+07 0.699938D+07 2897+ 1479 000:08:34 0.274532D+07 0.699938D+07 3065 1562 000:09:04 0.275029D+07 0.699938D+07 3269+ 1661 000:09:34 0.275569D+07 0.699938D+07 3407+ 1731 000:10:04 0.276093D+07 0.699938D+07 3577+ 1819 000:10:34 0.276535D+07 0.699938D+07 3761+ 1918 000:11:04 0.277186D+07 0.699938D+07 3939+ 2004 000:11:34 0.277673D+07 0.699938D+07 4201+ 2140 000:12:04 0.278259D+07 0.699938D+07 4483 2260 000:12:34 0.278555D+07 0.699938D+07 4730+ 2392 000:13:04 0.278953D+07 0.699938D+07 4917+ 2486 000:13:34 0.279380D+07 0.699938D+07 5111+ 2592 000:14:04 0.279768D+07 0.699938D+07 5303+ 2690 000:14:34 0.280203D+07 0.699938D+07 5583+ 2842 000:15:04 0.280807D+07 0.699938D+07 5817+ 2959 000:15:35 0.281311D+07 0.699938D+07 6074+ 3094 000:16:05 0.281819D+07 0.699938D+07 6317+ 3205 000:16:35 0.282300D+07 0.699938D+07 6487+ 3292 000:17:05 0.282621D+07 0.699938D+07 6713+ 3390 000:17:35 0.282907D+07 0.699938D+07 6999+ 3545 000:18:05 0.283322D+07 0.699938D+07 7218 3654 000:18:35 0.283659D+07 0.699938D+07 7411+ 3753 000:19:05 0.284061D+07 0.699938D+07 7662+ 3884 000:19:35 0.284419D+07 0.699938D+07 8121+ 4073 000:20:05 0.284444D+07 0.699938D+07 8771+ 4261 000:20:35 0.284444D+07 0.699938D+07 9620+ 4461 000:21:05 0.284444D+07 0.699938D+07 10528 4619 000:21:35 0.284444D+07 0.699938D+07 11641 4882 000:22:05 0.284444D+07 0.699938D+07 12300 5135 000:22:35 0.284444D+07 0.699938D+07 13120+ 5419 000:23:05 0.284444D+07 0.699938D+07 13731+ 5691 000:23:35 0.284444D+07 0.699938D+07 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0.284444D+07 0.699938D+07 188210+ 44744 001:45:44 0.284444D+07 0.699938D+07 189370+ 44994 001:46:14 0.284444D+07 0.699938D+07 190622+ 45215 001:46:44 0.284444D+07 0.699938D+07 191825+ 45416 001:47:14 0.284444D+07 0.699938D+07 192968+ 45694 001:47:44 0.284444D+07 0.699938D+07 194188+ 45982 001:48:14 0.284444D+07 0.699938D+07 195405+ 46240 001:48:44 0.284444D+07 0.699938D+07 196509+ 46438 001:49:14 0.284444D+07 0.699938D+07 197399+ 46677 001:49:44 0.284444D+07 0.699938D+07 198508+ 46945 001:50:14 0.284444D+07 0.699938D+07 199588+ 47186 001:50:45 0.284444D+07 0.699938D+07 200487+ 47431 001:51:15 0.284444D+07 0.699938D+07 201748+ 47690 001:51:45 0.284444D+07 0.699938D+07 202944+ 47927 001:52:15 0.284444D+07 0.699938D+07 204230+ 48157 001:52:45 0.284444D+07 0.699938D+07 205416 48353 001:53:15 0.284444D+07 0.699938D+07 206422+ 48569 001:53:45 0.284444D+07 0.699938D+07 207487+ 48743 001:54:15 0.284444D+07 0.699938D+07 208601+ 48979 001:54:45 0.284444D+07 0.699938D+07 209704+ 49133 001:55:15 0.284444D+07 0.699938D+07 210759+ 49385 001:55:45 0.284444D+07 0.699938D+07 212017 49635 001:56:15 0.284444D+07 0.699938D+07 213287+ 49873 001:56:45 0.284444D+07 0.699938D+07 214488+ 50122 001:57:15 0.284444D+07 0.699938D+07 215589+ 50347 001:57:45 0.284444D+07 0.699938D+07 216589+ 50584 001:58:15 0.284444D+07 0.699938D+07 217913+ 50773 001:58:45 0.284444D+07 0.699938D+07 218869+ 50997 001:59:15 0.284444D+07 0.699938D+07 219889+ 51212 001:59:45 0.284444D+07 0.699938D+07 220580 51341 002:00:00 0.284444D+07 0.699938D+07 *** Max. allowable CPU time exceeded *** LP subsolver time: 001:33:59, in seconds: 5638.93 NLP subsolver time: 000:18:18, in seconds: 1098.11 Cutting time: 000:01:17, in seconds: 77.42 All other time: 000:06:26, in seconds: 385.54 Total time elapsed: 002:00:00, in seconds: 7200.00 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:01, in seconds: 1.36 on navigating: 000:00:11, in seconds: 10.57 on relaxed: 000:07:11, in seconds: 431.08 on local: 000:18:17, in seconds: 1097.01 on tightening: 000:03:56, in seconds: 235.65 on marginals: 000:00:00, in seconds: 0.38 on probing: 001:30:24, in seconds: 5423.95 Total no. of BaR iterations: 220580 Best solution found at node: 3 Max. no. of nodes in memory: 51344 Cut generation statistics (number of cuts / CPU sec) Bilinear 868779 0.94 Multilinears 0 0.00 Convexity 390383265 76.49 All done =========================================================================== Solution = 6999381.56187 found at node 3 Best possible = 2844435.15194 Absolute gap = 4154946.40993 optca = 1E-9 Relative gap = 1.46073 optcr = 1E-6 --- Restarting execution --- gasnet.gms(293) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job gasnet.gms Stop 11/20/12 23:37:26 elapsed 2:00:19.039 @04 1353451046 ----------------------------- Di 20. Nov 23:37:26 CET 2012 ----------------------------- =ready= Linux opt227 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/gastrans.gms =========== ----------------------------- Di 20. Nov 21:48:30 CET 2012 ----------------------------- @03 1353444510 --- Job gastrans.gms Start 11/20/12 21:48:30 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- gastrans.gms(529) 2 Mb --- Starting execution: elapsed 0:00:00.016 --- gastrans.gms(524) 3 Mb --- Generating MINLP model m --- gastrans.gms(529) 5 Mb --- 150 rows 107 columns 419 non-zeroes --- 120 nl-code 45 nl-non-zeroes --- 21 discrete-columns --- gastrans.gms(529) 3 Mb --- Executing BARON: elapsed 0:00:00.046 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 10034356 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.890858D+02 0.951233D+02 1 1 000:00:00 0.890858D+02 0.951233D+02 * 5 0 000:00:00 0.890858D+02 0.890858D+02 5 0 000:00:00 0.890858D+02 0.890858D+02 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.14 NLP subsolver time: 000:00:00, in seconds: 0.20 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.09 Total time elapsed: 000:00:00, in seconds: 0.43 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.14 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.02 on local: 000:00:00, in seconds: 0.14 on tightening: 000:00:00, in seconds: 0.01 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.11 Total no. of BaR iterations: 5 Best solution found at node: 5 Max. no. of nodes in memory: 4 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 5516 0.00 All done =========================================================================== Solution = 89.08584 found at node 5 Best possible = 89.08584 Absolute gap = 0 optca = 1E-9 Relative gap = 0 optcr = 1E-6 --- Restarting execution --- gastrans.gms(529) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job gastrans.gms Stop 11/20/12 21:48:32 elapsed 0:00:01.777 @04 1353444512 ----------------------------- Di 20. Nov 21:48:32 CET 2012 ----------------------------- =ready= Linux opt227 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/gbd.gms =========== ----------------------------- Di 20. Nov 21:48:32 CET 2012 ----------------------------- @03 1353444512 --- Job gbd.gms Start 11/20/12 21:48:32 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- gbd.gms(56) 2 Mb --- Starting execution: elapsed 0:00:00.013 --- gbd.gms(51) 3 Mb --- Generating MINLP model m --- gbd.gms(56) 5 Mb --- 5 rows 5 columns 17 non-zeroes --- 6 nl-code 1 nl-non-zeroes --- 3 discrete-columns --- gbd.gms(56) 3 Mb --- Executing BARON: elapsed 0:00:00.016 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Preprocessing found feasible solution with value 0.220000000000D+01 Solving bounding LP Problem solved during preprocessing Lower bound is 0.220000000000D+01 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.00 NLP subsolver time: 000:00:00, in seconds: 0.00 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.03 Total time elapsed: 000:00:00, in seconds: 0.03 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.03 on navigating: 000:00:00, in seconds: 0.00 on relaxed: 000:00:00, in seconds: 0.00 on local: 000:00:00, in seconds: 0.00 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: -1 Best solution found at node: -1 Max. no. of nodes in memory: 0 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 0 0.00 All done =========================================================================== Solution = 2.2 best solution found during preprocessing Best possible = 2.2 Absolute gap = 0 optca = 1E-9 Relative gap = 0 optcr = 1E-6 --- Restarting execution --- gbd.gms(56) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job gbd.gms Stop 11/20/12 21:48:32 elapsed 0:00:00.095 @04 1353444512 ----------------------------- Di 20. Nov 21:48:32 CET 2012 ----------------------------- =ready= Linux opt227 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/ghg_1veh.gms =========== ----------------------------- Di 20. Nov 21:48:33 CET 2012 ----------------------------- @03 1353444513 --- Job ghg_1veh.gms Start 11/20/12 21:48:33 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- ghg_1veh.gms(213) 2 Mb --- Starting execution: elapsed 0:00:00.012 --- ghg_1veh.gms(208) 3 Mb --- Generating MINLP model m --- ghg_1veh.gms(213) 5 Mb --- 38 rows 30 columns 131 non-zeroes --- 792 nl-code 91 nl-non-zeroes --- 12 discrete-columns --- ghg_1veh.gms(213) 3 Mb --- Executing BARON: elapsed 0:00:00.016 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Preprocessing found feasible solution with value 0.778163488532D+01 Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 22844174 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 -0.152584D+00 0.778163D+01 1 1 000:00:01 0.466266D+00 0.778163D+01 375 0 000:00:09 0.778162D+01 0.778163D+01 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:06, in seconds: 5.92 NLP subsolver time: 000:00:01, in seconds: 0.79 Cutting time: 000:00:01, in seconds: 0.58 All other time: 000:00:02, in seconds: 1.67 Total time elapsed: 000:00:09, in seconds: 8.96 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.40 on navigating: 000:00:00, in seconds: 0.02 on relaxed: 000:00:00, in seconds: 0.34 on local: 000:00:00, in seconds: 0.45 on tightening: 000:00:01, in seconds: 1.46 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:06, in seconds: 6.30 Total no. of BaR iterations: 375 Best solution found at node: 210 Max. no. of nodes in memory: 30 Cut generation statistics (number of cuts / CPU sec) Bilinear 5524 0.02 Multilinears 4836 0.26 Convexity 112683 0.30 All done =========================================================================== Solution = 7.78162962461 found at node 210 Best possible = 7.78162184298 Absolute gap = 7.7816299999256E-6 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- ghg_1veh.gms(213) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job ghg_1veh.gms Stop 11/20/12 21:48:42 elapsed 0:00:09.071 @04 1353444522 ----------------------------- Di 20. Nov 21:48:42 CET 2012 ----------------------------- =ready= Linux opt227 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/ghg_2veh.gms =========== ----------------------------- Di 20. Nov 21:48:42 CET 2012 ----------------------------- @03 1353444522 --- Job ghg_2veh.gms Start 11/20/12 21:48:42 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- ghg_2veh.gms(364) 2 Mb --- Starting execution: elapsed 0:00:00.025 --- ghg_2veh.gms(359) 3 Mb --- Generating MINLP model m --- ghg_2veh.gms(364) 5 Mb --- 63 rows 58 columns 215 non-zeroes --- 1,526 nl-code 154 nl-non-zeroes --- 18 discrete-columns --- ghg_2veh.gms(364) 3 Mb --- Executing BARON: elapsed 0:00:00.031 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Preprocessing found feasible solution with value 0.777106190284D+01 Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 12484606 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:01 0.000000D+00 0.777106D+01 1 1 000:00:01 0.000000D+00 0.777106D+01 * 22 17 000:00:03 0.000000D+00 0.777090D+01 312+ 184 000:00:33 0.000000D+00 0.777090D+01 566+ 295 000:01:03 0.000000D+00 0.777090D+01 832+ 436 000:01:33 0.000000D+00 0.777090D+01 1107+ 571 000:02:03 0.000000D+00 0.777090D+01 1331 681 000:02:33 0.000000D+00 0.777090D+01 1606+ 797 000:03:03 0.000000D+00 0.777090D+01 2008+ 982 000:03:54 0.000000D+00 0.777090D+01 2271+ 1107 000:04:24 0.000000D+00 0.777090D+01 2553 1227 000:04:54 0.000000D+00 0.777090D+01 2761 1323 000:05:24 0.000000D+00 0.777090D+01 2963+ 1422 000:05:54 0.000000D+00 0.777090D+01 3182 1514 000:06:24 0.000000D+00 0.777090D+01 3401+ 1625 000:06:54 0.000000D+00 0.777090D+01 3629+ 1733 000:07:24 0.000000D+00 0.777090D+01 3821+ 1826 000:07:54 0.000000D+00 0.777090D+01 4058+ 1928 000:08:24 0.000000D+00 0.777090D+01 4236 2014 000:08:54 0.000000D+00 0.777090D+01 4455+ 2128 000:09:24 0.000000D+00 0.777090D+01 4681+ 2237 000:09:54 0.000000D+00 0.777090D+01 4895+ 2345 000:10:24 0.000000D+00 0.777090D+01 5141+ 2463 000:10:54 0.000000D+00 0.777090D+01 5332+ 2537 000:11:24 0.257430D-02 0.777090D+01 5626+ 2689 000:11:54 0.709433D-01 0.777090D+01 5915+ 2848 000:12:24 0.137494D+00 0.777090D+01 6207 3004 000:12:54 0.189451D+00 0.777090D+01 6478+ 3153 000:13:24 0.250517D+00 0.777090D+01 6761 3301 000:13:54 0.296374D+00 0.777090D+01 7030 3449 000:14:24 0.333426D+00 0.777090D+01 7303+ 3597 000:14:54 0.376841D+00 0.777090D+01 7592+ 3761 000:15:24 0.410258D+00 0.777090D+01 7878+ 3924 000:15:54 0.458200D+00 0.777090D+01 8171+ 4077 000:16:24 0.516038D+00 0.777090D+01 8431 4220 000:16:54 0.572022D+00 0.777090D+01 8699+ 4363 000:17:24 0.610389D+00 0.777090D+01 8979+ 4512 000:17:54 0.656081D+00 0.777090D+01 9251+ 4650 000:18:24 0.699435D+00 0.777090D+01 9500+ 4779 000:18:54 0.734402D+00 0.777090D+01 9794 4929 000:19:24 0.774758D+00 0.777090D+01 10076+ 5073 000:19:54 0.807773D+00 0.777090D+01 10365+ 5223 000:20:24 0.845876D+00 0.777090D+01 10694+ 5389 000:20:54 0.899271D+00 0.777090D+01 10974+ 5541 000:21:24 0.940161D+00 0.777090D+01 11255+ 5694 000:21:54 0.971513D+00 0.777090D+01 11534+ 5841 000:22:24 0.101711D+01 0.777090D+01 11798+ 5988 000:22:54 0.105435D+01 0.777090D+01 12115+ 6144 000:23:24 0.109321D+01 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33627 001:56:15 0.428781D+01 0.777090D+01 73412+ 33763 001:56:45 0.429665D+01 0.777090D+01 73785+ 33917 001:57:15 0.430397D+01 0.777090D+01 74147 34061 001:57:45 0.431242D+01 0.777090D+01 74450+ 34177 001:58:15 0.431932D+01 0.777090D+01 74777 34293 001:58:45 0.432691D+01 0.777090D+01 75105+ 34426 001:59:15 0.433377D+01 0.777090D+01 75441+ 34550 001:59:45 0.434073D+01 0.777090D+01 75625 34614 002:00:00 0.434339D+01 0.777090D+01 *** Max. allowable CPU time exceeded *** LP subsolver time: 001:21:10, in seconds: 4869.83 NLP subsolver time: 000:02:09, in seconds: 128.66 Cutting time: 000:10:41, in seconds: 641.26 All other time: 000:26:00, in seconds: 1560.24 Total time elapsed: 002:00:00, in seconds: 7200.00 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:01, in seconds: 0.78 on navigating: 000:00:06, in seconds: 6.13 on relaxed: 000:00:00, in seconds: 0.00 on local: 000:02:08, in seconds: 128.09 on tightening: 000:24:26, in seconds: 1466.39 on marginals: 000:00:00, in seconds: 0.45 on probing: 001:38:18, in seconds: 5897.66 Total no. of BaR iterations: 75625 Best solution found at node: 48869 Max. no. of nodes in memory: 34614 Cut generation statistics (number of cuts / CPU sec) Bilinear 10430128 24.41 Multilinears 4790499 352.36 Convexity 99394395 264.50 All done =========================================================================== Solution = 7.77090453354 found at node 48869 Best possible = 4.3433915973 Absolute gap = 3.42751293624 optca = 1E-9 Relative gap = 0.78913 optcr = 1E-6 --- Restarting execution --- ghg_2veh.gms(364) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job ghg_2veh.gms Stop 11/20/12 23:49:01 elapsed 2:00:19.046 @04 1353451741 ----------------------------- Di 20. Nov 23:49:01 CET 2012 ----------------------------- =ready= Linux opt226 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/ghg_3veh.gms =========== ----------------------------- Di 20. Nov 23:11:14 CET 2012 ----------------------------- @03 1353449474 --- Job ghg_3veh.gms Start 11/20/12 23:11:14 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- ghg_3veh.gms(587) 2 Mb --- Starting execution: elapsed 0:00:00.093 --- ghg_3veh.gms(582) 3 Mb --- Generating MINLP model m --- ghg_3veh.gms(587) 5 Mb --- 120 rows 97 columns 431 non-zeroes --- 2,524 nl-code 307 nl-non-zeroes --- 36 discrete-columns --- ghg_3veh.gms(587) 3 Mb --- Executing BARON: elapsed 0:00:00.113 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 7587817 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:01 0.000000D+00 0.179853D+03 1 1 000:00:02 0.000000D+00 0.179853D+03 161 111 000:00:32 0.000000D+00 0.179853D+03 * 261 161 000:00:49 0.000000D+00 0.851255D+01 434 273 000:01:20 0.000000D+00 0.851255D+01 597+ 357 000:01:50 0.000000D+00 0.851255D+01 761+ 459 000:02:20 0.000000D+00 0.851255D+01 930+ 551 000:02:50 0.000000D+00 0.851255D+01 1108+ 614 000:03:20 0.000000D+00 0.851255D+01 1267+ 686 000:03:50 0.000000D+00 0.851255D+01 1472+ 777 000:04:20 0.000000D+00 0.851255D+01 * 1624 839 000:04:40 0.000000D+00 0.778004D+01 1816 933 000:05:10 0.000000D+00 0.778004D+01 1987+ 1024 000:05:40 0.000000D+00 0.778004D+01 2245+ 1132 000:06:10 0.000000D+00 0.778004D+01 * 2436 1208 000:06:33 0.000000D+00 0.777901D+01 2687 1308 000:07:03 0.000000D+00 0.777901D+01 2921+ 1382 000:07:33 0.000000D+00 0.777901D+01 3153+ 1480 000:08:03 0.000000D+00 0.777901D+01 3338+ 1569 000:08:33 0.000000D+00 0.777901D+01 * 3496 1648 000:08:58 0.000000D+00 0.777545D+01 3682+ 1744 000:09:28 0.000000D+00 0.777545D+01 3954+ 1815 000:09:58 0.000000D+00 0.777545D+01 4279 1864 000:10:28 0.000000D+00 0.777545D+01 4710+ 1881 000:10:58 0.000000D+00 0.777545D+01 4933+ 1963 000:11:28 0.000000D+00 0.777545D+01 5257 2025 000:11:58 0.000000D+00 0.777545D+01 5468+ 2053 000:12:28 0.000000D+00 0.777545D+01 5727+ 2116 000:12:58 0.000000D+00 0.777545D+01 5953 2197 000:13:28 0.000000D+00 0.777545D+01 6241+ 2278 000:13:58 0.000000D+00 0.777545D+01 6417+ 2365 000:14:28 0.000000D+00 0.777545D+01 6623+ 2456 000:14:58 0.000000D+00 0.777545D+01 6815+ 2553 000:15:28 0.000000D+00 0.777545D+01 7023+ 2664 000:15:58 0.000000D+00 0.777545D+01 7186+ 2729 000:16:28 0.000000D+00 0.777545D+01 7403+ 2826 000:16:58 0.000000D+00 0.777545D+01 * 7562 2920 000:17:25 0.000000D+00 0.777288D+01 7754 3009 000:17:55 0.000000D+00 0.777288D+01 7965+ 3104 000:18:25 0.000000D+00 0.777288D+01 8196+ 3211 000:18:55 0.000000D+00 0.777288D+01 8497+ 3298 000:19:25 0.000000D+00 0.777288D+01 8963+ 3333 000:19:55 0.000000D+00 0.777288D+01 9119+ 3385 000:20:25 0.000000D+00 0.777288D+01 9285+ 3432 000:20:55 0.000000D+00 0.777288D+01 9510+ 3492 000:21:25 0.000000D+00 0.777288D+01 9743+ 3537 000:21:55 0.000000D+00 0.777288D+01 9987+ 3574 000:22:25 0.000000D+00 0.777288D+01 10143+ 3665 000:22:55 0.000000D+00 0.777288D+01 10311 3737 000:23:25 0.000000D+00 0.777288D+01 10514 3756 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0.775432D+01 57355+ 17474 001:57:01 0.000000D+00 0.775432D+01 57556+ 17548 001:57:31 0.000000D+00 0.775432D+01 57770+ 17640 001:58:01 0.000000D+00 0.775432D+01 57983+ 17741 001:58:31 0.000000D+00 0.775432D+01 58221+ 17835 001:59:01 0.000000D+00 0.775432D+01 58455+ 17932 001:59:31 0.000000D+00 0.775432D+01 58679 18019 002:00:00 0.000000D+00 0.775432D+01 *** Max. allowable CPU time exceeded *** LP subsolver time: 001:26:23, in seconds: 5183.47 NLP subsolver time: 000:02:01, in seconds: 120.86 Cutting time: 000:06:37, in seconds: 396.51 All other time: 000:24:59, in seconds: 1499.16 Total time elapsed: 002:00:00, in seconds: 7200.00 on parsing: 000:00:00, in seconds: 0.02 on preprocessing: 000:00:01, in seconds: 1.05 on navigating: 000:00:05, in seconds: 4.56 on relaxed: 000:00:00, in seconds: 0.00 on local: 000:02:00, in seconds: 120.21 on tightening: 000:23:27, in seconds: 1407.47 on marginals: 000:00:00, in seconds: 0.17 on probing: 001:46:54, in seconds: 6413.85 Total no. of BaR iterations: 58679 Best solution found at node: 21811 Max. no. of nodes in memory: 18019 Cut generation statistics (number of cuts / CPU sec) Bilinear 8167817 19.56 Multilinears 2564236 166.88 Convexity 85840133 210.08 All done =========================================================================== Solution = 7.75432450518 found at node 21811 Best possible = 0 Absolute gap = 7.75432450518 optca = 1E-9 Relative gap = NA optcr = 1E-6 --- Restarting execution --- ghg_3veh.gms(587) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job ghg_3veh.gms Stop 11/21/12 01:11:33 elapsed 2:00:19.236 @04 1353456693 ----------------------------- Mi 21. Nov 01:11:33 CET 2012 ----------------------------- =ready= Linux opt209 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/gear2.gms =========== ----------------------------- Di 20. Nov 23:11:15 CET 2012 ----------------------------- @03 1353449475 --- Job gear2.gms Start 11/20/12 23:11:15 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- gear2.gms(61) 2 Mb --- Starting execution: elapsed 0:00:00.039 --- gear2.gms(56) 3 Mb --- Generating MINLP model m --- gear2.gms(61) 5 Mb --- 5 rows 29 columns 33 non-zeroes --- 11 nl-code 4 nl-non-zeroes --- 24 discrete-columns --- gear2.gms(61) 3 Mb --- Executing BARON: elapsed 0:00:00.050 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Preprocessing found feasible solution with value 0.120316611881D-01 Preprocessing found feasible solution with value 0.765620813766D-02 Preprocessing found feasible solution with value 0.158342467083D-03 Preprocessing found feasible solution with value 0.682779640450D-04 Preprocessing found feasible solution with value 0.403007896061D-04 Done with local search =========================================================================== We have space for 76691159 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.000000D+00 0.403008D-04 1 1 000:00:00 0.000000D+00 0.403008D-04 * 2 2 000:00:00 0.000000D+00 0.212905D-05 193 0 000:00:00 0.135764D-08 0.235764D-08 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.11 NLP subsolver time: 000:00:00, in seconds: 0.08 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.09 Total time elapsed: 000:00:00, in seconds: 0.28 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.05 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.09 on local: 000:00:00, in seconds: 0.06 on tightening: 000:00:00, in seconds: 0.01 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.05 Total no. of BaR iterations: 193 Best solution found at node: 193 Max. no. of nodes in memory: 13 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 1824 0.00 All done =========================================================================== Solution = 2.35764065802E-9 found at node 193 Best possible = 1.35764065802E-9 Absolute gap = 1E-9 optca = 1E-9 Relative gap = 0 optcr = 1E-6 --- Restarting execution --- gear2.gms(61) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job gear2.gms Stop 11/20/12 23:11:15 elapsed 0:00:00.486 @04 1353449475 ----------------------------- Di 20. Nov 23:11:15 CET 2012 ----------------------------- =ready= Linux opt232 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/gear3.gms =========== ----------------------------- Di 20. Nov 23:11:15 CET 2012 ----------------------------- @03 1353449475 --- Job gear3.gms Start 11/20/12 23:11:15 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- gear3.gms(63) 2 Mb --- Starting execution: elapsed 0:00:00.037 --- gear3.gms(58) 3 Mb --- Generating MINLP model m --- gear3.gms(63) 5 Mb --- 5 rows 9 columns 13 non-zeroes --- 11 nl-code 4 nl-non-zeroes --- 4 discrete-columns --- gear3.gms(63) 3 Mb --- Executing BARON: elapsed 0:00:00.048 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Starting solution is feasible with a value of 0.732257874011D+00 Doing local search Solving bounding LP Starting multi-start local search Preprocessing found feasible solution with value 0.145244629960D-04 Preprocessing found feasible solution with value 0.475522207970D-06 Done with local search =========================================================================== We have space for 74046638 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.000000D+00 0.475522D-06 1 1 000:00:00 0.000000D+00 0.475522D-06 76 0 000:00:00 0.000000D+00 0.992158D-09 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.05 NLP subsolver time: 000:00:00, in seconds: 0.06 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.05 Total time elapsed: 000:00:00, in seconds: 0.16 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.04 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.03 on local: 000:00:00, in seconds: 0.04 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.02 Total no. of BaR iterations: 76 Best solution found at node: 76 Max. no. of nodes in memory: 39 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 789 0.00 All done =========================================================================== Solution = 9.92157958402E-10 found at node 76 Best possible = 0 Absolute gap = 9.92157958402E-10 optca = 1E-9 Relative gap = 0 optcr = 1E-6 --- Restarting execution --- gear3.gms(63) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job gear3.gms Stop 11/20/12 23:11:15 elapsed 0:00:00.365 @04 1353449475 ----------------------------- Di 20. Nov 23:11:15 CET 2012 ----------------------------- =ready= Linux opt210 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/gear4.gms =========== ----------------------------- Di 20. Nov 23:11:15 CET 2012 ----------------------------- @03 1353449475 --- Job gear4.gms Start 11/20/12 23:11:15 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- gear4.gms(55) 2 Mb --- Starting execution: elapsed 0:00:00.035 --- gear4.gms(50) 3 Mb --- Generating MINLP model m --- gear4.gms(55) 5 Mb --- 2 rows 7 columns 9 non-zeroes --- 9 nl-code 4 nl-non-zeroes --- 4 discrete-columns --- gear4.gms(55) 3 Mb --- Executing BARON: elapsed 0:00:00.049 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Preprocessing found feasible solution with value 0.881965549821D+03 Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Preprocessing found feasible solution with value 0.194390495712D+03 Preprocessing found feasible solution with value 0.165119671684D+03 Preprocessing found feasible solution with value 0.124299841110D+02 Done with local search =========================================================================== We have space for 85894100 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.000000D+00 0.124300D+02 1 1 000:00:00 0.000000D+00 0.124300D+02 * 121 26 000:00:00 0.000000D+00 0.480397D+01 * 196 25 000:00:00 0.000000D+00 0.164343D+01 589 0 000:00:00 0.164342D+01 0.164343D+01 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.12 NLP subsolver time: 000:00:00, in seconds: 0.10 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.11 Total time elapsed: 000:00:00, in seconds: 0.33 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.06 on navigating: 000:00:00, in seconds: 0.02 on relaxed: 000:00:00, in seconds: 0.06 on local: 000:00:00, in seconds: 0.07 on tightening: 000:00:00, in seconds: 0.03 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.09 Total no. of BaR iterations: 589 Best solution found at node: 459 Max. no. of nodes in memory: 29 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 0 0.00 All done =========================================================================== Solution = 1.64342518711 found at node 459 Best possible = 1.64342354368 Absolute gap = 1.64343000008671E-6 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- gear4.gms(55) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job gear4.gms Stop 11/20/12 23:11:16 elapsed 0:00:00.540 @04 1353449476 ----------------------------- Di 20. Nov 23:11:16 CET 2012 ----------------------------- =ready= Linux opt209 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/gear.gms =========== ----------------------------- Di 20. Nov 23:11:16 CET 2012 ----------------------------- @03 1353449476 --- Job gear.gms Start 11/20/12 23:11:16 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- gear.gms(51) 2 Mb --- Starting execution: elapsed 0:00:00.017 --- gear.gms(46) 3 Mb --- Generating MINLP model m --- gear.gms(51) 5 Mb --- 1 rows 5 columns 5 non-zeroes --- 12 nl-code 4 nl-non-zeroes --- 4 discrete-columns --- gear.gms(51) 3 Mb --- Executing BARON: elapsed 0:00:00.024 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Starting solution is feasible with a value of 0.732257874011D+00 Doing local search Preprocessing found feasible solution with value 0.777863231070D-06 Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 102254881 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.000000D+00 0.179367D-06 1 1 000:00:00 0.000000D+00 0.179367D-06 113 0 000:00:00 0.000000D+00 0.000000D+00 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.04 NLP subsolver time: 000:00:00, in seconds: 0.05 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.06 Total time elapsed: 000:00:00, in seconds: 0.16 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.04 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.03 on local: 000:00:00, in seconds: 0.04 on tightening: 000:00:00, in seconds: 0.01 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.02 Total no. of BaR iterations: 113 Best solution found at node: 113 Max. no. of nodes in memory: 30 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 846 0.00 All done =========================================================================== Solution = 9.93987559533E-11 found at node 113 Best possible = 0 Absolute gap = 9.93987559533E-11 optca = 1E-9 Relative gap = 0 optcr = 1E-6 --- Restarting execution --- gear.gms(51) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job gear.gms Stop 11/20/12 23:11:16 elapsed 0:00:00.287 @04 1353449476 ----------------------------- Di 20. Nov 23:11:16 CET 2012 ----------------------------- =ready= Linux opt232 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/gkocis.gms =========== ----------------------------- Di 20. Nov 23:11:16 CET 2012 ----------------------------- @03 1353449476 --- Job gkocis.gms Start 11/20/12 23:11:16 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- gkocis.gms(68) 2 Mb --- Starting execution: elapsed 0:00:00.017 --- gkocis.gms(63) 3 Mb --- Generating MINLP model m --- gkocis.gms(68) 5 Mb --- 9 rows 12 columns 28 non-zeroes --- 13 nl-code 2 nl-non-zeroes --- 3 discrete-columns --- gkocis.gms(68) 3 Mb --- Executing BARON: elapsed 0:00:00.024 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Preprocessing found feasible solution with value 0.000000000000D+00 Doing local search Solving bounding LP Starting preprocessing LPs Preprocessing found feasible solution with value -.172097168936D+01 Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 63157426 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 -0.638889D+01 -0.172097D+01 * 1+ 1 000:00:00 -0.293793D+01 -0.192310D+01 1 0 000:00:00 -0.192311D+01 -0.192311D+01 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.01 NLP subsolver time: 000:00:00, in seconds: 0.02 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.03 Total time elapsed: 000:00:00, in seconds: 0.06 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.04 on navigating: 000:00:00, in seconds: 0.00 on relaxed: 000:00:00, in seconds: 0.00 on local: 000:00:00, in seconds: 0.01 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: 1 Best solution found at node: 1 Max. no. of nodes in memory: 1 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 151 0.00 All done =========================================================================== Solution = -1.9231057998 found at node 1 Best possible = -1.92310772291 Absolute gap = 1.92310999991285E-6 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- gkocis.gms(68) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job gkocis.gms Stop 11/20/12 23:11:16 elapsed 0:00:00.193 @04 1353449476 ----------------------------- Di 20. Nov 23:11:16 CET 2012 ----------------------------- =ready= Linux opt232 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/hda.gms =========== ----------------------------- Di 20. Nov 23:11:16 CET 2012 ----------------------------- @03 1353449476 --- Job hda.gms Start 11/20/12 23:11:16 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- hda.gms(2711) 2 Mb --- Starting execution: elapsed 0:00:00.076 --- hda.gms(2706) 3 Mb --- Generating MINLP model m --- hda.gms(2711) 6 Mb --- 719 rows 723 columns 2,206 non-zeroes --- 1,455 nl-code 464 nl-non-zeroes --- 13 discrete-columns --- hda.gms(2711) 3 Mb --- Executing BARON: elapsed 0:00:00.091 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Problem solved during preprocessing Lower bound is 0.100000000000D+52 Cleaning up solution and calculating dual *** Normal Completion *** *** No feasible solution was found *** LP subsolver time: 000:00:00, in seconds: 0.00 NLP subsolver time: 000:07:01, in seconds: 420.52 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.09 Total time elapsed: 000:07:01, in seconds: 420.61 on parsing: 000:00:00, in seconds: 0.06 on preprocessing: 000:07:01, in seconds: 420.55 on navigating: 000:00:00, in seconds: 0.00 on relaxed: 000:00:00, in seconds: 0.00 on local: 000:00:00, in seconds: 0.00 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: -1 Best solution found at node: -3 Max. no. of nodes in memory: 0 Cut generation statistics (number of cuts / CPU sec) Bilinear 22 0.00 Multilinears 0 0.00 Convexity 0 0.00 All done =========================================================================== --- Restarting execution --- hda.gms(2711) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job hda.gms Stop 11/20/12 23:18:18 elapsed 0:07:01.952 @04 1353449898 ----------------------------- Di 20. Nov 23:18:18 CET 2012 ----------------------------- =ready= Linux opt209 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/hmittelman.gms =========== ----------------------------- Di 20. Nov 23:11:16 CET 2012 ----------------------------- @03 1353449476 --- Job hmittelman.gms Start 11/20/12 23:11:16 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- hmittelman.gms(86) 2 Mb --- Starting execution: elapsed 0:00:00.016 --- hmittelman.gms(81) 3 Mb --- Generating MINLP model m --- hmittelman.gms(86) 5 Mb --- 8 rows 17 columns 123 non-zeroes --- 351 nl-code 122 nl-non-zeroes --- 16 discrete-columns --- hmittelman.gms(86) 3 Mb --- Executing BARON: elapsed 0:00:00.023 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 67104765 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.240000D+01 0.500000D+02 1 1 000:00:00 0.281034D+01 0.500000D+02 * 6 2 000:00:00 0.522857D+01 0.130000D+02 35 0 000:00:00 0.130000D+02 0.130000D+02 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.02 NLP subsolver time: 000:00:00, in seconds: 0.15 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.04 Total time elapsed: 000:00:00, in seconds: 0.21 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.05 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.01 on local: 000:00:00, in seconds: 0.13 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: 35 Best solution found at node: 35 Max. no. of nodes in memory: 7 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 7 0.01 Convexity 0 0.00 All done =========================================================================== Solution = 13 found at node 35 Best possible = 12.999987 Absolute gap = 1.29999999991526E-5 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- hmittelman.gms(86) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job hmittelman.gms Stop 11/20/12 23:11:16 elapsed 0:00:00.335 @04 1353449476 ----------------------------- Di 20. Nov 23:11:16 CET 2012 ----------------------------- =ready= Linux opt210 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/johnall.gms =========== ----------------------------- Di 20. Nov 23:11:16 CET 2012 ----------------------------- @03 1353449476 --- Job johnall.gms Start 11/20/12 23:11:16 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- johnall.gms(5897) 3 Mb --- Starting execution: elapsed 0:00:00.105 --- johnall.gms(5892) 3 Mb --- Generating MINLP model m --- johnall.gms(5897) 6 Mb --- 193 rows 195 columns 958 non-zeroes --- 36,671 nl-code 573 nl-non-zeroes --- 190 discrete-columns --- johnall.gms(5897) 4 Mb --- Executing BARON: elapsed 0:00:00.140 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Preprocessing found feasible solution with value -.224730161621D+03 Done with local search =========================================================================== We have space for 1975484 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 0 000:00:04 -0.224730D+03 -0.224730D+03 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:02, in seconds: 2.21 NLP subsolver time: 000:00:00, in seconds: 0.08 Cutting time: 000:00:00, in seconds: 0.03 All other time: 000:00:01, in seconds: 1.27 Total time elapsed: 000:00:04, in seconds: 3.59 on parsing: 000:00:00, in seconds: 0.15 on preprocessing: 000:00:03, in seconds: 2.72 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:01, in seconds: 0.71 on local: 000:00:00, in seconds: 0.00 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: 1 Best solution found at node: -1 Max. no. of nodes in memory: 1 Cut generation statistics (number of cuts / CPU sec) Bilinear 140 0.01 Multilinears 97 0.03 Convexity 0 0.00 All done =========================================================================== Solution = -224.730161621 best solution found during preprocessing Best possible = -224.730386352 Absolute gap = 0.000224731000002976 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- johnall.gms(5897) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job johnall.gms Stop 11/20/12 23:11:20 elapsed 0:00:03.926 @04 1353449480 ----------------------------- Di 20. Nov 23:11:20 CET 2012 ----------------------------- =ready= Linux opt209 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/lop97ic.gms =========== ----------------------------- Di 20. Nov 23:11:17 CET 2012 ----------------------------- @03 1353449477 --- Job lop97ic.gms Start 11/20/12 23:11:17 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- lop97ic.gms(6472) 3 Mb --- Starting execution: elapsed 0:00:00.081 --- lop97ic.gms(6467) 3 Mb --- Generating MINLP model m --- lop97ic.gms(6472) 7 Mb --- 92 rows 1,754 columns 13,432 non-zeroes --- 24,373 nl-code 8,822 nl-non-zeroes --- 1,662 discrete-columns --- lop97ic.gms(6472) 4 Mb --- Executing BARON: elapsed 0:00:00.140 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 1023034 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:18 0.140311D+04 0.350226D+06 1 1 000:00:23 0.335806D+04 0.350226D+06 14 10 000:00:54 0.335806D+04 0.350226D+06 30 20 000:01:24 0.336035D+04 0.350226D+06 59 38 000:01:55 0.336471D+04 0.350226D+06 104 62 000:02:26 0.336700D+04 0.350226D+06 145+ 89 000:02:56 0.336849D+04 0.350226D+06 194 119 000:03:27 0.336922D+04 0.350226D+06 239 145 000:03:58 0.336962D+04 0.350226D+06 292+ 178 000:04:28 0.336990D+04 0.350226D+06 347 213 000:04:59 0.337036D+04 0.350226D+06 398+ 247 000:05:29 0.337073D+04 0.350226D+06 448 279 000:05:59 0.337089D+04 0.350226D+06 503 311 000:06:29 0.337112D+04 0.350226D+06 553+ 342 000:06:59 0.337147D+04 0.350226D+06 608 376 000:07:31 0.337216D+04 0.350226D+06 662 409 000:08:02 0.337249D+04 0.350226D+06 716 443 000:08:32 0.337254D+04 0.350226D+06 761+ 471 000:09:02 0.337271D+04 0.350226D+06 815 507 000:09:33 0.337291D+04 0.350226D+06 864+ 538 000:10:03 0.337307D+04 0.350226D+06 908+ 562 000:10:34 0.337309D+04 0.350226D+06 958+ 593 000:11:04 0.337321D+04 0.350226D+06 1012+ 627 000:11:37 0.337330D+04 0.350226D+06 1069+ 662 000:12:07 0.337340D+04 0.350226D+06 1118+ 692 000:12:37 0.337350D+04 0.350226D+06 1173+ 728 000:13:07 0.337365D+04 0.350226D+06 1210+ 750 000:13:37 0.337370D+04 0.350226D+06 1261+ 780 000:14:07 0.337372D+04 0.350226D+06 1318+ 817 000:14:38 0.337378D+04 0.350226D+06 1371+ 851 000:15:08 0.337400D+04 0.350226D+06 1427 885 000:15:40 0.337413D+04 0.350226D+06 1482+ 920 000:16:10 0.337419D+04 0.350226D+06 1542 957 000:16:40 0.337434D+04 0.350226D+06 1598 990 000:17:11 0.337439D+04 0.350226D+06 1660+ 1029 000:17:43 0.337447D+04 0.350226D+06 1719+ 1068 000:18:13 0.337465D+04 0.350226D+06 1768+ 1099 000:18:43 0.337474D+04 0.350226D+06 1823 1135 000:19:13 0.337478D+04 0.350226D+06 1879+ 1171 000:19:43 0.337494D+04 0.350226D+06 1940 1208 000:20:13 0.337500D+04 0.350226D+06 2003+ 1247 000:20:43 0.337518D+04 0.350226D+06 2061+ 1283 000:21:13 0.337527D+04 0.350226D+06 2120 1320 000:21:45 0.337533D+04 0.350226D+06 2175+ 1356 000:22:15 0.337540D+04 0.350226D+06 2234+ 1391 000:22:45 0.337550D+04 0.350226D+06 2300 1431 000:23:16 0.337556D+04 0.350226D+06 2363 1472 000:23:48 0.337566D+04 0.350226D+06 2417 1502 000:24:18 0.337572D+04 0.350226D+06 2464+ 1531 000:24:48 0.337577D+04 0.350226D+06 2518+ 1562 000:25:18 0.337588D+04 0.350226D+06 2580 1603 000:25:48 0.337591D+04 0.350226D+06 2634 1636 000:26:19 0.337593D+04 0.350226D+06 2696 1676 000:26:50 0.337602D+04 0.350226D+06 2750+ 1710 000:27:20 0.337612D+04 0.350226D+06 2804+ 1744 000:27:50 0.337619D+04 0.350226D+06 2867 1783 000:28:21 0.337627D+04 0.350226D+06 * 2908+ 1807 000:28:42 0.337634D+04 0.772313D+04 2988 1857 000:29:12 0.337652D+04 0.772313D+04 * 2994+ 1861 000:29:15 0.337652D+04 0.771589D+04 * 2994+ 1861 000:29:16 0.337652D+04 0.734437D+04 3066+ 1907 000:29:46 0.337664D+04 0.734437D+04 3139+ 1954 000:30:16 0.337670D+04 0.734437D+04 3212+ 2000 000:30:46 0.337680D+04 0.734437D+04 3295+ 2052 000:31:18 0.337687D+04 0.734437D+04 3369 2099 000:31:48 0.337695D+04 0.734437D+04 3461+ 2155 000:32:18 0.337710D+04 0.734437D+04 3540+ 2206 000:32:48 0.337718D+04 0.734437D+04 3621 2257 000:33:18 0.337719D+04 0.734437D+04 3704+ 2309 000:33:48 0.337724D+04 0.734437D+04 3783+ 2359 000:34:18 0.337728D+04 0.734437D+04 3865+ 2408 000:34:48 0.337736D+04 0.734437D+04 3939 2456 000:35:19 0.337746D+04 0.734437D+04 4013+ 2503 000:35:49 0.337752D+04 0.734437D+04 4091+ 2547 000:36:19 0.337755D+04 0.734437D+04 4171+ 2599 000:36:49 0.337759D+04 0.734437D+04 4265+ 2654 000:37:19 0.337764D+04 0.734437D+04 4356+ 2711 000:37:49 0.337774D+04 0.734437D+04 4428+ 2756 000:38:19 0.337776D+04 0.734437D+04 4507 2806 000:38:49 0.337781D+04 0.734437D+04 4574 2849 000:39:19 0.337787D+04 0.734437D+04 4661+ 2904 000:39:49 0.337792D+04 0.734437D+04 4739+ 2956 000:40:19 0.337799D+04 0.734437D+04 4813+ 3003 000:40:49 0.337802D+04 0.734437D+04 4904 3059 000:41:19 0.337811D+04 0.734437D+04 4986+ 3110 000:41:49 0.337821D+04 0.734437D+04 5055 3155 000:42:19 0.337822D+04 0.734437D+04 5128+ 3202 000:42:50 0.337824D+04 0.734437D+04 5207 3251 000:43:21 0.337825D+04 0.734437D+04 * 5276+ 3295 000:43:43 0.337830D+04 0.556748D+04 5363+ 3350 000:44:13 0.337833D+04 0.556748D+04 5442+ 3397 000:44:43 0.337838D+04 0.556748D+04 * 5480+ 3422 000:44:52 0.337838D+04 0.551499D+04 * 5480+ 3422 000:44:53 0.337838D+04 0.548448D+04 5588 3489 000:45:23 0.337846D+04 0.548448D+04 5690+ 3551 000:45:53 0.337851D+04 0.548448D+04 5779+ 3607 000:46:23 0.337855D+04 0.548448D+04 5863+ 3660 000:46:53 0.337860D+04 0.548448D+04 5958+ 3714 000:47:23 0.337867D+04 0.548448D+04 6033+ 3764 000:47:53 0.337870D+04 0.548448D+04 6128 3823 000:48:23 0.337877D+04 0.548448D+04 6209+ 3874 000:48:53 0.337886D+04 0.548448D+04 6304+ 3932 000:49:23 0.337893D+04 0.548448D+04 6390+ 3988 000:49:54 0.337894D+04 0.548448D+04 6483+ 4045 000:50:24 0.337895D+04 0.548448D+04 6568+ 4099 000:50:54 0.337901D+04 0.548448D+04 6641+ 4143 000:51:24 0.337906D+04 0.548448D+04 6715+ 4184 000:51:54 0.337911D+04 0.548448D+04 6791+ 4231 000:52:24 0.337915D+04 0.548448D+04 6876+ 4284 000:52:54 0.337921D+04 0.548448D+04 6956 4334 000:53:24 0.337930D+04 0.548448D+04 7043+ 4388 000:53:55 0.337931D+04 0.548448D+04 7134+ 4438 000:54:25 0.337938D+04 0.548448D+04 7215+ 4489 000:54:55 0.337946D+04 0.548448D+04 7299+ 4542 000:55:25 0.337948D+04 0.548448D+04 7400+ 4604 000:55:55 0.337950D+04 0.548448D+04 7486+ 4656 000:56:25 0.337952D+04 0.548448D+04 7564+ 4705 000:56:55 0.337956D+04 0.548448D+04 7640 4749 000:57:25 0.337958D+04 0.548448D+04 7737+ 4811 000:57:55 0.337964D+04 0.548448D+04 7820+ 4864 000:58:26 0.337972D+04 0.548448D+04 7902+ 4916 000:58:56 0.337974D+04 0.548448D+04 7994 4973 000:59:27 0.337977D+04 0.548448D+04 8087+ 5032 000:59:57 0.337979D+04 0.548448D+04 8169+ 5084 001:00:27 0.337982D+04 0.548448D+04 8284 5154 001:00:59 0.337990D+04 0.548448D+04 8373 5207 001:01:29 0.337996D+04 0.548448D+04 8444+ 5251 001:01:59 0.338000D+04 0.548448D+04 8543+ 5312 001:02:29 0.338005D+04 0.548448D+04 8643+ 5377 001:02:59 0.338010D+04 0.548448D+04 8734+ 5434 001:03:29 0.338012D+04 0.548448D+04 8814+ 5485 001:03:59 0.338014D+04 0.548448D+04 8909+ 5546 001:04:29 0.338017D+04 0.548448D+04 8988 5596 001:04:59 0.338020D+04 0.548448D+04 9083 5657 001:05:29 0.338024D+04 0.548448D+04 9169+ 5711 001:05:59 0.338028D+04 0.548448D+04 9263 5770 001:06:29 0.338033D+04 0.548448D+04 9337+ 5814 001:07:00 0.338034D+04 0.548448D+04 9413+ 5862 001:07:30 0.338035D+04 0.548448D+04 9490+ 5912 001:08:00 0.338039D+04 0.548448D+04 9570+ 5962 001:08:30 0.338043D+04 0.548448D+04 9648+ 6008 001:09:00 0.338048D+04 0.548448D+04 9741 6067 001:09:30 0.338051D+04 0.548448D+04 9814+ 6114 001:10:00 0.338052D+04 0.548448D+04 9894+ 6166 001:10:30 0.338057D+04 0.548448D+04 9979 6222 001:11:01 0.338063D+04 0.548448D+04 10076+ 6284 001:11:31 0.338070D+04 0.548448D+04 10166+ 6340 001:12:02 0.338073D+04 0.548448D+04 10253+ 6394 001:12:32 0.338078D+04 0.548448D+04 10325+ 6439 001:13:02 0.338081D+04 0.548448D+04 10424+ 6501 001:13:32 0.338083D+04 0.548448D+04 10517+ 6561 001:14:02 0.338086D+04 0.548448D+04 10598+ 6612 001:14:32 0.338088D+04 0.548448D+04 10689+ 6669 001:15:02 0.338092D+04 0.548448D+04 * 10714+ 6680 001:15:08 0.338093D+04 0.544544D+04 * 10716+ 6681 001:15:09 0.338093D+04 0.543873D+04 * 10716 6681 001:15:09 0.338093D+04 0.543832D+04 10802 6732 001:15:39 0.338095D+04 0.543832D+04 10874 6776 001:16:09 0.338098D+04 0.543832D+04 10953+ 6829 001:16:39 0.338100D+04 0.543832D+04 11034+ 6880 001:17:09 0.338103D+04 0.543832D+04 11122+ 6935 001:17:39 0.338106D+04 0.543832D+04 11211+ 6991 001:18:09 0.338110D+04 0.543832D+04 11329+ 7067 001:18:39 0.338112D+04 0.543832D+04 11406 7116 001:19:09 0.338115D+04 0.543832D+04 11500+ 7171 001:19:39 0.338118D+04 0.543832D+04 11604 7239 001:20:10 0.338122D+04 0.543832D+04 11710 7301 001:20:40 0.338125D+04 0.543832D+04 11807+ 7363 001:21:10 0.338128D+04 0.543832D+04 11895+ 7417 001:21:40 0.338134D+04 0.543832D+04 11975+ 7465 001:22:10 0.338137D+04 0.543832D+04 12075+ 7528 001:22:40 0.338141D+04 0.543832D+04 12167+ 7586 001:23:10 0.338144D+04 0.543832D+04 12253 7639 001:23:40 0.338146D+04 0.543832D+04 12320+ 7682 001:24:10 0.338148D+04 0.543832D+04 12411+ 7741 001:24:41 0.338150D+04 0.543832D+04 12507+ 7803 001:25:11 0.338153D+04 0.543832D+04 12602+ 7863 001:25:41 0.338154D+04 0.543832D+04 12690+ 7919 001:26:11 0.338156D+04 0.543832D+04 12782+ 7977 001:26:41 0.338158D+04 0.543832D+04 12875+ 8036 001:27:11 0.338162D+04 0.543832D+04 12955+ 8087 001:27:43 0.338163D+04 0.543832D+04 13037+ 8133 001:28:13 0.338165D+04 0.543832D+04 13119+ 8185 001:28:43 0.338166D+04 0.543832D+04 13191+ 8231 001:29:13 0.338168D+04 0.543832D+04 13283+ 8287 001:29:43 0.338171D+04 0.543832D+04 13363+ 8339 001:30:14 0.338171D+04 0.543832D+04 13453 8395 001:30:44 0.338175D+04 0.543832D+04 13541+ 8448 001:31:14 0.338178D+04 0.543832D+04 13643+ 8509 001:31:44 0.338180D+04 0.543832D+04 13730 8564 001:32:14 0.338182D+04 0.543832D+04 13818 8619 001:32:44 0.338184D+04 0.543832D+04 13924+ 8684 001:33:14 0.338186D+04 0.543832D+04 14014+ 8739 001:33:44 0.338190D+04 0.543832D+04 14119+ 8801 001:34:14 0.338193D+04 0.543832D+04 14193+ 8850 001:34:44 0.338195D+04 0.543832D+04 14306+ 8914 001:35:15 0.338199D+04 0.543832D+04 14376+ 8958 001:35:45 0.338201D+04 0.543832D+04 14462+ 9009 001:36:15 0.338203D+04 0.543832D+04 14543+ 9060 001:36:45 0.338205D+04 0.543832D+04 14634 9116 001:37:15 0.338208D+04 0.543832D+04 14723+ 9170 001:37:45 0.338211D+04 0.543832D+04 14807 9223 001:38:15 0.338214D+04 0.543832D+04 14909+ 9285 001:38:45 0.338216D+04 0.543832D+04 15011+ 9349 001:39:15 0.338219D+04 0.543832D+04 15095+ 9402 001:39:45 0.338220D+04 0.543832D+04 15208 9473 001:40:15 0.338224D+04 0.543832D+04 15302+ 9530 001:40:46 0.338225D+04 0.543832D+04 15388+ 9586 001:41:16 0.338228D+04 0.543832D+04 15476+ 9643 001:41:46 0.338229D+04 0.543832D+04 * 15522+ 9631 001:41:56 0.338231D+04 0.538428D+04 * 15522+ 9617 001:41:56 0.338231D+04 0.536105D+04 * 15528 9606 001:41:59 0.338231D+04 0.533805D+04 15638 9674 001:42:29 0.338233D+04 0.533805D+04 15746+ 9740 001:42:59 0.338235D+04 0.533805D+04 15831+ 9790 001:43:29 0.338236D+04 0.533805D+04 15919+ 9841 001:43:59 0.338240D+04 0.533805D+04 16029 9909 001:44:29 0.338244D+04 0.533805D+04 16118 9967 001:44:59 0.338247D+04 0.533805D+04 16201+ 10016 001:45:29 0.338249D+04 0.533805D+04 16278+ 10063 001:45:59 0.338251D+04 0.533805D+04 16379+ 10123 001:46:29 0.338257D+04 0.533805D+04 16478+ 10183 001:47:00 0.338259D+04 0.533805D+04 16558+ 10230 001:47:30 0.338260D+04 0.533805D+04 16632+ 10275 001:48:00 0.338262D+04 0.533805D+04 16707+ 10322 001:48:30 0.338263D+04 0.533805D+04 16822 10395 001:49:00 0.338264D+04 0.533805D+04 16908 10448 001:49:30 0.338267D+04 0.533805D+04 17010+ 10511 001:50:00 0.338269D+04 0.533805D+04 17105+ 10570 001:50:30 0.338271D+04 0.533805D+04 17195+ 10627 001:51:00 0.338273D+04 0.533805D+04 17283+ 10684 001:51:30 0.338275D+04 0.533805D+04 17364+ 10735 001:52:00 0.338276D+04 0.533805D+04 17463+ 10795 001:52:30 0.338277D+04 0.533805D+04 17548 10845 001:53:00 0.338279D+04 0.533805D+04 17651 10911 001:53:30 0.338282D+04 0.533805D+04 17725+ 10961 001:54:01 0.338283D+04 0.533805D+04 17809+ 11014 001:54:31 0.338284D+04 0.533805D+04 17901+ 11070 001:55:01 0.338286D+04 0.533805D+04 17984+ 11121 001:55:31 0.338288D+04 0.533805D+04 18084 11184 001:56:01 0.338289D+04 0.533805D+04 18178+ 11242 001:56:31 0.338291D+04 0.533805D+04 18246+ 11284 001:57:01 0.338294D+04 0.533805D+04 18334 11336 001:57:31 0.338295D+04 0.533805D+04 18441+ 11404 001:58:01 0.338297D+04 0.533805D+04 18532+ 11461 001:58:31 0.338298D+04 0.533805D+04 18613+ 11514 001:59:01 0.338300D+04 0.533805D+04 18705+ 11571 001:59:31 0.338302D+04 0.533805D+04 18797 11627 002:00:00 0.338302D+04 0.533805D+04 *** Max. allowable CPU time exceeded *** LP subsolver time: 001:36:48, in seconds: 5807.66 NLP subsolver time: 000:17:32, in seconds: 1052.05 Cutting time: 000:00:38, in seconds: 38.18 All other time: 000:05:02, in seconds: 302.14 Total time elapsed: 002:00:00, in seconds: 7200.02 on parsing: 000:00:01, in seconds: 0.53 on preprocessing: 000:00:17, in seconds: 16.90 on navigating: 000:00:14, in seconds: 13.59 on relaxed: 000:07:15, in seconds: 434.75 on local: 000:17:24, in seconds: 1044.24 on tightening: 000:01:18, in seconds: 78.21 on marginals: 000:00:01, in seconds: 0.92 on probing: 001:33:31, in seconds: 5610.88 Total no. of BaR iterations: 18797 Best solution found at node: 15528 Max. no. of nodes in memory: 11627 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 19.30 Multilinears 0 0.04 Convexity 0 18.90 All done =========================================================================== Solution = 5338.0547824 found at node 15528 Best possible = 3383.02120458 Absolute gap = 1955.03357782 optca = 1E-9 Relative gap = 0.57790 optcr = 1E-6 --- Restarting execution --- lop97ic.gms(6472) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job lop97ic.gms Stop 11/21/12 01:11:40 elapsed 2:00:23.163 @04 1353456700 ----------------------------- Mi 21. Nov 01:11:40 CET 2012 ----------------------------- =ready= Linux opt224 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/lop97icx.gms =========== ----------------------------- Di 20. Nov 23:11:20 CET 2012 ----------------------------- @03 1353449480 --- Job lop97icx.gms Start 11/20/12 23:11:20 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- lop97icx.gms(3653) 2 Mb --- Starting execution: elapsed 0:00:00.185 --- lop97icx.gms(3648) 3 Mb --- Generating MINLP model m --- lop97icx.gms(3653) 5 Mb --- 88 rows 987 columns 1,891 non-zeroes --- 2,033 nl-code 704 nl-non-zeroes --- 899 discrete-columns --- lop97icx.gms(3653) 3 Mb --- Executing BARON: elapsed 0:00:00.202 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Preprocessing found feasible solution with value 0.548884552000D+04 Done with local search =========================================================================== We have space for 1885294 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:02 0.142473D+04 0.548885D+04 1 1 000:00:02 0.336850D+04 0.548885D+04 * 11 8 000:00:03 0.337935D+04 0.522991D+04 * 18+ 12 000:00:04 0.338696D+04 0.483254D+04 * 218+ 133 000:00:12 0.343865D+04 0.478954D+04 * 386 231 000:00:17 0.344872D+04 0.465113D+04 * 656 395 000:00:26 0.345776D+04 0.460926D+04 * 792 474 000:00:29 0.346179D+04 0.458838D+04 * 1006 606 000:00:36 0.346685D+04 0.458161D+04 * 1462 875 000:00:50 0.347408D+04 0.448428D+04 * 1706 1017 000:00:56 0.347750D+04 0.445908D+04 2666+ 1606 000:01:26 0.348890D+04 0.445908D+04 3676+ 2221 000:01:56 0.349598D+04 0.445908D+04 4683+ 2828 000:02:26 0.350129D+04 0.445908D+04 * 5436 3291 000:02:49 0.350474D+04 0.445724D+04 * 5948 3577 000:03:04 0.350652D+04 0.439734D+04 6935+ 4173 000:03:34 0.351001D+04 0.439734D+04 7956 4795 000:04:04 0.351284D+04 0.439734D+04 8931+ 5380 000:04:34 0.351557D+04 0.439734D+04 9987+ 6010 000:05:04 0.351817D+04 0.439734D+04 10999 6621 000:05:34 0.352041D+04 0.439734D+04 12021+ 7239 000:06:04 0.352248D+04 0.439734D+04 13053+ 7854 000:06:34 0.352433D+04 0.439734D+04 * 13574+ 8134 000:06:50 0.352543D+04 0.436265D+04 * 13576 8121 000:06:50 0.352543D+04 0.435327D+04 14573+ 8730 000:07:20 0.352720D+04 0.435327D+04 15588+ 9340 000:07:50 0.352881D+04 0.435327D+04 * 15808 9444 000:07:57 0.352913D+04 0.433066D+04 16809+ 10056 000:08:27 0.353066D+04 0.433066D+04 17792+ 10653 000:08:57 0.353186D+04 0.433066D+04 18736+ 11226 000:09:27 0.353314D+04 0.433066D+04 19747+ 11821 000:09:57 0.353447D+04 0.433066D+04 * 20346 12167 000:10:14 0.353535D+04 0.431766D+04 21332+ 12763 000:10:44 0.353657D+04 0.431766D+04 * 21468 12798 000:10:48 0.353676D+04 0.429444D+04 22489+ 13418 000:11:18 0.353793D+04 0.429444D+04 23545 14051 000:11:48 0.353917D+04 0.429444D+04 24531+ 14649 000:12:18 0.354028D+04 0.429444D+04 25517+ 15248 000:12:48 0.354131D+04 0.429444D+04 26535+ 15858 000:13:18 0.354227D+04 0.429444D+04 27533+ 16454 000:13:48 0.354334D+04 0.429444D+04 28552+ 17072 000:14:18 0.354428D+04 0.429444D+04 29556+ 17676 000:14:48 0.354518D+04 0.429444D+04 * 29568 17673 000:14:48 0.354519D+04 0.428891D+04 30527+ 18250 000:15:18 0.354597D+04 0.428891D+04 31534+ 18857 000:15:48 0.354680D+04 0.428891D+04 32519+ 19453 000:16:18 0.354773D+04 0.428891D+04 33498+ 20051 000:16:48 0.354854D+04 0.428891D+04 34540+ 20680 000:17:18 0.354936D+04 0.428891D+04 35479+ 21249 000:17:48 0.355020D+04 0.428891D+04 36498 21856 000:18:18 0.355100D+04 0.428891D+04 37471+ 22445 000:18:48 0.355177D+04 0.428891D+04 38444+ 23023 000:19:18 0.355246D+04 0.428891D+04 39461+ 23628 000:19:48 0.355327D+04 0.428891D+04 40499 24260 000:20:18 0.355398D+04 0.428891D+04 41547+ 24885 000:20:48 0.355479D+04 0.428891D+04 42510+ 25463 000:21:18 0.355545D+04 0.428891D+04 43534+ 26078 000:21:48 0.355615D+04 0.428891D+04 44554 26678 000:22:18 0.355678D+04 0.428891D+04 45638 27311 000:22:48 0.355745D+04 0.428891D+04 * 46214 27606 000:23:04 0.355778D+04 0.427177D+04 47262+ 28231 000:23:34 0.355845D+04 0.427177D+04 48264+ 28842 000:24:04 0.355902D+04 0.427177D+04 49235 29436 000:24:34 0.355953D+04 0.427177D+04 50229 30024 000:25:04 0.356016D+04 0.427177D+04 51230+ 30631 000:25:34 0.356067D+04 0.427177D+04 52213+ 31227 000:26:04 0.356117D+04 0.427177D+04 53202 31823 000:26:34 0.356173D+04 0.427177D+04 54165+ 32400 000:27:04 0.356223D+04 0.427177D+04 55156+ 32997 000:27:34 0.356278D+04 0.427177D+04 56148+ 33596 000:28:04 0.356326D+04 0.427177D+04 57145 34191 000:28:34 0.356378D+04 0.427177D+04 58176+ 34815 000:29:04 0.356433D+04 0.427177D+04 59160+ 35407 000:29:34 0.356478D+04 0.427177D+04 60185+ 36036 000:30:04 0.356531D+04 0.427177D+04 61157+ 36617 000:30:34 0.356585D+04 0.427177D+04 62195+ 37226 000:31:04 0.356643D+04 0.427177D+04 63205+ 37834 000:31:34 0.356689D+04 0.427177D+04 64244 38446 000:32:04 0.356739D+04 0.427177D+04 65204+ 39029 000:32:34 0.356778D+04 0.427177D+04 66198+ 39624 000:33:04 0.356821D+04 0.427177D+04 67223+ 40236 000:33:34 0.356873D+04 0.427177D+04 68213+ 40835 000:34:05 0.356912D+04 0.427177D+04 69190+ 41436 000:34:35 0.356953D+04 0.427177D+04 70200+ 42042 000:35:05 0.356996D+04 0.427177D+04 71223+ 42657 000:35:35 0.357042D+04 0.427177D+04 72270+ 43273 000:36:05 0.357087D+04 0.427177D+04 73309+ 43901 000:36:35 0.357131D+04 0.427177D+04 74273+ 44490 000:37:05 0.357171D+04 0.427177D+04 75275+ 45097 000:37:35 0.357213D+04 0.427177D+04 76254+ 45681 000:38:05 0.357252D+04 0.427177D+04 77277 46303 000:38:35 0.357292D+04 0.427177D+04 78240+ 46889 000:39:05 0.357330D+04 0.427177D+04 79268+ 47496 000:39:35 0.357371D+04 0.427177D+04 80291+ 48115 000:40:05 0.357411D+04 0.427177D+04 81300+ 48723 000:40:35 0.357443D+04 0.427177D+04 82320+ 49334 000:41:05 0.357481D+04 0.427177D+04 83311+ 49919 000:41:35 0.357522D+04 0.427177D+04 84378+ 50559 000:42:05 0.357564D+04 0.427177D+04 85430+ 51203 000:42:35 0.357597D+04 0.427177D+04 86482 51834 000:43:05 0.357636D+04 0.427177D+04 87503+ 52450 000:43:35 0.357671D+04 0.427177D+04 88536+ 53075 000:44:05 0.357707D+04 0.427177D+04 89576+ 53689 000:44:35 0.357746D+04 0.427177D+04 90623 54317 000:45:05 0.357778D+04 0.427177D+04 91632+ 54921 000:45:35 0.357813D+04 0.427177D+04 92639 55520 000:46:05 0.357842D+04 0.427177D+04 93627 56118 000:46:35 0.357874D+04 0.427177D+04 94666 56745 000:47:05 0.357905D+04 0.427177D+04 95754 57379 000:47:35 0.357939D+04 0.427177D+04 96798+ 58008 000:48:05 0.357969D+04 0.427177D+04 97844+ 58633 000:48:35 0.358002D+04 0.427177D+04 98879+ 59244 000:49:05 0.358036D+04 0.427177D+04 99859+ 59816 000:49:35 0.358066D+04 0.427177D+04 100912+ 60447 000:50:05 0.358096D+04 0.427177D+04 101955 61072 000:50:35 0.358123D+04 0.427177D+04 103019+ 61698 000:51:05 0.358155D+04 0.427177D+04 104041+ 62321 000:51:35 0.358185D+04 0.427177D+04 105014+ 62912 000:52:05 0.358216D+04 0.427177D+04 106018+ 63513 000:52:35 0.358244D+04 0.427177D+04 107030+ 64128 000:53:05 0.358273D+04 0.427177D+04 108036+ 64724 000:53:35 0.358300D+04 0.427177D+04 109114+ 65373 000:54:05 0.358332D+04 0.427177D+04 110182+ 66006 000:54:35 0.358361D+04 0.427177D+04 111168 66606 000:55:05 0.358389D+04 0.427177D+04 112210 67227 000:55:35 0.358416D+04 0.427177D+04 113225 67829 000:56:05 0.358447D+04 0.427177D+04 114254+ 68440 000:56:35 0.358478D+04 0.427177D+04 115258 69043 000:57:05 0.358507D+04 0.427177D+04 116298+ 69668 000:57:35 0.358534D+04 0.427177D+04 117366+ 70309 000:58:05 0.358563D+04 0.427177D+04 118364+ 70906 000:58:35 0.358591D+04 0.427177D+04 119424+ 71533 000:59:05 0.358619D+04 0.427177D+04 120413+ 72125 000:59:35 0.358645D+04 0.427177D+04 121455+ 72748 001:00:05 0.358674D+04 0.427177D+04 122460+ 73352 001:00:35 0.358700D+04 0.427177D+04 123435+ 73941 001:01:05 0.358729D+04 0.427177D+04 124427 74532 001:01:35 0.358754D+04 0.427177D+04 125483+ 75169 001:02:05 0.358782D+04 0.427177D+04 126520+ 75786 001:02:35 0.358808D+04 0.427177D+04 127517+ 76386 001:03:05 0.358834D+04 0.427177D+04 128534+ 76993 001:03:35 0.358857D+04 0.427177D+04 129557+ 77612 001:04:05 0.358884D+04 0.427177D+04 130566+ 78224 001:04:35 0.358909D+04 0.427177D+04 131588+ 78839 001:05:05 0.358931D+04 0.427177D+04 132620+ 79460 001:05:35 0.358958D+04 0.427177D+04 133660+ 80088 001:06:05 0.358981D+04 0.427177D+04 134751+ 80744 001:06:35 0.359007D+04 0.427177D+04 135787+ 81359 001:07:05 0.359033D+04 0.427177D+04 136794 81964 001:07:35 0.359056D+04 0.427177D+04 137802+ 82560 001:08:05 0.359080D+04 0.427177D+04 138894+ 83212 001:08:35 0.359106D+04 0.427177D+04 139855+ 83790 001:09:05 0.359129D+04 0.427177D+04 140852+ 84401 001:09:35 0.359150D+04 0.427177D+04 141843+ 84999 001:10:05 0.359172D+04 0.427177D+04 142879+ 85617 001:10:35 0.359195D+04 0.427177D+04 143908+ 86237 001:11:05 0.359217D+04 0.427177D+04 144962+ 86865 001:11:35 0.359243D+04 0.427177D+04 146053+ 87513 001:12:05 0.359269D+04 0.427177D+04 147027 88104 001:12:35 0.359291D+04 0.427177D+04 148013+ 88696 001:13:05 0.359314D+04 0.427177D+04 149084+ 89323 001:13:36 0.359337D+04 0.427177D+04 * 149902 89810 001:14:00 0.359356D+04 0.427122D+04 150911+ 90409 001:14:30 0.359380D+04 0.427122D+04 151925+ 91017 001:15:00 0.359401D+04 0.427122D+04 152977+ 91656 001:15:30 0.359420D+04 0.427122D+04 153972 92250 001:16:00 0.359441D+04 0.427122D+04 154974+ 92849 001:16:30 0.359461D+04 0.427122D+04 156010+ 93471 001:17:00 0.359482D+04 0.427122D+04 157088+ 94127 001:17:30 0.359503D+04 0.427122D+04 158086+ 94716 001:18:00 0.359525D+04 0.427122D+04 159094 95332 001:18:30 0.359548D+04 0.427122D+04 160168+ 95978 001:19:00 0.359571D+04 0.427122D+04 161237+ 96624 001:19:30 0.359591D+04 0.427122D+04 162263+ 97241 001:20:00 0.359611D+04 0.427122D+04 163294+ 97864 001:20:30 0.359631D+04 0.427122D+04 164325+ 98480 001:21:00 0.359651D+04 0.427122D+04 165340+ 99096 001:21:30 0.359669D+04 0.427122D+04 166375+ 99713 001:22:00 0.359690D+04 0.427122D+04 167448 100351 001:22:30 0.359712D+04 0.427122D+04 168448+ 100936 001:23:00 0.359732D+04 0.427122D+04 169529 101577 001:23:30 0.359753D+04 0.427122D+04 170555+ 102189 001:24:00 0.359771D+04 0.427122D+04 171635+ 102827 001:24:30 0.359791D+04 0.427122D+04 172698+ 103470 001:25:00 0.359810D+04 0.427122D+04 173753+ 104101 001:25:30 0.359831D+04 0.427122D+04 174794+ 104719 001:26:00 0.359851D+04 0.427122D+04 175879+ 105375 001:26:30 0.359872D+04 0.427122D+04 176892 105979 001:27:00 0.359890D+04 0.427122D+04 177916 106587 001:27:30 0.359908D+04 0.427122D+04 178959+ 107220 001:28:00 0.359926D+04 0.427122D+04 180001 107841 001:28:30 0.359945D+04 0.427122D+04 181024+ 108458 001:29:00 0.359964D+04 0.427122D+04 182051+ 109076 001:29:30 0.359983D+04 0.427122D+04 * 182828 108576 001:29:52 0.359995D+04 0.421034D+04 183845+ 109172 001:30:22 0.360013D+04 0.421034D+04 184845+ 109764 001:30:52 0.360032D+04 0.421034D+04 185850 110376 001:31:22 0.360050D+04 0.421034D+04 186850 110977 001:31:52 0.360068D+04 0.421034D+04 187857+ 111587 001:32:22 0.360086D+04 0.421034D+04 188848+ 112179 001:32:52 0.360102D+04 0.421034D+04 189871+ 112796 001:33:22 0.360120D+04 0.421034D+04 190862+ 113393 001:33:52 0.360136D+04 0.421034D+04 191882+ 114002 001:34:22 0.360154D+04 0.421034D+04 192880+ 114595 001:34:52 0.360173D+04 0.421034D+04 193885+ 115200 001:35:22 0.360191D+04 0.421034D+04 194911+ 115812 001:35:52 0.360209D+04 0.421034D+04 195953+ 116438 001:36:22 0.360227D+04 0.421034D+04 197018+ 117070 001:36:52 0.360245D+04 0.421034D+04 198005 117665 001:37:22 0.360262D+04 0.421034D+04 199033+ 118283 001:37:52 0.360281D+04 0.421034D+04 200066+ 118897 001:38:22 0.360297D+04 0.421034D+04 201105+ 119510 001:38:52 0.360314D+04 0.421034D+04 202109 120118 001:39:22 0.360334D+04 0.421034D+04 203127+ 120724 001:39:52 0.360352D+04 0.421034D+04 204155 121330 001:40:22 0.360371D+04 0.421034D+04 205167+ 121934 001:40:52 0.360388D+04 0.421034D+04 206130 122516 001:41:22 0.360404D+04 0.421034D+04 207166+ 123123 001:41:52 0.360420D+04 0.421034D+04 208182+ 123725 001:42:22 0.360437D+04 0.421034D+04 209208 124336 001:42:52 0.360453D+04 0.421034D+04 210242+ 124939 001:43:22 0.360470D+04 0.421034D+04 211222+ 125511 001:43:52 0.360487D+04 0.421034D+04 212193+ 126090 001:44:22 0.360502D+04 0.421034D+04 213220 126699 001:44:52 0.360518D+04 0.421034D+04 214187+ 127285 001:45:23 0.360531D+04 0.421034D+04 215164+ 127859 001:45:53 0.360546D+04 0.421034D+04 216149+ 128452 001:46:23 0.360560D+04 0.421034D+04 217153+ 129053 001:46:53 0.360577D+04 0.421034D+04 218132+ 129640 001:47:23 0.360592D+04 0.421034D+04 219124+ 130233 001:47:53 0.360607D+04 0.421034D+04 220166+ 130849 001:48:23 0.360623D+04 0.421034D+04 221185+ 131457 001:48:53 0.360640D+04 0.421034D+04 222238+ 132081 001:49:23 0.360656D+04 0.421034D+04 223247+ 132684 001:49:53 0.360673D+04 0.421034D+04 224215+ 133263 001:50:23 0.360687D+04 0.421034D+04 225242+ 133871 001:50:53 0.360702D+04 0.421034D+04 * 225610 133182 001:51:04 0.360708D+04 0.418212D+04 * 225962 133329 001:51:14 0.360714D+04 0.418026D+04 226949+ 133917 001:51:44 0.360729D+04 0.418026D+04 227907+ 134498 001:52:14 0.360741D+04 0.418026D+04 228898+ 135084 001:52:44 0.360757D+04 0.418026D+04 229896+ 135683 001:53:14 0.360772D+04 0.418026D+04 230871+ 136257 001:53:44 0.360788D+04 0.418026D+04 231815+ 136811 001:54:14 0.360802D+04 0.418026D+04 232723+ 137353 001:54:44 0.360815D+04 0.418026D+04 233724+ 137950 001:55:14 0.360829D+04 0.418026D+04 234695+ 138528 001:55:44 0.360843D+04 0.418026D+04 235690+ 139116 001:56:14 0.360858D+04 0.418026D+04 236705+ 139720 001:56:44 0.360873D+04 0.418026D+04 237704+ 140310 001:57:14 0.360888D+04 0.418026D+04 238715+ 140914 001:57:44 0.360902D+04 0.418026D+04 239672+ 141482 001:58:14 0.360917D+04 0.418026D+04 240678+ 142085 001:58:44 0.360933D+04 0.418026D+04 241703+ 142695 001:59:14 0.360946D+04 0.418026D+04 242669+ 143262 001:59:44 0.360962D+04 0.418026D+04 243178 143568 002:00:00 0.360969D+04 0.418026D+04 *** Max. allowable CPU time exceeded *** LP subsolver time: 001:46:10, in seconds: 6369.65 NLP subsolver time: 000:05:26, in seconds: 326.08 Cutting time: 000:00:39, in seconds: 39.46 All other time: 000:07:45, in seconds: 464.81 Total time elapsed: 002:00:00, in seconds: 7200.00 on parsing: 000:00:00, in seconds: 0.04 on preprocessing: 000:00:01, in seconds: 1.49 on navigating: 000:00:44, in seconds: 44.19 on relaxed: 000:07:18, in seconds: 437.85 on local: 000:05:27, in seconds: 326.91 on tightening: 000:02:19, in seconds: 138.95 on marginals: 000:00:04, in seconds: 3.51 on probing: 001:44:07, in seconds: 6247.05 Total no. of BaR iterations: 243178 Best solution found at node: 225962 Max. no. of nodes in memory: 143568 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 22.38 Multilinears 0 0.00 Convexity 0 17.08 All done =========================================================================== Solution = 4180.2628912 found at node 225962 Best possible = 3609.69164316 Absolute gap = 570.57124804 optca = 1E-9 Relative gap = 0.15807 optcr = 1E-6 --- Restarting execution --- lop97icx.gms(3653) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job lop97icx.gms Stop 11/21/12 01:11:39 elapsed 2:00:19.217 @04 1353456699 ----------------------------- Mi 21. Nov 01:11:39 CET 2012 ----------------------------- =ready= Linux opt217 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/m3.gms =========== ----------------------------- Di 20. Nov 23:11:20 CET 2012 ----------------------------- @03 1353449480 --- Job m3.gms Start 11/20/12 23:11:20 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- m3.gms(144) 2 Mb --- Starting execution: elapsed 0:00:00.015 --- m3.gms(139) 3 Mb --- Generating MINLP model m --- m3.gms(144) 5 Mb --- 44 rows 27 columns 157 non-zeroes --- 31 nl-code 6 nl-non-zeroes --- 6 discrete-columns --- m3.gms(144) 3 Mb --- Executing BARON: elapsed 0:00:00.020 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting multi-start local search Preprocessing found feasible solution with value 0.463063137716D+02 Done with local search =========================================================================== We have space for 35202499 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:01 0.000000D+00 0.463063D+02 1 1 000:00:01 0.000000D+00 0.463063D+02 * 20 5 000:00:01 0.143379D+02 0.378000D+02 29 0 000:00:01 0.378000D+02 0.378000D+02 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.00 NLP subsolver time: 000:00:01, in seconds: 0.92 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.05 Total time elapsed: 000:00:01, in seconds: 0.97 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:01, in seconds: 0.63 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.01 on local: 000:00:00, in seconds: 0.31 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: 29 Best solution found at node: 20 Max. no. of nodes in memory: 7 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 765 0.00 All done =========================================================================== Solution = 37.8 found at node 20 Best possible = 37.7999622 Absolute gap = 3.77999999940926E-5 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- m3.gms(144) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job m3.gms Stop 11/20/12 23:11:21 elapsed 0:00:01.048 @04 1353449481 ----------------------------- Di 20. Nov 23:11:21 CET 2012 ----------------------------- =ready= Linux opt210 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/m6.gms =========== ----------------------------- Di 20. Nov 23:11:20 CET 2012 ----------------------------- @03 1353449480 --- Job m6.gms Start 11/20/12 23:11:20 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- m6.gms(392) 2 Mb --- Starting execution: elapsed 0:00:00.005 --- m6.gms(387) 3 Mb --- Generating MINLP model m --- m6.gms(392) 5 Mb --- 158 rows 87 columns 635 non-zeroes --- 61 nl-code 12 nl-non-zeroes --- 30 discrete-columns --- m6.gms(392) 3 Mb --- Executing BARON: elapsed 0:00:00.008 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 15122199 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.000000D+00 0.100000D+52 1 1 000:00:00 0.000000D+00 0.100000D+52 * 6 4 000:00:00 0.000000D+00 0.106257D+03 * 64 32 000:00:01 0.000000D+00 0.822855D+02 * 3018 1285 000:00:05 0.576000D+01 0.822569D+02 27458 5831 000:00:35 0.274555D+02 0.822569D+02 53814+ 8746 000:01:05 0.339145D+02 0.822569D+02 82609 10893 000:01:35 0.387682D+02 0.822569D+02 118179 11949 000:02:05 0.423854D+02 0.822569D+02 149639 11693 000:02:35 0.479372D+02 0.822569D+02 181003 11693 000:03:05 0.528437D+02 0.822569D+02 215410 11110 000:03:35 0.569984D+02 0.822569D+02 245000 10458 000:04:05 0.604855D+02 0.822569D+02 273970 12157 000:04:35 0.609735D+02 0.822569D+02 315608 9366 000:05:05 0.649242D+02 0.822569D+02 350114+ 6384 000:05:35 0.704201D+02 0.822569D+02 381620 3683 000:06:05 0.757908D+02 0.822569D+02 410824+ 378 000:06:35 0.815071D+02 0.822569D+02 412834 0 000:06:36 0.822568D+02 0.822569D+02 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:04:31, in seconds: 271.19 NLP subsolver time: 000:00:42, in seconds: 41.58 Cutting time: 000:00:08, in seconds: 8.14 All other time: 000:01:15, in seconds: 75.39 Total time elapsed: 000:06:36, in seconds: 396.30 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.06 on navigating: 000:00:07, in seconds: 7.00 on relaxed: 000:02:59, in seconds: 178.70 on local: 000:00:40, in seconds: 39.95 on tightening: 000:00:31, in seconds: 31.43 on marginals: 000:00:01, in seconds: 0.67 on probing: 000:02:18, in seconds: 138.48 Total no. of BaR iterations: 412834 Best solution found at node: 3018 Max. no. of nodes in memory: 12714 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 27749763 8.14 All done =========================================================================== Solution = 82.2568769137 found at node 3018 Best possible = 82.2567946569 Absolute gap = 8.22567999989587E-5 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- m6.gms(392) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job m6.gms Stop 11/20/12 23:17:58 elapsed 0:06:37.411 @04 1353449878 ----------------------------- Di 20. Nov 23:17:58 CET 2012 ----------------------------- =ready= Linux opt217 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/m7_ar2_1.gms =========== ----------------------------- Di 20. Nov 23:11:21 CET 2012 ----------------------------- @03 1353449481 --- Job m7_ar2_1.gms Start 11/20/12 23:11:21 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- m7_ar2_1.gms(668) 2 Mb --- Starting execution: elapsed 0:00:00.028 --- m7_ar2_1.gms(663) 3 Mb --- Generating MINLP model m --- m7_ar2_1.gms(668) 5 Mb --- 270 rows 113 columns 1,053 non-zeroes --- 71 nl-code 14 nl-non-zeroes --- 42 discrete-columns --- m7_ar2_1.gms(668) 3 Mb --- Executing BARON: elapsed 0:00:00.032 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 11068826 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.000000D+00 0.100000D+52 1 1 000:00:01 0.000000D+00 0.100000D+52 * 1654+ 529 000:00:08 0.906767D+02 0.275345D+03 * 1654 529 000:00:08 0.906767D+02 0.275010D+03 * 12148 3537 000:00:20 0.125882D+03 0.268418D+03 * 14040 2817 000:00:22 0.128091D+03 0.197915D+03 * 20064 3568 000:00:29 0.134432D+03 0.197477D+03 * 22492 3908 000:00:32 0.134847D+03 0.195322D+03 55119+ 5167 000:01:02 0.159713D+03 0.195322D+03 * 56804 5206 000:01:03 0.160212D+03 0.195035D+03 * 82888 4928 000:01:25 0.162740D+03 0.190235D+03 124269+ 847 000:02:02 0.187157D+03 0.190235D+03 134016 0 000:02:13 0.190235D+03 0.190235D+03 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:01:19, in seconds: 79.47 NLP subsolver time: 000:00:23, in seconds: 22.88 Cutting time: 000:00:02, in seconds: 2.34 All other time: 000:00:28, in seconds: 27.82 Total time elapsed: 000:02:13, in seconds: 132.51 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.42 on navigating: 000:00:02, in seconds: 2.38 on relaxed: 000:01:02, in seconds: 62.30 on local: 000:00:20, in seconds: 19.76 on tightening: 000:00:13, in seconds: 13.32 on marginals: 000:00:00, in seconds: 0.24 on probing: 000:00:34, in seconds: 34.09 Total no. of BaR iterations: 134016 Best solution found at node: 90592 Max. no. of nodes in memory: 6122 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 8030248 2.34 All done =========================================================================== Solution = 190.234997984 found at node 90592 Best possible = 190.234807749 Absolute gap = 0.000190234999990935 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- m7_ar2_1.gms(668) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job m7_ar2_1.gms Stop 11/20/12 23:13:34 elapsed 0:02:12.939 @04 1353449614 ----------------------------- Di 20. Nov 23:13:34 CET 2012 ----------------------------- =ready= Linux opt231 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/m7_ar25_1.gms =========== ----------------------------- Di 20. Nov 23:11:23 CET 2012 ----------------------------- @03 1353449483 --- Job m7_ar25_1.gms Start 11/20/12 23:11:23 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- m7_ar25_1.gms(668) 2 Mb --- Starting execution: elapsed 0:00:00.034 --- m7_ar25_1.gms(663) 3 Mb --- Generating MINLP model m --- m7_ar25_1.gms(668) 5 Mb --- 270 rows 113 columns 1,053 non-zeroes --- 71 nl-code 14 nl-non-zeroes --- 42 discrete-columns --- m7_ar25_1.gms(668) 3 Mb --- Executing BARON: elapsed 0:00:00.041 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 10845213 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:01 0.000000D+00 0.100000D+52 1 1 000:00:01 0.000000D+00 0.100000D+52 * 22 12 000:00:02 0.302600D+02 0.194631D+03 * 356 117 000:00:03 0.390433D+02 0.166569D+03 * 1132 323 000:00:04 0.512600D+02 0.143585D+03 19305 3731 000:00:34 0.882131D+02 0.143585D+03 45180+ 5496 000:01:04 0.106321D+03 0.143585D+03 70965+ 5774 000:01:34 0.118341D+03 0.143585D+03 94261+ 6041 000:02:04 0.123683D+03 0.143585D+03 120627 5029 000:02:34 0.130693D+03 0.143585D+03 147180 2963 000:03:04 0.136314D+03 0.143585D+03 172325+ 482 000:03:34 0.142405D+03 0.143585D+03 176485 0 000:03:40 0.143585D+03 0.143585D+03 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:02:31, in seconds: 150.93 NLP subsolver time: 000:00:22, in seconds: 22.00 Cutting time: 000:00:04, in seconds: 3.68 All other time: 000:00:43, in seconds: 43.16 Total time elapsed: 000:03:40, in seconds: 219.77 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:01, in seconds: 0.57 on navigating: 000:00:03, in seconds: 3.25 on relaxed: 000:01:42, in seconds: 102.40 on local: 000:00:17, in seconds: 17.45 on tightening: 000:00:20, in seconds: 19.98 on marginals: 000:00:00, in seconds: 0.35 on probing: 000:01:16, in seconds: 75.76 Total no. of BaR iterations: 176485 Best solution found at node: 1132 Max. no. of nodes in memory: 6290 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 12439749 3.68 All done =========================================================================== Solution = 143.585 found at node 1132 Best possible = 143.584856415 Absolute gap = 0.000143585000017765 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- m7_ar25_1.gms(668) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job m7_ar25_1.gms Stop 11/20/12 23:15:03 elapsed 0:03:40.469 @04 1353449704 ----------------------------- Di 20. Nov 23:15:04 CET 2012 ----------------------------- =ready= Linux opt218 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/m7_ar3_1.gms =========== ----------------------------- Di 20. Nov 23:11:28 CET 2012 ----------------------------- @03 1353449488 --- Job m7_ar3_1.gms Start 11/20/12 23:11:28 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- m7_ar3_1.gms(668) 2 Mb --- Starting execution: elapsed 0:00:00.037 --- m7_ar3_1.gms(663) 3 Mb --- Generating MINLP model m --- m7_ar3_1.gms(668) 5 Mb --- 270 rows 113 columns 1,053 non-zeroes --- 71 nl-code 14 nl-non-zeroes --- 42 discrete-columns --- m7_ar3_1.gms(668) 3 Mb --- Executing BARON: elapsed 0:00:00.044 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 10225487 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.000000D+00 0.100000D+52 1 1 000:00:01 0.000000D+00 0.100000D+52 * 118 54 000:00:05 0.000000D+00 0.167439D+03 11519+ 5406 000:00:35 0.267685D+02 0.167439D+03 24959 11102 000:01:05 0.281197D+02 0.167439D+03 40218 17083 000:01:35 0.291177D+02 0.167439D+03 56075 22111 000:02:05 0.309410D+02 0.167439D+03 72780 27163 000:02:35 0.335970D+02 0.167439D+03 88381 32046 000:03:05 0.348421D+02 0.167439D+03 106006+ 36890 000:03:35 0.358914D+02 0.167439D+03 124607+ 41562 000:04:05 0.374498D+02 0.167439D+03 145421 46343 000:04:35 0.390490D+02 0.167439D+03 165929+ 50624 000:05:05 0.438564D+02 0.167439D+03 180143+ 53920 000:05:35 0.474676D+02 0.167439D+03 197932 57984 000:06:05 0.488424D+02 0.167439D+03 * 201262 54792 000:06:11 0.491644D+02 0.156038D+03 221841+ 57688 000:06:41 0.510806D+02 0.156038D+03 242438+ 60500 000:07:11 0.524052D+02 0.156038D+03 262821 63788 000:07:41 0.537429D+02 0.156038D+03 283162 67274 000:08:11 0.554200D+02 0.156038D+03 305170 72628 000:08:41 0.561799D+02 0.156038D+03 328757 77666 000:09:11 0.566459D+02 0.156038D+03 353275+ 82363 000:09:41 0.579554D+02 0.156038D+03 373495 85792 000:10:11 0.592750D+02 0.156038D+03 392852+ 90110 000:10:41 0.599777D+02 0.156038D+03 414025+ 93002 000:11:11 0.611014D+02 0.156038D+03 435333+ 95331 000:11:41 0.623784D+02 0.156038D+03 459412+ 96691 000:12:11 0.632577D+02 0.156038D+03 483231 98752 000:12:41 0.644925D+02 0.156038D+03 505985+ 101483 000:13:11 0.659558D+02 0.156038D+03 * 524612+ 103801 000:13:35 0.671003D+02 0.156038D+03 * 524612+ 96857 000:13:35 0.671003D+02 0.149210D+03 * 524616 90291 000:13:35 0.671003D+02 0.143585D+03 548912 93327 000:14:05 0.684975D+02 0.143585D+03 572673 95847 000:14:35 0.700008D+02 0.143585D+03 595681+ 97835 000:15:05 0.712383D+02 0.143585D+03 618375+ 99911 000:15:35 0.722316D+02 0.143585D+03 640486+ 101993 000:16:05 0.730766D+02 0.143585D+03 663541+ 103784 000:16:35 0.739511D+02 0.143585D+03 685122+ 105938 000:17:05 0.747205D+02 0.143585D+03 707346 107346 000:17:35 0.756888D+02 0.143585D+03 728983+ 109569 000:18:05 0.766576D+02 0.143585D+03 749734 111445 000:18:35 0.773337D+02 0.143585D+03 772770 113586 000:19:05 0.778280D+02 0.143585D+03 797376+ 116690 000:19:35 0.779021D+02 0.143585D+03 819982+ 118775 000:20:05 0.785076D+02 0.143585D+03 842665+ 121095 000:20:35 0.791336D+02 0.143585D+03 865102+ 123793 000:21:05 0.796913D+02 0.143585D+03 888339+ 125873 000:21:35 0.804946D+02 0.143585D+03 911010+ 128324 000:22:05 0.812156D+02 0.143585D+03 932692 130799 000:22:35 0.817320D+02 0.143585D+03 955608+ 133324 000:23:05 0.823535D+02 0.143585D+03 978534 136003 000:23:36 0.830117D+02 0.143585D+03 1000000 138171 000:24:01 0.836571D+02 0.143585D+03 1023377+ 140468 000:24:31 0.842598D+02 0.143585D+03 1048055+ 142727 000:25:01 0.848927D+02 0.143585D+03 1066721+ 145575 000:25:31 0.852572D+02 0.143585D+03 1089392 148298 000:26:01 0.856100D+02 0.143585D+03 1110532+ 150464 000:26:31 0.860945D+02 0.143585D+03 1132603 153283 000:27:01 0.864270D+02 0.143585D+03 1152617 156308 000:27:31 0.867752D+02 0.143585D+03 1170208 159503 000:28:01 0.868259D+02 0.143585D+03 1191051+ 162564 000:28:31 0.870717D+02 0.143585D+03 1211050 165469 000:29:01 0.874088D+02 0.143585D+03 1230206 168588 000:29:31 0.876721D+02 0.143585D+03 1248396+ 172260 000:30:01 0.878109D+02 0.143585D+03 1267426+ 175351 000:30:31 0.879742D+02 0.143585D+03 1286015+ 178584 000:31:01 0.880906D+02 0.143585D+03 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0.143585D+03 5000000 275304 001:48:03 0.119172D+03 0.143585D+03 5027900+ 273833 001:48:33 0.119370D+03 0.143585D+03 5055361 272749 001:49:03 0.119580D+03 0.143585D+03 5083639+ 271131 001:49:34 0.119757D+03 0.143585D+03 5101685+ 271057 001:50:04 0.119770D+03 0.143585D+03 5130823 269357 001:50:34 0.120069D+03 0.143585D+03 5162106+ 267897 001:51:04 0.120359D+03 0.143585D+03 5192955+ 265093 001:51:34 0.120692D+03 0.143585D+03 5221125+ 263632 001:52:04 0.120949D+03 0.143585D+03 5250694 262575 001:52:34 0.121090D+03 0.143585D+03 5279563+ 260730 001:53:04 0.121357D+03 0.143585D+03 5310806 258063 001:53:34 0.121631D+03 0.143585D+03 5337075 256759 001:54:04 0.121787D+03 0.143585D+03 5364561+ 255774 001:54:34 0.121984D+03 0.143585D+03 5397341+ 252681 001:55:04 0.122287D+03 0.143585D+03 5425637+ 251209 001:55:34 0.122521D+03 0.143585D+03 5456330 248905 001:56:04 0.122777D+03 0.143585D+03 5484047+ 247392 001:56:34 0.122988D+03 0.143585D+03 5514179 244994 001:57:04 0.123248D+03 0.143585D+03 5543167 242389 001:57:34 0.123524D+03 0.143585D+03 5573881+ 239443 001:58:04 0.123882D+03 0.143585D+03 5600116 238246 001:58:34 0.124084D+03 0.143585D+03 5628871+ 235724 001:59:04 0.124393D+03 0.143585D+03 5656798+ 233835 001:59:34 0.124658D+03 0.143585D+03 5680611 232443 002:00:00 0.124874D+03 0.143585D+03 *** Max. allowable CPU time exceeded *** LP subsolver time: 001:25:25, in seconds: 5125.06 NLP subsolver time: 000:07:51, in seconds: 471.39 Cutting time: 000:02:11, in seconds: 130.62 All other time: 000:24:33, in seconds: 1472.93 Total time elapsed: 002:00:00, in seconds: 7200.00 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.21 on navigating: 000:01:53, in seconds: 112.57 on relaxed: 000:54:46, in seconds: 3286.24 on local: 000:07:10, in seconds: 430.43 on tightening: 000:11:01, in seconds: 661.37 on marginals: 000:00:10, in seconds: 10.45 on probing: 000:44:59, in seconds: 2698.72 Total no. of BaR iterations: 5680611 Best solution found at node: 524616 Max. no. of nodes in memory: 281413 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 429561607 130.62 All done =========================================================================== Solution = 143.585 found at node 524616 Best possible = 124.874418144 Absolute gap = 18.710581856 optca = 1E-9 Relative gap = 0.14984 optcr = 1E-6 --- Restarting execution --- m7_ar3_1.gms(668) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job m7_ar3_1.gms Stop 11/21/12 01:11:49 elapsed 2:00:20.311 @04 1353456709 ----------------------------- Mi 21. Nov 01:11:49 CET 2012 ----------------------------- =ready= Linux opt205 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/m7_ar4_1.gms =========== ----------------------------- Di 20. Nov 23:11:38 CET 2012 ----------------------------- @03 1353449498 --- Job m7_ar4_1.gms Start 11/20/12 23:11:38 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- m7_ar4_1.gms(668) 2 Mb --- Starting execution: elapsed 0:00:00.032 --- m7_ar4_1.gms(663) 3 Mb --- Generating MINLP model m --- m7_ar4_1.gms(668) 5 Mb --- 270 rows 113 columns 1,053 non-zeroes --- 71 nl-code 14 nl-non-zeroes --- 42 discrete-columns --- m7_ar4_1.gms(668) 3 Mb --- Executing BARON: elapsed 0:00:00.036 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 10034356 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.000000D+00 0.100000D+52 1 1 000:00:00 0.000000D+00 0.100000D+52 * 4095 1586 000:00:30 0.205556D+02 0.147964D+03 13181+ 5353 000:01:00 0.297131D+02 0.147964D+03 26090 9646 000:01:30 0.335057D+02 0.147964D+03 42001 13573 000:02:00 0.396352D+02 0.147964D+03 55362+ 17343 000:02:30 0.413980D+02 0.147964D+03 67232+ 21299 000:03:00 0.428731D+02 0.147964D+03 78076+ 25678 000:03:30 0.428916D+02 0.147964D+03 91995+ 29713 000:04:00 0.431048D+02 0.147964D+03 106145+ 33739 000:04:30 0.434905D+02 0.147964D+03 * 115412 35116 000:04:48 0.436156D+02 0.143381D+03 132344 38339 000:05:18 0.443253D+02 0.143381D+03 149543+ 42232 000:05:48 0.452374D+02 0.143381D+03 167242 46341 000:06:18 0.456450D+02 0.143381D+03 185507+ 49941 000:06:48 0.466337D+02 0.143381D+03 204143 52889 000:07:18 0.478375D+02 0.143381D+03 217007 56878 000:07:48 0.482339D+02 0.143381D+03 233411+ 60766 000:08:18 0.486086D+02 0.143381D+03 249714 64438 000:08:48 0.493592D+02 0.143381D+03 * 256400 53060 000:09:01 0.499872D+02 0.124470D+03 * 257316 52947 000:09:02 0.500200D+02 0.123964D+03 274290 55836 000:09:32 0.513093D+02 0.123964D+03 291210 59085 000:10:02 0.520401D+02 0.123964D+03 306547 62084 000:10:32 0.531554D+02 0.123964D+03 321710 64943 000:11:02 0.542841D+02 0.123964D+03 339533+ 67674 000:11:32 0.555744D+02 0.123964D+03 356189+ 70759 000:12:02 0.567066D+02 0.123964D+03 374965+ 73299 000:12:32 0.579126D+02 0.123964D+03 392672+ 75526 000:13:02 0.595757D+02 0.123964D+03 406749 78673 000:13:32 0.599817D+02 0.123964D+03 423847+ 81078 000:14:02 0.608944D+02 0.123964D+03 441478 83470 000:14:32 0.616031D+02 0.123964D+03 458675 87486 000:15:02 0.620130D+02 0.123964D+03 476672 90991 000:15:32 0.628427D+02 0.123964D+03 494482+ 93349 000:16:02 0.637687D+02 0.123964D+03 515153 96736 000:16:32 0.640900D+02 0.123964D+03 533479+ 99128 000:17:02 0.647895D+02 0.123964D+03 552848+ 101354 000:17:32 0.657839D+02 0.123964D+03 572417+ 103232 000:18:02 0.666419D+02 0.123964D+03 590809 104975 000:18:32 0.674446D+02 0.123964D+03 610367+ 106555 000:19:02 0.685613D+02 0.123964D+03 630460+ 108996 000:19:32 0.692437D+02 0.123964D+03 649261 110881 000:20:02 0.698680D+02 0.123964D+03 669819+ 112707 000:20:32 0.704069D+02 0.123964D+03 689609 115132 000:21:02 0.708448D+02 0.123964D+03 708318 116876 000:21:32 0.714251D+02 0.123964D+03 728801 118666 000:22:02 0.720835D+02 0.123964D+03 747535+ 120992 000:22:32 0.726687D+02 0.123964D+03 767939 123133 000:23:03 0.732153D+02 0.123964D+03 786734 125630 000:23:33 0.734974D+02 0.123964D+03 806181+ 127827 000:24:03 0.740024D+02 0.123964D+03 827681+ 129516 000:24:33 0.746572D+02 0.123964D+03 849415+ 131242 000:25:03 0.751232D+02 0.123964D+03 869385 133999 000:25:33 0.753923D+02 0.123964D+03 889998 135634 000:26:03 0.757673D+02 0.123964D+03 913421+ 137702 000:26:33 0.760260D+02 0.123964D+03 936064 139643 000:27:03 0.763773D+02 0.123964D+03 957693+ 141630 000:27:33 0.767059D+02 0.123964D+03 980959+ 143437 000:28:03 0.771366D+02 0.123964D+03 1000000 145512 000:28:28 0.775035D+02 0.123964D+03 1022742+ 146723 000:28:58 0.780160D+02 0.123964D+03 1045245 147942 000:29:28 0.784668D+02 0.123964D+03 1067018 150043 000:29:58 0.788977D+02 0.123964D+03 1089738 151032 000:30:28 0.793938D+02 0.123964D+03 1110066 151980 000:30:58 0.796813D+02 0.123964D+03 1134649 153237 000:31:28 0.800288D+02 0.123964D+03 1157663+ 154269 000:31:58 0.804354D+02 0.123964D+03 1179382 155192 000:32:28 0.806252D+02 0.123964D+03 1201173+ 156175 000:32:58 0.809556D+02 0.123964D+03 1224921+ 157116 000:33:28 0.811821D+02 0.123964D+03 1248105 158680 000:33:58 0.815817D+02 0.123964D+03 1271219+ 159868 000:34:28 0.819016D+02 0.123964D+03 1293465+ 160809 000:34:58 0.822989D+02 0.123964D+03 1314512 162047 000:35:28 0.825801D+02 0.123964D+03 1337433 162723 000:35:58 0.830074D+02 0.123964D+03 1358142+ 163918 000:36:28 0.834156D+02 0.123964D+03 1376156+ 165503 000:36:58 0.836209D+02 0.123964D+03 1397654+ 167133 000:37:28 0.838640D+02 0.123964D+03 1418895 168317 000:37:58 0.841434D+02 0.123964D+03 1440341 169769 000:38:28 0.844803D+02 0.123964D+03 1462494+ 171522 000:38:58 0.848158D+02 0.123964D+03 1484619+ 173645 000:39:28 0.851208D+02 0.123964D+03 1504845 175568 000:39:58 0.853862D+02 0.123964D+03 1524305+ 177307 000:40:28 0.856586D+02 0.123964D+03 1542941+ 180025 000:40:58 0.857647D+02 0.123964D+03 1563033+ 181926 000:41:28 0.859821D+02 0.123964D+03 1584029+ 183585 000:41:58 0.862002D+02 0.123964D+03 1605206+ 184326 000:42:28 0.864477D+02 0.123964D+03 1625940 186416 000:42:58 0.866955D+02 0.123964D+03 1646555 188223 000:43:28 0.869087D+02 0.123964D+03 1668819 189954 000:43:58 0.870991D+02 0.123964D+03 1690362 190793 000:44:28 0.872457D+02 0.123964D+03 1711513 191860 000:44:58 0.875226D+02 0.123964D+03 1732374+ 194254 000:45:28 0.876683D+02 0.123964D+03 1756873 197510 000:45:58 0.877341D+02 0.123964D+03 1780755+ 198938 000:46:28 0.879058D+02 0.123964D+03 1803141 199739 000:46:58 0.880781D+02 0.123964D+03 1825601+ 201675 000:47:28 0.882311D+02 0.123964D+03 1848185+ 202918 000:47:58 0.883940D+02 0.123964D+03 * 1866080 111403 000:48:21 0.885357D+02 0.106757D+03 1892807 111527 000:48:51 0.887237D+02 0.106757D+03 1918359 111775 000:49:21 0.889860D+02 0.106757D+03 1944981 111807 000:49:51 0.891267D+02 0.106757D+03 1968207 112165 000:50:21 0.893487D+02 0.106757D+03 1993235+ 112058 000:50:51 0.895746D+02 0.106757D+03 2000000 111679 000:50:59 0.896941D+02 0.106757D+03 2023930+ 110761 000:51:29 0.900192D+02 0.106757D+03 2049541 111044 000:51:59 0.902139D+02 0.106757D+03 2070239 110943 000:52:29 0.903266D+02 0.106757D+03 2093753+ 110927 000:52:59 0.905683D+02 0.106757D+03 2118455+ 110299 000:53:29 0.907921D+02 0.106757D+03 2141229+ 110065 000:53:59 0.910518D+02 0.106757D+03 2165601 109413 000:54:29 0.912875D+02 0.106757D+03 2179690+ 111352 000:54:59 0.912875D+02 0.106757D+03 2196328+ 112253 000:55:29 0.913076D+02 0.106757D+03 2219790+ 111827 000:55:59 0.914618D+02 0.106757D+03 2246100 111699 000:56:29 0.916290D+02 0.106757D+03 2269633+ 111308 000:56:59 0.918641D+02 0.106757D+03 2292206+ 110976 000:57:29 0.919943D+02 0.106757D+03 2324312+ 112407 000:57:59 0.920641D+02 0.106757D+03 2352413+ 111786 000:58:29 0.922843D+02 0.106757D+03 2375970+ 111483 000:58:59 0.924599D+02 0.106757D+03 2399990+ 110851 000:59:29 0.926956D+02 0.106757D+03 2425179 109349 000:59:59 0.929485D+02 0.106757D+03 2448358+ 109107 001:00:29 0.931200D+02 0.106757D+03 2474087+ 107986 001:00:59 0.933317D+02 0.106757D+03 2498561 107349 001:01:29 0.935841D+02 0.106757D+03 2519458 106945 001:01:59 0.937853D+02 0.106757D+03 2540580+ 106309 001:02:29 0.939543D+02 0.106757D+03 2563047 105349 001:02:59 0.941700D+02 0.106757D+03 2589279+ 104164 001:03:29 0.943536D+02 0.106757D+03 2610311+ 103785 001:03:59 0.945202D+02 0.106757D+03 2629348+ 104937 001:04:29 0.945202D+02 0.106757D+03 2649877+ 105046 001:04:59 0.945202D+02 0.106757D+03 2669549+ 104975 001:05:29 0.945202D+02 0.106757D+03 2691057 104789 001:05:59 0.945681D+02 0.106757D+03 2715383+ 103717 001:06:29 0.946971D+02 0.106757D+03 2740053 103164 001:06:59 0.948866D+02 0.106757D+03 2764176+ 102409 001:07:29 0.950462D+02 0.106757D+03 2784103 102337 001:07:59 0.951311D+02 0.106757D+03 2806446+ 101566 001:08:29 0.953057D+02 0.106757D+03 2828148+ 101482 001:08:59 0.954056D+02 0.106757D+03 2845589 102144 001:09:29 0.954960D+02 0.106757D+03 2864785 102140 001:09:59 0.955594D+02 0.106757D+03 2883717+ 103048 001:10:29 0.956057D+02 0.106757D+03 2906455+ 103261 001:10:59 0.956957D+02 0.106757D+03 2931161 103151 001:11:29 0.958092D+02 0.106757D+03 2953908+ 102888 001:12:00 0.959243D+02 0.106757D+03 2979289 101098 001:12:30 0.961163D+02 0.106757D+03 3000000 100115 001:12:49 0.961981D+02 0.106757D+03 3024835+ 100193 001:13:19 0.963043D+02 0.106757D+03 3048767+ 99382 001:13:49 0.964557D+02 0.106757D+03 3073130 98578 001:14:19 0.965957D+02 0.106757D+03 3088035+ 98813 001:14:49 0.966948D+02 0.106757D+03 3095977+ 99843 001:15:19 0.966948D+02 0.106757D+03 3109732+ 99193 001:15:49 0.967244D+02 0.106757D+03 3121302+ 99454 001:16:19 0.967457D+02 0.106757D+03 3138314+ 98831 001:16:49 0.967869D+02 0.106757D+03 3155042 97838 001:17:19 0.968347D+02 0.106757D+03 3174905+ 97185 001:17:49 0.969177D+02 0.106757D+03 3194321 96515 001:18:19 0.970014D+02 0.106757D+03 3219658+ 95142 001:18:49 0.971365D+02 0.106757D+03 3246049+ 93057 001:19:19 0.973106D+02 0.106757D+03 3269811+ 91120 001:19:49 0.974907D+02 0.106757D+03 3285382 94013 001:20:19 0.974991D+02 0.106757D+03 3304933 93025 001:20:49 0.974991D+02 0.106757D+03 3327102 91680 001:21:19 0.975742D+02 0.106757D+03 3359511 89260 001:21:49 0.976633D+02 0.106757D+03 3385780+ 87091 001:22:19 0.978886D+02 0.106757D+03 3407696 87115 001:22:49 0.979678D+02 0.106757D+03 3433414+ 85722 001:23:19 0.981294D+02 0.106757D+03 3456535+ 84874 001:23:49 0.983006D+02 0.106757D+03 3477101+ 84293 001:24:19 0.984242D+02 0.106757D+03 3501804+ 83097 001:24:49 0.985687D+02 0.106757D+03 3524260+ 82657 001:25:19 0.987002D+02 0.106757D+03 3549115+ 80561 001:25:49 0.988973D+02 0.106757D+03 3573459+ 79162 001:26:19 0.990781D+02 0.106757D+03 3598227 77597 001:26:49 0.992391D+02 0.106757D+03 3622956 75788 001:27:19 0.994098D+02 0.106757D+03 3648155 74429 001:27:49 0.995263D+02 0.106757D+03 3674146+ 71513 001:28:19 0.997502D+02 0.106757D+03 3697329+ 70181 001:28:49 0.999011D+02 0.106757D+03 3719299+ 69099 001:29:19 0.100027D+03 0.106757D+03 3743665+ 67104 001:29:49 0.100222D+03 0.106757D+03 3767675+ 65985 001:30:19 0.100354D+03 0.106757D+03 3791685+ 63934 001:30:49 0.100522D+03 0.106757D+03 3812977+ 63308 001:31:19 0.100624D+03 0.106757D+03 3835625+ 61445 001:31:49 0.100750D+03 0.106757D+03 3860598 59683 001:32:19 0.100938D+03 0.106757D+03 3885136 57899 001:32:49 0.101110D+03 0.106757D+03 3904653+ 58107 001:33:19 0.101166D+03 0.106757D+03 3931447+ 56154 001:33:49 0.101317D+03 0.106757D+03 3954057+ 55011 001:34:19 0.101473D+03 0.106757D+03 3974045 55077 001:34:49 0.101500D+03 0.106757D+03 3996042+ 53954 001:35:19 0.101599D+03 0.106757D+03 4000000 53473 001:35:24 0.101638D+03 0.106757D+03 4020246+ 53601 001:35:54 0.101708D+03 0.106757D+03 4045464+ 51796 001:36:24 0.101891D+03 0.106757D+03 4071553+ 49490 001:36:54 0.102054D+03 0.106757D+03 4097535+ 46842 001:37:24 0.102243D+03 0.106757D+03 4121285 45294 001:37:54 0.102372D+03 0.106757D+03 4148559+ 42733 001:38:24 0.102569D+03 0.106757D+03 4172210+ 40676 001:38:54 0.102752D+03 0.106757D+03 4197257+ 38395 001:39:24 0.102944D+03 0.106757D+03 4223413 36117 001:39:54 0.103152D+03 0.106757D+03 4244023+ 35487 001:40:24 0.103270D+03 0.106757D+03 4263760+ 34972 001:40:54 0.103272D+03 0.106757D+03 4289497+ 33180 001:41:24 0.103400D+03 0.106757D+03 4313281 30488 001:41:54 0.103627D+03 0.106757D+03 4338579 27592 001:42:24 0.103894D+03 0.106757D+03 4365145+ 24244 001:42:54 0.104188D+03 0.106757D+03 4389735 22200 001:43:24 0.104386D+03 0.106757D+03 4414994 19444 001:43:54 0.104629D+03 0.106757D+03 4439841+ 16879 001:44:24 0.104862D+03 0.106757D+03 4464021 14852 001:44:54 0.105090D+03 0.106757D+03 4489185+ 11816 001:45:24 0.105411D+03 0.106757D+03 4513649+ 8830 001:45:54 0.105714D+03 0.106757D+03 4539984 4845 001:46:24 0.106078D+03 0.106757D+03 4564973 1314 001:46:54 0.106541D+03 0.106757D+03 4578069 0 001:47:10 0.106757D+03 0.106757D+03 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 001:16:51, in seconds: 4610.80 NLP subsolver time: 000:06:45, in seconds: 405.38 Cutting time: 000:01:54, in seconds: 114.45 All other time: 000:21:39, in seconds: 1299.14 Total time elapsed: 001:47:10, in seconds: 6429.77 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.07 on navigating: 000:01:33, in seconds: 92.82 on relaxed: 000:45:29, in seconds: 2728.59 on local: 000:06:15, in seconds: 374.56 on tightening: 000:09:45, in seconds: 584.78 on marginals: 000:00:09, in seconds: 8.58 on probing: 000:44:00, in seconds: 2640.37 Total no. of BaR iterations: 4578069 Best solution found at node: 1866080 Max. no. of nodes in memory: 203913 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 378166348 114.45 All done =========================================================================== Solution = 106.756876914 found at node 1866080 Best possible = 106.756770157 Absolute gap = 0.000106756999997515 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- m7_ar4_1.gms(668) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job m7_ar4_1.gms Stop 11/21/12 00:59:05 elapsed 1:47:27.264 @04 1353455945 ----------------------------- Mi 21. Nov 00:59:05 CET 2012 ----------------------------- =ready= Linux opt219 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/m7_ar5_1.gms =========== ----------------------------- Di 20. Nov 23:11:39 CET 2012 ----------------------------- @03 1353449499 --- Job m7_ar5_1.gms Start 11/20/12 23:11:39 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- m7_ar5_1.gms(668) 2 Mb --- Starting execution: elapsed 0:00:00.032 --- m7_ar5_1.gms(663) 3 Mb --- Generating MINLP model m --- m7_ar5_1.gms(668) 5 Mb --- 270 rows 113 columns 1,053 non-zeroes --- 71 nl-code 14 nl-non-zeroes --- 42 discrete-columns --- m7_ar5_1.gms(668) 3 Mb --- Executing BARON: elapsed 0:00:00.039 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 10034356 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.000000D+00 0.100000D+52 1 1 000:00:00 0.000000D+00 0.100000D+52 * 12 11 000:00:01 0.000000D+00 0.255460D+03 * 2746 1306 000:00:14 0.332497D+02 0.196184D+03 * 3490 1582 000:00:16 0.350869D+02 0.187774D+03 * 5644 2218 000:00:23 0.360262D+02 0.160272D+03 15463 5618 000:00:53 0.467528D+02 0.160272D+03 * 16727 4994 000:00:56 0.471600D+02 0.128060D+03 30173+ 7616 000:01:26 0.520326D+02 0.128060D+03 * 34016 8286 000:01:34 0.527964D+02 0.125782D+03 46233+ 10612 000:02:04 0.551820D+02 0.125782D+03 61087+ 13208 000:02:34 0.580850D+02 0.125782D+03 75532+ 15702 000:03:04 0.592123D+02 0.125782D+03 91337+ 17813 000:03:34 0.598786D+02 0.125782D+03 107587+ 19931 000:04:04 0.598786D+02 0.125782D+03 123192 22312 000:04:34 0.598786D+02 0.125782D+03 137359 24963 000:05:04 0.598786D+02 0.125782D+03 152305 27523 000:05:34 0.598786D+02 0.125782D+03 167615 29764 000:06:04 0.598786D+02 0.125782D+03 183962+ 31235 000:06:34 0.598786D+02 0.125782D+03 198665 33203 000:07:04 0.598786D+02 0.125782D+03 215421 34704 000:07:34 0.598786D+02 0.125782D+03 231814 36392 000:08:04 0.598786D+02 0.125782D+03 249324+ 38017 000:08:34 0.598786D+02 0.125782D+03 265637+ 39645 000:09:04 0.598786D+02 0.125782D+03 284880 41258 000:09:34 0.598787D+02 0.125782D+03 304864 42350 000:10:04 0.598787D+02 0.125782D+03 323736 44772 000:10:34 0.601379D+02 0.125782D+03 344803+ 46117 000:11:04 0.601379D+02 0.125782D+03 364959+ 47632 000:11:34 0.601379D+02 0.125782D+03 385327+ 48976 000:12:04 0.604478D+02 0.125782D+03 404780+ 51192 000:12:34 0.604478D+02 0.125782D+03 423971+ 53222 000:13:04 0.605167D+02 0.125782D+03 439359+ 54441 000:13:34 0.605167D+02 0.125782D+03 454498 56091 000:14:04 0.605167D+02 0.125782D+03 468712+ 57344 000:14:34 0.605167D+02 0.125782D+03 482107+ 58517 000:15:04 0.605168D+02 0.125782D+03 501335+ 59472 000:15:34 0.606936D+02 0.125782D+03 522680+ 61897 000:16:04 0.611525D+02 0.125782D+03 543697+ 63388 000:16:34 0.613502D+02 0.125782D+03 564074+ 64788 000:17:04 0.617462D+02 0.125782D+03 583079 65861 000:17:34 0.619929D+02 0.125782D+03 604405+ 67514 000:18:04 0.622121D+02 0.125782D+03 623921 68396 000:18:34 0.624611D+02 0.125782D+03 643228 68971 000:19:04 0.626881D+02 0.125782D+03 662734+ 70013 000:19:34 0.628502D+02 0.125782D+03 683530+ 70983 000:20:04 0.631531D+02 0.125782D+03 703945+ 72272 000:20:34 0.633161D+02 0.125782D+03 723685+ 73267 000:21:04 0.635142D+02 0.125782D+03 743533+ 74761 000:21:34 0.637019D+02 0.125782D+03 766299 76857 000:22:04 0.640092D+02 0.125782D+03 786325+ 79109 000:22:34 0.641834D+02 0.125782D+03 807757+ 81125 000:23:04 0.643045D+02 0.125782D+03 825718+ 83736 000:23:34 0.644938D+02 0.125782D+03 847575+ 86466 000:24:04 0.645798D+02 0.125782D+03 868768 88938 000:24:34 0.647895D+02 0.125782D+03 890112+ 91787 000:25:04 0.649662D+02 0.125782D+03 915051+ 94223 000:25:34 0.651043D+02 0.125782D+03 933501+ 96825 000:26:04 0.655224D+02 0.125782D+03 951489 99243 000:26:35 0.659024D+02 0.125782D+03 971943+ 101273 000:27:05 0.661293D+02 0.125782D+03 990651+ 103582 000:27:35 0.664035D+02 0.125782D+03 1000000 104196 000:27:49 0.667152D+02 0.125782D+03 1019913+ 105831 000:28:19 0.672716D+02 0.125782D+03 1040235+ 107384 000:28:49 0.677157D+02 0.125782D+03 1061709+ 108064 000:29:19 0.680991D+02 0.125782D+03 1081664 108756 000:29:49 0.683068D+02 0.125782D+03 1101914+ 109811 000:30:19 0.686214D+02 0.125782D+03 1121404 110676 000:30:49 0.691994D+02 0.125782D+03 1140747 113106 000:31:19 0.695037D+02 0.125782D+03 1157351+ 115095 000:31:49 0.698832D+02 0.125782D+03 1174339+ 116717 000:32:19 0.705918D+02 0.125782D+03 1192411 117232 000:32:49 0.713546D+02 0.125782D+03 1210640 118014 000:33:19 0.718919D+02 0.125782D+03 1231653 118877 000:33:49 0.725546D+02 0.125782D+03 1252263+ 118900 000:34:19 0.731911D+02 0.125782D+03 1272224+ 119788 000:34:49 0.736730D+02 0.125782D+03 1291427 120475 000:35:19 0.742504D+02 0.125782D+03 * 1295034 118243 000:35:24 0.744244D+02 0.123690D+03 1314493+ 118818 000:35:54 0.749209D+02 0.123690D+03 1334847+ 119592 000:36:24 0.753323D+02 0.123690D+03 1355504 119843 000:36:54 0.758693D+02 0.123690D+03 1376130+ 120151 000:37:24 0.762644D+02 0.123690D+03 1397817+ 120334 000:37:54 0.766612D+02 0.123690D+03 1419109+ 120141 000:38:24 0.770818D+02 0.123690D+03 1440769 119279 000:38:54 0.774987D+02 0.123690D+03 1462728 118355 000:39:24 0.779570D+02 0.123690D+03 1483782+ 117942 000:39:54 0.783059D+02 0.123690D+03 1504800 117527 000:40:24 0.786034D+02 0.123690D+03 1528670+ 115979 000:40:54 0.790789D+02 0.123690D+03 1547875+ 116329 000:41:24 0.794405D+02 0.123690D+03 1569525 116133 000:41:54 0.797559D+02 0.123690D+03 1590922 115156 000:42:24 0.802036D+02 0.123690D+03 1610519 114814 000:42:54 0.805943D+02 0.123690D+03 1627775+ 116025 000:43:24 0.807237D+02 0.123690D+03 1648023+ 116499 000:43:54 0.809507D+02 0.123690D+03 1665978+ 116945 000:44:24 0.812697D+02 0.123690D+03 1684770+ 116338 000:44:54 0.817646D+02 0.123690D+03 1703751 116021 000:45:24 0.821671D+02 0.123690D+03 1725750+ 116375 000:45:54 0.823487D+02 0.123690D+03 1747201+ 116591 000:46:25 0.826391D+02 0.123690D+03 1766531 116931 000:46:55 0.829957D+02 0.123690D+03 1782637 117804 000:47:25 0.831131D+02 0.123690D+03 1801937+ 117856 000:47:55 0.834189D+02 0.123690D+03 1818403+ 118943 000:48:25 0.836629D+02 0.123690D+03 1835146+ 120129 000:48:55 0.838734D+02 0.123690D+03 1853817+ 120892 000:49:25 0.841390D+02 0.123690D+03 1869474+ 121575 000:49:55 0.844424D+02 0.123690D+03 1888233+ 122417 000:50:25 0.846932D+02 0.123690D+03 1905942+ 123304 000:50:55 0.849657D+02 0.123690D+03 1925348+ 123931 000:51:25 0.852610D+02 0.123690D+03 1943956+ 125205 000:51:55 0.856692D+02 0.123690D+03 1962711+ 126580 000:52:25 0.859136D+02 0.123690D+03 1980083+ 128080 000:52:55 0.861064D+02 0.123690D+03 1985782 128756 000:53:55 0.861715D+02 0.123690D+03 2000000 129058 000:54:16 0.863978D+02 0.123690D+03 2017714+ 129880 000:54:46 0.867562D+02 0.123690D+03 2037057+ 130417 000:55:16 0.869697D+02 0.123690D+03 2056330+ 131493 000:55:46 0.871676D+02 0.123690D+03 2079579+ 132147 000:56:16 0.873263D+02 0.123690D+03 2103969+ 132587 000:56:46 0.875897D+02 0.123690D+03 2121511+ 133129 000:57:17 0.876712D+02 0.123690D+03 2139377+ 133338 000:57:47 0.876891D+02 0.123690D+03 2158667+ 133526 000:58:17 0.877432D+02 0.123690D+03 2182617+ 133363 000:58:47 0.879765D+02 0.123690D+03 2205059 133450 000:59:17 0.883402D+02 0.123690D+03 2219695+ 135175 000:59:47 0.884564D+02 0.123690D+03 2233769+ 137554 001:00:17 0.884651D+02 0.123690D+03 2253067 139179 001:00:47 0.885432D+02 0.123690D+03 2272919+ 141064 001:01:17 0.887202D+02 0.123690D+03 2291721 141971 001:01:47 0.890569D+02 0.123690D+03 2311751+ 142380 001:02:17 0.894273D+02 0.123690D+03 2329861+ 143843 001:02:47 0.895480D+02 0.123690D+03 2348868+ 145101 001:03:17 0.898275D+02 0.123690D+03 2367833+ 146719 001:03:47 0.899861D+02 0.123690D+03 2383158+ 147904 001:04:17 0.900955D+02 0.123690D+03 2401575+ 149040 001:04:47 0.902393D+02 0.123690D+03 2423228 148843 001:05:17 0.903850D+02 0.123690D+03 * 2424014 141097 001:05:18 0.903904D+02 0.120766D+03 2444331+ 141719 001:05:48 0.906401D+02 0.120766D+03 2463306 142061 001:06:18 0.909670D+02 0.120766D+03 2484489+ 142294 001:06:48 0.912710D+02 0.120766D+03 2501511+ 142774 001:07:18 0.914632D+02 0.120766D+03 2519104+ 143168 001:07:48 0.917187D+02 0.120766D+03 2538693+ 143388 001:08:18 0.918555D+02 0.120766D+03 2559168 144246 001:08:48 0.920794D+02 0.120766D+03 2577812+ 144513 001:09:18 0.923990D+02 0.120766D+03 2598120 144839 001:09:48 0.926813D+02 0.120766D+03 2617996 144834 001:10:18 0.930230D+02 0.120766D+03 2636138 145983 001:10:48 0.932045D+02 0.120766D+03 2656550 146519 001:11:18 0.934836D+02 0.120766D+03 2674375 148863 001:11:48 0.936437D+02 0.120766D+03 2692359 149941 001:12:18 0.937842D+02 0.120766D+03 2713169+ 150399 001:12:48 0.939093D+02 0.120766D+03 2734125+ 149954 001:13:18 0.941958D+02 0.120766D+03 2752495+ 151066 001:13:48 0.943941D+02 0.120766D+03 2771215+ 151677 001:14:18 0.946336D+02 0.120766D+03 2791392+ 151534 001:14:48 0.948641D+02 0.120766D+03 2810068 152243 001:15:18 0.950800D+02 0.120766D+03 2832057+ 152337 001:15:48 0.952745D+02 0.120766D+03 2851738+ 152783 001:16:18 0.955369D+02 0.120766D+03 2869429+ 153873 001:16:48 0.955947D+02 0.120766D+03 2888351+ 154334 001:17:18 0.958195D+02 0.120766D+03 2908159 154613 001:17:48 0.960531D+02 0.120766D+03 2927037+ 154980 001:18:18 0.962425D+02 0.120766D+03 2947349 155419 001:18:48 0.964344D+02 0.120766D+03 2966437+ 155610 001:19:18 0.966496D+02 0.120766D+03 2986331 155566 001:19:48 0.968446D+02 0.120766D+03 3000000 156780 001:20:11 0.969011D+02 0.120766D+03 3020515+ 157957 001:20:41 0.969754D+02 0.120766D+03 3042010 158228 001:21:11 0.971229D+02 0.120766D+03 3062373+ 158345 001:21:41 0.972743D+02 0.120766D+03 3082249 158591 001:22:11 0.974333D+02 0.120766D+03 3102782 158739 001:22:41 0.976055D+02 0.120766D+03 3123263+ 159003 001:23:11 0.977181D+02 0.120766D+03 3144419+ 159478 001:23:41 0.978990D+02 0.120766D+03 3165152 159920 001:24:11 0.980617D+02 0.120766D+03 3185764+ 160413 001:24:41 0.982069D+02 0.120766D+03 3207624+ 160615 001:25:11 0.983606D+02 0.120766D+03 3229507+ 161408 001:25:41 0.984883D+02 0.120766D+03 3252999+ 161049 001:26:11 0.986356D+02 0.120766D+03 3271486 162186 001:26:41 0.987177D+02 0.120766D+03 3293303 162639 001:27:11 0.988487D+02 0.120766D+03 3314747+ 162326 001:27:41 0.989877D+02 0.120766D+03 3333416 162242 001:28:11 0.991096D+02 0.120766D+03 3352499+ 162619 001:28:41 0.992008D+02 0.120766D+03 3374117 162573 001:29:11 0.993302D+02 0.120766D+03 3395952 162270 001:29:41 0.994528D+02 0.120766D+03 3417427 161950 001:30:11 0.996194D+02 0.120766D+03 3438822+ 161765 001:30:41 0.997468D+02 0.120766D+03 3461598 161540 001:31:11 0.999308D+02 0.120766D+03 3481428 161837 001:31:41 0.100085D+03 0.120766D+03 3500372 162912 001:32:11 0.100151D+03 0.120766D+03 3521283+ 163550 001:32:41 0.100222D+03 0.120766D+03 3541819+ 163163 001:33:12 0.100343D+03 0.120766D+03 3563406 163228 001:33:42 0.100470D+03 0.120766D+03 3584849+ 162872 001:34:12 0.100605D+03 0.120766D+03 3606693+ 162799 001:34:42 0.100745D+03 0.120766D+03 3627849+ 162910 001:35:12 0.100879D+03 0.120766D+03 3649662+ 162257 001:35:42 0.101036D+03 0.120766D+03 3672538 161829 001:36:12 0.101149D+03 0.120766D+03 3693018 163119 001:36:42 0.101242D+03 0.120766D+03 3714101 163232 001:37:12 0.101360D+03 0.120766D+03 3737399+ 162806 001:37:42 0.101509D+03 0.120766D+03 3760941+ 162730 001:38:12 0.101667D+03 0.120766D+03 3784742 162147 001:38:42 0.101807D+03 0.120766D+03 3808407+ 161862 001:39:12 0.101975D+03 0.120766D+03 3829432+ 161822 001:39:42 0.102127D+03 0.120766D+03 3852165 161543 001:40:12 0.102312D+03 0.120766D+03 3873324+ 161386 001:40:42 0.102452D+03 0.120766D+03 3896906+ 160993 001:41:12 0.102612D+03 0.120766D+03 3919464 160501 001:41:42 0.102735D+03 0.120766D+03 3941961+ 160698 001:42:12 0.102865D+03 0.120766D+03 3964687 160318 001:42:42 0.103025D+03 0.120766D+03 3984194+ 160472 001:43:12 0.103134D+03 0.120766D+03 4000000 160395 001:43:38 0.103237D+03 0.120766D+03 4021926 160051 001:44:08 0.103376D+03 0.120766D+03 4042339+ 159810 001:44:38 0.103517D+03 0.120766D+03 4062793 159881 001:45:08 0.103647D+03 0.120766D+03 4086065 160107 001:45:38 0.103761D+03 0.120766D+03 4110059 160067 001:46:08 0.103870D+03 0.120766D+03 4133384+ 159564 001:46:38 0.104023D+03 0.120766D+03 4154965 158904 001:47:08 0.104179D+03 0.120766D+03 4178331+ 157852 001:47:38 0.104359D+03 0.120766D+03 4201837 157324 001:48:08 0.104483D+03 0.120766D+03 4225139 156620 001:48:38 0.104623D+03 0.120766D+03 4246755+ 156226 001:49:08 0.104750D+03 0.120766D+03 4267955 155712 001:49:38 0.104884D+03 0.120766D+03 4289358+ 155434 001:50:08 0.104978D+03 0.120766D+03 4310077+ 155410 001:50:38 0.105079D+03 0.120766D+03 4332130 155420 001:51:08 0.105196D+03 0.120766D+03 4355678+ 154975 001:51:38 0.105311D+03 0.120766D+03 4379460+ 154006 001:52:08 0.105457D+03 0.120766D+03 4403713 152658 001:52:38 0.105627D+03 0.120766D+03 4421391 153014 001:53:08 0.105693D+03 0.120766D+03 4438445 154686 001:53:38 0.105719D+03 0.120766D+03 4463603 153910 001:54:08 0.105801D+03 0.120766D+03 4489446+ 153746 001:54:38 0.105855D+03 0.120766D+03 4511929+ 153051 001:55:08 0.106007D+03 0.120766D+03 4534181 151835 001:55:38 0.106208D+03 0.120766D+03 4557405+ 151043 001:56:08 0.106337D+03 0.120766D+03 4580163+ 150874 001:56:38 0.106455D+03 0.120766D+03 * 4580880 0 001:56:39 0.106460D+03 0.106460D+03 4580880 0 001:56:39 0.106460D+03 0.106460D+03 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 001:23:53, in seconds: 5032.67 NLP subsolver time: 000:08:59, in seconds: 539.33 Cutting time: 000:01:56, in seconds: 116.03 All other time: 000:21:51, in seconds: 1311.40 Total time elapsed: 001:56:39, in seconds: 6999.44 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.17 on navigating: 000:01:32, in seconds: 92.43 on relaxed: 000:49:35, in seconds: 2975.33 on local: 000:08:08, in seconds: 488.16 on tightening: 000:09:52, in seconds: 591.77 on marginals: 000:00:09, in seconds: 8.52 on probing: 000:47:23, in seconds: 2843.03 Total no. of BaR iterations: 4580880 Best solution found at node: 4580880 Max. no. of nodes in memory: 163613 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 382777636 116.03 All done =========================================================================== Solution = 106.46000288 found at node 4580880 Best possible = 106.46000288 Absolute gap = 0 optca = 1E-9 Relative gap = 0 optcr = 1E-6 --- Restarting execution --- m7_ar5_1.gms(668) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job m7_ar5_1.gms Stop 11/21/12 01:08:38 elapsed 1:56:58.729 @04 1353456518 ----------------------------- Mi 21. Nov 01:08:38 CET 2012 ----------------------------- =ready= Linux opt220 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/m7.gms =========== ----------------------------- Di 20. Nov 23:11:42 CET 2012 ----------------------------- @03 1353449502 --- Job m7.gms Start 11/20/12 23:11:42 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- m7.gms(508) 2 Mb --- Starting execution: elapsed 0:00:00.034 --- m7.gms(503) 3 Mb --- Generating MINLP model m --- m7.gms(508) 5 Mb --- 212 rows 115 columns 867 non-zeroes --- 71 nl-code 14 nl-non-zeroes --- 42 discrete-columns --- m7.gms(508) 3 Mb --- Executing BARON: elapsed 0:00:00.040 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 12200865 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.000000D+00 0.100000D+52 1 1 000:00:00 0.000000D+00 0.100000D+52 * 10 7 000:00:01 0.000000D+00 0.150357D+03 16371 5601 000:00:31 0.524500D+01 0.150357D+03 35293+ 11249 000:01:01 0.147962D+02 0.150357D+03 54597 17525 000:01:31 0.184374D+02 0.150357D+03 75990+ 23623 000:02:01 0.215534D+02 0.150357D+03 98549+ 29613 000:02:31 0.232050D+02 0.150357D+03 117647 34944 000:03:01 0.280374D+02 0.150357D+03 * 128830 36483 000:03:15 0.289771D+02 0.145776D+03 * 129008 35627 000:03:16 0.289771D+02 0.141583D+03 * 129530 32473 000:03:17 0.289771D+02 0.124176D+03 143359+ 37221 000:03:47 0.289929D+02 0.124176D+03 * 145664 37966 000:03:51 0.290106D+02 0.123964D+03 168176+ 41227 000:04:21 0.302438D+02 0.123964D+03 * 168252 37282 000:04:21 0.302630D+02 0.106757D+03 187472 41894 000:04:51 0.322145D+02 0.106757D+03 210950+ 44587 000:05:21 0.341259D+02 0.106757D+03 230367 47749 000:05:51 0.356679D+02 0.106757D+03 252334 51226 000:06:21 0.370618D+02 0.106757D+03 275998+ 54437 000:06:51 0.382205D+02 0.106757D+03 299235+ 57409 000:07:21 0.396858D+02 0.106757D+03 319675+ 60654 000:07:51 0.404870D+02 0.106757D+03 335050 63982 000:08:21 0.405963D+02 0.106757D+03 357444 66432 000:08:51 0.410802D+02 0.106757D+03 379330 68536 000:09:21 0.412383D+02 0.106757D+03 399611 71385 000:09:51 0.412952D+02 0.106757D+03 418076+ 75068 000:10:21 0.414633D+02 0.106757D+03 438992 77770 000:10:51 0.418643D+02 0.106757D+03 462357 80717 000:11:21 0.423577D+02 0.106757D+03 490127 82432 000:11:51 0.435393D+02 0.106757D+03 511951+ 85493 000:12:21 0.439920D+02 0.106757D+03 536758+ 87199 000:12:51 0.451150D+02 0.106757D+03 560134 91542 000:13:21 0.453256D+02 0.106757D+03 585212+ 94770 000:13:51 0.459100D+02 0.106757D+03 603769+ 97313 000:14:21 0.459884D+02 0.106757D+03 629576 99940 000:14:51 0.465530D+02 0.106757D+03 654841 100736 000:15:21 0.466575D+02 0.106757D+03 681095 101183 000:15:51 0.472387D+02 0.106757D+03 707790+ 104500 000:16:21 0.477520D+02 0.106757D+03 735323+ 107236 000:16:51 0.483766D+02 0.106757D+03 760302 111645 000:17:21 0.485404D+02 0.106757D+03 782569+ 115492 000:17:51 0.489087D+02 0.106757D+03 794935+ 117913 000:18:21 0.489087D+02 0.106757D+03 807484+ 120374 000:18:51 0.489087D+02 0.106757D+03 820567+ 122830 000:19:21 0.489087D+02 0.106757D+03 834911+ 125350 000:19:51 0.489110D+02 0.106757D+03 846551+ 127589 000:20:21 0.489110D+02 0.106757D+03 859303+ 129671 000:20:51 0.489110D+02 0.106757D+03 872081+ 132031 000:21:21 0.489110D+02 0.106757D+03 887371 134162 000:21:51 0.489166D+02 0.106757D+03 913778+ 135134 000:22:21 0.489745D+02 0.106757D+03 934536+ 134558 000:22:51 0.489874D+02 0.106757D+03 956377 132845 000:23:21 0.489874D+02 0.106757D+03 990215 131128 000:23:51 0.490065D+02 0.106757D+03 1000000 131085 000:24:00 0.490065D+02 0.106757D+03 1024371 133310 000:24:30 0.490846D+02 0.106757D+03 1043143+ 134669 000:25:00 0.490846D+02 0.106757D+03 1061885+ 134896 000:25:30 0.490846D+02 0.106757D+03 1080227 135350 000:26:00 0.490846D+02 0.106757D+03 1099327 135605 000:26:30 0.490846D+02 0.106757D+03 1122988 136351 000:27:00 0.490869D+02 0.106757D+03 1178130+ 136616 000:27:30 0.490869D+02 0.106757D+03 1209667+ 138233 000:28:00 0.491851D+02 0.106757D+03 1239116 138258 000:28:30 0.492068D+02 0.106757D+03 1270553 137806 000:29:00 0.493791D+02 0.106757D+03 1288591+ 141178 000:29:30 0.494007D+02 0.106757D+03 1307119+ 141325 000:30:00 0.494007D+02 0.106757D+03 1326054 141462 000:30:30 0.494007D+02 0.106757D+03 1344232+ 141535 000:31:00 0.494007D+02 0.106757D+03 1363318+ 141644 000:31:30 0.494007D+02 0.106757D+03 1380807+ 141713 000:32:00 0.494007D+02 0.106757D+03 1422155 142021 000:32:30 0.494031D+02 0.106757D+03 1478260 142234 000:33:00 0.494031D+02 0.106757D+03 1521148 142550 000:33:30 0.495104D+02 0.106757D+03 1551854+ 142668 000:34:01 0.498261D+02 0.106757D+03 1568997+ 144591 000:34:31 0.498388D+02 0.106757D+03 1585641 147649 000:35:01 0.498388D+02 0.106757D+03 1604440 149723 000:35:31 0.498470D+02 0.106757D+03 1636944+ 148854 000:36:01 0.499086D+02 0.106757D+03 1684522 149456 000:36:31 0.500148D+02 0.106757D+03 1734721+ 150423 000:37:01 0.501153D+02 0.106757D+03 1774341+ 149656 000:37:31 0.503309D+02 0.106757D+03 1826181 151110 000:38:01 0.503946D+02 0.106757D+03 1857175+ 151589 000:38:31 0.506545D+02 0.106757D+03 1884798+ 152025 000:39:01 0.509660D+02 0.106757D+03 1917809 151446 000:39:31 0.514152D+02 0.106757D+03 1946493+ 153480 000:40:01 0.517833D+02 0.106757D+03 1973025+ 155395 000:40:31 0.520355D+02 0.106757D+03 1998139+ 156700 000:41:01 0.526145D+02 0.106757D+03 2000000 156685 000:41:03 0.526170D+02 0.106757D+03 2025359 157929 000:41:33 0.531786D+02 0.106757D+03 2050115 159339 000:42:03 0.536808D+02 0.106757D+03 2075839 160682 000:42:33 0.543330D+02 0.106757D+03 2098255+ 162735 000:43:03 0.547178D+02 0.106757D+03 2123422+ 163795 000:43:33 0.553488D+02 0.106757D+03 2150015 165561 000:44:03 0.559449D+02 0.106757D+03 2166609 167340 000:44:33 0.562548D+02 0.106757D+03 2190166 169370 000:45:03 0.566524D+02 0.106757D+03 2209209 171031 000:45:33 0.569202D+02 0.106757D+03 2227458 172630 000:46:03 0.571500D+02 0.106757D+03 2247987+ 175111 000:46:33 0.574467D+02 0.106757D+03 2276039+ 179070 000:47:03 0.576927D+02 0.106757D+03 2304028+ 181843 000:47:33 0.580714D+02 0.106757D+03 2326994+ 183409 000:48:03 0.584006D+02 0.106757D+03 2354650+ 185201 000:48:33 0.587399D+02 0.106757D+03 2380739+ 192437 000:49:03 0.587399D+02 0.106757D+03 2410433 196791 000:49:33 0.588254D+02 0.106757D+03 2435499 199268 000:50:03 0.590828D+02 0.106757D+03 2463502 201267 000:50:33 0.594161D+02 0.106757D+03 2490829+ 202237 000:51:03 0.598123D+02 0.106757D+03 2516132+ 203450 000:51:33 0.601477D+02 0.106757D+03 2539463+ 207116 000:52:03 0.602775D+02 0.106757D+03 2563763+ 208321 000:52:33 0.605907D+02 0.106757D+03 2589373 210218 000:53:03 0.607200D+02 0.106757D+03 2614638 211644 000:53:33 0.609417D+02 0.106757D+03 2641861 212576 000:54:03 0.611281D+02 0.106757D+03 2666598 213869 000:54:33 0.613243D+02 0.106757D+03 2692635+ 214373 000:55:03 0.615762D+02 0.106757D+03 2719209+ 214406 000:55:33 0.617862D+02 0.106757D+03 2745269 215301 000:56:03 0.620261D+02 0.106757D+03 2771737+ 217043 000:56:33 0.621633D+02 0.106757D+03 2794681+ 218098 000:57:03 0.623445D+02 0.106757D+03 2821909+ 220400 000:57:33 0.624290D+02 0.106757D+03 2845294 221824 000:58:03 0.625055D+02 0.106757D+03 2870159+ 226926 000:58:33 0.625055D+02 0.106757D+03 2892716 230825 000:59:03 0.626263D+02 0.106757D+03 2916565 232303 000:59:33 0.628755D+02 0.106757D+03 2937187+ 234423 001:00:03 0.630529D+02 0.106757D+03 2957307 235901 001:00:33 0.632209D+02 0.106757D+03 2974592+ 238902 001:01:03 0.632747D+02 0.106757D+03 2998203+ 240068 001:01:33 0.633987D+02 0.106757D+03 3000000 240231 001:01:36 0.634043D+02 0.106757D+03 3022073 242385 001:02:06 0.634880D+02 0.106757D+03 3049453 243460 001:02:36 0.637046D+02 0.106757D+03 3070909+ 244670 001:03:06 0.638519D+02 0.106757D+03 3099287+ 244813 001:03:36 0.640108D+02 0.106757D+03 3124028+ 245798 001:04:06 0.641906D+02 0.106757D+03 3152480 245829 001:04:36 0.645185D+02 0.106757D+03 3181142 246537 001:05:06 0.648293D+02 0.106757D+03 3199547 245993 001:05:36 0.648629D+02 0.106757D+03 3218499 245804 001:06:06 0.649113D+02 0.106757D+03 3240661+ 245924 001:06:36 0.649114D+02 0.106757D+03 3260789+ 246355 001:07:06 0.649114D+02 0.106757D+03 3285049+ 244959 001:07:36 0.649373D+02 0.106757D+03 3302115 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0.662867D+02 0.106757D+03 3748539+ 240565 001:18:07 0.663617D+02 0.106757D+03 3774209 240450 001:18:37 0.665085D+02 0.106757D+03 3798164+ 241037 001:19:07 0.666256D+02 0.106757D+03 3823854 240001 001:19:37 0.668203D+02 0.106757D+03 3849363+ 239153 001:20:07 0.671485D+02 0.106757D+03 3873663 238494 001:20:37 0.672276D+02 0.106757D+03 3902916+ 238543 001:21:07 0.674604D+02 0.106757D+03 3932461+ 238046 001:21:37 0.675256D+02 0.106757D+03 3958711 237970 001:22:07 0.678061D+02 0.106757D+03 3988633+ 236775 001:22:37 0.681696D+02 0.106757D+03 4000000 236554 001:22:46 0.682425D+02 0.106757D+03 4024359+ 238135 001:23:16 0.684467D+02 0.106757D+03 4052093 237841 001:23:46 0.686784D+02 0.106757D+03 4080062+ 238122 001:24:16 0.691106D+02 0.106757D+03 4113783 236702 001:24:46 0.691478D+02 0.106757D+03 4145074 237200 001:25:16 0.693643D+02 0.106757D+03 4172708+ 238092 001:25:46 0.696426D+02 0.106757D+03 4196402+ 239312 001:26:16 0.697326D+02 0.106757D+03 4223280+ 240255 001:26:46 0.699125D+02 0.106757D+03 4256518 241366 001:27:16 0.701293D+02 0.106757D+03 4285860 242482 001:27:46 0.703892D+02 0.106757D+03 4317816+ 243261 001:28:16 0.707674D+02 0.106757D+03 4346145+ 243564 001:28:46 0.710658D+02 0.106757D+03 4378499 243113 001:29:16 0.713231D+02 0.106757D+03 4409060 243223 001:29:46 0.716331D+02 0.106757D+03 4427758+ 243259 001:30:16 0.717451D+02 0.106757D+03 4454123+ 244474 001:30:46 0.719548D+02 0.106757D+03 4486789 243590 001:31:16 0.722295D+02 0.106757D+03 4516785 242646 001:31:46 0.724182D+02 0.106757D+03 4534041+ 243866 001:32:16 0.724892D+02 0.106757D+03 4557565+ 245051 001:32:46 0.726301D+02 0.106757D+03 4580436 246085 001:33:16 0.727240D+02 0.106757D+03 4610434+ 245298 001:33:46 0.729316D+02 0.106757D+03 4640188+ 244982 001:34:16 0.730825D+02 0.106757D+03 4669111+ 244569 001:34:46 0.732933D+02 0.106757D+03 4693122 244229 001:35:16 0.734556D+02 0.106757D+03 4720802+ 244067 001:35:46 0.736608D+02 0.106757D+03 4748336 243791 001:36:16 0.737901D+02 0.106757D+03 4775923 243880 001:36:46 0.739907D+02 0.106757D+03 4806978 242447 001:37:16 0.742464D+02 0.106757D+03 4835866+ 242002 001:37:46 0.744525D+02 0.106757D+03 4868397+ 241557 001:38:16 0.746480D+02 0.106757D+03 4895962+ 242878 001:38:46 0.748204D+02 0.106757D+03 4926311+ 241334 001:39:16 0.750822D+02 0.106757D+03 4957427+ 240302 001:39:46 0.753668D+02 0.106757D+03 4981957 240454 001:40:16 0.755669D+02 0.106757D+03 5000000 240283 001:40:35 0.757595D+02 0.106757D+03 5028598 239432 001:41:05 0.760661D+02 0.106757D+03 5060479+ 237958 001:41:35 0.763441D+02 0.106757D+03 5089665 236528 001:42:05 0.766602D+02 0.106757D+03 5121742 236440 001:42:35 0.768325D+02 0.106757D+03 5152987 235599 001:43:05 0.771449D+02 0.106757D+03 5180640 235433 001:43:35 0.774215D+02 0.106757D+03 5212198+ 234108 001:44:05 0.777630D+02 0.106757D+03 5243674+ 232869 001:44:35 0.780940D+02 0.106757D+03 5277282 231688 001:45:05 0.783287D+02 0.106757D+03 5305381+ 232442 001:45:35 0.785418D+02 0.106757D+03 5335943 231778 001:46:05 0.787498D+02 0.106757D+03 5368317 230998 001:46:35 0.789758D+02 0.106757D+03 5398567+ 231007 001:47:05 0.791150D+02 0.106757D+03 5432078+ 229813 001:47:35 0.794447D+02 0.106757D+03 5460962 230673 001:48:05 0.797380D+02 0.106757D+03 5492030 230452 001:48:35 0.799786D+02 0.106757D+03 5522082 230363 001:49:05 0.801540D+02 0.106757D+03 5552807 230246 001:49:35 0.803966D+02 0.106757D+03 5580013 230693 001:50:05 0.806347D+02 0.106757D+03 5597354+ 233219 001:50:35 0.806664D+02 0.106757D+03 5611464 234404 001:51:05 0.806664D+02 0.106757D+03 5625908 235293 001:51:35 0.806664D+02 0.106757D+03 5651696+ 235183 001:52:05 0.808126D+02 0.106757D+03 5679051 234866 001:52:35 0.810045D+02 0.106757D+03 5701844 234714 001:53:05 0.811223D+02 0.106757D+03 5732067+ 233069 001:53:35 0.813296D+02 0.106757D+03 5753731 232546 001:54:05 0.813781D+02 0.106757D+03 5781445+ 232991 001:54:35 0.815064D+02 0.106757D+03 5804188+ 232473 001:55:05 0.816198D+02 0.106757D+03 5833417+ 231692 001:55:35 0.818223D+02 0.106757D+03 5857201 231391 001:56:05 0.819870D+02 0.106757D+03 5884890+ 231889 001:56:35 0.820780D+02 0.106757D+03 5913589 232800 001:57:05 0.821331D+02 0.106757D+03 5934020 234356 001:57:35 0.821488D+02 0.106757D+03 5954313 236422 001:58:05 0.821488D+02 0.106757D+03 5983973+ 236101 001:58:35 0.822180D+02 0.106757D+03 6000000 235628 001:58:49 0.822418D+02 0.106757D+03 6029367+ 235509 001:59:19 0.823362D+02 0.106757D+03 6060487+ 234449 001:59:49 0.824548D+02 0.106757D+03 6071338 234390 002:00:00 0.824907D+02 0.106757D+03 *** Max. allowable CPU time exceeded *** LP subsolver time: 001:24:19, in seconds: 5058.50 NLP subsolver time: 000:08:48, in seconds: 528.34 Cutting time: 000:02:27, in seconds: 146.71 All other time: 000:24:26, in seconds: 1466.46 Total time elapsed: 002:00:00, in seconds: 7200.00 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.13 on navigating: 000:01:59, in seconds: 118.54 on relaxed: 000:49:41, in seconds: 2981.14 on local: 000:07:56, in seconds: 476.25 on tightening: 000:10:06, in seconds: 605.75 on marginals: 000:00:11, in seconds: 11.02 on probing: 000:50:07, in seconds: 3007.17 Total no. of BaR iterations: 6071338 Best solution found at node: 168252 Max. no. of nodes in memory: 247153 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 499277726 146.71 All done =========================================================================== Solution = 106.756876914 found at node 168252 Best possible = 82.4906561472 Absolute gap = 24.2662207668 optca = 1E-9 Relative gap = 0.29417 optcr = 1E-6 --- Restarting execution --- m7.gms(508) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job m7.gms Stop 11/21/12 01:12:02 elapsed 2:00:19.658 @04 1353456722 ----------------------------- Mi 21. Nov 01:12:02 CET 2012 ----------------------------- =ready= Linux opt204 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/mbtd.gms =========== ----------------------------- Di 20. Nov 23:11:52 CET 2012 ----------------------------- @03 1353449512 --- Job mbtd.gms Start 11/20/12 23:11:52 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- mbtd.gms(27231) 9 Mb --- Starting execution: elapsed 0:00:00.554 --- mbtd.gms(27231) 10 Mb --- mbtd.gms(27226) 10 Mb --- Generating MINLP model m --- mbtd.gms(27231) 15 Mb --- 71 rows 211 columns 1,841 non-zeroes --- 478,820 nl-code 1,400 nl-non-zeroes --- 200 discrete-columns --- mbtd.gms(27231) 11 Mb --- Executing BARON: elapsed 0:00:00.954 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Estimated remaining time for preprocessing LPs is 1953 secs Estimated remaining time for preprocessing LPs is 2042 secs Estimated remaining time for preprocessing LPs is 2055 secs Estimated remaining time for preprocessing LPs is 2048 secs Estimated remaining time for preprocessing LPs is 2033 secs Estimated remaining time for preprocessing LPs is 2013 secs Estimated remaining time for preprocessing LPs is 1991 secs Estimated remaining time for preprocessing LPs is 1967 secs Estimated remaining time for preprocessing LPs is 1942 secs Estimated remaining time for preprocessing LPs is 1917 secs Estimated remaining time for preprocessing LPs is 1891 secs Estimated remaining time for preprocessing LPs is 1864 secs Estimated remaining time for preprocessing LPs is 1837 secs Estimated remaining time for preprocessing LPs is 1810 secs Estimated remaining time for preprocessing LPs is 1783 secs Estimated remaining time for preprocessing LPs is 1756 secs Estimated remaining time for preprocessing LPs is 1728 secs Estimated remaining time for preprocessing LPs is 1700 secs Estimated remaining time for preprocessing LPs is 1672 secs Estimated remaining time for preprocessing LPs is 1644 secs Estimated remaining time for preprocessing LPs is 1616 secs Estimated remaining time for preprocessing LPs is 1588 secs Estimated remaining time for preprocessing LPs is 1560 secs Estimated remaining time for preprocessing LPs is 1531 secs Estimated remaining time for preprocessing LPs is 1503 secs Estimated remaining time for preprocessing LPs is 1475 secs Estimated remaining time for preprocessing LPs is 1446 secs Estimated remaining time for preprocessing LPs is 1418 secs Estimated remaining time for preprocessing LPs is 1389 secs Estimated remaining time for preprocessing LPs is 1361 secs Estimated remaining time for preprocessing LPs is 1332 secs Estimated remaining time for preprocessing LPs is 1303 secs Estimated remaining time for preprocessing LPs is 1275 secs Estimated remaining time for preprocessing LPs is 1246 secs Estimated remaining time for preprocessing LPs is 1217 secs Estimated remaining time for preprocessing LPs is 1189 secs Estimated remaining time for preprocessing LPs is 1160 secs Estimated remaining time for preprocessing LPs is 1131 secs Estimated remaining time for preprocessing LPs is 1102 secs Estimated remaining time for preprocessing LPs is 1074 secs Estimated remaining time for preprocessing LPs is 1045 secs Estimated remaining time for preprocessing LPs is 1016 secs Estimated remaining time for preprocessing LPs is 987 secs Estimated remaining time for preprocessing LPs is 958 secs Estimated remaining time for preprocessing LPs is 929 secs Estimated remaining time for preprocessing LPs is 900 secs Estimated remaining time for preprocessing LPs is 872 secs Estimated remaining time for preprocessing LPs is 843 secs Estimated remaining time for preprocessing LPs is 814 secs Estimated remaining time for preprocessing LPs is 785 secs Estimated remaining time for preprocessing LPs is 756 secs Estimated remaining time for preprocessing LPs is 727 secs Estimated remaining time for preprocessing LPs is 698 secs Estimated remaining time for preprocessing LPs is 669 secs Estimated remaining time for preprocessing LPs is 640 secs Estimated remaining time for preprocessing LPs is 611 secs Estimated remaining time for preprocessing LPs is 582 secs Estimated remaining time for preprocessing LPs is 553 secs Estimated remaining time for preprocessing LPs is 524 secs Estimated remaining time for preprocessing LPs is 495 secs Estimated remaining time for preprocessing LPs is 466 secs Estimated remaining time for preprocessing LPs is 437 secs Estimated remaining time for preprocessing LPs is 408 secs Estimated remaining time for preprocessing LPs is 379 secs Estimated remaining time for preprocessing LPs is 350 secs Estimated remaining time for preprocessing LPs is 321 secs Estimated remaining time for preprocessing LPs is 292 secs Estimated remaining time for preprocessing LPs is 263 secs Estimated remaining time for preprocessing LPs is 234 secs Estimated remaining time for preprocessing LPs is 205 secs Estimated remaining time for preprocessing LPs is 176 secs Estimated remaining time for preprocessing LPs is 147 secs Estimated remaining time for preprocessing LPs is 118 secs Estimated remaining time for preprocessing LPs is 89 secs Estimated remaining time for preprocessing LPs is 60 secs Estimated remaining time for preprocessing LPs is 31 secs Estimated remaining time for preprocessing LPs is 1 secs Done with preprocessing LPs Starting multi-start local search Preprocessing found feasible solution with value 0.691666000000D+01 Preprocessing found feasible solution with value 0.599999000000D+01 Preprocessing found feasible solution with value 0.591666000000D+01 Preprocessing found feasible solution with value 0.574999000000D+01 Done with local search =========================================================================== We have space for 68525 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:40:26 0.250000D+01 0.574999D+01 * 1 1 000:40:29 0.250000D+01 0.566665D+01 1 1 000:40:29 0.250000D+01 0.566665D+01 * 4 4 000:40:58 0.250000D+01 0.549999D+01 7 7 000:42:03 0.250000D+01 0.549999D+01 8 8 000:43:02 0.250000D+01 0.549999D+01 10 10 000:44:18 0.250000D+01 0.549999D+01 11 10 000:44:57 0.250000D+01 0.549999D+01 13 10 000:46:38 0.250000D+01 0.549999D+01 14 10 001:00:40 0.250000D+01 0.549999D+01 15 10 001:01:16 0.250000D+01 0.549999D+01 16 10 001:02:02 0.250000D+01 0.549999D+01 17 10 001:03:03 0.250000D+01 0.549999D+01 19 10 001:05:41 0.250000D+01 0.549999D+01 20 11 001:06:11 0.266666D+01 0.549999D+01 21 12 001:08:28 0.266666D+01 0.549999D+01 22 13 001:10:25 0.266666D+01 0.549999D+01 23 14 001:12:33 0.266666D+01 0.549999D+01 24 15 001:16:10 0.266666D+01 0.549999D+01 25 16 001:21:12 0.266666D+01 0.549999D+01 26 17 001:40:35 0.266666D+01 0.549999D+01 27 18 001:46:37 0.266666D+01 0.549999D+01 28 18 001:52:36 0.266666D+01 0.549999D+01 29 19 001:55:36 0.266666D+01 0.549999D+01 30 20 001:57:50 0.266666D+01 0.549999D+01 31 21 001:58:55 0.266666D+01 0.549999D+01 32 22 001:59:28 0.266666D+01 0.549999D+01 36 26 001:59:59 0.266666D+01 0.549999D+01 38 28 002:00:00 0.266666D+01 0.549999D+01 *** Max. allowable CPU time exceeded *** LP subsolver time: 001:22:52, in seconds: 4971.88 NLP subsolver time: 000:00:42, in seconds: 41.92 Cutting time: 000:26:18, in seconds: 1577.57 All other time: 000:10:09, in seconds: 608.70 Total time elapsed: 002:00:00, in seconds: 7200.07 on parsing: 000:00:18, in seconds: 18.08 on preprocessing: 000:38:45, in seconds: 2324.74 on navigating: 000:00:00, in seconds: 0.18 on relaxed: 001:20:20, in seconds: 4819.57 on local: 000:00:37, in seconds: 36.51 on tightening: 000:00:01, in seconds: 0.94 on marginals: 000:00:00, in seconds: 0.01 on probing: 000:00:00, in seconds: 0.04 Total no. of BaR iterations: 38 Best solution found at node: 4 Max. no. of nodes in memory: 28 Cut generation statistics (number of cuts / CPU sec) Bilinear 900 0.83 Multilinears 0 1582.95 Convexity 0 0.00 All done =========================================================================== Solution = 5.49999 found at node 4 Best possible = 2.66666 Absolute gap = 2.83333 optca = 1E-9 Relative gap = 1.06250 optcr = 1E-6 --- Restarting execution --- mbtd.gms(27231) 8 Mb --- Reading solution for model m *** Status: Normal completion --- Job mbtd.gms Stop 11/21/12 01:12:13 elapsed 2:00:20.580 @04 1353456733 ----------------------------- Mi 21. Nov 01:12:13 CET 2012 ----------------------------- =ready= Linux opt216 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/meanvarx.gms =========== ----------------------------- Di 20. Nov 23:12:13 CET 2012 ----------------------------- @03 1353449533 --- Job meanvarx.gms Start 11/20/12 23:12:13 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- meanvarx.gms(148) 2 Mb --- Starting execution: elapsed 0:00:00.012 --- meanvarx.gms(143) 3 Mb --- Generating MINLP model m --- meanvarx.gms(148) 5 Mb --- 45 rows 36 columns 111 non-zeroes --- 129 nl-code 7 nl-non-zeroes --- 14 discrete-columns --- meanvarx.gms(148) 3 Mb --- Executing BARON: elapsed 0:00:00.015 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Preprocessing found feasible solution with value 0.144969830000D+02 Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 30244400 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.946757D+01 0.144970D+02 * 1 1 000:00:00 0.143098D+02 0.143692D+02 1 1 000:00:00 0.143098D+02 0.143692D+02 3 0 000:00:00 0.143692D+02 0.143692D+02 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.00 NLP subsolver time: 000:00:00, in seconds: 0.01 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.02 Total time elapsed: 000:00:00, in seconds: 0.04 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.02 on navigating: 000:00:00, in seconds: 0.00 on relaxed: 000:00:00, in seconds: 0.00 on local: 000:00:00, in seconds: 0.00 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: 3 Best solution found at node: 3 Max. no. of nodes in memory: 2 Cut generation statistics (number of cuts / CPU sec) Bilinear 7 0.00 Multilinears 0 0.00 Convexity 151 0.00 All done =========================================================================== Solution = 14.3692321149 found at node 3 Best possible = 14.3692177457 Absolute gap = 1.43692000005302E-5 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- meanvarx.gms(148) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job meanvarx.gms Stop 11/20/12 23:12:13 elapsed 0:00:00.102 @04 1353449533 ----------------------------- Di 20. Nov 23:12:13 CET 2012 ----------------------------- =ready= Linux opt216 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/meanvarxsc.gms =========== ----------------------------- Di 20. Nov 23:12:13 CET 2012 ----------------------------- @03 1353449533 --- Job meanvarxsc.gms Start 11/20/12 23:12:13 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- meanvarxsc.gms(135) 2 Mb --- Starting execution: elapsed 0:00:00.012 --- meanvarxsc.gms(130) 3 Mb --- Generating MINLP model m --- meanvarxsc.gms(135) 5 Mb --- 31 rows 36 columns 83 non-zeroes --- 129 nl-code 7 nl-non-zeroes --- 26 discrete-columns --- meanvarxsc.gms(135) 3 Mb --- Executing BARON: elapsed 0:00:00.016 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" *** Cannot handle Semi Continuous variables --- Bar_Space_Length = 16383Mb --- Restarting execution --- meanvarxsc.gms(135) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job meanvarxsc.gms Stop 11/20/12 23:12:13 elapsed 0:00:00.044 @04 1353449533 ----------------------------- Di 20. Nov 23:12:13 CET 2012 ----------------------------- =ready= Linux opt216 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/minlphix.gms =========== ----------------------------- Di 20. Nov 23:12:13 CET 2012 ----------------------------- @03 1353449533 --- Job minlphix.gms Start 11/20/12 23:12:13 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- minlphix.gms(274) 2 Mb --- Starting execution: elapsed 0:00:00.015 --- minlphix.gms(269) 3 Mb --- Generating MINLP model m --- minlphix.gms(274) 5 Mb --- 93 rows 85 columns 317 non-zeroes --- 211 nl-code 40 nl-non-zeroes --- 20 discrete-columns --- minlphix.gms(274) 3 Mb --- Executing BARON: elapsed 0:00:00.020 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 12781859 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 -0.100000D+52 0.100000D+52 =========================================================================== User did not provide appropriate variable bounds. Some model expressions are unbounded. We may not be able to guarantee globality. Number of missing variable or expression bounds = 8 Number of variable or expression bounds autoset = 8 =========================================================================== 1 1 000:00:01 -0.338022D+10 0.100000D+52 * 16 12 000:00:01 -0.271670D+10 0.641871D+03 * 22 15 000:00:01 -0.255143D+10 0.427837D+03 * 28 16 000:00:01 -0.255143D+10 0.345512D+03 * 1219 327 000:00:02 -0.255143D+10 0.202993D+03 * 11235 1860 000:00:10 -0.255143D+10 0.167196D+03 * 21061 3270 000:00:17 -0.255143D+10 0.309800D+02 * 28493 3644 000:00:22 -0.255143D+10 -0.959898D+03 * 39635 4913 000:00:30 -0.255143D+10 -0.536596D+04 83783 9144 000:01:00 -0.255143D+10 -0.536596D+04 * 89704 9761 000:01:04 -0.255143D+10 -0.139412D+09 * 118292 12517 000:01:24 -0.255143D+10 -0.167294D+09 160393 15064 000:01:54 -0.255143D+10 -0.167294D+09 204653 19064 000:02:24 -0.255143D+10 -0.167294D+09 249256 20232 000:02:55 -0.255143D+10 -0.167294D+09 293945 25591 000:03:25 -0.255143D+10 -0.167294D+09 * 315384 28616 000:03:39 -0.255143D+10 -0.170694D+09 358916 35435 000:04:09 -0.255143D+10 -0.170694D+09 402999 42346 000:04:39 -0.255143D+10 -0.170694D+09 * 406418 42956 000:04:42 -0.255143D+10 -0.170868D+09 447873 49458 000:05:12 -0.255143D+10 -0.170868D+09 491823 57271 000:05:42 -0.255143D+10 -0.170868D+09 536455 63835 000:06:12 -0.255143D+10 -0.170868D+09 583004 72746 000:06:42 -0.255143D+10 -0.170868D+09 627229 80780 000:07:12 -0.255143D+10 -0.170868D+09 672925 87381 000:07:42 -0.255143D+10 -0.170868D+09 719278 94666 000:08:12 -0.255143D+10 -0.170868D+09 764891 101528 000:08:42 -0.255143D+10 -0.170868D+09 811564 107209 000:09:12 -0.255143D+10 -0.170868D+09 * 832786 110150 000:09:25 -0.255143D+10 -0.170884D+09 878112 115622 000:09:55 -0.255143D+10 -0.170884D+09 926682 120839 000:10:25 -0.255143D+10 -0.170884D+09 973373 125956 000:10:55 -0.255143D+10 -0.170884D+09 1000000 128355 000:11:12 -0.255143D+10 -0.170884D+09 1046770 133755 000:11:42 -0.255143D+10 -0.170884D+09 1093711 138339 000:12:12 -0.255143D+10 -0.170884D+09 1142006 143141 000:12:42 -0.255143D+10 -0.170884D+09 1187694 148692 000:13:12 -0.255143D+10 -0.170884D+09 * 1216168 151905 000:13:32 -0.255143D+10 -0.334589D+09 1262820 156941 000:14:02 -0.255143D+10 -0.334589D+09 1311611 163294 000:14:32 -0.255143D+10 -0.334589D+09 1359332 169410 000:15:02 -0.255143D+10 -0.334589D+09 1404902 175249 000:15:32 -0.255143D+10 -0.334589D+09 1451816 180897 000:16:02 -0.255143D+10 -0.334589D+09 1497868 186132 000:16:32 -0.255143D+10 -0.334589D+09 1543462 190143 000:17:02 -0.255143D+10 -0.334589D+09 1589452 195134 000:17:32 -0.255143D+10 -0.334589D+09 1636065 198552 000:18:02 -0.255143D+10 -0.334589D+09 1683963 202760 000:18:32 -0.255143D+10 -0.334589D+09 1731839 207863 000:19:02 -0.255143D+10 -0.334589D+09 1779997 214599 000:19:32 -0.255143D+10 -0.334589D+09 1825157 220149 000:20:02 -0.255143D+10 -0.334589D+09 1870822 226429 000:20:32 -0.255143D+10 -0.334589D+09 1916151 231245 000:21:02 -0.255143D+10 -0.334589D+09 1962183 236166 000:21:32 -0.255143D+10 -0.334589D+09 2000000 239981 000:21:56 -0.255143D+10 -0.334589D+09 2048016 245268 000:22:26 -0.255143D+10 -0.334589D+09 2096529 249828 000:22:56 -0.255143D+10 -0.334589D+09 2141739 254270 000:23:26 -0.255143D+10 -0.334589D+09 2189213 260073 000:23:56 -0.255143D+10 -0.334589D+09 2235637 265630 000:24:26 -0.255143D+10 -0.334589D+09 2282979 272238 000:24:56 -0.255143D+10 -0.334589D+09 2328237 278065 000:25:26 -0.255143D+10 -0.334589D+09 2374304 284272 000:25:56 -0.255143D+10 -0.334589D+09 * 2415018 289260 000:26:24 -0.255143D+10 -0.418237D+09 2461206 294933 000:26:54 -0.255143D+10 -0.418237D+09 2507579 300642 000:27:24 -0.255143D+10 -0.418237D+09 2552340 305571 000:27:54 -0.255143D+10 -0.418237D+09 2600095 311872 000:28:24 -0.255143D+10 -0.418237D+09 2645415 316713 000:28:54 -0.255143D+10 -0.418237D+09 2690524 321731 000:29:24 -0.255143D+10 -0.418237D+09 2735535 327535 000:29:54 -0.255143D+10 -0.418237D+09 2776657 332563 000:30:24 -0.255143D+10 -0.418237D+09 2816835 337602 000:30:54 -0.255143D+10 -0.418237D+09 2857968 343728 000:31:24 -0.255143D+10 -0.418237D+09 2902279 351035 000:31:54 -0.255143D+10 -0.418237D+09 2944551 356745 000:32:24 -0.255143D+10 -0.418237D+09 2988644 362308 000:32:54 -0.255143D+10 -0.418237D+09 3000000 364020 000:33:01 -0.255143D+10 -0.418237D+09 3045877 370374 000:33:31 -0.255143D+10 -0.418237D+09 3091573 376944 000:34:01 -0.255143D+10 -0.418237D+09 3135184 381535 000:34:31 -0.255143D+10 -0.418237D+09 3174896 385966 000:35:01 -0.255143D+10 -0.418237D+09 3222137 392278 000:35:31 -0.255143D+10 -0.418237D+09 3265684 398153 000:36:01 -0.255143D+10 -0.418237D+09 3311518 403721 000:36:31 -0.255143D+10 -0.418237D+09 3353497 409692 000:37:02 -0.255143D+10 -0.418237D+09 3398392 416502 000:37:32 -0.255143D+10 -0.418237D+09 3442774 423379 000:38:02 -0.255143D+10 -0.418237D+09 3486609 429436 000:38:32 -0.255143D+10 -0.418237D+09 3528776 434071 000:39:02 -0.255143D+10 -0.418237D+09 3569480 439074 000:39:32 -0.255143D+10 -0.418237D+09 3610706 445179 000:40:02 -0.255143D+10 -0.418237D+09 3654183 451508 000:40:32 -0.255143D+10 -0.418237D+09 3697685 457162 000:41:02 -0.255143D+10 -0.418237D+09 3742946 463603 000:41:32 -0.255143D+10 -0.418237D+09 3783773 468433 000:42:02 -0.255143D+10 -0.418237D+09 3826815 473718 000:42:32 -0.255143D+10 -0.418237D+09 3871609 479768 000:43:02 -0.255143D+10 -0.418237D+09 3916323 486964 000:43:32 -0.255143D+10 -0.418237D+09 3962242 492960 000:44:02 -0.255143D+10 -0.418237D+09 4000000 498367 000:44:28 -0.255143D+10 -0.418237D+09 4042703 503455 000:44:58 -0.255143D+10 -0.418237D+09 4079839 508666 000:45:28 -0.255143D+10 -0.418237D+09 4122963 514008 000:45:58 -0.255143D+10 -0.418237D+09 4168737 521922 000:46:28 -0.255143D+10 -0.418237D+09 4214912 529687 000:46:58 -0.255143D+10 -0.418237D+09 4259186 537659 000:47:28 -0.255143D+10 -0.418237D+09 4299615 543229 000:47:58 -0.255143D+10 -0.418237D+09 4343656 550597 000:48:28 -0.255143D+10 -0.418237D+09 4390363 561080 000:48:58 -0.255143D+10 -0.418237D+09 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001:53:44 -0.255143D+10 -0.418237D+09 9953012 1021259 001:54:14 -0.255143D+10 -0.418237D+09 9998605 1020805 001:54:44 -0.255143D+10 -0.418237D+09 10000000 1020798 001:54:45 -0.255143D+10 -0.418237D+09 10046408 1023990 001:55:15 -0.255143D+10 -0.418237D+09 10093026 1026222 001:55:45 -0.255143D+10 -0.418237D+09 10139297 1029187 001:56:15 -0.255143D+10 -0.418237D+09 10182761 1031498 001:56:45 -0.255143D+10 -0.418237D+09 10228021 1032868 001:57:15 -0.255143D+10 -0.418237D+09 10275678 1034581 001:57:45 -0.255143D+10 -0.418237D+09 10323045 1035378 001:58:15 -0.255143D+10 -0.418237D+09 10371288 1035464 001:58:45 -0.255143D+10 -0.418237D+09 10417911 1037403 001:59:15 -0.255143D+10 -0.418237D+09 10466731 1038968 001:59:45 -0.255143D+10 -0.418237D+09 10491227 1039765 002:00:00 -0.255143D+10 -0.418237D+09 *** Max. allowable CPU time exceeded *** *** User did not provide appropriate variable bounds *** *** Globality is therefore not guaranteed *** LP subsolver time: 001:24:09, in seconds: 5048.59 NLP subsolver time: 000:05:02, in seconds: 302.19 Cutting time: 000:03:48, in seconds: 228.15 All other time: 000:27:01, in seconds: 1621.07 Total time elapsed: 002:00:00, in seconds: 7200.00 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.10 on navigating: 000:03:05, in seconds: 185.17 on relaxed: 001:36:01, in seconds: 5760.62 on local: 000:05:05, in seconds: 304.96 on tightening: 000:15:17, in seconds: 916.60 on marginals: 000:00:17, in seconds: 17.15 on probing: 000:00:15, in seconds: 15.39 Total no. of BaR iterations:10491227 Best solution found at node: 2415018 Max. no. of nodes in memory: 1039769 Cut generation statistics (number of cuts / CPU sec) Bilinear 218051 50.74 Multilinears 0 0.00 Convexity 169910376 177.42 All done =========================================================================== Solution = -418236682.048 found at node 2415018 Best possible = -1E51 Absolute gap = 1E51 optca = 1E-9 Relative gap = 1.00000 optcr = 1E-6 *** Post solution evaluation error for matched equation *** Msg: div: FUNC SINGULAR: x/y, |y| <= 1e-150 --- Restarting execution --- minlphix.gms(274) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job minlphix.gms Stop 11/21/12 01:12:32 elapsed 2:00:19.153 @04 1353456752 ----------------------------- Mi 21. Nov 01:12:32 CET 2012 ----------------------------- =ready= Linux opt228 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/netmod_dol1.gms =========== ----------------------------- Di 20. Nov 23:12:53 CET 2012 ----------------------------- @03 1353449573 --- Job netmod_dol1.gms Start 11/20/12 23:12:53 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- netmod_dol1.gms(7154) 3 Mb --- Starting execution: elapsed 0:00:00.088 --- netmod_dol1.gms(7148) 4 Mb --- Generating MINLP model m --- netmod_dol1.gms(7154) 7 Mb --- 3,138 rows 1,999 columns 8,569 non-zeroes --- 27 nl-code 6 nl-non-zeroes --- 462 discrete-columns --- netmod_dol1.gms(7154) 4 Mb --- Executing BARON: elapsed 0:00:00.119 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Preprocessing found feasible solution with value 0.000000000000D+00 Starting multi-start local search Preprocessing found feasible solution with value -.270979291959D+00 Preprocessing found feasible solution with value -.448989397979D+00 Preprocessing found feasible solution with value -.495853741707D+00 Done with local search =========================================================================== We have space for 657486 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:48 -0.100000D+01 -0.495854D+00 1 1 000:00:59 -0.833333D+00 -0.495854D+00 5 4 000:01:34 -0.825154D+00 -0.495854D+00 * 7 4 000:01:59 -0.825154D+00 -0.504518D+00 12 7 000:02:41 -0.816745D+00 -0.504518D+00 22 15 000:03:11 -0.797959D+00 -0.504518D+00 32 21 000:03:52 -0.794123D+00 -0.504518D+00 48 32 000:04:27 -0.792698D+00 -0.504518D+00 64 43 000:04:58 -0.790148D+00 -0.504518D+00 82 53 000:05:29 -0.790137D+00 -0.504518D+00 97+ 63 000:05:59 -0.786165D+00 -0.504518D+00 120 78 000:06:35 -0.785747D+00 -0.504518D+00 133+ 86 000:07:05 -0.785747D+00 -0.504518D+00 159 101 000:07:45 -0.783596D+00 -0.504518D+00 183 113 000:08:16 -0.782321D+00 -0.504518D+00 196 121 000:08:46 -0.781196D+00 -0.504518D+00 217 134 000:09:17 -0.780881D+00 -0.504518D+00 247+ 149 000:09:49 -0.777060D+00 -0.504518D+00 286 177 000:10:19 -0.776655D+00 -0.504518D+00 310 192 000:10:50 -0.776052D+00 -0.504518D+00 352 220 000:11:20 -0.775137D+00 -0.504518D+00 398 247 000:11:50 -0.774345D+00 -0.504518D+00 436 273 000:12:30 -0.773762D+00 -0.504518D+00 488+ 308 000:13:00 -0.773362D+00 -0.504518D+00 561 352 000:13:31 -0.773144D+00 -0.504518D+00 661+ 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7061 001:50:23 -0.767890D+00 -0.504518D+00 54429 7114 001:50:53 -0.767890D+00 -0.504518D+00 54675 7185 001:51:23 -0.767890D+00 -0.504518D+00 55073 7195 001:51:56 -0.767890D+00 -0.504518D+00 55596 7240 001:52:27 -0.767890D+00 -0.504518D+00 56144 7232 001:53:07 -0.767890D+00 -0.504518D+00 56506 7273 001:53:37 -0.767890D+00 -0.504518D+00 56782 7388 001:54:17 -0.767890D+00 -0.504518D+00 57055+ 7442 001:54:47 -0.767890D+00 -0.504518D+00 57297 7524 001:55:18 -0.767890D+00 -0.504518D+00 57575 7567 001:55:48 -0.767890D+00 -0.504518D+00 57840 7648 001:56:18 -0.767890D+00 -0.504518D+00 58161 7658 001:56:51 -0.767890D+00 -0.504518D+00 58484 7700 001:57:21 -0.767890D+00 -0.504518D+00 58727+ 7742 001:57:51 -0.767890D+00 -0.504518D+00 58990+ 7808 001:58:21 -0.767890D+00 -0.504518D+00 59310 7843 001:58:51 -0.767890D+00 -0.504518D+00 59547 7965 001:59:21 -0.767890D+00 -0.504518D+00 59736 8020 001:59:51 -0.767890D+00 -0.504518D+00 59823 8052 002:00:00 -0.767890D+00 -0.504518D+00 *** Max. allowable CPU time exceeded *** LP subsolver time: 000:36:21, in seconds: 2181.36 NLP subsolver time: 001:22:16, in seconds: 4936.46 Cutting time: 000:00:01, in seconds: 0.61 All other time: 000:01:22, in seconds: 81.57 Total time elapsed: 002:00:00, in seconds: 7200.00 on parsing: 000:00:00, in seconds: 0.27 on preprocessing: 000:00:47, in seconds: 46.80 on navigating: 000:00:06, in seconds: 6.46 on relaxed: 000:33:05, in seconds: 1984.91 on local: 001:13:12, in seconds: 4391.96 on tightening: 000:00:34, in seconds: 33.67 on marginals: 000:00:01, in seconds: 0.50 on probing: 000:12:15, in seconds: 735.43 Total no. of BaR iterations: 59823 Best solution found at node: 7 Max. no. of nodes in memory: 8053 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 1798335 0.61 All done =========================================================================== Solution = -0.504518259037 found at node 7 Best possible = -0.767890235593 Absolute gap = 0.263371976556 optca = 1E-9 Relative gap = 0.34298 optcr = 1E-6 --- Restarting execution --- netmod_dol1.gms(7154) 3 Mb --- Reading solution for model m *** Status: Normal completion --- Job netmod_dol1.gms Stop 11/21/12 01:13:13 elapsed 2:00:19.529 @04 1353456793 ----------------------------- Mi 21. Nov 01:13:13 CET 2012 ----------------------------- =ready= Linux opt217 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/netmod_dol2.gms =========== ----------------------------- Di 20. Nov 23:13:34 CET 2012 ----------------------------- @03 1353449614 --- Job netmod_dol2.gms Start 11/20/12 23:13:34 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- netmod_dol2.gms(8253) 3 Mb --- Starting execution: elapsed 0:00:00.096 --- netmod_dol2.gms(8247) 4 Mb --- Generating MINLP model m --- netmod_dol2.gms(8253) 7 Mb --- 3,081 rows 1,999 columns 18,737 non-zeroes --- 27 nl-code 6 nl-non-zeroes --- 462 discrete-columns --- netmod_dol2.gms(8253) 5 Mb --- Executing BARON: elapsed 0:00:00.133 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Preprocessing found feasible solution with value 0.571641143282D-01 Starting multi-start local search Preprocessing found feasible solution with value -.467767685535D+00 Done with local search =========================================================================== We have space for 657888 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:19 -0.994978D+00 -0.467768D+00 * 1 1 000:00:21 -0.651015D+00 -0.520282D+00 1 1 000:00:28 -0.651015D+00 -0.520282D+00 9 6 000:01:00 -0.637649D+00 -0.520282D+00 19 12 000:01:30 -0.637084D+00 -0.520282D+00 29 18 000:02:00 -0.635965D+00 -0.520282D+00 42 26 000:02:31 -0.626802D+00 -0.520282D+00 58 38 000:03:01 -0.619141D+00 -0.520282D+00 79 50 000:03:31 -0.616185D+00 -0.520282D+00 103 67 000:04:01 -0.613805D+00 -0.520282D+00 124 82 000:04:31 -0.611336D+00 -0.520282D+00 148 100 000:05:01 -0.607326D+00 -0.520282D+00 173 115 000:05:31 -0.605661D+00 -0.520282D+00 * 175 108 000:05:36 -0.605457D+00 -0.526970D+00 * 175 101 000:05:43 -0.605457D+00 -0.536053D+00 205 118 000:06:14 -0.602728D+00 -0.536053D+00 223 131 000:06:44 -0.600889D+00 -0.536053D+00 253 149 000:07:14 -0.599996D+00 -0.536053D+00 282 168 000:07:44 -0.599071D+00 -0.536053D+00 313 189 000:08:15 -0.598198D+00 -0.536053D+00 340 203 000:08:45 -0.596963D+00 -0.536053D+00 372 223 000:09:21 -0.595663D+00 -0.536053D+00 404 240 000:09:52 -0.594745D+00 -0.536053D+00 429 259 000:10:22 -0.594088D+00 -0.536053D+00 462 274 000:10:52 -0.593630D+00 -0.536053D+00 489 290 000:11:22 -0.593166D+00 -0.536053D+00 520 310 000:11:53 -0.592773D+00 -0.536053D+00 546 324 000:12:23 -0.592322D+00 -0.536053D+00 * 580 249 000:12:50 -0.591348D+00 -0.556304D+00 614 267 000:13:20 -0.591022D+00 -0.556304D+00 645+ 282 000:13:50 -0.590426D+00 -0.556304D+00 680 299 000:14:20 -0.589888D+00 -0.556304D+00 711 312 000:14:52 -0.589520D+00 -0.556304D+00 746 332 000:15:22 -0.588863D+00 -0.556304D+00 774 345 000:15:53 -0.588571D+00 -0.556304D+00 811 360 000:16:23 -0.587944D+00 -0.556304D+00 843 375 000:16:53 -0.587376D+00 -0.556304D+00 877 392 000:17:23 -0.586897D+00 -0.556304D+00 903 405 000:17:54 -0.586606D+00 -0.556304D+00 934 419 000:18:24 -0.586267D+00 -0.556304D+00 970 436 000:18:54 -0.585611D+00 -0.556304D+00 1004 445 000:19:25 -0.585195D+00 -0.556304D+00 1042 463 000:19:55 -0.584908D+00 -0.556304D+00 1072 472 000:20:25 -0.584467D+00 -0.556304D+00 1108+ 485 000:20:55 -0.584013D+00 -0.556304D+00 1137 500 000:21:26 -0.583768D+00 -0.556304D+00 1174 513 000:21:56 -0.582971D+00 -0.556304D+00 1209 523 000:22:26 -0.582613D+00 -0.556304D+00 1250 541 000:22:57 -0.582338D+00 -0.556304D+00 1283 556 000:23:27 -0.582155D+00 -0.556304D+00 1318 572 000:23:57 -0.581653D+00 -0.556304D+00 1345 580 000:24:27 -0.581239D+00 -0.556304D+00 1382 597 000:24:57 -0.581111D+00 -0.556304D+00 1424 612 000:25:28 -0.580844D+00 -0.556304D+00 1455 624 000:25:58 -0.580465D+00 -0.556304D+00 1494 638 000:26:28 -0.580287D+00 -0.556304D+00 1522 652 000:26:58 -0.580035D+00 -0.556304D+00 1561 657 000:27:28 -0.579528D+00 -0.556304D+00 1599 665 000:27:59 -0.579244D+00 -0.556304D+00 1640 678 000:28:29 -0.578964D+00 -0.556304D+00 1678 687 000:28:59 -0.578721D+00 -0.556304D+00 1725 695 000:29:30 -0.578304D+00 -0.556304D+00 1760 701 000:30:00 -0.577852D+00 -0.556304D+00 1796 715 000:30:30 -0.577716D+00 -0.556304D+00 1831 725 000:31:00 -0.577410D+00 -0.556304D+00 1871 731 000:31:31 -0.577018D+00 -0.556304D+00 1900 745 000:32:01 -0.576883D+00 -0.556304D+00 1938 757 000:32:40 -0.576705D+00 -0.556304D+00 1982 762 000:33:10 -0.576113D+00 -0.556304D+00 2022 770 000:33:40 -0.575925D+00 -0.556304D+00 2066 777 000:34:10 -0.575626D+00 -0.556304D+00 2097 779 000:34:41 -0.575456D+00 -0.556304D+00 2139 784 000:35:11 -0.575093D+00 -0.556304D+00 2179 789 000:35:41 -0.574921D+00 -0.556304D+00 2230 793 000:36:11 -0.574431D+00 -0.556304D+00 2269 795 000:36:42 -0.574177D+00 -0.556304D+00 2310 801 000:37:12 -0.573943D+00 -0.556304D+00 2356 805 000:37:42 -0.573722D+00 -0.556304D+00 2400 810 000:38:12 -0.573521D+00 -0.556304D+00 2443 811 000:38:42 -0.573311D+00 -0.556304D+00 2487 818 000:39:12 -0.573066D+00 -0.556304D+00 2524 824 000:39:43 -0.572840D+00 -0.556304D+00 2569 827 000:40:13 -0.572545D+00 -0.556304D+00 2596 839 000:40:43 -0.572429D+00 -0.556304D+00 2651 840 000:41:14 -0.571967D+00 -0.556304D+00 2683 849 000:41:44 -0.571888D+00 -0.556304D+00 2724 847 000:42:14 -0.571748D+00 -0.556304D+00 2760 853 000:42:45 -0.571571D+00 -0.556304D+00 2802 856 000:43:15 -0.571440D+00 -0.556304D+00 2844 860 000:43:47 -0.571324D+00 -0.556304D+00 2889 863 000:44:17 -0.571171D+00 -0.556304D+00 2942 858 000:44:49 -0.570946D+00 -0.556304D+00 2988 859 000:45:19 -0.570738D+00 -0.556304D+00 3027 863 000:45:54 -0.570575D+00 -0.556304D+00 3068 868 000:46:25 -0.570435D+00 -0.556304D+00 3116 869 000:46:55 -0.570188D+00 -0.556304D+00 3153 870 000:47:25 -0.570061D+00 -0.556304D+00 3198 873 000:47:55 -0.569909D+00 -0.556304D+00 3228 876 000:48:25 -0.569876D+00 -0.556304D+00 3284 870 000:48:55 -0.569671D+00 -0.556304D+00 3336 860 000:49:25 -0.569446D+00 -0.556304D+00 3379 868 000:49:55 -0.569306D+00 -0.556304D+00 3418 866 000:50:26 -0.569072D+00 -0.556304D+00 3469 861 000:50:56 -0.568929D+00 -0.556304D+00 3510 856 000:51:26 -0.568730D+00 -0.556304D+00 3550 856 000:51:56 -0.568632D+00 -0.556304D+00 3594 859 000:52:31 -0.568464D+00 -0.556304D+00 3645 860 000:53:01 -0.568343D+00 -0.556304D+00 3695 856 000:53:32 -0.568132D+00 -0.556304D+00 3745 855 000:54:02 -0.567984D+00 -0.556304D+00 3787 858 000:54:32 -0.567850D+00 -0.556304D+00 3835 859 000:55:02 -0.567728D+00 -0.556304D+00 3874 864 000:55:36 -0.567634D+00 -0.556304D+00 3918 861 000:56:07 -0.567493D+00 -0.556304D+00 3960 868 000:56:37 -0.567313D+00 -0.556304D+00 3998 874 000:57:07 -0.567162D+00 -0.556304D+00 4037 885 000:57:39 -0.567109D+00 -0.556304D+00 4082 885 000:58:09 -0.566966D+00 -0.556304D+00 4132 885 000:58:42 -0.566736D+00 -0.556304D+00 4187 878 000:59:12 -0.566524D+00 -0.556304D+00 4234 878 000:59:45 -0.566377D+00 -0.556304D+00 4286 870 001:00:15 -0.566294D+00 -0.556304D+00 4341 859 001:00:46 -0.566105D+00 -0.556304D+00 4383 861 001:01:16 -0.566005D+00 -0.556304D+00 4432 860 001:01:46 -0.565850D+00 -0.556304D+00 4469 859 001:02:16 -0.565711D+00 -0.556304D+00 4522 853 001:02:47 -0.565561D+00 -0.556304D+00 4568 851 001:03:17 -0.565440D+00 -0.556304D+00 4620 846 001:03:47 -0.565254D+00 -0.556304D+00 4667 847 001:04:22 -0.565165D+00 -0.556304D+00 4720 839 001:04:52 -0.565080D+00 -0.556304D+00 4770 840 001:05:22 -0.564934D+00 -0.556304D+00 4810 834 001:05:52 -0.564853D+00 -0.556304D+00 * 4844 494 001:06:13 -0.564794D+00 -0.560008D+00 4883 484 001:06:43 -0.564724D+00 -0.560008D+00 4935 481 001:07:13 -0.564552D+00 -0.560008D+00 4989 470 001:07:44 -0.564431D+00 -0.560008D+00 5042 460 001:08:15 -0.564311D+00 -0.560008D+00 5088 454 001:08:45 -0.564211D+00 -0.560008D+00 5142 441 001:09:15 -0.564019D+00 -0.560008D+00 5209 417 001:09:45 -0.563735D+00 -0.560008D+00 5274 392 001:10:15 -0.563462D+00 -0.560008D+00 5335 365 001:10:45 -0.563233D+00 -0.560008D+00 5394 340 001:11:15 -0.563094D+00 -0.560008D+00 5453 319 001:11:45 -0.562873D+00 -0.560008D+00 5515 294 001:12:16 -0.562692D+00 -0.560008D+00 5562 277 001:12:46 -0.562548D+00 -0.560008D+00 5626 255 001:13:16 -0.562338D+00 -0.560008D+00 5698 225 001:13:46 -0.562100D+00 -0.560008D+00 5759 210 001:14:16 -0.561958D+00 -0.560008D+00 5813 188 001:14:47 -0.561813D+00 -0.560008D+00 5893 145 001:15:17 -0.561452D+00 -0.560008D+00 5969 112 001:15:47 -0.561164D+00 -0.560008D+00 6053 57 001:16:17 -0.560746D+00 -0.560008D+00 6135 0 001:16:47 -0.560009D+00 -0.560008D+00 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:19:58, in seconds: 1198.27 NLP subsolver time: 000:56:10, in seconds: 3370.40 Cutting time: 000:00:00, in seconds: 0.20 All other time: 000:00:38, in seconds: 37.91 Total time elapsed: 001:16:47, in seconds: 4606.77 on parsing: 000:00:00, in seconds: 0.41 on preprocessing: 000:00:18, in seconds: 18.17 on navigating: 000:00:01, in seconds: 0.78 on relaxed: 001:06:51, in seconds: 4010.74 on local: 000:08:29, in seconds: 508.75 on tightening: 000:00:16, in seconds: 16.21 on marginals: 000:00:00, in seconds: 0.35 on probing: 000:00:51, in seconds: 51.37 Total no. of BaR iterations: 6135 Best solution found at node: 4844 Max. no. of nodes in memory: 890 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 393464 0.20 All done =========================================================================== Solution = -0.560008370017 found at node 4844 Best possible = -0.560008930026 Absolute gap = 5.60009000061257E-7 optca = 1E-9 Relative gap = 0 optcr = 1E-6 --- Restarting execution --- netmod_dol2.gms(8253) 3 Mb --- Reading solution for model m *** Status: Normal completion --- Job netmod_dol2.gms Stop 11/21/12 00:30:34 elapsed 1:16:59.279 @04 1353454234 ----------------------------- Mi 21. Nov 00:30:34 CET 2012 ----------------------------- =ready= Linux opt231 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/netmod_kar1.gms =========== ----------------------------- Di 20. Nov 23:15:04 CET 2012 ----------------------------- @03 1353449704 --- Job netmod_kar1.gms Start 11/20/12 23:15:04 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- netmod_kar1.gms(1537) 2 Mb --- Starting execution: elapsed 0:00:00.040 --- netmod_kar1.gms(1531) 3 Mb --- Generating MINLP model m --- netmod_kar1.gms(1537) 5 Mb --- 667 rows 457 columns 1,849 non-zeroes --- 19 nl-code 4 nl-non-zeroes --- 136 discrete-columns --- netmod_kar1.gms(1537) 3 Mb --- Executing BARON: elapsed 0:00:00.050 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Preprocessing found feasible solution with value -.345825115056D+00 Solving bounding LP Starting multi-start local search Preprocessing found feasible solution with value -.371794871795D+00 Preprocessing found feasible solution with value -.402038132807D+00 Done with local search =========================================================================== We have space for 3076435 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:02 -0.100000D+01 -0.402038D+00 1 1 000:00:03 -0.750000D+00 -0.402038D+00 * 186 118 000:00:14 -0.613059D+00 -0.409352D+00 1450 851 000:00:44 -0.539780D+00 -0.409352D+00 2878 1567 000:01:14 -0.513791D+00 -0.409352D+00 * 3328 1585 000:01:24 -0.509526D+00 -0.419790D+00 6191 2698 000:02:22 -0.488633D+00 -0.419790D+00 7744 3169 000:02:52 -0.480789D+00 -0.419790D+00 9363+ 3605 000:03:22 -0.475110D+00 -0.419790D+00 11061 3963 000:03:52 -0.468933D+00 -0.419790D+00 12761 4262 000:04:22 -0.464356D+00 -0.419790D+00 14488 4508 000:04:52 -0.460484D+00 -0.419790D+00 16229 4706 000:05:22 -0.457043D+00 -0.419790D+00 18028 4818 000:05:52 -0.453435D+00 -0.419790D+00 19876 4847 000:06:22 -0.450230D+00 -0.419790D+00 21825 4756 000:06:52 -0.446738D+00 -0.419790D+00 24324 4602 000:07:31 -0.442884D+00 -0.419790D+00 26377 4333 000:08:01 -0.439931D+00 -0.419790D+00 28453 3978 000:08:31 -0.436940D+00 -0.419790D+00 30660 3481 000:09:01 -0.433797D+00 -0.419790D+00 33086 2683 000:09:31 -0.430184D+00 -0.419790D+00 36085 1341 000:10:01 -0.425664D+00 -0.419790D+00 38303 0 000:10:19 -0.419790D+00 -0.419790D+00 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:03:40, in seconds: 220.21 NLP subsolver time: 000:06:06, in seconds: 366.15 Cutting time: 000:00:00, in seconds: 0.48 All other time: 000:00:32, in seconds: 32.31 Total time elapsed: 000:10:19, in seconds: 619.15 on parsing: 000:00:00, in seconds: 0.03 on preprocessing: 000:00:02, in seconds: 2.12 on navigating: 000:00:01, in seconds: 1.30 on relaxed: 000:08:34, in seconds: 514.19 on local: 000:01:22, in seconds: 82.42 on tightening: 000:00:15, in seconds: 15.28 on marginals: 000:00:00, in seconds: 0.40 on probing: 000:00:03, in seconds: 3.39 Total no. of BaR iterations: 38303 Best solution found at node: 4660 Max. no. of nodes in memory: 4869 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 1218241 0.48 All done =========================================================================== Solution = -0.419789612097 found at node 4660 Best possible = -0.419790031887 Absolute gap = 4.197899999836E-7 optca = 1E-9 Relative gap = 0 optcr = 1E-6 --- Restarting execution --- netmod_kar1.gms(1537) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job netmod_kar1.gms Stop 11/20/12 23:25:25 elapsed 0:10:21.735 @04 1353450325 ----------------------------- Di 20. Nov 23:25:25 CET 2012 ----------------------------- =ready= Linux opt210 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/netmod_kar2.gms =========== ----------------------------- Di 20. Nov 23:17:58 CET 2012 ----------------------------- @03 1353449878 --- Job netmod_kar2.gms Start 11/20/12 23:17:58 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- netmod_kar2.gms(1537) 2 Mb --- Starting execution: elapsed 0:00:00.040 --- netmod_kar2.gms(1531) 3 Mb --- Generating MINLP model m --- netmod_kar2.gms(1537) 5 Mb --- 667 rows 457 columns 1,849 non-zeroes --- 19 nl-code 4 nl-non-zeroes --- 136 discrete-columns --- netmod_kar2.gms(1537) 3 Mb --- Executing BARON: elapsed 0:00:00.046 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Preprocessing found feasible solution with value -.345825115056D+00 Solving bounding LP Starting multi-start local search Preprocessing found feasible solution with value -.371794871795D+00 Preprocessing found feasible solution with value -.402038132807D+00 Done with local search =========================================================================== We have space for 3076435 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:02 -0.100000D+01 -0.402038D+00 1 1 000:00:03 -0.750000D+00 -0.402038D+00 * 186 118 000:00:13 -0.613059D+00 -0.409352D+00 1444 847 000:00:43 -0.539953D+00 -0.409352D+00 2846 1552 000:01:13 -0.514024D+00 -0.409352D+00 * 3328 1585 000:01:24 -0.509526D+00 -0.419790D+00 6181 2697 000:02:21 -0.488697D+00 -0.419790D+00 7727 3161 000:02:51 -0.480822D+00 -0.419790D+00 9354 3601 000:03:22 -0.475128D+00 -0.419790D+00 11042 3958 000:03:52 -0.469003D+00 -0.419790D+00 12748 4259 000:04:22 -0.464382D+00 -0.419790D+00 14468 4503 000:04:52 -0.460509D+00 -0.419790D+00 16196 4700 000:05:22 -0.457108D+00 -0.419790D+00 17991 4810 000:05:52 -0.453496D+00 -0.419790D+00 19822 4848 000:06:22 -0.450290D+00 -0.419790D+00 21753 4756 000:06:52 -0.446908D+00 -0.419790D+00 24312 4603 000:07:33 -0.442909D+00 -0.419790D+00 26360 4338 000:08:03 -0.439963D+00 -0.419790D+00 28429 3976 000:08:33 -0.436964D+00 -0.419790D+00 30607 3500 000:09:03 -0.433871D+00 -0.419790D+00 33061 2689 000:09:33 -0.430221D+00 -0.419790D+00 35987 1386 000:10:03 -0.425802D+00 -0.419790D+00 38303 0 000:10:22 -0.419790D+00 -0.419790D+00 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:03:41, in seconds: 220.80 NLP subsolver time: 000:06:08, in seconds: 367.95 Cutting time: 000:00:01, in seconds: 0.52 All other time: 000:00:32, in seconds: 32.29 Total time elapsed: 000:10:22, in seconds: 621.56 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:02, in seconds: 2.06 on navigating: 000:00:01, in seconds: 1.45 on relaxed: 000:08:37, in seconds: 516.61 on local: 000:01:23, in seconds: 82.62 on tightening: 000:00:15, in seconds: 15.10 on marginals: 000:00:00, in seconds: 0.43 on probing: 000:00:03, in seconds: 3.28 Total no. of BaR iterations: 38303 Best solution found at node: 4660 Max. no. of nodes in memory: 4869 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 1218241 0.52 All done =========================================================================== Solution = -0.419789612097 found at node 4660 Best possible = -0.419790031887 Absolute gap = 4.197899999836E-7 optca = 1E-9 Relative gap = 0 optcr = 1E-6 --- Restarting execution --- netmod_kar2.gms(1537) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job netmod_kar2.gms Stop 11/20/12 23:28:21 elapsed 0:10:23.564 @04 1353450501 ----------------------------- Di 20. Nov 23:28:21 CET 2012 ----------------------------- =ready= Linux opt232 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/no7_ar2_1.gms =========== ----------------------------- Di 20. Nov 23:18:18 CET 2012 ----------------------------- @03 1353449898 --- Job no7_ar2_1.gms Start 11/20/12 23:18:18 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- no7_ar2_1.gms(668) 2 Mb --- Starting execution: elapsed 0:00:00.034 --- no7_ar2_1.gms(663) 3 Mb --- Generating MINLP model m --- no7_ar2_1.gms(668) 5 Mb --- 270 rows 113 columns 1,061 non-zeroes --- 71 nl-code 14 nl-non-zeroes --- 42 discrete-columns --- no7_ar2_1.gms(668) 3 Mb --- Executing BARON: elapsed 0:00:00.041 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 10034356 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.000000D+00 0.100000D+52 1 1 000:00:00 0.000000D+00 0.100000D+52 8353 3572 000:00:30 0.432513D+02 0.100000D+52 16277 6770 000:01:00 0.491267D+02 0.100000D+52 * 17680 7106 000:01:06 0.500244D+02 0.120315D+03 32477 12237 000:01:36 0.545787D+02 0.120315D+03 47229+ 17498 000:02:06 0.578209D+02 0.120315D+03 62850 22774 000:02:36 0.602778D+02 0.120315D+03 78164+ 27728 000:03:06 0.617510D+02 0.120315D+03 94800+ 32514 000:03:36 0.633118D+02 0.120315D+03 110306 37048 000:04:06 0.644895D+02 0.120315D+03 125896+ 41734 000:04:36 0.656798D+02 0.120315D+03 141623+ 46151 000:05:06 0.665933D+02 0.120315D+03 158392+ 51088 000:05:36 0.674615D+02 0.120315D+03 175191+ 56085 000:06:06 0.682706D+02 0.120315D+03 191963 60915 000:06:36 0.689727D+02 0.120315D+03 208601+ 66297 000:07:06 0.695804D+02 0.120315D+03 224286 71180 000:07:36 0.701274D+02 0.120315D+03 240479 76054 000:08:06 0.705808D+02 0.120315D+03 257579+ 80722 000:08:36 0.710102D+02 0.120315D+03 274831+ 85539 000:09:06 0.714447D+02 0.120315D+03 291662 89770 000:09:36 0.719179D+02 0.120315D+03 307395 94241 000:10:06 0.722960D+02 0.120315D+03 324574+ 98947 000:10:36 0.727378D+02 0.120315D+03 341434 103505 000:11:06 0.731225D+02 0.120315D+03 357653+ 108118 000:11:36 0.734177D+02 0.120315D+03 373974 112879 000:12:06 0.736999D+02 0.120315D+03 390953 117328 000:12:36 0.740105D+02 0.120315D+03 407873+ 121672 000:13:06 0.743045D+02 0.120315D+03 424592+ 125960 000:13:36 0.746043D+02 0.120315D+03 442206 130238 000:14:06 0.749187D+02 0.120315D+03 460041 134745 000:14:36 0.751774D+02 0.120315D+03 478342 139086 000:15:06 0.754670D+02 0.120315D+03 496292 143421 000:15:36 0.757590D+02 0.120315D+03 514445+ 147544 000:16:06 0.760939D+02 0.120315D+03 532098 151721 000:16:36 0.763865D+02 0.120315D+03 550446+ 156056 000:17:06 0.766543D+02 0.120315D+03 567619+ 160527 000:17:36 0.768991D+02 0.120315D+03 585280 164945 000:18:06 0.771377D+02 0.120315D+03 603477 169220 000:18:36 0.773416D+02 0.120315D+03 621321+ 173511 000:19:06 0.775341D+02 0.120315D+03 639103 178096 000:19:36 0.777412D+02 0.120315D+03 656650 182194 000:20:06 0.779357D+02 0.120315D+03 675014 186317 000:20:36 0.781380D+02 0.120315D+03 693316 190368 000:21:06 0.783583D+02 0.120315D+03 709473+ 194472 000:21:36 0.784958D+02 0.120315D+03 727086+ 198421 000:22:06 0.786725D+02 0.120315D+03 744313 202138 000:22:36 0.788389D+02 0.120315D+03 762130 206328 000:23:06 0.790187D+02 0.120315D+03 779751 210341 000:23:36 0.791908D+02 0.120315D+03 797349+ 213796 000:24:06 0.793159D+02 0.120315D+03 815839+ 217442 000:24:36 0.795019D+02 0.120315D+03 834070+ 221055 000:25:06 0.796890D+02 0.120315D+03 851925+ 224937 000:25:36 0.798516D+02 0.120315D+03 869935+ 228905 000:26:06 0.799898D+02 0.120315D+03 888754+ 232508 000:26:36 0.801658D+02 0.120315D+03 907283+ 236196 000:27:06 0.803515D+02 0.120315D+03 925818+ 239840 000:27:36 0.805313D+02 0.120315D+03 944428 243150 000:28:06 0.806822D+02 0.120315D+03 964000+ 246543 000:28:36 0.808519D+02 0.120315D+03 982291+ 249853 000:29:06 0.810276D+02 0.120315D+03 1000000 253308 000:29:34 0.811794D+02 0.120315D+03 1019221 257237 000:30:04 0.813406D+02 0.120315D+03 1037438+ 260758 000:30:34 0.814863D+02 0.120315D+03 1057097 264180 000:31:04 0.816447D+02 0.120315D+03 1076195+ 267558 000:31:34 0.817997D+02 0.120315D+03 1095614+ 271157 000:32:04 0.819547D+02 0.120315D+03 1114661+ 274668 000:32:34 0.821062D+02 0.120315D+03 * 1120452 272252 000:32:43 0.821520D+02 0.118787D+03 1138999+ 275528 000:33:13 0.823073D+02 0.118787D+03 1157598 278806 000:33:43 0.824593D+02 0.118787D+03 1177023 282126 000:34:13 0.826223D+02 0.118787D+03 1196257 285315 000:34:43 0.827687D+02 0.118787D+03 * 1202276 252017 000:34:53 0.828141D+02 0.109721D+03 1221143 254815 000:35:23 0.829666D+02 0.109721D+03 1241065 257581 000:35:53 0.831271D+02 0.109721D+03 1260770+ 260252 000:36:23 0.832698D+02 0.109721D+03 1280271 262811 000:36:53 0.834114D+02 0.109721D+03 1299679 265376 000:37:23 0.835548D+02 0.109721D+03 1319767+ 267968 000:37:53 0.837070D+02 0.109721D+03 1340089 270520 000:38:23 0.838513D+02 0.109721D+03 1359347+ 273324 000:38:53 0.839764D+02 0.109721D+03 1378770 275855 000:39:23 0.841125D+02 0.109721D+03 1398124 278194 000:39:53 0.842431D+02 0.109721D+03 1418327 280402 000:40:23 0.843940D+02 0.109721D+03 1438043+ 282650 000:40:53 0.845203D+02 0.109721D+03 1456756 285202 000:41:23 0.846487D+02 0.109721D+03 1476567+ 287609 000:41:53 0.847841D+02 0.109721D+03 1496203+ 289865 000:42:23 0.849101D+02 0.109721D+03 1515364+ 292239 000:42:53 0.850349D+02 0.109721D+03 1535293+ 294517 000:43:23 0.851523D+02 0.109721D+03 1555623+ 296591 000:43:53 0.852813D+02 0.109721D+03 1575456 298858 000:44:23 0.854058D+02 0.109721D+03 1595449+ 301335 000:44:53 0.855256D+02 0.109721D+03 1615498+ 303569 000:45:23 0.856465D+02 0.109721D+03 1635368 305956 000:45:53 0.857580D+02 0.109721D+03 1655833+ 308028 000:46:23 0.858928D+02 0.109721D+03 1675274 310037 000:46:53 0.860197D+02 0.109721D+03 1695559 312269 000:47:23 0.861523D+02 0.109721D+03 1714863+ 314558 000:47:53 0.862626D+02 0.109721D+03 1734592+ 316482 000:48:23 0.863817D+02 0.109721D+03 1753969+ 318623 000:48:53 0.864603D+02 0.109721D+03 1773208+ 320690 000:49:23 0.865738D+02 0.109721D+03 1792409+ 322793 000:49:53 0.866839D+02 0.109721D+03 1812347+ 324963 000:50:23 0.867941D+02 0.109721D+03 1832513 327256 000:50:53 0.869106D+02 0.109721D+03 1852207+ 329257 000:51:23 0.870175D+02 0.109721D+03 1871988+ 331503 000:51:53 0.871219D+02 0.109721D+03 1891389+ 333712 000:52:23 0.872285D+02 0.109721D+03 1910264+ 336150 000:52:53 0.873208D+02 0.109721D+03 1930305 338321 000:53:23 0.874259D+02 0.109721D+03 1949725 340607 000:53:53 0.875273D+02 0.109721D+03 1970379+ 342584 000:54:23 0.876481D+02 0.109721D+03 1991267+ 344657 000:54:53 0.877576D+02 0.109721D+03 2000000 345411 000:55:06 0.878053D+02 0.109721D+03 2020000+ 347601 000:55:36 0.879078D+02 0.109721D+03 2040288 349326 000:56:06 0.880211D+02 0.109721D+03 2061389 350896 000:56:36 0.881476D+02 0.109721D+03 2082378+ 352548 000:57:06 0.882585D+02 0.109721D+03 2103077 354322 000:57:36 0.883637D+02 0.109721D+03 2123699 356268 000:58:06 0.884611D+02 0.109721D+03 2144821 357914 000:58:36 0.885614D+02 0.109721D+03 2166131+ 359472 000:59:06 0.886734D+02 0.109721D+03 2186044+ 361470 000:59:36 0.887636D+02 0.109721D+03 2206270+ 363234 001:00:06 0.888669D+02 0.109721D+03 2227592 364895 001:00:36 0.889626D+02 0.109721D+03 2248291+ 366527 001:01:06 0.890561D+02 0.109721D+03 2269713+ 368094 001:01:36 0.891549D+02 0.109721D+03 2291088 369617 001:02:06 0.892595D+02 0.109721D+03 2312264 371022 001:02:36 0.893633D+02 0.109721D+03 2333047 372386 001:03:06 0.894657D+02 0.109721D+03 2354205+ 373805 001:03:36 0.895636D+02 0.109721D+03 2375402+ 375105 001:04:06 0.896542D+02 0.109721D+03 2396294 376589 001:04:36 0.897498D+02 0.109721D+03 2417987+ 378017 001:05:06 0.898488D+02 0.109721D+03 2439545 379455 001:05:36 0.899449D+02 0.109721D+03 2460701 380797 001:06:06 0.900403D+02 0.109721D+03 2482441 381945 001:06:36 0.901352D+02 0.109721D+03 2503669+ 383376 001:07:06 0.902242D+02 0.109721D+03 2524536+ 384737 001:07:36 0.903166D+02 0.109721D+03 2545615 385909 001:08:06 0.904114D+02 0.109721D+03 2565296+ 387625 001:08:36 0.904845D+02 0.109721D+03 2586138+ 388883 001:09:06 0.905755D+02 0.109721D+03 2606650 390063 001:09:36 0.906518D+02 0.109721D+03 2627281 391230 001:10:06 0.907272D+02 0.109721D+03 2648276 392413 001:10:36 0.908115D+02 0.109721D+03 2670257+ 393536 001:11:06 0.909028D+02 0.109721D+03 2690828+ 395133 001:11:36 0.909759D+02 0.109721D+03 2713107 396072 001:12:06 0.910609D+02 0.109721D+03 2734639 397190 001:12:36 0.911456D+02 0.109721D+03 2756658 398101 001:13:06 0.912266D+02 0.109721D+03 2778273+ 399245 001:13:36 0.913063D+02 0.109721D+03 2800263+ 400272 001:14:06 0.913914D+02 0.109721D+03 2822118+ 401333 001:14:36 0.914703D+02 0.109721D+03 2844842 402202 001:15:06 0.915611D+02 0.109721D+03 2865492+ 403221 001:15:36 0.916405D+02 0.109721D+03 2887123+ 404328 001:16:06 0.917160D+02 0.109721D+03 2909690+ 405385 001:16:36 0.918057D+02 0.109721D+03 2931166 406584 001:17:06 0.918816D+02 0.109721D+03 2953123 407774 001:17:36 0.919658D+02 0.109721D+03 2974740 408969 001:18:06 0.920386D+02 0.109721D+03 2996365+ 409928 001:18:36 0.921199D+02 0.109721D+03 3000000 410126 001:18:42 0.921344D+02 0.109721D+03 3021236 411635 001:19:12 0.922046D+02 0.109721D+03 * 3039620 386416 001:19:37 0.922707D+02 0.107871D+03 3061935 386896 001:20:07 0.923512D+02 0.107871D+03 3083498 387515 001:20:37 0.924287D+02 0.107871D+03 3105527+ 388101 001:21:07 0.925075D+02 0.107871D+03 3127638 388740 001:21:37 0.925885D+02 0.107871D+03 3149016+ 389307 001:22:07 0.926680D+02 0.107871D+03 3170945 390495 001:22:37 0.927370D+02 0.107871D+03 3192869+ 391061 001:23:07 0.928173D+02 0.107871D+03 3214740 391447 001:23:37 0.928975D+02 0.107871D+03 3237246 391773 001:24:07 0.929846D+02 0.107871D+03 3258705+ 392148 001:24:37 0.930609D+02 0.107871D+03 3280868 392681 001:25:07 0.931407D+02 0.107871D+03 3302581 393268 001:25:37 0.932154D+02 0.107871D+03 3323400 394156 001:26:07 0.932803D+02 0.107871D+03 3345363 394533 001:26:37 0.933545D+02 0.107871D+03 3367706+ 394863 001:27:07 0.934319D+02 0.107871D+03 3389543+ 395308 001:27:37 0.935112D+02 0.107871D+03 3411657 395714 001:28:07 0.935883D+02 0.107871D+03 3433083+ 396286 001:28:37 0.936576D+02 0.107871D+03 3455853+ 396329 001:29:07 0.937428D+02 0.107871D+03 3477245+ 396834 001:29:37 0.938112D+02 0.107871D+03 3498295 397604 001:30:07 0.938812D+02 0.107871D+03 3520360+ 398312 001:30:37 0.939499D+02 0.107871D+03 3542003+ 398856 001:31:07 0.940147D+02 0.107871D+03 3563624+ 399502 001:31:37 0.940821D+02 0.107871D+03 3585648+ 399792 001:32:07 0.941533D+02 0.107871D+03 3607531+ 400041 001:32:37 0.942207D+02 0.107871D+03 3629581 399960 001:33:07 0.942983D+02 0.107871D+03 3651757+ 400263 001:33:37 0.943750D+02 0.107871D+03 3673995 400403 001:34:07 0.944502D+02 0.107871D+03 3696115+ 400702 001:34:37 0.945176D+02 0.107871D+03 3718255+ 400917 001:35:07 0.945952D+02 0.107871D+03 3739765 401206 001:35:37 0.946670D+02 0.107871D+03 3761386+ 401785 001:36:07 0.947293D+02 0.107871D+03 3783505 401974 001:36:37 0.948004D+02 0.107871D+03 3804780+ 402207 001:37:07 0.948660D+02 0.107871D+03 3827778 401915 001:37:37 0.949444D+02 0.107871D+03 3847051 402930 001:38:07 0.949588D+02 0.107871D+03 3868723+ 402829 001:38:37 0.950299D+02 0.107871D+03 3891869 402458 001:39:07 0.950965D+02 0.107871D+03 3913782+ 402216 001:39:37 0.951685D+02 0.107871D+03 3935841+ 402487 001:40:07 0.952414D+02 0.107871D+03 3957543+ 402518 001:40:37 0.953125D+02 0.107871D+03 3979376 402186 001:41:07 0.953899D+02 0.107871D+03 4000000 401982 001:41:35 0.954630D+02 0.107871D+03 4022233 401578 001:42:05 0.955352D+02 0.107871D+03 4044479 401242 001:42:35 0.955993D+02 0.107871D+03 4066137+ 401305 001:43:05 0.956624D+02 0.107871D+03 4087363+ 401802 001:43:35 0.956639D+02 0.107871D+03 4109469+ 401843 001:44:05 0.957285D+02 0.107871D+03 4133416 401181 001:44:35 0.957851D+02 0.107871D+03 4156700 401100 001:45:05 0.958488D+02 0.107871D+03 4179959+ 400727 001:45:35 0.959200D+02 0.107871D+03 4220851 399718 001:46:29 0.960665D+02 0.107871D+03 4243405 399527 001:46:59 0.961451D+02 0.107871D+03 4265906+ 399237 001:47:29 0.962192D+02 0.107871D+03 4290028 398245 001:47:59 0.962800D+02 0.107871D+03 4311537 397897 001:48:29 0.963504D+02 0.107871D+03 4333647 397309 001:48:59 0.964264D+02 0.107871D+03 4355950 396724 001:49:29 0.965014D+02 0.107871D+03 4378139+ 396460 001:49:59 0.965694D+02 0.107871D+03 4400281+ 396015 001:50:29 0.966362D+02 0.107871D+03 4422685 395660 001:50:59 0.967045D+02 0.107871D+03 4444309 395545 001:51:29 0.967640D+02 0.107871D+03 4465787+ 395356 001:51:59 0.968271D+02 0.107871D+03 4488495+ 394635 001:52:29 0.969019D+02 0.107871D+03 4511290 394030 001:52:59 0.969725D+02 0.107871D+03 4534634 393335 001:53:29 0.970451D+02 0.107871D+03 4557473+ 392968 001:53:59 0.971100D+02 0.107871D+03 4579686 392554 001:54:29 0.971734D+02 0.107871D+03 4602331 391885 001:54:59 0.972478D+02 0.107871D+03 4625231 391233 001:55:29 0.973179D+02 0.107871D+03 4648129+ 390753 001:55:59 0.973860D+02 0.107871D+03 4670985 389957 001:56:29 0.974560D+02 0.107871D+03 4694004+ 389110 001:56:59 0.975264D+02 0.107871D+03 4716690 388590 001:57:29 0.975882D+02 0.107871D+03 4740094+ 387646 001:57:59 0.976611D+02 0.107871D+03 4762861+ 386819 001:58:29 0.977266D+02 0.107871D+03 4785447+ 386363 001:58:59 0.977878D+02 0.107871D+03 4807985 385857 001:59:29 0.978484D+02 0.107871D+03 4830447 385435 001:59:59 0.979080D+02 0.107871D+03 4831129 385407 002:00:00 0.979100D+02 0.107871D+03 *** Max. allowable CPU time exceeded *** LP subsolver time: 001:23:50, in seconds: 5029.82 NLP subsolver time: 000:11:16, in seconds: 676.00 Cutting time: 000:01:50, in seconds: 109.65 All other time: 000:23:05, in seconds: 1384.53 Total time elapsed: 002:00:00, in seconds: 7200.00 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.18 on navigating: 000:01:41, in seconds: 100.67 on relaxed: 001:02:36, in seconds: 3756.35 on local: 000:09:26, in seconds: 566.07 on tightening: 000:10:50, in seconds: 649.82 on marginals: 000:00:11, in seconds: 10.99 on probing: 000:35:16, in seconds: 2115.91 Total no. of BaR iterations: 4831129 Best solution found at node: 4197612 Max. no. of nodes in memory: 412610 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 366625609 109.65 All done =========================================================================== Solution = 107.871461153 found at node 4197612 Best possible = 97.9099914416 Absolute gap = 9.9614697114 optca = 1E-9 Relative gap = 0.10174 optcr = 1E-6 --- Restarting execution --- no7_ar2_1.gms(668) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job no7_ar2_1.gms Stop 11/21/12 01:18:38 elapsed 2:00:19.473 @04 1353457118 ----------------------------- Mi 21. Nov 01:18:38 CET 2012 ----------------------------- =ready= Linux opt231 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/no7_ar25_1.gms =========== ----------------------------- Di 20. Nov 23:25:26 CET 2012 ----------------------------- @03 1353450326 --- Job no7_ar25_1.gms Start 11/20/12 23:25:26 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- no7_ar25_1.gms(668) 2 Mb --- Starting execution: elapsed 0:00:00.033 --- no7_ar25_1.gms(663) 3 Mb --- Generating MINLP model m --- no7_ar25_1.gms(668) 5 Mb --- 270 rows 113 columns 1,061 non-zeroes --- 71 nl-code 14 nl-non-zeroes --- 42 discrete-columns --- no7_ar25_1.gms(668) 3 Mb --- Executing BARON: elapsed 0:00:00.039 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 10034356 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.000000D+00 0.100000D+52 1 1 000:00:01 0.000000D+00 0.100000D+52 5527 2824 000:00:31 0.101193D+02 0.100000D+52 12492 6426 000:01:01 0.109777D+02 0.100000D+52 19719 10028 000:01:31 0.113843D+02 0.100000D+52 26441+ 13357 000:02:01 0.115946D+02 0.100000D+52 32244+ 16131 000:02:31 0.135581D+02 0.100000D+52 38103 19105 000:03:01 0.152401D+02 0.100000D+52 * 39375 19711 000:03:06 0.155726D+02 0.181828D+03 50005+ 24604 000:03:36 0.186180D+02 0.181828D+03 60540 28955 000:04:06 0.213691D+02 0.181828D+03 70284 33163 000:04:36 0.218158D+02 0.181828D+03 80638+ 36943 000:05:06 0.226495D+02 0.181828D+03 92432+ 41219 000:05:36 0.231352D+02 0.181828D+03 102987+ 45715 000:06:06 0.239274D+02 0.181828D+03 114158+ 49850 000:06:36 0.244936D+02 0.181828D+03 125018+ 54149 000:07:06 0.251851D+02 0.181828D+03 135488+ 58859 000:07:36 0.258023D+02 0.181828D+03 * 138268+ 60038 000:07:44 0.259309D+02 0.181828D+03 * 138268+ 60038 000:07:44 0.259309D+02 0.181828D+03 * 138268+ 60038 000:07:44 0.259309D+02 0.181828D+03 * 138270 59945 000:07:44 0.259316D+02 0.149582D+03 147571+ 63869 000:08:14 0.264832D+02 0.149582D+03 157553+ 68053 000:08:44 0.269771D+02 0.149582D+03 168736+ 72200 000:09:14 0.277016D+02 0.149582D+03 * 173214 73669 000:09:26 0.279854D+02 0.140365D+03 * 173234 73411 000:09:26 0.279854D+02 0.135781D+03 184039+ 77696 000:09:56 0.285550D+02 0.135781D+03 194577+ 81755 000:10:26 0.291621D+02 0.135781D+03 205549 85872 000:10:56 0.298158D+02 0.135781D+03 216799+ 90115 000:11:26 0.303484D+02 0.135781D+03 228630 94777 000:11:56 0.308289D+02 0.135781D+03 240031+ 99362 000:12:26 0.311870D+02 0.135781D+03 252835+ 103640 000:12:56 0.314565D+02 0.135781D+03 264921 107945 000:13:26 0.318115D+02 0.135781D+03 277628+ 112364 000:13:56 0.321444D+02 0.135781D+03 289477+ 116705 000:14:26 0.325177D+02 0.135781D+03 302403 120782 000:14:56 0.327931D+02 0.135781D+03 314904+ 124829 000:15:26 0.331246D+02 0.135781D+03 326331 128699 000:15:56 0.334842D+02 0.135781D+03 339082+ 132746 000:16:26 0.338605D+02 0.135781D+03 350436+ 136649 000:16:56 0.341735D+02 0.135781D+03 362353 140524 000:17:26 0.345777D+02 0.135781D+03 373747+ 144388 000:17:56 0.349788D+02 0.135781D+03 385650+ 148478 000:18:26 0.353039D+02 0.135781D+03 396695+ 152324 000:18:56 0.355703D+02 0.135781D+03 408589+ 156812 000:19:26 0.357806D+02 0.135781D+03 421021 161116 000:19:56 0.360493D+02 0.135781D+03 433007 165232 000:20:26 0.363463D+02 0.135781D+03 445012 169218 000:20:56 0.365754D+02 0.135781D+03 457364+ 173321 000:21:26 0.368309D+02 0.135781D+03 469501+ 177693 000:21:56 0.370159D+02 0.135781D+03 482165 181909 000:22:26 0.372518D+02 0.135781D+03 494227+ 185821 000:22:56 0.375433D+02 0.135781D+03 507434 189759 000:23:26 0.378022D+02 0.135781D+03 519170+ 194012 000:23:56 0.379696D+02 0.135781D+03 * 528744 196254 000:24:20 0.381255D+02 0.132301D+03 541531+ 200384 000:24:50 0.383390D+02 0.132301D+03 554802+ 204434 000:25:20 0.385851D+02 0.132301D+03 568027 208677 000:25:50 0.388033D+02 0.132301D+03 580423 212621 000:26:20 0.390161D+02 0.132301D+03 592503+ 216611 000:26:50 0.391790D+02 0.132301D+03 604697 220687 000:27:20 0.393388D+02 0.132301D+03 616871+ 224643 000:27:50 0.395614D+02 0.132301D+03 629066+ 228411 000:28:20 0.397881D+02 0.132301D+03 641979+ 232839 000:28:50 0.400127D+02 0.132301D+03 654265+ 236901 000:29:20 0.402247D+02 0.132301D+03 665482+ 241042 000:29:50 0.403668D+02 0.132301D+03 677813 245308 000:30:20 0.405676D+02 0.132301D+03 690676+ 249956 000:30:50 0.406959D+02 0.132301D+03 702960+ 254511 000:31:20 0.408157D+02 0.132301D+03 715498+ 259112 000:31:50 0.409094D+02 0.132301D+03 727651+ 263501 000:32:20 0.410638D+02 0.132301D+03 740315+ 267725 000:32:50 0.412093D+02 0.132301D+03 753217 272574 000:33:20 0.413411D+02 0.132301D+03 767299 277385 000:33:50 0.414759D+02 0.132301D+03 780567+ 282023 000:34:20 0.416257D+02 0.132301D+03 794517+ 286747 000:34:50 0.417669D+02 0.132301D+03 810936+ 291290 000:35:20 0.418694D+02 0.132301D+03 825604+ 296058 000:35:50 0.420263D+02 0.132301D+03 839635 300478 000:36:20 0.421797D+02 0.132301D+03 853357+ 305300 000:36:50 0.422808D+02 0.132301D+03 866485+ 309420 000:37:20 0.424360D+02 0.132301D+03 879418 313359 000:37:50 0.426114D+02 0.132301D+03 891658 317569 000:38:20 0.427184D+02 0.132301D+03 904020 321527 000:38:50 0.428768D+02 0.132301D+03 916907+ 325501 000:39:20 0.430302D+02 0.132301D+03 * 921058 321165 000:39:30 0.430685D+02 0.123678D+03 934065+ 325443 000:40:00 0.431869D+02 0.123678D+03 948297+ 329698 000:40:30 0.433365D+02 0.123678D+03 960683 333682 000:41:00 0.434671D+02 0.123678D+03 974431+ 338099 000:41:30 0.435559D+02 0.123678D+03 988076+ 342250 000:42:00 0.436992D+02 0.123678D+03 1000000 345824 000:42:27 0.438057D+02 0.123678D+03 1014106+ 350498 000:42:57 0.439188D+02 0.123678D+03 1026940+ 355334 000:43:27 0.439809D+02 0.123678D+03 1041135 359889 000:43:57 0.440659D+02 0.123678D+03 1054797+ 364946 000:44:27 0.441440D+02 0.123678D+03 1069644+ 371104 000:44:57 0.441508D+02 0.123678D+03 1084606 376110 000:45:27 0.441744D+02 0.123678D+03 1098466 380116 000:45:57 0.442942D+02 0.123678D+03 1114641+ 384336 000:46:27 0.443433D+02 0.123678D+03 1129449 388203 000:46:57 0.444299D+02 0.123678D+03 1143185 391903 000:47:27 0.445128D+02 0.123678D+03 1158100 396368 000:47:57 0.445789D+02 0.123678D+03 1172058+ 400255 000:48:27 0.446731D+02 0.123678D+03 1186355+ 404399 000:48:57 0.447593D+02 0.123678D+03 1199835 408692 000:49:27 0.448249D+02 0.123678D+03 1212934 413077 000:49:57 0.448771D+02 0.123678D+03 1226601+ 416895 000:50:27 0.449673D+02 0.123678D+03 1241432+ 421085 000:50:57 0.450416D+02 0.123678D+03 1255065+ 425064 000:51:27 0.451327D+02 0.123678D+03 1269008 428778 000:51:57 0.452304D+02 0.123678D+03 1283314+ 432944 000:52:27 0.453094D+02 0.123678D+03 1297359+ 437354 000:52:57 0.453766D+02 0.123678D+03 1311335+ 441150 000:53:27 0.454670D+02 0.123678D+03 1324747 444892 000:53:57 0.455547D+02 0.123678D+03 1338896 448639 000:54:27 0.456543D+02 0.123678D+03 1351526 452342 000:54:57 0.457173D+02 0.123678D+03 1364591+ 456043 000:55:27 0.458106D+02 0.123678D+03 1379063+ 459312 000:55:57 0.459000D+02 0.123678D+03 1393587 463155 000:56:27 0.460001D+02 0.123678D+03 1408211+ 466768 000:56:57 0.460851D+02 0.123678D+03 1422133 470471 000:57:27 0.461880D+02 0.123678D+03 1436116+ 473914 000:57:57 0.462844D+02 0.123678D+03 1449116 477691 000:58:27 0.463565D+02 0.123678D+03 1461398+ 481382 000:58:57 0.464141D+02 0.123678D+03 1474822+ 485052 000:59:27 0.465001D+02 0.123678D+03 1488356 488509 000:59:57 0.465860D+02 0.123678D+03 1502410+ 492349 001:00:27 0.466672D+02 0.123678D+03 1516274+ 496681 001:00:57 0.467291D+02 0.123678D+03 1530587+ 500606 001:01:27 0.467965D+02 0.123678D+03 1543539+ 504257 001:01:57 0.468776D+02 0.123678D+03 1557548 508070 001:02:27 0.469592D+02 0.123678D+03 1571130 511773 001:02:57 0.470415D+02 0.123678D+03 1586314 515899 001:03:27 0.471113D+02 0.123678D+03 1600591+ 519761 001:03:57 0.471844D+02 0.123678D+03 1614729 523899 001:04:27 0.472591D+02 0.123678D+03 1629549+ 528197 001:04:57 0.473151D+02 0.123678D+03 1643137+ 531755 001:05:27 0.474174D+02 0.123678D+03 1657595+ 535823 001:05:57 0.474936D+02 0.123678D+03 1672015+ 539536 001:06:27 0.475623D+02 0.123678D+03 1686706+ 543412 001:06:57 0.476222D+02 0.123678D+03 1702263+ 547335 001:07:27 0.477037D+02 0.123678D+03 1715944+ 550662 001:07:57 0.477731D+02 0.123678D+03 1730801 554890 001:08:27 0.478533D+02 0.123678D+03 1746497 558499 001:08:57 0.479302D+02 0.123678D+03 1761853 562389 001:09:27 0.480246D+02 0.123678D+03 1775946+ 566101 001:09:57 0.481101D+02 0.123678D+03 1789787 569803 001:10:27 0.481958D+02 0.123678D+03 1804277+ 573558 001:10:57 0.482711D+02 0.123678D+03 1820301 577227 001:11:27 0.483780D+02 0.123678D+03 1835398+ 581083 001:11:57 0.484758D+02 0.123678D+03 1850568+ 584613 001:12:27 0.485547D+02 0.123678D+03 1864605+ 587794 001:12:57 0.486335D+02 0.123678D+03 1880006+ 591424 001:13:27 0.487132D+02 0.123678D+03 1894754+ 595233 001:13:57 0.488029D+02 0.123678D+03 1908415 598874 001:14:27 0.488803D+02 0.123678D+03 1923388+ 602248 001:14:57 0.489715D+02 0.123678D+03 1937940 605665 001:15:27 0.490643D+02 0.123678D+03 1951641 609440 001:15:57 0.491501D+02 0.123678D+03 1965477+ 612914 001:16:27 0.492225D+02 0.123678D+03 1979992 616716 001:16:57 0.493072D+02 0.123678D+03 1994085 620395 001:17:27 0.493823D+02 0.123678D+03 2000000 621817 001:17:39 0.494192D+02 0.123678D+03 2016134 625828 001:18:09 0.494624D+02 0.123678D+03 2030592+ 629359 001:18:39 0.495495D+02 0.123678D+03 2045093 632787 001:19:09 0.496285D+02 0.123678D+03 2059909+ 636407 001:19:39 0.497239D+02 0.123678D+03 2074284 639632 001:20:09 0.498015D+02 0.123678D+03 2088501 643091 001:20:39 0.498952D+02 0.123678D+03 2102151+ 646314 001:21:09 0.499826D+02 0.123678D+03 2115553 649728 001:21:39 0.500473D+02 0.123678D+03 2129787 653235 001:22:09 0.501221D+02 0.123678D+03 2144119+ 656891 001:22:39 0.502048D+02 0.123678D+03 2157288 660607 001:23:09 0.502874D+02 0.123678D+03 2171771+ 664239 001:23:39 0.503746D+02 0.123678D+03 2185520+ 667665 001:24:09 0.504559D+02 0.123678D+03 2199641+ 671493 001:24:39 0.505421D+02 0.123678D+03 2213336+ 674958 001:25:09 0.506283D+02 0.123678D+03 2227173 678314 001:25:39 0.507083D+02 0.123678D+03 2241748+ 681663 001:26:09 0.507929D+02 0.123678D+03 2255853 685049 001:26:39 0.508824D+02 0.123678D+03 2269985+ 688323 001:27:09 0.509635D+02 0.123678D+03 2284139+ 691951 001:27:39 0.510399D+02 0.123678D+03 2298508+ 695521 001:28:09 0.511287D+02 0.123678D+03 2313310+ 699959 001:28:39 0.511813D+02 0.123678D+03 2327432+ 703619 001:29:09 0.512597D+02 0.123678D+03 * 2329622 703797 001:29:14 0.512759D+02 0.123522D+03 2345571 707657 001:29:44 0.513565D+02 0.123522D+03 2360021 711075 001:30:14 0.514365D+02 0.123522D+03 2375246 715024 001:30:44 0.515123D+02 0.123522D+03 2389731 718461 001:31:14 0.515696D+02 0.123522D+03 2408081+ 722372 001:31:44 0.516174D+02 0.123522D+03 2423328+ 726303 001:32:14 0.516482D+02 0.123522D+03 2441563+ 731204 001:32:44 0.516482D+02 0.123522D+03 2458111+ 735419 001:33:14 0.516588D+02 0.123522D+03 2472630 739169 001:33:44 0.517176D+02 0.123522D+03 2488736 743113 001:34:14 0.517778D+02 0.123522D+03 2503967+ 746947 001:34:44 0.518472D+02 0.123522D+03 2518622+ 750463 001:35:14 0.519160D+02 0.123522D+03 2533901+ 753829 001:35:44 0.519703D+02 0.123522D+03 2548928+ 757142 001:36:14 0.520385D+02 0.123522D+03 2563098 760813 001:36:44 0.520960D+02 0.123522D+03 2578369+ 764205 001:37:14 0.521753D+02 0.123522D+03 2592300+ 767517 001:37:44 0.522501D+02 0.123522D+03 2606420 770881 001:38:14 0.523202D+02 0.123522D+03 2621565+ 774568 001:38:44 0.523778D+02 0.123522D+03 2634270+ 778488 001:39:14 0.524292D+02 0.123522D+03 2648144+ 782636 001:39:44 0.524605D+02 0.123522D+03 2662385 785886 001:40:14 0.525330D+02 0.123522D+03 2676989 789166 001:40:44 0.525958D+02 0.123522D+03 2692338 792922 001:41:14 0.526659D+02 0.123522D+03 2707135+ 796327 001:41:44 0.527271D+02 0.123522D+03 2721481+ 800013 001:42:14 0.527954D+02 0.123522D+03 2736570+ 803834 001:42:44 0.528582D+02 0.123522D+03 2751232+ 807527 001:43:14 0.529354D+02 0.123522D+03 2765112+ 811363 001:43:44 0.529943D+02 0.123522D+03 2780888 814896 001:44:14 0.530575D+02 0.123522D+03 2795252+ 818355 001:44:44 0.531192D+02 0.123522D+03 2809814+ 821857 001:45:14 0.531854D+02 0.123522D+03 2824333+ 825471 001:45:44 0.532295D+02 0.123522D+03 2837309 829765 001:46:14 0.532439D+02 0.123522D+03 2851579 833041 001:46:44 0.533036D+02 0.123522D+03 2866053+ 836408 001:47:14 0.533721D+02 0.123522D+03 2881131+ 841222 001:47:44 0.534104D+02 0.123522D+03 2894787 844619 001:48:14 0.534534D+02 0.123522D+03 2909728 848054 001:48:44 0.535011D+02 0.123522D+03 2924484 852666 001:49:14 0.535292D+02 0.123522D+03 2941077+ 856691 001:49:44 0.535457D+02 0.123522D+03 2956853+ 860281 001:50:14 0.536035D+02 0.123522D+03 2973237+ 863554 001:50:44 0.536572D+02 0.123522D+03 2987371+ 867135 001:51:14 0.537118D+02 0.123522D+03 3000000 870175 001:51:38 0.537352D+02 0.123522D+03 3013769 873618 001:52:08 0.537840D+02 0.123522D+03 3028585 877853 001:52:38 0.538247D+02 0.123522D+03 3042804+ 881228 001:53:08 0.538594D+02 0.123522D+03 3059372 884698 001:53:38 0.539029D+02 0.123522D+03 3074582+ 888214 001:54:08 0.539656D+02 0.123522D+03 3090149+ 891816 001:54:38 0.540272D+02 0.123522D+03 3104905+ 895168 001:55:08 0.540759D+02 0.123522D+03 3120350+ 898526 001:55:38 0.541269D+02 0.123522D+03 3135479 902068 001:56:08 0.541772D+02 0.123522D+03 3150995 905386 001:56:38 0.542340D+02 0.123522D+03 3165951+ 908919 001:57:08 0.542906D+02 0.123522D+03 3180142+ 912299 001:57:38 0.543431D+02 0.123522D+03 3194165+ 915724 001:58:08 0.543948D+02 0.123522D+03 3208809 919270 001:58:38 0.544288D+02 0.123522D+03 3223879+ 923180 001:59:08 0.544743D+02 0.123522D+03 3241604+ 927162 001:59:38 0.545055D+02 0.123522D+03 3252621 929750 002:00:00 0.545461D+02 0.123522D+03 *** Max. allowable CPU time exceeded *** LP subsolver time: 001:25:43, in seconds: 5143.28 NLP subsolver time: 000:11:04, in seconds: 663.78 Cutting time: 000:01:51, in seconds: 110.96 All other time: 000:21:22, in seconds: 1281.99 Total time elapsed: 002:00:00, in seconds: 7200.00 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.22 on navigating: 000:01:23, in seconds: 83.37 on relaxed: 000:48:34, in seconds: 2914.22 on local: 000:10:13, in seconds: 613.27 on tightening: 000:09:27, in seconds: 566.86 on marginals: 000:00:09, in seconds: 8.71 on probing: 000:50:13, in seconds: 3013.33 Total no. of BaR iterations: 3252621 Best solution found at node: 2329622 Max. no. of nodes in memory: 929750 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 357187216 110.96 All done =========================================================================== Solution = 123.52157389 found at node 2329622 Best possible = 54.5460582056 Absolute gap = 68.9755156844 optca = 1E-9 Relative gap = 1.26454 optcr = 1E-6 --- Restarting execution --- no7_ar25_1.gms(668) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job no7_ar25_1.gms Stop 11/21/12 01:25:45 elapsed 2:00:19.375 @04 1353457545 ----------------------------- Mi 21. Nov 01:25:45 CET 2012 ----------------------------- =ready= Linux opt202 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/no7_ar3_1.gms =========== ----------------------------- Di 20. Nov 23:25:50 CET 2012 ----------------------------- @03 1353450350 --- Job no7_ar3_1.gms Start 11/20/12 23:25:50 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- no7_ar3_1.gms(668) 2 Mb --- Starting execution: elapsed 0:00:00.097 --- no7_ar3_1.gms(663) 3 Mb --- Generating MINLP model m --- no7_ar3_1.gms(668) 5 Mb --- 270 rows 113 columns 1,061 non-zeroes --- 71 nl-code 14 nl-non-zeroes --- 42 discrete-columns --- no7_ar3_1.gms(668) 3 Mb --- Executing BARON: elapsed 0:00:00.220 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 10034356 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.000000D+00 0.100000D+52 1 1 000:00:01 0.000000D+00 0.100000D+52 3651+ 2086 000:00:31 0.888705D+01 0.100000D+52 7797+ 4360 000:01:01 0.115470D+02 0.100000D+52 11987+ 6713 000:01:31 0.118137D+02 0.100000D+52 16431 9027 000:02:01 0.148219D+02 0.100000D+52 20896 11287 000:02:31 0.174257D+02 0.100000D+52 25476+ 13435 000:03:01 0.190105D+02 0.100000D+52 30524+ 15728 000:03:31 0.199908D+02 0.100000D+52 35397+ 17795 000:04:01 0.205131D+02 0.100000D+52 40427 19877 000:04:31 0.214847D+02 0.100000D+52 45871 22225 000:05:01 0.221870D+02 0.100000D+52 50561+ 24318 000:05:31 0.226625D+02 0.100000D+52 55529+ 26511 000:06:01 0.234112D+02 0.100000D+52 60930+ 28813 000:06:31 0.242046D+02 0.100000D+52 65679+ 30997 000:07:01 0.246527D+02 0.100000D+52 70706+ 33153 000:07:31 0.252879D+02 0.100000D+52 * 74898 34834 000:07:54 0.258221D+02 0.141364D+03 83581 38724 000:08:24 0.267855D+02 0.141364D+03 92294 42634 000:08:54 0.275579D+02 0.141364D+03 100891 46237 000:09:24 0.284193D+02 0.141364D+03 110393 49761 000:09:54 0.289783D+02 0.141364D+03 120039 53345 000:10:24 0.296890D+02 0.141364D+03 129633+ 57399 000:10:54 0.303126D+02 0.141364D+03 139552 61582 000:11:24 0.309282D+02 0.141364D+03 149189+ 65640 000:11:54 0.314532D+02 0.141364D+03 157657 69279 000:12:24 0.318500D+02 0.141364D+03 167797 73236 000:12:54 0.323348D+02 0.141364D+03 178156+ 77164 000:13:24 0.327733D+02 0.141364D+03 188632+ 81220 000:13:54 0.331750D+02 0.141364D+03 197949+ 84430 000:14:24 0.335253D+02 0.141364D+03 208062 88615 000:14:54 0.338192D+02 0.141364D+03 217451+ 92212 000:15:24 0.342281D+02 0.141364D+03 227227 96368 000:15:54 0.345063D+02 0.141364D+03 237491 100336 000:16:24 0.348419D+02 0.141364D+03 248092 105146 000:16:54 0.349339D+02 0.141364D+03 259534+ 109462 000:17:24 0.351791D+02 0.141364D+03 269770 113103 000:17:54 0.354683D+02 0.141364D+03 281915+ 117172 000:18:24 0.356708D+02 0.141364D+03 292416+ 121304 000:18:54 0.359860D+02 0.141364D+03 302611 125305 000:19:24 0.362486D+02 0.141364D+03 313393+ 129203 000:19:54 0.364395D+02 0.141364D+03 * 314471 129437 000:19:57 0.364675D+02 0.138168D+03 325151+ 133362 000:20:27 0.367434D+02 0.138168D+03 * 327988 133604 000:20:35 0.368007D+02 0.130604D+03 340060+ 138131 000:21:05 0.370145D+02 0.130604D+03 351503+ 142522 000:21:35 0.372433D+02 0.130604D+03 361733+ 146273 000:22:05 0.374122D+02 0.130604D+03 373555+ 149975 000:22:35 0.375218D+02 0.130604D+03 386287 153711 000:23:05 0.376193D+02 0.130604D+03 399020 157794 000:23:35 0.377482D+02 0.130604D+03 412025+ 162042 000:24:05 0.379080D+02 0.130604D+03 424870 165777 000:24:35 0.380745D+02 0.130604D+03 437697+ 169936 000:25:05 0.381966D+02 0.130604D+03 450055+ 174951 000:25:35 0.382791D+02 0.130604D+03 461284+ 178871 000:26:05 0.384166D+02 0.130604D+03 472917 182938 000:26:35 0.386199D+02 0.130604D+03 483999+ 187002 000:27:05 0.387746D+02 0.130604D+03 * 490534 188196 000:27:25 0.387841D+02 0.125134D+03 500777+ 192013 000:27:55 0.389598D+02 0.125134D+03 511629+ 196099 000:28:25 0.391224D+02 0.125134D+03 522741+ 200283 000:28:55 0.392640D+02 0.125134D+03 534389+ 204296 000:29:25 0.394063D+02 0.125134D+03 544970+ 208267 000:29:55 0.395235D+02 0.125134D+03 555617 211912 000:30:25 0.396509D+02 0.125134D+03 567507+ 216281 000:30:55 0.398371D+02 0.125134D+03 578742 220200 000:31:25 0.400028D+02 0.125134D+03 589883+ 224065 000:31:55 0.401301D+02 0.125134D+03 600853 228225 000:32:25 0.402211D+02 0.125134D+03 612018 232287 000:32:55 0.403681D+02 0.125134D+03 622629+ 236395 000:33:25 0.405060D+02 0.125134D+03 * 626130+ 231177 000:33:33 0.405061D+02 0.113782D+03 * 626132 231112 000:33:33 0.405061D+02 0.113715D+03 636973+ 234848 000:34:03 0.406484D+02 0.113715D+03 647979 238795 000:34:33 0.407626D+02 0.113715D+03 657850+ 242639 000:35:03 0.407626D+02 0.113715D+03 666823 246386 000:35:33 0.407626D+02 0.113715D+03 678000 250301 000:36:03 0.408525D+02 0.113715D+03 689058 254223 000:36:33 0.409739D+02 0.113715D+03 700333+ 258020 000:37:03 0.410341D+02 0.113715D+03 711633+ 262221 000:37:33 0.411038D+02 0.113715D+03 721945 266035 000:38:03 0.412254D+02 0.113715D+03 733954 269647 000:38:33 0.413313D+02 0.113715D+03 745728 273596 000:39:03 0.414859D+02 0.113715D+03 757372+ 277666 000:39:33 0.415679D+02 0.113715D+03 768362 281726 000:40:03 0.416608D+02 0.113715D+03 779903 285807 000:40:33 0.417930D+02 0.113715D+03 791216 289382 000:41:03 0.419312D+02 0.113715D+03 802390+ 293129 000:41:33 0.420362D+02 0.113715D+03 813559 296699 000:42:03 0.421451D+02 0.113715D+03 824809+ 300416 000:42:33 0.422669D+02 0.113715D+03 836384 304488 000:43:03 0.423871D+02 0.113715D+03 848297+ 308469 000:43:33 0.424868D+02 0.113715D+03 860033+ 311980 000:44:03 0.425916D+02 0.113715D+03 870421+ 316205 000:44:33 0.426549D+02 0.113715D+03 881171+ 320015 000:45:03 0.427755D+02 0.113715D+03 892650 323945 000:45:33 0.428666D+02 0.113715D+03 904014+ 327829 000:46:03 0.429839D+02 0.113715D+03 915139+ 331711 000:46:33 0.430704D+02 0.113715D+03 925645 335307 000:47:03 0.431683D+02 0.113715D+03 936699+ 339467 000:47:33 0.432599D+02 0.113715D+03 948973 343826 000:48:03 0.433096D+02 0.113715D+03 960803+ 347783 000:48:33 0.433928D+02 0.113715D+03 972567+ 351861 000:49:03 0.434655D+02 0.113715D+03 983793+ 355636 000:49:33 0.435901D+02 0.113715D+03 994809+ 359253 000:50:03 0.436912D+02 0.113715D+03 1000000 361058 000:50:18 0.437431D+02 0.113715D+03 1011245+ 364586 000:50:48 0.438427D+02 0.113715D+03 1022431+ 368442 000:51:18 0.439161D+02 0.113715D+03 1034075 372249 000:51:48 0.440024D+02 0.113715D+03 1046165+ 375935 000:52:18 0.441080D+02 0.113715D+03 1057693 379703 000:52:48 0.442071D+02 0.113715D+03 1069448+ 383380 000:53:18 0.442926D+02 0.113715D+03 1080005+ 387061 000:53:48 0.443744D+02 0.113715D+03 1092558+ 390844 000:54:18 0.444351D+02 0.113715D+03 1103965+ 394607 000:54:48 0.445265D+02 0.113715D+03 1115831 398567 000:55:18 0.446000D+02 0.113715D+03 1128705+ 402413 000:55:48 0.446793D+02 0.113715D+03 1140770+ 406145 000:56:18 0.447659D+02 0.113715D+03 1152731+ 409665 000:56:48 0.448488D+02 0.113715D+03 1164657+ 413277 000:57:18 0.449452D+02 0.113715D+03 1176154+ 417325 000:57:48 0.449879D+02 0.113715D+03 1188169 421048 000:58:18 0.450854D+02 0.113715D+03 1199393+ 424610 000:58:48 0.451651D+02 0.113715D+03 1210938+ 428213 000:59:18 0.452584D+02 0.113715D+03 1222666+ 432147 000:59:48 0.453261D+02 0.113715D+03 1234145+ 435923 001:00:18 0.454096D+02 0.113715D+03 1245585+ 439509 001:00:48 0.454752D+02 0.113715D+03 1257789 443452 001:01:18 0.455523D+02 0.113715D+03 1269139+ 447183 001:01:48 0.456179D+02 0.113715D+03 1282933+ 451386 001:02:18 0.456901D+02 0.113715D+03 1294976 455005 001:02:48 0.457761D+02 0.113715D+03 1308065+ 459606 001:03:18 0.458485D+02 0.113715D+03 1319578 463447 001:03:48 0.459226D+02 0.113715D+03 1331657 467379 001:04:18 0.460042D+02 0.113715D+03 1343959+ 470912 001:04:48 0.460850D+02 0.113715D+03 1356593 475202 001:05:18 0.461625D+02 0.113715D+03 1368312+ 478708 001:05:48 0.462438D+02 0.113715D+03 1379954+ 482616 001:06:18 0.463273D+02 0.113715D+03 1391547+ 486438 001:06:48 0.463831D+02 0.113715D+03 1403497+ 490299 001:07:18 0.464337D+02 0.113715D+03 1415454+ 493829 001:07:48 0.465059D+02 0.113715D+03 1426527 497758 001:08:18 0.465154D+02 0.113715D+03 1439406 501494 001:08:48 0.465288D+02 0.113715D+03 1452263 504824 001:09:18 0.465743D+02 0.113715D+03 1464205 508272 001:09:48 0.466532D+02 0.113715D+03 1475499 512425 001:10:18 0.466895D+02 0.113715D+03 1487725 516273 001:10:48 0.467421D+02 0.113715D+03 1499418 520289 001:11:18 0.467562D+02 0.113715D+03 1511710+ 524011 001:11:48 0.468176D+02 0.113715D+03 1524321+ 527667 001:12:18 0.468703D+02 0.113715D+03 1536828+ 531257 001:12:48 0.469270D+02 0.113715D+03 1548813 534831 001:13:18 0.469851D+02 0.113715D+03 1560320+ 538492 001:13:48 0.470425D+02 0.113715D+03 1572892 542379 001:14:18 0.471140D+02 0.113715D+03 1585615 545982 001:14:48 0.471826D+02 0.113715D+03 1597621+ 549547 001:15:18 0.472578D+02 0.113715D+03 1610066 553651 001:15:48 0.473064D+02 0.113715D+03 1622223+ 557393 001:16:18 0.473695D+02 0.113715D+03 * 1631876 550452 001:16:44 0.474236D+02 0.109398D+03 1643898+ 553931 001:17:14 0.474941D+02 0.109398D+03 1656046+ 557641 001:17:44 0.475589D+02 0.109398D+03 1667903 561451 001:18:14 0.476109D+02 0.109398D+03 1679120+ 565111 001:18:44 0.476701D+02 0.109398D+03 1691127 568771 001:19:14 0.477211D+02 0.109398D+03 1703839 572705 001:19:44 0.477809D+02 0.109398D+03 1715661 576368 001:20:14 0.478400D+02 0.109398D+03 1728107+ 580284 001:20:44 0.479028D+02 0.109398D+03 1740489 584480 001:21:14 0.479028D+02 0.109398D+03 1752399+ 588261 001:21:44 0.479567D+02 0.109398D+03 1764967+ 591836 001:22:14 0.480252D+02 0.109398D+03 1776861+ 595324 001:22:44 0.480927D+02 0.109398D+03 1788733 598636 001:23:14 0.481605D+02 0.109398D+03 1800211+ 602182 001:23:44 0.482183D+02 0.109398D+03 1812054+ 606027 001:24:14 0.482726D+02 0.109398D+03 1823941 609340 001:24:44 0.483329D+02 0.109398D+03 1836597 612871 001:25:14 0.483939D+02 0.109398D+03 1848975 616521 001:25:44 0.484566D+02 0.109398D+03 1860551 620702 001:26:14 0.484736D+02 0.109398D+03 1872642+ 624093 001:26:44 0.484974D+02 0.109398D+03 1885565 627652 001:27:14 0.484974D+02 0.109398D+03 1895449+ 631262 001:27:44 0.484974D+02 0.109398D+03 1907893 634847 001:28:14 0.485216D+02 0.109398D+03 1919704+ 638518 001:28:44 0.485728D+02 0.109398D+03 1931441+ 641752 001:29:14 0.486266D+02 0.109398D+03 1942159+ 645310 001:29:44 0.486678D+02 0.109398D+03 1953443+ 648591 001:30:14 0.487244D+02 0.109398D+03 1964326+ 652033 001:30:44 0.487765D+02 0.109398D+03 1976100+ 655418 001:31:14 0.488284D+02 0.109398D+03 1988345+ 659123 001:31:44 0.488788D+02 0.109398D+03 2000000 662866 001:32:11 0.489106D+02 0.109398D+03 2011854+ 666460 001:32:41 0.489636D+02 0.109398D+03 2024005 670026 001:33:11 0.490213D+02 0.109398D+03 2036021+ 673609 001:33:41 0.490704D+02 0.109398D+03 2048313+ 677049 001:34:11 0.491129D+02 0.109398D+03 2060492+ 680741 001:34:41 0.491619D+02 0.109398D+03 2072492 684170 001:35:11 0.492230D+02 0.109398D+03 2084852+ 687671 001:35:41 0.492814D+02 0.109398D+03 2097298 691313 001:36:11 0.493321D+02 0.109398D+03 2109561+ 694744 001:36:41 0.493937D+02 0.109398D+03 2122441 698340 001:37:11 0.494468D+02 0.109398D+03 2134981 701912 001:37:41 0.495066D+02 0.109398D+03 2147315 705592 001:38:11 0.495427D+02 0.109398D+03 2159820+ 708965 001:38:41 0.495832D+02 0.109398D+03 2171836+ 712100 001:39:11 0.496330D+02 0.109398D+03 2184144+ 715264 001:39:41 0.496701D+02 0.109398D+03 2195786+ 718679 001:40:11 0.497118D+02 0.109398D+03 2207524 722247 001:40:41 0.497536D+02 0.109398D+03 2219310 725702 001:41:11 0.498070D+02 0.109398D+03 2231284+ 729003 001:41:41 0.498543D+02 0.109398D+03 2244266+ 732613 001:42:11 0.498884D+02 0.109398D+03 2256759+ 736013 001:42:41 0.499327D+02 0.109398D+03 2269767 739368 001:43:11 0.499851D+02 0.109398D+03 2282493+ 742975 001:43:41 0.500368D+02 0.109398D+03 2294967+ 746699 001:44:11 0.500867D+02 0.109398D+03 2306340 749959 001:44:41 0.501287D+02 0.109398D+03 2318621+ 754301 001:45:11 0.501528D+02 0.109398D+03 2331500+ 757924 001:45:41 0.501846D+02 0.109398D+03 2343945+ 761340 001:46:11 0.502304D+02 0.109398D+03 2355285+ 764595 001:46:41 0.502737D+02 0.109398D+03 2368297 768158 001:47:11 0.503112D+02 0.109398D+03 2381015+ 771695 001:47:41 0.503587D+02 0.109398D+03 2393372 775641 001:48:11 0.503759D+02 0.109398D+03 2405712 779597 001:48:41 0.503759D+02 0.109398D+03 2419286+ 783246 001:49:11 0.503912D+02 0.109398D+03 2431769+ 786514 001:49:41 0.504371D+02 0.109398D+03 2443671 789656 001:50:11 0.504752D+02 0.109398D+03 2456390+ 793519 001:50:41 0.505103D+02 0.109398D+03 2468956+ 797040 001:51:11 0.505448D+02 0.109398D+03 2480711+ 799977 001:51:41 0.505814D+02 0.109398D+03 2490504+ 802442 001:52:11 0.505970D+02 0.109398D+03 2502570+ 805355 001:52:41 0.506443D+02 0.109398D+03 2514873+ 808684 001:53:12 0.506784D+02 0.109398D+03 2527125 811925 001:53:42 0.507310D+02 0.109398D+03 2539717+ 814852 001:54:12 0.507634D+02 0.109398D+03 2551256 817529 001:54:42 0.507896D+02 0.109398D+03 2563805+ 820416 001:55:12 0.508068D+02 0.109398D+03 2576108+ 824037 001:55:42 0.508247D+02 0.109398D+03 2589549+ 827092 001:56:12 0.508590D+02 0.109398D+03 2602075+ 830269 001:56:42 0.508953D+02 0.109398D+03 2615501+ 833193 001:57:12 0.509343D+02 0.109398D+03 2629067 836110 001:57:42 0.509709D+02 0.109398D+03 2642013+ 839288 001:58:12 0.510227D+02 0.109398D+03 2655415+ 842320 001:58:42 0.510599D+02 0.109398D+03 2667995 845519 001:59:12 0.510955D+02 0.109398D+03 2681208+ 848900 001:59:42 0.511367D+02 0.109398D+03 2689382 851050 002:00:00 0.511653D+02 0.109398D+03 *** Max. allowable CPU time exceeded *** LP subsolver time: 001:25:30, in seconds: 5130.42 NLP subsolver time: 000:12:40, in seconds: 760.49 Cutting time: 000:01:47, in seconds: 106.57 All other time: 000:20:03, in seconds: 1202.53 Total time elapsed: 002:00:00, in seconds: 7200.00 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.23 on navigating: 000:01:13, in seconds: 73.05 on relaxed: 000:44:30, in seconds: 2669.71 on local: 000:12:01, in seconds: 720.57 on tightening: 000:08:44, in seconds: 523.94 on marginals: 000:00:07, in seconds: 7.45 on probing: 000:53:25, in seconds: 3205.04 Total no. of BaR iterations: 2689382 Best solution found at node: 1631876 Max. no. of nodes in memory: 851050 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 337783534 106.57 All done =========================================================================== Solution = 109.397525285 found at node 1631876 Best possible = 51.1652621554 Absolute gap = 58.2322631296 optca = 1E-9 Relative gap = 1.13812 optcr = 1E-6 --- Restarting execution --- no7_ar3_1.gms(668) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job no7_ar3_1.gms Stop 11/21/12 01:26:12 elapsed 2:00:21.357 @04 1353457572 ----------------------------- Mi 21. Nov 01:26:12 CET 2012 ----------------------------- =ready= Linux opt210 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/no7_ar4_1.gms =========== ----------------------------- Di 20. Nov 23:28:22 CET 2012 ----------------------------- @03 1353450502 --- Job no7_ar4_1.gms Start 11/20/12 23:28:22 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- no7_ar4_1.gms(668) 2 Mb --- Starting execution: elapsed 0:00:00.030 --- no7_ar4_1.gms(663) 3 Mb --- Generating MINLP model m --- no7_ar4_1.gms(668) 5 Mb --- 270 rows 113 columns 1,061 non-zeroes --- 71 nl-code 14 nl-non-zeroes --- 42 discrete-columns --- no7_ar4_1.gms(668) 3 Mb --- Executing BARON: elapsed 0:00:00.038 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 10034356 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.000000D+00 0.100000D+52 1 1 000:00:00 0.000000D+00 0.100000D+52 3731 2021 000:00:30 0.179116D+02 0.100000D+52 * 3874 2074 000:00:31 0.179325D+02 0.122382D+03 11672 5893 000:01:01 0.252694D+02 0.122382D+03 26634 13010 000:01:45 0.254484D+02 0.122382D+03 35980 17371 000:02:15 0.292570D+02 0.122382D+03 45229+ 21334 000:02:45 0.307376D+02 0.122382D+03 54273 25273 000:03:15 0.328547D+02 0.122382D+03 63767+ 29437 000:03:45 0.340382D+02 0.122382D+03 * 71230 31892 000:04:09 0.350064D+02 0.114480D+03 80346+ 35484 000:04:39 0.359282D+02 0.114480D+03 89665+ 39374 000:05:09 0.365895D+02 0.114480D+03 99593+ 43403 000:05:39 0.373347D+02 0.114480D+03 108825 46990 000:06:09 0.379248D+02 0.114480D+03 117827+ 50921 000:06:39 0.383950D+02 0.114480D+03 127066+ 54985 000:07:09 0.390375D+02 0.114480D+03 135931 58840 000:07:39 0.396641D+02 0.114480D+03 144791+ 62598 000:08:09 0.401569D+02 0.114480D+03 153810 66424 000:08:39 0.406865D+02 0.114480D+03 162975+ 70076 000:09:09 0.412589D+02 0.114480D+03 172378+ 73927 000:09:39 0.417346D+02 0.114480D+03 181357+ 77616 000:10:09 0.421507D+02 0.114480D+03 190845+ 81477 000:10:39 0.423609D+02 0.114480D+03 200146 85237 000:11:09 0.427550D+02 0.114480D+03 209443+ 88849 000:11:39 0.430997D+02 0.114480D+03 219179+ 92612 000:12:09 0.435516D+02 0.114480D+03 228868+ 96084 000:12:39 0.440059D+02 0.114480D+03 237890+ 99325 000:13:09 0.442621D+02 0.114480D+03 247142+ 102958 000:13:39 0.445756D+02 0.114480D+03 256451+ 106326 000:14:09 0.449299D+02 0.114480D+03 265391+ 109654 000:14:39 0.452422D+02 0.114480D+03 * 273156 104379 000:15:04 0.454588D+02 0.100419D+03 283438+ 108024 000:15:34 0.457047D+02 0.100419D+03 293095+ 111304 000:16:04 0.460403D+02 0.100419D+03 302515 114715 000:16:34 0.463155D+02 0.100419D+03 311919+ 118051 000:17:04 0.466088D+02 0.100419D+03 321337+ 121398 000:17:34 0.468800D+02 0.100419D+03 331065+ 124680 000:18:04 0.471692D+02 0.100419D+03 341552 128048 000:18:34 0.474718D+02 0.100419D+03 351448 131222 000:19:05 0.476679D+02 0.100419D+03 361368+ 134349 000:19:35 0.479083D+02 0.100419D+03 370991+ 137437 000:20:05 0.481543D+02 0.100419D+03 380577 140555 000:20:35 0.483732D+02 0.100419D+03 390063+ 143589 000:21:05 0.485945D+02 0.100419D+03 400233+ 146868 000:21:35 0.488243D+02 0.100419D+03 410835 150108 000:22:05 0.490568D+02 0.100419D+03 421845+ 153922 000:22:35 0.492276D+02 0.100419D+03 432203 157452 000:23:05 0.494397D+02 0.100419D+03 442863 160883 000:23:35 0.496272D+02 0.100419D+03 454014 164396 000:24:05 0.498252D+02 0.100419D+03 464775+ 167783 000:24:35 0.500050D+02 0.100419D+03 475596+ 170995 000:25:05 0.502032D+02 0.100419D+03 485986 174180 000:25:35 0.503870D+02 0.100419D+03 496559 177879 000:26:05 0.505543D+02 0.100419D+03 507428+ 181127 000:26:35 0.507349D+02 0.100419D+03 518716 184683 000:27:05 0.508828D+02 0.100419D+03 529447+ 187881 000:27:35 0.510602D+02 0.100419D+03 539557 191038 000:28:05 0.512525D+02 0.100419D+03 549910 194070 000:28:35 0.514505D+02 0.100419D+03 559825+ 197235 000:29:05 0.516311D+02 0.100419D+03 571040+ 200733 000:29:35 0.518117D+02 0.100419D+03 582190 204176 000:30:05 0.519614D+02 0.100419D+03 592146 207341 000:30:35 0.521327D+02 0.100419D+03 602820 210754 000:31:05 0.522998D+02 0.100419D+03 613414 213985 000:31:35 0.524439D+02 0.100419D+03 624850 217394 000:32:05 0.525508D+02 0.100419D+03 634716 220380 000:32:35 0.527032D+02 0.100419D+03 644617+ 223651 000:33:05 0.528232D+02 0.100419D+03 655051 227011 000:33:35 0.529339D+02 0.100419D+03 665831+ 230260 000:34:05 0.530748D+02 0.100419D+03 676985+ 233672 000:34:35 0.532215D+02 0.100419D+03 687513 236697 000:35:05 0.533845D+02 0.100419D+03 698954 240027 000:35:35 0.534898D+02 0.100419D+03 709672+ 243236 000:36:05 0.536271D+02 0.100419D+03 720282+ 246404 000:36:35 0.537880D+02 0.100419D+03 730462+ 249340 000:37:05 0.539277D+02 0.100419D+03 740947+ 252438 000:37:35 0.540857D+02 0.100419D+03 751395+ 255499 000:38:05 0.542402D+02 0.100419D+03 762449+ 258784 000:38:35 0.543685D+02 0.100419D+03 774221+ 261881 000:39:05 0.544991D+02 0.100419D+03 785052 265053 000:39:35 0.546266D+02 0.100419D+03 795338 268006 000:40:05 0.547388D+02 0.100419D+03 806925+ 271331 000:40:35 0.548704D+02 0.100419D+03 817379+ 274521 000:41:05 0.549824D+02 0.100419D+03 827724 277621 000:41:35 0.550901D+02 0.100419D+03 838787 280835 000:42:05 0.552230D+02 0.100419D+03 849285+ 283994 000:42:35 0.553388D+02 0.100419D+03 860259+ 287416 000:43:05 0.554536D+02 0.100419D+03 871419+ 290615 000:43:35 0.555665D+02 0.100419D+03 882343 293908 000:44:05 0.556648D+02 0.100419D+03 892963+ 296965 000:44:35 0.557888D+02 0.100419D+03 904085 300052 000:45:05 0.559138D+02 0.100419D+03 915081+ 303198 000:45:35 0.560278D+02 0.100419D+03 925814+ 306096 000:46:05 0.561568D+02 0.100419D+03 937049 309323 000:46:35 0.562827D+02 0.100419D+03 947865+ 312238 000:47:05 0.564039D+02 0.100419D+03 958753+ 315378 000:47:35 0.565213D+02 0.100419D+03 969679+ 318673 000:48:05 0.566149D+02 0.100419D+03 980122 321527 000:48:35 0.567225D+02 0.100419D+03 990576 324628 000:49:05 0.568295D+02 0.100419D+03 1000000 327327 000:49:31 0.569281D+02 0.100419D+03 1010645 330180 000:50:01 0.570281D+02 0.100419D+03 1020699+ 332910 000:50:31 0.571361D+02 0.100419D+03 1032165+ 336233 000:51:01 0.572189D+02 0.100419D+03 1042055+ 339248 000:51:31 0.573065D+02 0.100419D+03 1052863 342208 000:52:01 0.574056D+02 0.100419D+03 1063345 345501 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0.642266D+02 0.988835D+02 2139122+ 604401 001:40:16 0.642820D+02 0.988835D+02 2150737 606947 001:40:46 0.643397D+02 0.988835D+02 2162589+ 609500 001:41:16 0.643960D+02 0.988835D+02 2174211+ 612157 001:41:46 0.644477D+02 0.988835D+02 2186118+ 614741 001:42:16 0.644967D+02 0.988835D+02 2198782 617502 001:42:46 0.645438D+02 0.988835D+02 2211100 620320 001:43:16 0.645997D+02 0.988835D+02 2222450+ 622838 001:43:46 0.646551D+02 0.988835D+02 2234205 625516 001:44:16 0.647073D+02 0.988835D+02 2245973+ 628133 001:44:46 0.647581D+02 0.988835D+02 2257601+ 630602 001:45:16 0.648042D+02 0.988835D+02 2269429 633004 001:45:46 0.648528D+02 0.988835D+02 2281579+ 635626 001:46:16 0.649097D+02 0.988835D+02 2293903+ 638216 001:46:46 0.649610D+02 0.988835D+02 2305438 640756 001:47:16 0.650131D+02 0.988835D+02 2317241 643277 001:47:46 0.650642D+02 0.988835D+02 2328990 645764 001:48:16 0.651188D+02 0.988835D+02 2341078+ 648342 001:48:46 0.651676D+02 0.988835D+02 2353078 650701 001:49:16 0.652204D+02 0.988835D+02 2364606 653111 001:49:46 0.652724D+02 0.988835D+02 2376515 655593 001:50:16 0.653245D+02 0.988835D+02 2388102 657974 001:50:46 0.653776D+02 0.988835D+02 2400389+ 660375 001:51:16 0.654238D+02 0.988835D+02 2412303 662830 001:51:46 0.654649D+02 0.988835D+02 2424599 665272 001:52:16 0.655126D+02 0.988835D+02 2436322+ 667494 001:52:46 0.655638D+02 0.988835D+02 2448173+ 669982 001:53:16 0.656125D+02 0.988835D+02 2460407 672467 001:53:46 0.656649D+02 0.988835D+02 2472357 674790 001:54:17 0.657111D+02 0.988835D+02 2484837+ 677191 001:54:47 0.657599D+02 0.988835D+02 2495958+ 679495 001:55:17 0.658098D+02 0.988835D+02 2507761 681738 001:55:47 0.658600D+02 0.988835D+02 2520954 683835 001:56:17 0.659032D+02 0.988835D+02 2533395+ 686417 001:56:47 0.659502D+02 0.988835D+02 2545207 688729 001:57:17 0.659981D+02 0.988835D+02 2556394 691135 001:57:47 0.660405D+02 0.988835D+02 2567897 693672 001:58:17 0.660888D+02 0.988835D+02 2580469+ 696158 001:58:47 0.661351D+02 0.988835D+02 2592597+ 698646 001:59:17 0.661831D+02 0.988835D+02 2604337+ 701107 001:59:47 0.662328D+02 0.988835D+02 2609937 702130 002:00:00 0.662550D+02 0.988835D+02 *** Max. allowable CPU time exceeded *** LP subsolver time: 001:27:11, in seconds: 5230.97 NLP subsolver time: 000:11:21, in seconds: 680.92 Cutting time: 000:01:40, in seconds: 100.23 All other time: 000:19:48, in seconds: 1187.87 Total time elapsed: 002:00:00, in seconds: 7200.00 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.21 on navigating: 000:01:09, in seconds: 69.21 on relaxed: 000:44:20, in seconds: 2660.48 on local: 000:10:35, in seconds: 634.75 on tightening: 000:08:55, in seconds: 534.85 on marginals: 000:00:07, in seconds: 7.36 on probing: 000:54:53, in seconds: 3293.13 Total no. of BaR iterations: 2609937 Best solution found at node: 1085136 Max. no. of nodes in memory: 702130 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 331327743 100.23 All done =========================================================================== Solution = 98.8834634533 found at node 1085136 Best possible = 66.2549734151 Absolute gap = 32.6284900382 optca = 1E-9 Relative gap = 0.49247 optcr = 1E-6 --- Restarting execution --- no7_ar4_1.gms(668) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job no7_ar4_1.gms Stop 11/21/12 01:28:41 elapsed 2:00:19.863 @04 1353457721 ----------------------------- Mi 21. Nov 01:28:41 CET 2012 ----------------------------- =ready= Linux opt221 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/no7_ar5_1.gms =========== ----------------------------- Di 20. Nov 23:37:27 CET 2012 ----------------------------- @03 1353451047 --- Job no7_ar5_1.gms Start 11/20/12 23:37:27 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- no7_ar5_1.gms(668) 2 Mb --- Starting execution: elapsed 0:00:00.026 --- no7_ar5_1.gms(663) 3 Mb --- Generating MINLP model m --- no7_ar5_1.gms(668) 5 Mb --- 270 rows 113 columns 1,061 non-zeroes --- 71 nl-code 14 nl-non-zeroes --- 42 discrete-columns --- no7_ar5_1.gms(668) 3 Mb --- Executing BARON: elapsed 0:00:00.033 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 10034356 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.000000D+00 0.100000D+52 1 1 000:00:01 0.000000D+00 0.100000D+52 2651 1694 000:00:31 0.186361D+02 0.100000D+52 4958+ 3134 000:01:01 0.204189D+02 0.100000D+52 7354 4578 000:01:31 0.216206D+02 0.100000D+52 9636 5932 000:02:01 0.225621D+02 0.100000D+52 11722 7142 000:02:31 0.233770D+02 0.100000D+52 * 12728 7557 000:02:43 0.237794D+02 0.119231D+03 16927 9972 000:03:13 0.246162D+02 0.119231D+03 21240 12490 000:03:43 0.253934D+02 0.119231D+03 25273 14857 000:04:13 0.257929D+02 0.119231D+03 29612 17326 000:04:43 0.265868D+02 0.119231D+03 33721 19671 000:05:13 0.272335D+02 0.119231D+03 37698 21877 000:05:43 0.279546D+02 0.119231D+03 42015+ 24264 000:06:13 0.286608D+02 0.119231D+03 45971+ 26517 000:06:43 0.290417D+02 0.119231D+03 50544 29036 000:07:13 0.295468D+02 0.119231D+03 55244 31613 000:07:43 0.301175D+02 0.119231D+03 59942 34188 000:08:13 0.306229D+02 0.119231D+03 64250 36548 000:08:43 0.310291D+02 0.119231D+03 68376 38734 000:09:13 0.314300D+02 0.119231D+03 72549+ 40978 000:09:43 0.317582D+02 0.119231D+03 77500 43667 000:10:13 0.321834D+02 0.119231D+03 82338+ 46315 000:10:43 0.325474D+02 0.119231D+03 * 86916 48704 000:11:12 0.328949D+02 0.118722D+03 90606 50723 000:11:42 0.331560D+02 0.118722D+03 95446 53296 000:12:12 0.334952D+02 0.118722D+03 99987+ 55675 000:12:42 0.337928D+02 0.118722D+03 104372 57956 000:13:12 0.340960D+02 0.118722D+03 108900 60355 000:13:42 0.343407D+02 0.118722D+03 113042 62494 000:14:12 0.346448D+02 0.118722D+03 117579 64873 000:14:42 0.349174D+02 0.118722D+03 * 118968 65441 000:14:51 0.349996D+02 0.117774D+03 123491 67846 000:15:21 0.352834D+02 0.117774D+03 127994 70192 000:15:51 0.355475D+02 0.117774D+03 132050 72339 000:16:21 0.357344D+02 0.117774D+03 136472 74608 000:16:51 0.359510D+02 0.117774D+03 140804 76803 000:17:21 0.361420D+02 0.117774D+03 145438+ 79222 000:17:51 0.364168D+02 0.117774D+03 149454 81326 000:18:21 0.366510D+02 0.117774D+03 153877+ 83601 000:18:51 0.368886D+02 0.117774D+03 157796 85647 000:19:21 0.370664D+02 0.117774D+03 161935+ 87804 000:19:51 0.372697D+02 0.117774D+03 165568+ 89729 000:20:21 0.374438D+02 0.117774D+03 169594 91796 000:20:51 0.376466D+02 0.117774D+03 174063 94108 000:21:21 0.378351D+02 0.117774D+03 178719 96518 000:21:51 0.379741D+02 0.117774D+03 182982+ 98702 000:22:21 0.381543D+02 0.117774D+03 187235 100834 000:22:51 0.383372D+02 0.117774D+03 191857+ 103200 000:23:21 0.385325D+02 0.117774D+03 196374 105442 000:23:51 0.386813D+02 0.117774D+03 199902+ 107303 000:24:21 0.387961D+02 0.117774D+03 203922 109312 000:24:51 0.389502D+02 0.117774D+03 208494 111603 000:25:21 0.391107D+02 0.117774D+03 * 208614 104802 000:25:23 0.391184D+02 0.105838D+03 213407 107198 000:25:53 0.392970D+02 0.105838D+03 217749+ 109343 000:26:23 0.394453D+02 0.105838D+03 221878 111346 000:26:53 0.395819D+02 0.105838D+03 225850 113303 000:27:23 0.397116D+02 0.105838D+03 230207 115402 000:27:53 0.398677D+02 0.105838D+03 234315 117435 000:28:23 0.399914D+02 0.105838D+03 238231 119416 000:28:53 0.401109D+02 0.105838D+03 242045 121285 000:29:23 0.401888D+02 0.105838D+03 246428 123408 000:29:53 0.402958D+02 0.105838D+03 250821 125591 000:30:23 0.404119D+02 0.105838D+03 254616 127508 000:30:53 0.405199D+02 0.105838D+03 258600 129482 000:31:23 0.406297D+02 0.105838D+03 263002 131639 000:31:53 0.407612D+02 0.105838D+03 266628 133424 000:32:23 0.408764D+02 0.105838D+03 269737 134960 000:32:53 0.409502D+02 0.105838D+03 274089 137077 000:33:23 0.410660D+02 0.105838D+03 278268 139102 000:33:53 0.411888D+02 0.105838D+03 282960 141405 000:34:23 0.413332D+02 0.105838D+03 286636 143228 000:34:53 0.414096D+02 0.105838D+03 290970 145337 000:35:23 0.415127D+02 0.105838D+03 294864 147260 000:35:53 0.416050D+02 0.105838D+03 299136 149384 000:36:23 0.417158D+02 0.105838D+03 303002 151361 000:36:53 0.418105D+02 0.105838D+03 307461 153522 000:37:23 0.419272D+02 0.105838D+03 311826 155554 000:37:53 0.420344D+02 0.105838D+03 316577+ 157845 000:38:23 0.421583D+02 0.105838D+03 320952 159968 000:38:53 0.422677D+02 0.105838D+03 325082 161971 000:39:23 0.423566D+02 0.105838D+03 329740 164170 000:39:53 0.424584D+02 0.105838D+03 333144+ 165783 000:40:23 0.425262D+02 0.105838D+03 337510 167830 000:40:53 0.426304D+02 0.105838D+03 341654 169818 000:41:23 0.427169D+02 0.105838D+03 345755 171778 000:41:53 0.427868D+02 0.105838D+03 349826 173735 000:42:23 0.428730D+02 0.105838D+03 353803+ 175664 000:42:53 0.429666D+02 0.105838D+03 358188 177711 000:43:23 0.430555D+02 0.105838D+03 361813 179459 000:43:53 0.431335D+02 0.105838D+03 365489 181161 000:44:23 0.432081D+02 0.105838D+03 370095 183313 000:44:53 0.433008D+02 0.105838D+03 374216 185280 000:45:23 0.433865D+02 0.105838D+03 378125+ 187085 000:45:53 0.434614D+02 0.105838D+03 382317 189084 000:46:24 0.435234D+02 0.105838D+03 385886 190758 000:46:54 0.435632D+02 0.105838D+03 389764 192627 000:47:24 0.436261D+02 0.105838D+03 393702 194481 000:47:54 0.437050D+02 0.105838D+03 397835 196394 000:48:24 0.437910D+02 0.105838D+03 402378 198530 000:48:54 0.438657D+02 0.105838D+03 406529 200545 000:49:24 0.439446D+02 0.105838D+03 411062 202691 000:49:54 0.440190D+02 0.105838D+03 414661 204449 000:50:24 0.440854D+02 0.105838D+03 418523 206320 000:50:54 0.441586D+02 0.105838D+03 422706 208360 000:51:24 0.442283D+02 0.105838D+03 426900 210341 000:51:54 0.442946D+02 0.105838D+03 430935 212247 000:52:24 0.443648D+02 0.105838D+03 435081 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519402 253328 001:02:55 0.456778D+02 0.105838D+03 523869 255396 001:03:25 0.457402D+02 0.105838D+03 527633 257192 001:03:55 0.457829D+02 0.105838D+03 532339 259413 001:04:25 0.458496D+02 0.105838D+03 537232 261686 001:04:55 0.459090D+02 0.105838D+03 541497 263697 001:05:25 0.459633D+02 0.105838D+03 545996 265775 001:05:55 0.460189D+02 0.105838D+03 550475 267831 001:06:25 0.460862D+02 0.105838D+03 554559 269646 001:06:55 0.461471D+02 0.105838D+03 558692+ 271505 001:07:25 0.462067D+02 0.105838D+03 563033+ 273576 001:07:55 0.462629D+02 0.105838D+03 567316 275461 001:08:25 0.463204D+02 0.105838D+03 571900 277577 001:08:55 0.463761D+02 0.105838D+03 576046+ 279484 001:09:25 0.464255D+02 0.105838D+03 580609 281556 001:09:55 0.464866D+02 0.105838D+03 584626 283414 001:10:25 0.465374D+02 0.105838D+03 588786 285351 001:10:56 0.465887D+02 0.105838D+03 593126 287288 001:11:26 0.466491D+02 0.105838D+03 597584 289283 001:11:56 0.467071D+02 0.105838D+03 601985 291348 001:12:26 0.467624D+02 0.105838D+03 606079+ 293155 001:12:56 0.468168D+02 0.105838D+03 610501 295132 001:13:26 0.468691D+02 0.105838D+03 614631 296999 001:13:56 0.469189D+02 0.105838D+03 618778 298864 001:14:26 0.469731D+02 0.105838D+03 623004 300761 001:14:56 0.470287D+02 0.105838D+03 627412 302844 001:15:26 0.470875D+02 0.105838D+03 631541+ 304706 001:15:56 0.471375D+02 0.105838D+03 635578+ 306536 001:16:26 0.471908D+02 0.105838D+03 640034 308525 001:16:56 0.472446D+02 0.105838D+03 644061 310332 001:17:26 0.472927D+02 0.105838D+03 648544 312385 001:17:56 0.473480D+02 0.105838D+03 652734 314220 001:18:26 0.473967D+02 0.105838D+03 656767 316035 001:18:56 0.474409D+02 0.105838D+03 661045+ 318018 001:19:27 0.474881D+02 0.105838D+03 665330 320005 001:19:57 0.475387D+02 0.105838D+03 669789 322066 001:20:27 0.475791D+02 0.105838D+03 674083 324006 001:20:57 0.476295D+02 0.105838D+03 678278 325801 001:21:27 0.476816D+02 0.105838D+03 682266 327611 001:21:57 0.477263D+02 0.105838D+03 686363 329477 001:22:27 0.477710D+02 0.105838D+03 690942 331479 001:22:57 0.478197D+02 0.105838D+03 695487 333528 001:23:27 0.478624D+02 0.105838D+03 699949 335549 001:23:57 0.479082D+02 0.105838D+03 704135 337447 001:24:27 0.479555D+02 0.105838D+03 708506 339413 001:24:57 0.480069D+02 0.105838D+03 712959 341398 001:25:27 0.480534D+02 0.105838D+03 717105 343295 001:25:57 0.481005D+02 0.105838D+03 721206 345079 001:26:27 0.481410D+02 0.105838D+03 725337 347034 001:26:57 0.481771D+02 0.105838D+03 729820 349134 001:27:27 0.482198D+02 0.105838D+03 733701+ 350837 001:27:57 0.482558D+02 0.105838D+03 738052 352790 001:28:27 0.482980D+02 0.105838D+03 742456 354752 001:28:57 0.483435D+02 0.105838D+03 747019 356964 001:29:27 0.483836D+02 0.105838D+03 750194 358503 001:29:57 0.484120D+02 0.105838D+03 753991+ 360264 001:30:28 0.484442D+02 0.105838D+03 758340 362170 001:30:58 0.484889D+02 0.105838D+03 762509 364015 001:31:28 0.485318D+02 0.105838D+03 767121 365959 001:31:58 0.485844D+02 0.105838D+03 771349 367866 001:32:28 0.486249D+02 0.105838D+03 775392 369624 001:32:58 0.486622D+02 0.105838D+03 779691 371607 001:33:28 0.487008D+02 0.105838D+03 783815+ 373470 001:33:58 0.487406D+02 0.105838D+03 787942 375382 001:34:28 0.487799D+02 0.105838D+03 792558 377456 001:34:58 0.488212D+02 0.105838D+03 797048 379444 001:35:28 0.488650D+02 0.105838D+03 800707 381048 001:35:58 0.488971D+02 0.105838D+03 804949+ 382966 001:36:28 0.489388D+02 0.105838D+03 808743 384673 001:36:58 0.489727D+02 0.105838D+03 813566 386838 001:37:28 0.490177D+02 0.105838D+03 817406 388473 001:37:58 0.490522D+02 0.105838D+03 * 817914 384529 001:38:03 0.490553D+02 0.104423D+03 821850 386259 001:38:33 0.490907D+02 0.104423D+03 826288 388138 001:39:03 0.491334D+02 0.104423D+03 830626 390025 001:39:33 0.491739D+02 0.104423D+03 834942 391863 001:40:03 0.492136D+02 0.104423D+03 839432 393820 001:40:33 0.492545D+02 0.104423D+03 843478 395653 001:41:03 0.492865D+02 0.104423D+03 847870 397560 001:41:33 0.493251D+02 0.104423D+03 852162 399457 001:42:03 0.493658D+02 0.104423D+03 856291 401250 001:42:33 0.494002D+02 0.104423D+03 860616 403127 001:43:03 0.494428D+02 0.104423D+03 864882 404953 001:43:33 0.494789D+02 0.104423D+03 869055 406794 001:44:03 0.495118D+02 0.104423D+03 873161 408620 001:44:33 0.495427D+02 0.104423D+03 877413+ 410448 001:45:03 0.495807D+02 0.104423D+03 881104 412070 001:45:33 0.496048D+02 0.104423D+03 885593 413957 001:46:03 0.496407D+02 0.104423D+03 890139 415937 001:46:33 0.496776D+02 0.104423D+03 894065 417666 001:47:03 0.497149D+02 0.104423D+03 898768 419687 001:47:33 0.497549D+02 0.104423D+03 902729+ 421417 001:48:03 0.497892D+02 0.104423D+03 907202 423328 001:48:33 0.498285D+02 0.104423D+03 911508 425202 001:49:03 0.498664D+02 0.104423D+03 916332 427283 001:49:33 0.499030D+02 0.104423D+03 920552 429072 001:50:03 0.499370D+02 0.104423D+03 924797 430811 001:50:34 0.499699D+02 0.104423D+03 928972 432613 001:51:04 0.500012D+02 0.104423D+03 933000 434377 001:51:34 0.500374D+02 0.104423D+03 937268 436148 001:52:04 0.500717D+02 0.104423D+03 941359 437850 001:52:34 0.501077D+02 0.104423D+03 945554 439603 001:53:04 0.501442D+02 0.104423D+03 949852 441493 001:53:34 0.501797D+02 0.104423D+03 954491 443452 001:54:04 0.502188D+02 0.104423D+03 959078 445431 001:54:34 0.502559D+02 0.104423D+03 963718 447395 001:55:04 0.502954D+02 0.104423D+03 968973 449608 001:55:34 0.503433D+02 0.104423D+03 972823 451229 001:56:04 0.503767D+02 0.104423D+03 976909 452992 001:56:34 0.504087D+02 0.104423D+03 981489 454905 001:57:04 0.504500D+02 0.104423D+03 986444 456963 001:57:34 0.504897D+02 0.104423D+03 * 987610 451489 001:57:41 0.504983D+02 0.102914D+03 991759 453240 001:58:11 0.505278D+02 0.102914D+03 996340 455166 001:58:41 0.505641D+02 0.102914D+03 1000000 456702 001:59:06 0.505916D+02 0.102914D+03 1004689 458608 001:59:36 0.506291D+02 0.102914D+03 1008401 460114 002:00:00 0.506607D+02 0.102914D+03 *** Max. allowable CPU time exceeded *** LP subsolver time: 000:27:51, in seconds: 1671.10 NLP subsolver time: 001:25:14, in seconds: 5114.28 Cutting time: 000:00:24, in seconds: 24.34 All other time: 000:06:30, in seconds: 390.27 Total time elapsed: 002:00:00, in seconds: 7200.00 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.23 on navigating: 000:00:24, in seconds: 24.27 on relaxed: 001:45:08, in seconds: 6308.08 on local: 000:10:30, in seconds: 630.09 on tightening: 000:02:31, in seconds: 151.22 on marginals: 000:00:04, in seconds: 3.52 on probing: 000:01:23, in seconds: 82.58 Total no. of BaR iterations: 1008401 Best solution found at node: 987610 Max. no. of nodes in memory: 460115 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 98918797 24.35 All done =========================================================================== Solution = 102.914033926 found at node 987610 Best possible = 50.6607350587 Absolute gap = 52.2532988673 optca = 1E-9 Relative gap = 1.03144 optcr = 1E-6 --- Restarting execution --- no7_ar5_1.gms(668) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job no7_ar5_1.gms Stop 11/21/12 01:37:46 elapsed 2:00:19.162 @04 1353458266 ----------------------------- Mi 21. Nov 01:37:46 CET 2012 ----------------------------- =ready= Linux opt227 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/nous1.gms =========== ----------------------------- Di 20. Nov 23:49:01 CET 2012 ----------------------------- @03 1353451741 --- Job nous1.gms Start 11/20/12 23:49:01 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- nous1.gms(278) 2 Mb --- Starting execution: elapsed 0:00:00.020 --- nous1.gms(273) 3 Mb --- Generating MINLP model m --- nous1.gms(278) 5 Mb --- 44 rows 51 columns 197 non-zeroes --- 232 nl-code 122 nl-non-zeroes --- 2 discrete-columns --- nous1.gms(278) 3 Mb --- Executing BARON: elapsed 0:00:00.025 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 15789356 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 -0.166933D+01 0.138633D+02 1 1 000:00:01 -0.710020D+00 0.138633D+02 * 175+ 65 000:00:04 0.654045D+00 0.360092D+01 * 664 209 000:00:10 0.107197D+01 0.224790D+01 * 834+ 207 000:00:13 0.111788D+01 0.199140D+01 2730+ 847 000:00:43 0.133795D+01 0.199140D+01 * 4250+ 1485 000:01:11 0.142464D+01 0.197381D+01 * 5678+ 1265 000:01:36 0.147883D+01 0.177801D+01 7428+ 1902 000:02:06 0.152338D+01 0.177801D+01 9117+ 2652 000:02:36 0.155531D+01 0.177801D+01 * 10121 4 000:02:52 0.156707D+01 0.156707D+01 10128 0 000:02:52 0.156707D+01 0.156707D+01 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:02:31, in seconds: 151.45 NLP subsolver time: 000:00:04, in seconds: 4.08 Cutting time: 000:00:00, in seconds: 0.20 All other time: 000:00:16, in seconds: 16.34 Total time elapsed: 000:02:52, in seconds: 172.08 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.19 on navigating: 000:00:01, in seconds: 0.50 on relaxed: 000:00:05, in seconds: 4.78 on local: 000:00:04, in seconds: 3.95 on tightening: 000:00:09, in seconds: 9.33 on marginals: 000:00:00, in seconds: 0.03 on probing: 000:02:33, in seconds: 153.29 Total no. of BaR iterations: 10128 Best solution found at node: 10121 Max. no. of nodes in memory: 3078 Cut generation statistics (number of cuts / CPU sec) Bilinear 96028 0.20 Multilinears 0 0.00 Convexity 0 0.00 All done =========================================================================== Solution = 1.567072 found at node 10121 Best possible = 1.56707043293 Absolute gap = 1.5670699999859E-6 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- nous1.gms(278) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job nous1.gms Stop 11/20/12 23:51:54 elapsed 0:02:52.627 @04 1353451914 ----------------------------- Di 20. Nov 23:51:54 CET 2012 ----------------------------- =ready= Linux opt227 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/nous2.gms =========== ----------------------------- Di 20. Nov 23:51:54 CET 2012 ----------------------------- @03 1353451914 --- Job nous2.gms Start 11/20/12 23:51:54 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- nous2.gms(233) 2 Mb --- Starting execution: elapsed 0:00:00.018 --- nous2.gms(228) 3 Mb --- Generating MINLP model m --- nous2.gms(233) 5 Mb --- 44 rows 51 columns 197 non-zeroes --- 232 nl-code 122 nl-non-zeroes --- 2 discrete-columns --- nous2.gms(233) 3 Mb --- Executing BARON: elapsed 0:00:00.021 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Preprocessing found feasible solution with value 0.625967411765D+00 Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 15789356 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 -0.157354D+01 0.625967D+00 1 1 000:00:00 -0.710020D+00 0.625967D+00 13 0 000:00:00 0.625967D+00 0.625967D+00 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.13 NLP subsolver time: 000:00:00, in seconds: 0.27 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.06 Total time elapsed: 000:00:00, in seconds: 0.46 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.12 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.01 on local: 000:00:00, in seconds: 0.20 on tightening: 000:00:00, in seconds: 0.02 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.10 Total no. of BaR iterations: 13 Best solution found at node: 3 Max. no. of nodes in memory: 3 Cut generation statistics (number of cuts / CPU sec) Bilinear 73 0.00 Multilinears 0 0.00 Convexity 0 0.00 All done =========================================================================== Solution = 0.625967385236 found at node 3 Best possible = 0.62596675927 Absolute gap = 6.25966000034062E-7 optca = 1E-9 Relative gap = 0 optcr = 1E-6 --- Restarting execution --- nous2.gms(233) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job nous2.gms Stop 11/20/12 23:51:55 elapsed 0:00:00.531 @04 1353451915 ----------------------------- Di 20. Nov 23:51:55 CET 2012 ----------------------------- =ready= Linux opt227 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/nuclear104.gms =========== ----------------------------- Di 20. Nov 23:51:55 CET 2012 ----------------------------- @03 1353451915 --- Job nuclear104.gms Start 11/20/12 23:51:55 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- nuclear104.gms(56545) 14 Mb --- Starting execution: elapsed 0:00:00.498 --- nuclear104.gms(56545) 15 Mb --- nuclear104.gms(56540) 15 Mb --- Generating MINLP model m --- nuclear104.gms(56545) 25 Mb --- 14,246 rows 23,814 columns 106,857 non-zeroes --- 108,473 nl-code 61,108 nl-non-zeroes --- 10,816 discrete-columns --- nuclear104.gms(56545) 23 Mb --- Executing BARON: elapsed 0:00:00.792 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Estimated remaining time for preprocessing LPs is 93 secs Estimated remaining time for preprocessing LPs is 183 secs Estimated remaining time for preprocessing LPs is 269 secs Estimated remaining time for preprocessing LPs is 353 secs Estimated remaining time for preprocessing LPs is 434 secs Estimated remaining time for preprocessing LPs is 512 secs Estimated remaining time for preprocessing LPs is 588 secs Estimated remaining time for preprocessing LPs is 661 secs Estimated remaining time for preprocessing LPs is 732 secs Estimated remaining time for preprocessing LPs is 801 secs Estimated remaining time for preprocessing LPs is 868 secs Estimated remaining time for preprocessing LPs is 932 secs Estimated remaining time for preprocessing LPs is 995 secs Estimated remaining time for preprocessing LPs is 1055 secs Estimated remaining time for preprocessing LPs is 1113 secs Estimated remaining time for preprocessing LPs is 1160 secs Estimated remaining time for preprocessing LPs is 1203 secs Estimated remaining time for preprocessing LPs is 1244 secs Estimated remaining time for preprocessing LPs is 1283 secs Estimated remaining time for preprocessing LPs is 1319 secs Estimated remaining time for preprocessing LPs is 1353 secs Estimated remaining time for preprocessing LPs is 1387 secs Estimated remaining time for preprocessing LPs is 1422 secs Estimated remaining time for preprocessing LPs is 1451 secs Estimated remaining time for preprocessing LPs is 1479 secs Estimated remaining time for preprocessing LPs is 1505 secs Estimated remaining time for preprocessing LPs is 1529 secs Estimated remaining time for preprocessing LPs is 1551 secs Estimated remaining time for preprocessing LPs is 1571 secs Estimated remaining time for preprocessing LPs is 1590 secs Estimated remaining time for preprocessing LPs is 1608 secs Estimated remaining time for preprocessing LPs is 1624 secs Estimated remaining time for preprocessing LPs is 1640 secs Estimated remaining time for preprocessing LPs is 1653 secs Estimated remaining time for preprocessing LPs is 1666 secs Estimated remaining time for preprocessing LPs is 1677 secs Estimated remaining time for preprocessing LPs is 1689 secs Estimated remaining time for preprocessing LPs is 1698 secs Estimated remaining time for preprocessing LPs is 1706 secs Estimated remaining time for preprocessing LPs is 1713 secs Estimated remaining time for preprocessing LPs is 1724 secs Estimated remaining time for preprocessing LPs is 1737 secs Estimated remaining time for preprocessing LPs is 1745 secs Estimated remaining time for preprocessing LPs is 1748 secs Estimated remaining time for preprocessing LPs is 1751 secs Estimated remaining time for preprocessing LPs is 1753 secs Estimated remaining time for preprocessing LPs is 1754 secs Estimated remaining time for preprocessing LPs is 1753 secs Estimated remaining time for preprocessing LPs is 1752 secs Estimated remaining time for preprocessing LPs is 1750 secs Estimated remaining time for preprocessing LPs is 1748 secs Estimated remaining time for preprocessing LPs is 1745 secs Estimated remaining time for preprocessing LPs is 1742 secs Estimated remaining time for preprocessing LPs is 1738 secs Estimated remaining time for preprocessing LPs is 1734 secs Estimated remaining time for preprocessing LPs is 1730 secs Estimated remaining time for preprocessing LPs is 1725 secs Estimated remaining time for preprocessing LPs is 1719 secs Estimated remaining time for preprocessing LPs is 1713 secs Estimated remaining time for preprocessing LPs is 1708 secs Estimated remaining time for preprocessing LPs is 1701 secs Estimated remaining time for preprocessing LPs is 1695 secs Estimated remaining time for preprocessing LPs is 1690 secs Estimated remaining time for preprocessing LPs is 1695 secs Estimated remaining time for preprocessing LPs is 1701 secs Estimated remaining time for preprocessing LPs is 1707 secs Estimated remaining time for preprocessing LPs is 1713 secs Estimated remaining time for preprocessing LPs is 1718 secs Estimated remaining time for preprocessing LPs is 1722 secs Estimated remaining time for preprocessing LPs is 1727 secs Estimated remaining time for preprocessing LPs is 1731 secs Estimated remaining time for preprocessing LPs is 1734 secs Estimated remaining time for preprocessing LPs is 1737 secs Estimated remaining time for preprocessing LPs is 1740 secs Estimated remaining time for preprocessing LPs is 1742 secs Estimated remaining time for preprocessing LPs is 1744 secs Estimated remaining time for preprocessing LPs is 1746 secs Estimated remaining time for preprocessing LPs is 1748 secs Estimated remaining time for preprocessing LPs is 1749 secs Estimated remaining time for preprocessing LPs is 1750 secs Estimated remaining time for preprocessing LPs is 1751 secs Estimated remaining time for preprocessing LPs is 1751 secs Estimated remaining time for preprocessing LPs is 1751 secs Estimated remaining time for preprocessing LPs is 1751 secs Estimated remaining time for preprocessing LPs is 1751 secs Estimated remaining time for preprocessing LPs is 1750 secs Estimated remaining time for preprocessing LPs is 1750 secs Estimated remaining time for preprocessing LPs is 1749 secs Estimated remaining time for preprocessing LPs is 1747 secs Estimated remaining time for preprocessing LPs is 1745 secs Estimated remaining time for preprocessing LPs is 1742 secs Estimated remaining time for preprocessing LPs is 1740 secs Estimated remaining time for preprocessing LPs is 1737 secs Estimated remaining time for preprocessing LPs is 1734 secs Estimated remaining time for preprocessing LPs is 1730 secs Estimated remaining time for preprocessing LPs is 1727 secs Estimated remaining time for preprocessing LPs is 1723 secs Estimated remaining time for preprocessing LPs is 1719 secs Estimated remaining time for preprocessing LPs is 1714 secs Estimated remaining time for preprocessing LPs is 1710 secs Estimated remaining time for preprocessing LPs is 1705 secs Estimated remaining time for preprocessing LPs is 1699 secs Estimated remaining time for preprocessing LPs is 1694 secs Estimated remaining time for preprocessing LPs is 1688 secs Estimated remaining time for preprocessing LPs is 1682 secs Estimated remaining time for preprocessing LPs is 1676 secs Estimated remaining time for preprocessing LPs is 1670 secs Estimated remaining time for preprocessing LPs is 1663 secs Estimated remaining time for preprocessing LPs is 1657 secs Estimated remaining time for preprocessing LPs is 1650 secs Estimated remaining time for preprocessing LPs is 1643 secs Estimated remaining time for preprocessing LPs is 1636 secs Estimated remaining time for preprocessing LPs is 1629 secs Estimated remaining time for preprocessing LPs is 1623 secs Estimated remaining time for preprocessing LPs is 1614 secs Estimated remaining time for preprocessing LPs is 1606 secs Estimated remaining time for preprocessing LPs is 1598 secs Estimated remaining time for preprocessing LPs is 1590 secs Estimated remaining time for preprocessing LPs is 1582 secs Estimated remaining time for preprocessing LPs is 1573 secs Estimated remaining time for preprocessing LPs is 1565 secs Estimated remaining time for preprocessing LPs is 1557 secs Estimated remaining time for preprocessing LPs is 1547 secs Estimated remaining time for preprocessing LPs is 1538 secs Estimated remaining time for preprocessing LPs is 1529 secs Estimated remaining time for preprocessing LPs is 1519 secs Estimated remaining time for preprocessing LPs is 1510 secs Estimated remaining time for preprocessing LPs is 1500 secs Estimated remaining time for preprocessing LPs is 1489 secs Estimated remaining time for preprocessing LPs is 1479 secs Estimated remaining time for preprocessing LPs is 1468 secs Estimated remaining time for preprocessing LPs is 1457 secs Estimated remaining time for preprocessing LPs is 1447 secs Estimated remaining time for preprocessing LPs is 1435 secs Estimated remaining time for preprocessing LPs is 1424 secs Estimated remaining time for preprocessing LPs is 1409 secs Estimated remaining time for preprocessing LPs is 1384 secs Estimated remaining time for preprocessing LPs is 1358 secs Estimated remaining time for preprocessing LPs is 1333 secs Estimated remaining time for preprocessing LPs is 1307 secs Estimated remaining time for preprocessing LPs is 1282 secs Estimated remaining time for preprocessing LPs is 1258 secs Estimated remaining time for preprocessing LPs is 1233 secs Estimated remaining time for preprocessing LPs is 1208 secs Estimated remaining time for preprocessing LPs is 1182 secs Estimated remaining time for preprocessing LPs is 1162 secs Estimated remaining time for preprocessing LPs is 1149 secs Estimated remaining time for preprocessing LPs is 1136 secs Estimated remaining time for preprocessing LPs is 1123 secs Estimated remaining time for preprocessing LPs is 1110 secs Estimated remaining time for preprocessing LPs is 1096 secs Estimated remaining time for preprocessing LPs is 1082 secs Estimated remaining time for preprocessing LPs is 1068 secs Estimated remaining time for preprocessing LPs is 1054 secs Estimated remaining time for preprocessing LPs is 1040 secs Estimated remaining time for preprocessing LPs is 1026 secs Estimated remaining time for preprocessing LPs is 1011 secs Estimated remaining time for preprocessing LPs is 997 secs Estimated remaining time for preprocessing LPs is 982 secs Estimated remaining time for preprocessing LPs is 968 secs Estimated remaining time for preprocessing LPs is 953 secs Estimated remaining time for preprocessing LPs is 938 secs Estimated remaining time for preprocessing LPs is 923 secs Estimated remaining time for preprocessing LPs is 907 secs Estimated remaining time for preprocessing LPs is 892 secs Lower bound is -.100000000000D+52 *** Max. allowable CPU time exceeded *** *** No feasible solution was found *** LP subsolver time: 001:21:39, in seconds: 4898.79 NLP subsolver time: 000:36:46, in seconds: 2205.83 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:01:35, in seconds: 95.38 Total time elapsed: 002:00:00, in seconds: 7200.00 on parsing: 000:00:08, in seconds: 7.96 on preprocessing: 001:59:52, in seconds: 7192.04 on navigating: 000:00:00, in seconds: 0.00 on relaxed: 000:00:00, in seconds: 0.00 on local: 000:00:00, in seconds: 0.00 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: -1 Best solution found at node: -3 Max. no. of nodes in memory: 0 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.23 Multilinears 0 0.08 Convexity 0 0.00 All done =========================================================================== *** Time or user interrupt, gap calculations *** are invalid because of an incomplete solution. *** No solution found - further Baron post processing aborted --- Restarting execution --- nuclear104.gms(56545) 13 Mb --- Reading solution for model m *** Status: Normal completion --- Job nuclear104.gms Stop 11/21/12 01:52:16 elapsed 2:00:20.611 @04 1353459136 ----------------------------- Mi 21. Nov 01:52:16 CET 2012 ----------------------------- =ready= Linux opt211 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/nuclear10a.gms =========== ----------------------------- Di 20. Nov 23:53:06 CET 2012 ----------------------------- @03 1353451986 --- Job nuclear10a.gms Start 11/20/12 23:53:06 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- nuclear10a.gms(13758) 6 Mb --- nuclear10a.gms(31313) 9 Mb --- Starting execution: elapsed 0:00:00.613 --- nuclear10a.gms(31308) 9 Mb --- Generating MINLP model m --- nuclear10a.gms(31313) 16 Mb --- 3,340 rows 13,011 columns 67,870 non-zeroes --- 83,954 nl-code 44,884 nl-non-zeroes --- 10,920 discrete-columns --- nuclear10a.gms(31313) 14 Mb --- Executing BARON: elapsed 0:00:00.779 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Estimated remaining time for preprocessing LPs is 26 secs Estimated remaining time for preprocessing LPs is 33 secs Estimated remaining time for preprocessing LPs is 28 secs Estimated remaining time for preprocessing LPs is 16 secs Estimated remaining time for preprocessing LPs is 4 secs Done with preprocessing LPs Starting multi-start local search Estimated remaining time for local search is 5097 secs Estimated remaining time for local search is 1783 secs Done with local search =========================================================================== We have space for 226415 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 001:36:50 -0.239952D+02 -0.183744D-02 1 1 001:48:23 -0.239952D+02 -0.183744D-02 1+ 1 001:59:52 -0.239952D+02 -0.183744D-02 1 1 002:00:00 -0.239952D+02 -0.183744D-02 *** Max. allowable CPU time exceeded *** *** No feasible solution was found *** LP subsolver time: 000:14:16, in seconds: 856.49 NLP subsolver time: 001:45:13, in seconds: 6312.93 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:31, in seconds: 30.67 Total time elapsed: 002:00:00, in seconds: 7200.09 on parsing: 000:00:02, in seconds: 2.02 on preprocessing: 001:36:48, in seconds: 5808.36 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:11:33, in seconds: 693.05 on local: 000:11:04, in seconds: 664.24 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:32, in seconds: 32.41 Total no. of BaR iterations: 1 Best solution found at node: -3 Max. no. of nodes in memory: 1 Cut generation statistics (number of cuts / CPU sec) Bilinear 104 0.14 Multilinears 0 0.05 Convexity 0 0.00 All done =========================================================================== *** Time or user interrupt, gap calculations *** are invalid because of an incomplete solution. *** No solution found - further Baron post processing aborted --- Restarting execution --- nuclear10a.gms(31313) 7 Mb --- Reading solution for model m *** Status: Normal completion --- Job nuclear10a.gms Stop 11/21/12 01:53:31 elapsed 2:00:24.962 @04 1353459211 ----------------------------- Mi 21. Nov 01:53:31 CET 2012 ----------------------------- =ready= Linux opt214 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/nuclear10b.gms =========== ----------------------------- Di 20. Nov 23:56:07 CET 2012 ----------------------------- @03 1353452167 --- Job nuclear10b.gms Start 11/20/12 23:56:07 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- nuclear10b.gms(73662) 14 Mb --- nuclear10b.gms(78389) 18 Mb --- Starting execution: elapsed 0:00:00.569 --- nuclear10b.gms(78384) 18 Mb --- Generating MINLP model m --- nuclear10b.gms(78389) 28 Mb --- 24,972 rows 23,827 columns 100,318 non-zeroes --- 51,298 nl-code 23,252 nl-non-zeroes --- 10,920 discrete-columns --- nuclear10b.gms(78389) 26 Mb --- Executing BARON: elapsed 0:00:00.838 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Estimated remaining time for preprocessing LPs is 33 secs Estimated remaining time for preprocessing LPs is 62 secs Estimated remaining time for preprocessing LPs is 88 secs Estimated remaining time for preprocessing LPs is 111 secs Estimated remaining time for preprocessing LPs is 132 secs Estimated remaining time for preprocessing LPs is 151 secs Estimated remaining time for preprocessing LPs is 169 secs Estimated remaining time for preprocessing LPs is 183 secs Estimated remaining time for preprocessing LPs is 196 secs Estimated remaining time for preprocessing LPs is 207 secs Estimated remaining time for preprocessing LPs is 217 secs Estimated remaining time for preprocessing LPs is 225 secs Estimated remaining time for preprocessing LPs is 231 secs Estimated remaining time for preprocessing LPs is 237 secs Estimated remaining time for preprocessing LPs is 241 secs Estimated remaining time for preprocessing LPs is 243 secs Estimated remaining time for preprocessing LPs is 244 secs Estimated remaining time for preprocessing LPs is 245 secs Estimated remaining time for preprocessing LPs is 244 secs Estimated remaining time for preprocessing LPs is 242 secs Estimated remaining time for preprocessing LPs is 240 secs Estimated remaining time for preprocessing LPs is 236 secs Estimated remaining time for preprocessing LPs is 232 secs Estimated remaining time for preprocessing LPs is 228 secs Estimated remaining time for preprocessing LPs is 222 secs Estimated remaining time for preprocessing LPs is 215 secs Estimated remaining time for preprocessing LPs is 208 secs Estimated remaining time for preprocessing LPs is 199 secs Estimated remaining time for preprocessing LPs is 191 secs Estimated remaining time for preprocessing LPs is 181 secs Estimated remaining time for preprocessing LPs is 171 secs Estimated remaining time for preprocessing LPs is 161 secs Estimated remaining time for preprocessing LPs is 150 secs Estimated remaining time for preprocessing LPs is 138 secs Estimated remaining time for preprocessing LPs is 126 secs Estimated remaining time for preprocessing LPs is 113 secs Estimated remaining time for preprocessing LPs is 100 secs Estimated remaining time for preprocessing LPs is 61 secs Estimated remaining time for preprocessing LPs is 15 secs Done with preprocessing LPs Starting multi-start local search Estimated remaining time for local search is 236 secs Done with local search =========================================================================== We have space for 75585 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:38:36 -0.239952D+02 -0.183744D-02 1 1 000:39:53 -0.239952D+02 -0.183744D-02 1+ 1 000:50:01 -0.123182D+02 -0.183744D-02 1+ 1 000:50:35 -0.123182D+02 -0.183744D-02 1+ 1 000:51:14 -0.123182D+02 -0.183744D-02 1 1 000:53:30 -0.123182D+02 -0.183744D-02 1 1 001:03:24 -0.112929D+02 -0.183744D-02 3 2 001:14:53 -0.112929D+02 -0.183744D-02 4 3 001:38:46 -0.110778D+02 -0.183744D-02 5 4 001:40:33 -0.110778D+02 -0.183744D-02 5+ 4 001:51:17 -0.110778D+02 -0.183744D-02 5+ 4 001:54:01 -0.110778D+02 -0.183744D-02 5+ 4 001:54:34 -0.110778D+02 -0.183744D-02 5+ 4 001:55:13 -0.110778D+02 -0.183744D-02 7 5 001:56:19 -0.110778D+02 -0.183744D-02 7+ 5 001:59:09 -0.110778D+02 -0.183744D-02 7+ 5 001:59:47 -0.110778D+02 -0.183744D-02 7 5 002:00:00 -0.110778D+02 -0.183744D-02 *** Max. allowable CPU time exceeded *** *** No feasible solution was found *** LP subsolver time: 001:09:09, in seconds: 4148.61 NLP subsolver time: 000:49:57, in seconds: 2997.38 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:54, in seconds: 54.02 Total time elapsed: 002:00:00, in seconds: 7200.01 on parsing: 000:00:11, in seconds: 10.63 on preprocessing: 000:38:25, in seconds: 2305.15 on navigating: 000:00:00, in seconds: 0.02 on relaxed: 000:38:16, in seconds: 2295.50 on local: 000:31:14, in seconds: 1874.40 on tightening: 000:00:00, in seconds: 0.05 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:11:54, in seconds: 714.26 Total no. of BaR iterations: 7 Best solution found at node: -3 Max. no. of nodes in memory: 5 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.04 Convexity 0 0.00 All done =========================================================================== *** Time or user interrupt, gap calculations *** are invalid because of an incomplete solution. *** No solution found - further Baron post processing aborted --- Restarting execution --- nuclear10b.gms(78389) 17 Mb --- Reading solution for model m *** Status: Normal completion --- Job nuclear10b.gms Stop 11/21/12 01:56:29 elapsed 2:00:21.836 @04 1353459389 ----------------------------- Mi 21. Nov 01:56:29 CET 2012 ----------------------------- =ready= Linux opt230 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/nuclear14a.gms =========== ----------------------------- Mi 21. Nov 00:02:44 CET 2012 ----------------------------- @03 1353452564 --- Job nuclear14a.gms Start 11/21/12 00:02:44 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- nuclear14a.gms(3323) 2 Mb --- Starting execution: elapsed 0:00:00.202 --- nuclear14a.gms(3318) 3 Mb --- Generating MINLP model m --- nuclear14a.gms(3323) 6 Mb --- 634 rows 993 columns 6,362 non-zeroes --- 10,232 nl-code 4,944 nl-non-zeroes --- 600 discrete-columns --- nuclear14a.gms(3323) 3 Mb --- Executing BARON: elapsed 0:00:00.438 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Preprocessing found feasible solution with value -.112850867572D+01 Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 1789458 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:15 -0.239976D+02 -0.112851D+01 * 1 1 000:00:19 -0.122580D+02 -0.112876D+01 1 1 000:00:47 -0.122580D+02 -0.112876D+01 5+ 4 000:01:23 -0.122580D+02 -0.112876D+01 8+ 7 000:01:57 -0.122580D+02 -0.112876D+01 10 7 000:02:28 -0.122580D+02 -0.112876D+01 13 9 000:03:01 -0.122580D+02 -0.112876D+01 16+ 11 000:03:35 -0.122580D+02 -0.112876D+01 21+ 13 000:04:07 -0.122580D+02 -0.112876D+01 23+ 14 000:04:43 -0.122580D+02 -0.112876D+01 23+ 14 000:05:14 -0.122580D+02 -0.112876D+01 26+ 16 000:05:45 -0.122580D+02 -0.112876D+01 26+ 16 000:06:17 -0.122580D+02 -0.112876D+01 29+ 17 000:06:47 -0.122580D+02 -0.112876D+01 31+ 18 000:07:21 -0.122580D+02 -0.112876D+01 31+ 18 000:07:54 -0.122580D+02 -0.112876D+01 34+ 21 000:08:25 -0.122580D+02 -0.112876D+01 36+ 22 000:08:58 -0.122580D+02 -0.112876D+01 38 24 000:09:28 -0.122580D+02 -0.112876D+01 39+ 24 000:10:00 -0.122580D+02 -0.112876D+01 43+ 25 000:10:31 -0.122580D+02 -0.112876D+01 45+ 25 000:11:01 -0.122580D+02 -0.112876D+01 45+ 25 000:11:32 -0.122580D+02 -0.112876D+01 48 28 000:12:04 -0.122580D+02 -0.112876D+01 51+ 30 000:12:35 -0.122580D+02 -0.112876D+01 51+ 30 000:13:06 -0.122580D+02 -0.112876D+01 55+ 33 000:13:38 -0.122580D+02 -0.112876D+01 56 33 000:14:08 -0.122580D+02 -0.112876D+01 57+ 33 000:14:39 -0.122580D+02 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-0.112876D+01 122+ 68 000:26:52 -0.122580D+02 -0.112876D+01 125+ 69 000:27:23 -0.122580D+02 -0.112876D+01 131 72 000:27:59 -0.122580D+02 -0.112876D+01 132+ 72 000:28:30 -0.122580D+02 -0.112876D+01 135+ 75 000:29:04 -0.122580D+02 -0.112876D+01 135+ 75 000:29:34 -0.122580D+02 -0.112876D+01 137+ 75 000:30:05 -0.122580D+02 -0.112876D+01 141+ 78 000:30:37 -0.122580D+02 -0.112876D+01 144+ 81 000:31:09 -0.122580D+02 -0.112876D+01 145 81 000:31:40 -0.122580D+02 -0.112876D+01 145+ 81 000:32:11 -0.122580D+02 -0.112876D+01 148+ 83 000:32:42 -0.122580D+02 -0.112876D+01 153+ 87 000:33:13 -0.122580D+02 -0.112876D+01 157+ 88 000:33:45 -0.122580D+02 -0.112876D+01 157+ 88 000:34:16 -0.122580D+02 -0.112876D+01 160+ 91 000:34:50 -0.122580D+02 -0.112876D+01 161+ 91 000:35:20 -0.122580D+02 -0.112876D+01 161+ 91 000:35:50 -0.122580D+02 -0.112876D+01 163+ 92 000:36:23 -0.122580D+02 -0.112876D+01 165+ 93 000:36:55 -0.122580D+02 -0.112876D+01 165+ 93 000:37:27 -0.122580D+02 -0.112876D+01 168 96 000:38:02 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-0.112876D+01 522+ 279 001:57:30 -0.122562D+02 -0.112876D+01 524+ 280 001:58:00 -0.122562D+02 -0.112876D+01 525+ 280 001:58:30 -0.122562D+02 -0.112876D+01 525+ 280 001:59:01 -0.122562D+02 -0.112876D+01 530+ 282 001:59:31 -0.122562D+02 -0.112876D+01 535 285 002:00:00 -0.122561D+02 -0.112876D+01 *** Max. allowable CPU time exceeded *** LP subsolver time: 001:56:28, in seconds: 6988.08 NLP subsolver time: 000:03:26, in seconds: 205.75 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:06, in seconds: 6.17 Total time elapsed: 002:00:00, in seconds: 7200.00 on parsing: 000:00:00, in seconds: 0.09 on preprocessing: 000:00:14, in seconds: 14.04 on navigating: 000:00:00, in seconds: 0.11 on relaxed: 000:06:31, in seconds: 390.53 on local: 000:03:13, in seconds: 193.37 on tightening: 000:00:02, in seconds: 1.56 on marginals: 000:00:00, in seconds: 0.01 on probing: 001:50:00, in seconds: 6600.29 Total no. of BaR iterations: 535 Best solution found at node: 1 Max. no. of nodes in memory: 285 Cut generation statistics (number of cuts / CPU sec) Bilinear 24 0.00 Multilinears 0 0.00 Convexity 0 0.00 All done =========================================================================== Solution = -1.12875833277 found at node 1 Best possible = -12.2561223973 Absolute gap = 11.12736406453 optca = 1E-9 Relative gap = 0.90790 optcr = 1E-6 --- Restarting execution --- nuclear14a.gms(3323) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job nuclear14a.gms Stop 11/21/12 02:03:06 elapsed 2:00:21.824 @04 1353459786 ----------------------------- Mi 21. Nov 02:03:06 CET 2012 ----------------------------- =ready= Linux opt208 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/nuclear14b.gms =========== ----------------------------- Mi 21. Nov 00:11:13 CET 2012 ----------------------------- @03 1353453073 --- Job nuclear14b.gms Start 11/21/12 00:11:13 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- nuclear14b.gms(5799) 3 Mb --- Starting execution: elapsed 0:00:00.255 --- nuclear14b.gms(5794) 3 Mb --- Generating MINLP model m --- nuclear14b.gms(5799) 6 Mb --- 1,786 rows 1,569 columns 8,090 non-zeroes --- 8,456 nl-code 3,792 nl-non-zeroes --- 600 discrete-columns --- nuclear14b.gms(5799) 4 Mb --- Executing BARON: elapsed 0:00:00.459 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 972972 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:18 -0.239976D+02 -0.600000D-03 1 1 000:00:43 -0.110817D+02 -0.600000D-03 6 4 000:01:17 -0.105859D+02 -0.600000D-03 6+ 4 000:02:08 -0.105859D+02 -0.600000D-03 * 7 3 000:02:14 -0.105859D+02 -0.109127D+01 23+ 10 000:02:45 -0.220162D+01 -0.109127D+01 29+ 11 000:03:16 -0.219901D+01 -0.109127D+01 51 28 000:03:53 -0.219901D+01 -0.109127D+01 62 33 000:04:24 -0.219901D+01 -0.109127D+01 71+ 35 000:04:54 -0.219901D+01 -0.109127D+01 84 43 000:05:28 -0.219901D+01 -0.109127D+01 92+ 46 000:05:58 -0.219901D+01 -0.109127D+01 101+ 54 000:06:28 -0.219901D+01 -0.109127D+01 107+ 58 000:06:58 -0.219901D+01 -0.109127D+01 120+ 65 000:07:29 -0.219901D+01 -0.109127D+01 129+ 72 000:08:00 -0.219901D+01 -0.109127D+01 * 132 73 000:08:11 -0.219901D+01 -0.111842D+01 141+ 81 000:08:42 -0.219901D+01 -0.111842D+01 146+ 84 000:09:12 -0.219901D+01 -0.111842D+01 155+ 92 000:09:42 -0.219901D+01 -0.111842D+01 173+ 102 000:10:14 -0.219901D+01 -0.111842D+01 181+ 108 000:10:44 -0.219901D+01 -0.111842D+01 187+ 112 000:11:15 -0.219901D+01 -0.111842D+01 193 116 000:11:46 -0.219901D+01 -0.111842D+01 199+ 119 000:12:16 -0.219901D+01 -0.111842D+01 210+ 124 000:12:46 -0.219901D+01 -0.111842D+01 215+ 125 000:13:17 -0.219901D+01 -0.111842D+01 224+ 125 000:13:47 -0.219901D+01 -0.111842D+01 235+ 133 000:14:17 -0.219901D+01 -0.111842D+01 243 138 000:14:48 -0.219901D+01 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-0.219901D+01 -0.111842D+01 1668+ 711 001:52:31 -0.219901D+01 -0.111842D+01 1684 722 001:53:02 -0.219901D+01 -0.111842D+01 1698+ 726 001:53:32 -0.219901D+01 -0.111842D+01 1713+ 731 001:54:02 -0.219901D+01 -0.111842D+01 1721+ 737 001:54:32 -0.219901D+01 -0.111842D+01 1729+ 740 001:55:03 -0.219901D+01 -0.111842D+01 1732+ 743 001:55:33 -0.219901D+01 -0.111842D+01 1743+ 752 001:56:04 -0.219901D+01 -0.111842D+01 1750+ 756 001:56:34 -0.219901D+01 -0.111842D+01 1756+ 762 001:57:04 -0.219901D+01 -0.111842D+01 1760+ 764 001:57:36 -0.219901D+01 -0.111842D+01 1772+ 768 001:58:09 -0.219901D+01 -0.111842D+01 1781+ 773 001:58:39 -0.219901D+01 -0.111842D+01 1791+ 779 001:59:09 -0.219901D+01 -0.111842D+01 1801+ 783 001:59:39 -0.219901D+01 -0.111842D+01 1807 788 002:00:00 -0.219901D+01 -0.111842D+01 *** Max. allowable CPU time exceeded *** LP subsolver time: 001:55:13, in seconds: 6913.33 NLP subsolver time: 000:04:36, in seconds: 275.80 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:11, in seconds: 10.86 Total time elapsed: 002:00:00, in seconds: 7200.00 on parsing: 000:00:00, in seconds: 0.19 on preprocessing: 000:00:17, in seconds: 17.02 on navigating: 000:00:00, in seconds: 0.30 on relaxed: 000:01:52, in seconds: 112.17 on local: 000:04:22, in seconds: 262.28 on tightening: 000:00:02, in seconds: 2.13 on marginals: 000:00:00, in seconds: 0.01 on probing: 001:53:26, in seconds: 6805.92 Total no. of BaR iterations: 1807 Best solution found at node: 132 Max. no. of nodes in memory: 788 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 0 0.00 All done =========================================================================== Solution = -1.11842287197 found at node 132 Best possible = -2.19901244475 Absolute gap = 1.08058957278 optca = 1E-9 Relative gap = 0.49140 optcr = 1E-6 --- Restarting execution --- nuclear14b.gms(5799) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job nuclear14b.gms Stop 11/21/12 02:11:34 elapsed 2:00:21.080 @04 1353460294 ----------------------------- Mi 21. Nov 02:11:34 CET 2012 ----------------------------- =ready= Linux opt212 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/nuclear14.gms =========== ----------------------------- Mi 21. Nov 00:20:14 CET 2012 ----------------------------- @03 1353453614 --- Job nuclear14.gms Start 11/21/12 00:20:15 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- nuclear14.gms(4341) 3 Mb --- Starting execution: elapsed 0:00:00.167 --- nuclear14.gms(4336) 3 Mb --- Generating MINLP model m --- nuclear14.gms(4341) 6 Mb --- 1,227 rows 1,563 columns 8,180 non-zeroes --- 11,133 nl-code 5,520 nl-non-zeroes --- 576 discrete-columns --- nuclear14.gms(4341) 4 Mb --- Executing BARON: elapsed 0:00:00.386 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Preprocessing found feasible solution with value -.112791786002D+01 Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 851784 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:37 -0.100000D+52 -0.112792D+01 =========================================================================== User did not provide appropriate variable bounds. Some model expressions are unbounded. We may not be able to guarantee globality. Number of missing variable or expression bounds = 386 Number of variable or expression bounds autoset = 386 =========================================================================== 1+ 1 000:01:38 -0.100000D+09 -0.112792D+01 1 1 000:01:38 -0.100000D+09 -0.112792D+01 7 7 000:02:14 -0.100000D+09 -0.112792D+01 13 13 000:03:20 -0.100000D+09 -0.112792D+01 28+ 28 000:03:54 -0.100000D+09 -0.112792D+01 81 81 000:04:43 -0.100000D+09 -0.112792D+01 114 110 000:06:39 -0.100000D+09 -0.112792D+01 159+ 140 000:07:10 -0.100000D+09 -0.112792D+01 218+ 181 000:07:41 -0.100000D+09 -0.112792D+01 256+ 204 000:08:12 -0.100000D+09 -0.112792D+01 290+ 209 000:08:50 -0.100000D+09 -0.112792D+01 303 213 000:10:00 -0.100000D+09 -0.112792D+01 346+ 230 000:10:31 -0.100000D+09 -0.112792D+01 417+ 269 000:11:02 -0.100000D+09 -0.112792D+01 445 279 000:11:32 -0.100000D+09 -0.112792D+01 506 309 000:12:07 -0.100000D+09 -0.112792D+01 536+ 325 000:12:37 -0.100000D+09 -0.112792D+01 579+ 325 000:13:07 -0.100000D+09 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-0.100000D+09 -0.112792D+01 7841+ 3807 001:44:22 -0.100000D+09 -0.112792D+01 7909 3849 001:44:52 -0.100000D+09 -0.112792D+01 7981+ 3896 001:45:22 -0.100000D+09 -0.112792D+01 8055+ 3934 001:45:52 -0.100000D+09 -0.112792D+01 8159+ 3989 001:46:23 -0.100000D+09 -0.112792D+01 8249+ 4035 001:46:53 -0.100000D+09 -0.112792D+01 8301+ 4067 001:47:23 -0.100000D+09 -0.112792D+01 8395+ 4117 001:47:58 -0.100000D+09 -0.112792D+01 8470+ 4159 001:48:28 -0.100000D+09 -0.112792D+01 XXX Wrong no. of basic variables: 1228 8541+ 4196 001:48:58 -0.100000D+09 -0.112792D+01 8613 4227 001:49:28 -0.100000D+09 -0.112792D+01 8641 4238 001:50:02 -0.100000D+09 -0.112792D+01 8721 4269 001:50:33 -0.100000D+09 -0.112792D+01 8745+ 4283 001:51:03 -0.100000D+09 -0.112792D+01 8765 4296 001:52:29 -0.100000D+09 -0.112792D+01 8825 4318 001:52:59 -0.100000D+09 -0.112792D+01 8875+ 4350 001:53:29 -0.100000D+09 -0.112792D+01 8893 4358 001:56:12 -0.100000D+09 -0.112792D+01 8963 4401 001:56:42 -0.100000D+09 -0.112792D+01 9029+ 4434 001:57:12 -0.100000D+09 -0.112792D+01 9127+ 4480 001:57:43 -0.100000D+09 -0.112792D+01 9229+ 4541 001:58:13 -0.100000D+09 -0.112792D+01 9305 4590 001:58:43 -0.100000D+09 -0.112792D+01 9354 4618 001:59:14 -0.100000D+09 -0.112792D+01 9387+ 4638 001:59:45 -0.100000D+09 -0.112792D+01 Solution = -1.12791786002 best solution found during preprocessing Best possible = -1E51 Absolute gap = 1E51 optca = 1E-9 Relative gap = 1.00000 optcr = 1E-6 --- Restarting execution --- nuclear14.gms(4341) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job nuclear14.gms Stop 11/21/12 02:20:36 elapsed 2:00:21.310 @04 1353460836 ----------------------------- Mi 21. Nov 02:20:36 CET 2012 ----------------------------- =ready= Linux opt222 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/nuclear24a.gms =========== ----------------------------- Mi 21. Nov 00:23:56 CET 2012 ----------------------------- @03 1353453836 --- Job nuclear24a.gms Start 11/21/12 00:23:57 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- nuclear24a.gms(3323) 2 Mb --- Starting execution: elapsed 0:00:00.204 --- nuclear24a.gms(3318) 3 Mb --- Generating MINLP model m --- nuclear24a.gms(3323) 6 Mb --- 634 rows 993 columns 6,362 non-zeroes --- 10,232 nl-code 4,944 nl-non-zeroes --- 600 discrete-columns --- nuclear24a.gms(3323) 3 Mb --- Executing BARON: elapsed 0:00:00.356 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Preprocessing found feasible solution with value -.112850867572D+01 Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 1789458 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:15 -0.239976D+02 -0.112851D+01 * 1 1 000:00:18 -0.122580D+02 -0.112876D+01 1 1 000:00:47 -0.122580D+02 -0.112876D+01 5+ 4 000:01:23 -0.122580D+02 -0.112876D+01 8+ 7 000:01:57 -0.122580D+02 -0.112876D+01 10 7 000:02:27 -0.122580D+02 -0.112876D+01 13 9 000:03:01 -0.122580D+02 -0.112876D+01 16+ 11 000:03:34 -0.122580D+02 -0.112876D+01 21+ 13 000:04:06 -0.122580D+02 -0.112876D+01 23+ 14 000:04:42 -0.122580D+02 -0.112876D+01 23+ 14 000:05:13 -0.122580D+02 -0.112876D+01 26+ 16 000:05:44 -0.122580D+02 -0.112876D+01 26+ 16 000:06:16 -0.122580D+02 -0.112876D+01 29+ 17 000:06:46 -0.122580D+02 -0.112876D+01 31+ 18 000:07:20 -0.122580D+02 -0.112876D+01 31+ 18 000:07:53 -0.122580D+02 -0.112876D+01 34+ 21 000:08:24 -0.122580D+02 -0.112876D+01 36+ 22 000:08:57 -0.122580D+02 -0.112876D+01 38 24 000:09:27 -0.122580D+02 -0.112876D+01 39+ 24 000:09:59 -0.122580D+02 -0.112876D+01 43+ 25 000:10:30 -0.122580D+02 -0.112876D+01 45+ 25 000:11:00 -0.122580D+02 -0.112876D+01 45+ 25 000:11:31 -0.122580D+02 -0.112876D+01 48 28 000:12:03 -0.122580D+02 -0.112876D+01 51+ 30 000:12:34 -0.122580D+02 -0.112876D+01 51+ 30 000:13:04 -0.122580D+02 -0.112876D+01 55+ 33 000:13:36 -0.122580D+02 -0.112876D+01 56 33 000:14:06 -0.122580D+02 -0.112876D+01 57+ 33 000:14:38 -0.122580D+02 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-0.122563D+02 -0.112876D+01 522+ 279 001:57:15 -0.122562D+02 -0.112876D+01 524+ 280 001:57:45 -0.122562D+02 -0.112876D+01 525+ 280 001:58:16 -0.122562D+02 -0.112876D+01 525+ 280 001:58:46 -0.122562D+02 -0.112876D+01 530+ 282 001:59:16 -0.122562D+02 -0.112876D+01 535+ 285 001:59:48 -0.122561D+02 -0.112876D+01 535 285 002:00:00 -0.122561D+02 -0.112876D+01 *** Max. allowable CPU time exceeded *** LP subsolver time: 001:56:28, in seconds: 6988.44 NLP subsolver time: 000:03:25, in seconds: 205.38 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:06, in seconds: 6.19 Total time elapsed: 002:00:00, in seconds: 7200.00 on parsing: 000:00:00, in seconds: 0.09 on preprocessing: 000:00:14, in seconds: 13.92 on navigating: 000:00:00, in seconds: 0.11 on relaxed: 000:06:30, in seconds: 389.80 on local: 000:03:13, in seconds: 193.11 on tightening: 000:00:02, in seconds: 1.59 on marginals: 000:00:00, in seconds: 0.00 on probing: 001:50:01, in seconds: 6601.38 Total no. of BaR iterations: 535 Best solution found at node: 1 Max. no. of nodes in memory: 285 Cut generation statistics (number of cuts / CPU sec) Bilinear 24 0.00 Multilinears 0 0.00 Convexity 0 0.00 All done =========================================================================== Solution = -1.12875833277 found at node 1 Best possible = -12.2561223973 Absolute gap = 11.12736406453 optca = 1E-9 Relative gap = 0.90790 optcr = 1E-6 --- Restarting execution --- nuclear24a.gms(3323) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job nuclear24a.gms Stop 11/21/12 02:24:19 elapsed 2:00:21.992 @04 1353461059 ----------------------------- Mi 21. Nov 02:24:19 CET 2012 ----------------------------- =ready= Linux opt213 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/nuclear24b.gms =========== ----------------------------- Mi 21. Nov 00:27:31 CET 2012 ----------------------------- @03 1353454051 --- Job nuclear24b.gms Start 11/21/12 00:27:31 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- nuclear24b.gms(5799) 3 Mb --- Starting execution: elapsed 0:00:00.112 --- nuclear24b.gms(5794) 3 Mb --- Generating MINLP model m --- nuclear24b.gms(5799) 6 Mb --- 1,786 rows 1,569 columns 8,090 non-zeroes --- 8,456 nl-code 3,792 nl-non-zeroes --- 600 discrete-columns --- nuclear24b.gms(5799) 4 Mb --- Executing BARON: elapsed 0:00:00.142 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 972972 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:17 -0.239976D+02 -0.600000D-03 1 1 000:00:43 -0.110817D+02 -0.600000D-03 6 4 000:01:17 -0.105859D+02 -0.600000D-03 6+ 4 000:02:08 -0.105859D+02 -0.600000D-03 * 7 3 000:02:14 -0.105859D+02 -0.109127D+01 23+ 10 000:02:44 -0.220162D+01 -0.109127D+01 29+ 11 000:03:17 -0.219901D+01 -0.109127D+01 51 28 000:03:54 -0.219901D+01 -0.109127D+01 62 33 000:04:24 -0.219901D+01 -0.109127D+01 71+ 35 000:04:55 -0.219901D+01 -0.109127D+01 84 43 000:05:28 -0.219901D+01 -0.109127D+01 92+ 46 000:05:59 -0.219901D+01 -0.109127D+01 101+ 54 000:06:29 -0.219901D+01 -0.109127D+01 107+ 58 000:06:59 -0.219901D+01 -0.109127D+01 118 64 000:07:29 -0.219901D+01 -0.109127D+01 129+ 72 000:07:59 -0.219901D+01 -0.109127D+01 * 132 73 000:08:12 -0.219901D+01 -0.111842D+01 141+ 81 000:08:42 -0.219901D+01 -0.111842D+01 146+ 84 000:09:13 -0.219901D+01 -0.111842D+01 155 92 000:09:43 -0.219901D+01 -0.111842D+01 173+ 102 000:10:13 -0.219901D+01 -0.111842D+01 181+ 108 000:10:44 -0.219901D+01 -0.111842D+01 187+ 112 000:11:14 -0.219901D+01 -0.111842D+01 193+ 116 000:11:44 -0.219901D+01 -0.111842D+01 199+ 119 000:12:15 -0.219901D+01 -0.111842D+01 207+ 122 000:12:45 -0.219901D+01 -0.111842D+01 215+ 125 000:13:15 -0.219901D+01 -0.111842D+01 224+ 125 000:13:46 -0.219901D+01 -0.111842D+01 235 133 000:14:17 -0.219901D+01 -0.111842D+01 242+ 137 000:14:47 -0.219901D+01 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708 001:51:56 -0.219901D+01 -0.111842D+01 1654+ 710 001:52:27 -0.219901D+01 -0.111842D+01 1668+ 711 001:52:58 -0.219901D+01 -0.111842D+01 1684+ 722 001:53:29 -0.219901D+01 -0.111842D+01 1701+ 729 001:53:59 -0.219901D+01 -0.111842D+01 1713+ 731 001:54:29 -0.219901D+01 -0.111842D+01 1721+ 737 001:55:00 -0.219901D+01 -0.111842D+01 1729+ 740 001:55:30 -0.219901D+01 -0.111842D+01 1735+ 746 001:56:01 -0.219901D+01 -0.111842D+01 1743+ 752 001:56:32 -0.219901D+01 -0.111842D+01 1750+ 756 001:57:03 -0.219901D+01 -0.111842D+01 1756+ 762 001:57:34 -0.219901D+01 -0.111842D+01 1760 764 001:58:04 -0.219901D+01 -0.111842D+01 1772+ 768 001:58:35 -0.219901D+01 -0.111842D+01 1785+ 774 001:59:06 -0.219901D+01 -0.111842D+01 1792 779 001:59:36 -0.219901D+01 -0.111842D+01 1801 783 002:00:00 -0.219901D+01 -0.111842D+01 *** Max. allowable CPU time exceeded *** LP subsolver time: 001:55:13, in seconds: 6912.83 NLP subsolver time: 000:04:36, in seconds: 276.32 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:11, in seconds: 10.85 Total time elapsed: 002:00:00, in seconds: 7200.00 on parsing: 000:00:00, in seconds: 0.19 on preprocessing: 000:00:16, in seconds: 16.49 on navigating: 000:00:00, in seconds: 0.29 on relaxed: 000:01:52, in seconds: 112.48 on local: 000:04:23, in seconds: 263.05 on tightening: 000:00:02, in seconds: 2.17 on marginals: 000:00:00, in seconds: 0.01 on probing: 001:53:25, in seconds: 6805.32 Total no. of BaR iterations: 1801 Best solution found at node: 132 Max. no. of nodes in memory: 783 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 0 0.00 All done =========================================================================== Solution = -1.11842287197 found at node 132 Best possible = -2.19901244475 Absolute gap = 1.08058957278 optca = 1E-9 Relative gap = 0.49140 optcr = 1E-6 --- Restarting execution --- nuclear24b.gms(5799) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job nuclear24b.gms Stop 11/21/12 02:27:51 elapsed 2:00:20.021 @04 1353461271 ----------------------------- Mi 21. Nov 02:27:51 CET 2012 ----------------------------- =ready= Linux opt217 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/nuclear24.gms =========== ----------------------------- Mi 21. Nov 00:30:34 CET 2012 ----------------------------- @03 1353454234 --- Job nuclear24.gms Start 11/21/12 00:30:34 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- nuclear24.gms(4341) 3 Mb --- Starting execution: elapsed 0:00:00.121 --- nuclear24.gms(4336) 3 Mb --- Generating MINLP model m --- nuclear24.gms(4341) 6 Mb --- 1,227 rows 1,563 columns 8,180 non-zeroes --- 11,133 nl-code 5,520 nl-non-zeroes --- 576 discrete-columns --- nuclear24.gms(4341) 4 Mb --- Executing BARON: elapsed 0:00:00.167 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Preprocessing found feasible solution with value -.112791786002D+01 Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 851784 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:37 -0.100000D+52 -0.112792D+01 =========================================================================== User did not provide appropriate variable bounds. Some model expressions are unbounded. We may not be able to guarantee globality. Number of missing variable or expression bounds = 386 Number of variable or expression bounds autoset = 386 =========================================================================== 1+ 1 000:01:37 -0.100000D+09 -0.112792D+01 1 1 000:01:37 -0.100000D+09 -0.112792D+01 7 7 000:02:13 -0.100000D+09 -0.112792D+01 13 13 000:03:19 -0.100000D+09 -0.112792D+01 28+ 28 000:03:52 -0.100000D+09 -0.112792D+01 81 81 000:04:40 -0.100000D+09 -0.112792D+01 114 110 000:06:37 -0.100000D+09 -0.112792D+01 159+ 140 000:07:07 -0.100000D+09 -0.112792D+01 218+ 181 000:07:38 -0.100000D+09 -0.112792D+01 256+ 204 000:08:09 -0.100000D+09 -0.112792D+01 290+ 209 000:08:48 -0.100000D+09 -0.112792D+01 303 213 000:09:57 -0.100000D+09 -0.112792D+01 346+ 230 000:10:28 -0.100000D+09 -0.112792D+01 417+ 269 000:10:59 -0.100000D+09 -0.112792D+01 445 279 000:11:29 -0.100000D+09 -0.112792D+01 506 309 000:12:03 -0.100000D+09 -0.112792D+01 536+ 325 000:12:33 -0.100000D+09 -0.112792D+01 579+ 325 000:13:03 -0.100000D+09 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3246 001:33:54 -0.100000D+09 -0.112792D+01 6801+ 3269 001:34:25 -0.100000D+09 -0.112792D+01 6837+ 3290 001:34:55 -0.100000D+09 -0.112792D+01 6860+ 3304 001:35:25 -0.100000D+09 -0.112792D+01 6917+ 3329 001:35:55 -0.100000D+09 -0.112792D+01 6970+ 3359 001:36:26 -0.100000D+09 -0.112792D+01 7008+ 3373 001:36:58 -0.100000D+09 -0.112792D+01 7045 3384 001:37:28 -0.100000D+09 -0.112792D+01 7069+ 3390 001:38:01 -0.100000D+09 -0.112792D+01 7131+ 3419 001:38:31 -0.100000D+09 -0.112792D+01 7198+ 3454 001:39:01 -0.100000D+09 -0.112792D+01 7249+ 3484 001:39:32 -0.100000D+09 -0.112792D+01 7349 3540 001:40:02 -0.100000D+09 -0.112792D+01 7414+ 3573 001:40:33 -0.100000D+09 -0.112792D+01 7455+ 3602 001:41:03 -0.100000D+09 -0.112792D+01 7489+ 3624 001:41:33 -0.100000D+09 -0.112792D+01 7526 3643 001:42:03 -0.100000D+09 -0.112792D+01 7592+ 3660 001:42:33 -0.100000D+09 -0.112792D+01 7691+ 3719 001:43:03 -0.100000D+09 -0.112792D+01 7760+ 3762 001:43:34 -0.100000D+09 -0.112792D+01 7842 3807 001:44:04 -0.100000D+09 -0.112792D+01 7909+ 3849 001:44:34 -0.100000D+09 -0.112792D+01 7981+ 3896 001:45:04 -0.100000D+09 -0.112792D+01 8060+ 3937 001:45:34 -0.100000D+09 -0.112792D+01 8162+ 3990 001:46:04 -0.100000D+09 -0.112792D+01 8249+ 4035 001:46:34 -0.100000D+09 -0.112792D+01 8301+ 4067 001:47:05 -0.100000D+09 -0.112792D+01 8395+ 4117 001:47:39 -0.100000D+09 -0.112792D+01 8471 4160 001:48:09 -0.100000D+09 -0.112792D+01 XXX Wrong no. of basic variables: 1228 8541+ 4196 001:48:39 -0.100000D+09 -0.112792D+01 8615+ 4229 001:49:16 -0.100000D+09 -0.112792D+01 8643+ 4240 001:49:46 -0.100000D+09 -0.112792D+01 8726+ 4271 001:50:16 -0.100000D+09 -0.112792D+01 8749+ 4286 001:50:46 -0.100000D+09 -0.112792D+01 8765 4296 001:52:08 -0.100000D+09 -0.112792D+01 8828 4319 001:52:39 -0.100000D+09 -0.112792D+01 8877 4352 001:53:09 -0.100000D+09 -0.112792D+01 8893 4358 001:55:51 -0.100000D+09 -0.112792D+01 8963+ 4401 001:56:21 -0.100000D+09 -0.112792D+01 9029+ 4434 001:56:51 -0.100000D+09 -0.112792D+01 9127+ 4480 001:57:22 -0.100000D+09 -0.112792D+01 9229+ 4541 001:57:52 -0.100000D+09 -0.112792D+01 9307+ 4591 001:58:22 -0.100000D+09 -0.112792D+01 9354 4618 001:58:53 -0.100000D+09 -0.112792D+01 9387+ 4638 001:59:23 -0.100000D+09 -0.112792D+01 9436+ 4664 001:59:53 -0.100000D+09 -0.112792D+01 Solution = -1.12791786002 best solution found during preprocessing Best possible = -1E51 Absolute gap = 1E51 optca = 1E-9 Relative gap = 1.00000 optcr = 1E-6 --- Restarting execution --- nuclear24.gms(4341) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job nuclear24.gms Stop 11/21/12 02:30:54 elapsed 2:00:19.511 @04 1353461454 ----------------------------- Mi 21. Nov 02:30:54 CET 2012 ----------------------------- =ready= Linux opt207 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/nuclear25a.gms =========== ----------------------------- Mi 21. Nov 00:38:33 CET 2012 ----------------------------- @03 1353454713 --- Job nuclear25a.gms Start 11/21/12 00:38:33 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- nuclear25a.gms(3517) 2 Mb --- Starting execution: elapsed 0:00:00.083 --- nuclear25a.gms(3512) 3 Mb --- Generating MINLP model m --- nuclear25a.gms(3517) 6 Mb --- 660 rows 1,059 columns 6,767 non-zeroes --- 10,813 nl-code 5,240 nl-non-zeroes --- 650 discrete-columns --- nuclear25a.gms(3517) 3 Mb --- Executing BARON: elapsed 0:00:00.114 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 1704246 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:12 -0.239976D+02 -0.600060D-03 1 1 000:00:27 -0.239976D+02 -0.600060D-03 5+ 4 000:00:58 -0.239976D+02 -0.600060D-03 7 5 000:01:34 -0.239976D+02 -0.600060D-03 9+ 6 000:02:07 -0.239976D+02 -0.600060D-03 9+ 6 000:02:37 -0.239976D+02 -0.600060D-03 12+ 9 000:03:08 -0.123207D+02 -0.600060D-03 13 10 000:03:38 -0.123207D+02 -0.600060D-03 17+ 12 000:04:09 -0.123207D+02 -0.600060D-03 17+ 12 000:04:40 -0.123207D+02 -0.600060D-03 19 12 000:05:13 -0.123207D+02 -0.600060D-03 19 12 000:05:43 -0.123207D+02 -0.600060D-03 22 14 000:06:22 -0.123162D+02 -0.600060D-03 23+ 15 000:06:54 -0.123162D+02 -0.600060D-03 24 15 000:07:26 -0.123162D+02 -0.600060D-03 25+ 15 000:07:57 -0.123162D+02 -0.600060D-03 26 16 000:08:28 -0.123161D+02 -0.600060D-03 31+ 19 000:09:07 -0.123161D+02 -0.600060D-03 31+ 19 000:09:48 -0.123161D+02 -0.600060D-03 33+ 20 000:10:26 -0.123161D+02 -0.600060D-03 33+ 20 000:10:56 -0.123161D+02 -0.600060D-03 36+ 23 000:11:27 -0.123160D+02 -0.600060D-03 37 23 000:11:58 -0.123160D+02 -0.600060D-03 38+ 24 000:12:29 -0.123160D+02 -0.600060D-03 43+ 28 000:12:59 -0.123155D+02 -0.600060D-03 43+ 28 000:13:31 -0.123155D+02 -0.600060D-03 45+ 28 000:14:08 -0.123155D+02 -0.600060D-03 46 29 000:14:39 -0.123155D+02 -0.600060D-03 50+ 31 000:15:14 -0.123154D+02 -0.600060D-03 55+ 35 000:15:48 -0.123153D+02 -0.600060D-03 55+ 35 000:16:19 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-0.600060D-03 *** Max. allowable CPU time exceeded *** *** No feasible solution was found *** LP subsolver time: 001:49:07, in seconds: 6546.74 NLP subsolver time: 000:10:48, in seconds: 647.94 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:05, in seconds: 5.32 Total time elapsed: 002:00:00, in seconds: 7200.00 on parsing: 000:00:00, in seconds: 0.09 on preprocessing: 000:00:11, in seconds: 11.30 on navigating: 000:00:00, in seconds: 0.07 on relaxed: 000:03:08, in seconds: 188.10 on local: 000:10:38, in seconds: 638.28 on tightening: 000:00:01, in seconds: 1.39 on marginals: 000:00:00, in seconds: 0.00 on probing: 001:46:01, in seconds: 6360.76 Total no. of BaR iterations: 419 Best solution found at node: -3 Max. no. of nodes in memory: 221 Cut generation statistics (number of cuts / CPU sec) Bilinear 25 0.00 Multilinears 0 0.00 Convexity 0 0.00 All done =========================================================================== *** Time or user interrupt, gap calculations *** are invalid because of an incomplete solution. *** No solution found - further Baron post processing aborted --- Restarting execution --- nuclear25a.gms(3517) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job nuclear25a.gms Stop 11/21/12 02:38:53 elapsed 2:00:19.448 @04 1353461933 ----------------------------- Mi 21. Nov 02:38:53 CET 2012 ----------------------------- =ready= Linux opt206 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/nuclear25b.gms =========== ----------------------------- Mi 21. Nov 00:45:24 CET 2012 ----------------------------- @03 1353455124 --- Job nuclear25b.gms Start 11/21/12 00:45:24 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- nuclear25b.gms(6215) 3 Mb --- Starting execution: elapsed 0:00:00.157 --- nuclear25b.gms(6210) 3 Mb --- Generating MINLP model m --- nuclear25b.gms(6215) 6 Mb --- 1,910 rows 1,684 columns 8,642 non-zeroes --- 8,888 nl-code 3,990 nl-non-zeroes --- 650 discrete-columns --- nuclear25b.gms(6215) 4 Mb --- Executing BARON: elapsed 0:00:00.343 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 912600 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:14 -0.239976D+02 -0.600060D-03 1 1 000:00:27 -0.112549D+02 -0.600060D-03 5+ 4 000:00:58 -0.928766D+01 -0.600060D-03 7+ 4 000:01:32 -0.928766D+01 -0.600060D-03 7+ 4 000:02:07 -0.928766D+01 -0.600060D-03 10+ 7 000:02:37 -0.650503D+01 -0.600060D-03 14 10 000:03:10 -0.646426D+01 -0.600060D-03 29+ 11 000:03:41 -0.646426D+01 -0.600060D-03 37+ 15 000:04:15 -0.558472D+01 -0.600060D-03 57+ 22 000:04:46 -0.512489D+01 -0.600060D-03 63+ 27 000:05:16 -0.460853D+01 -0.600060D-03 77+ 30 000:05:46 -0.460853D+01 -0.600060D-03 89+ 37 000:06:16 -0.460853D+01 -0.600060D-03 110+ 42 000:06:47 -0.460853D+01 -0.600060D-03 124+ 43 000:07:17 -0.460853D+01 -0.600060D-03 133 44 000:07:48 -0.460853D+01 -0.600060D-03 155 49 000:08:22 -0.460853D+01 -0.600060D-03 182 51 000:08:56 -0.436141D+01 -0.600060D-03 193+ 54 000:09:26 -0.431942D+01 -0.600060D-03 208 60 000:09:58 -0.426879D+01 -0.600060D-03 226 65 000:10:30 -0.426879D+01 -0.600060D-03 245 76 000:11:00 -0.426879D+01 -0.600060D-03 260+ 83 000:11:30 -0.426879D+01 -0.600060D-03 273+ 81 000:12:00 -0.426879D+01 -0.600060D-03 286+ 88 000:12:31 -0.426879D+01 -0.600060D-03 299+ 94 000:13:02 -0.426879D+01 -0.600060D-03 307+ 97 000:13:32 -0.426879D+01 -0.600060D-03 317+ 99 000:14:02 -0.426879D+01 -0.600060D-03 325+ 102 000:14:32 -0.426879D+01 -0.600060D-03 332+ 106 000:15:03 -0.426879D+01 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799 001:51:25 -0.395991D+01 -0.600060D-03 2123+ 801 001:51:55 -0.395991D+01 -0.600060D-03 2133+ 807 001:52:30 -0.395987D+01 -0.600060D-03 2138+ 811 001:53:01 -0.395791D+01 -0.600060D-03 2148 815 001:53:31 -0.395222D+01 -0.600060D-03 2156+ 819 001:54:02 -0.395222D+01 -0.600060D-03 2163 824 001:54:32 -0.395222D+01 -0.600060D-03 2176 828 001:55:02 -0.395222D+01 -0.600060D-03 2184+ 834 001:55:34 -0.395086D+01 -0.600060D-03 2191+ 838 001:56:05 -0.395076D+01 -0.600060D-03 2193+ 839 001:56:35 -0.395076D+01 -0.600060D-03 2199 844 001:57:06 -0.395056D+01 -0.600060D-03 2205+ 845 001:57:37 -0.395056D+01 -0.600060D-03 2216+ 851 001:58:07 -0.394586D+01 -0.600060D-03 2222+ 852 001:58:38 -0.394586D+01 -0.600060D-03 2227+ 854 001:59:08 -0.394586D+01 -0.600060D-03 2232+ 857 001:59:38 -0.394586D+01 -0.600060D-03 2239 860 002:00:00 -0.394586D+01 -0.600060D-03 *** Max. allowable CPU time exceeded *** *** No feasible solution was found *** LP subsolver time: 001:46:22, in seconds: 6381.79 NLP subsolver time: 000:13:22, in seconds: 801.86 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:16, in seconds: 16.36 Total time elapsed: 002:00:00, in seconds: 7200.00 on parsing: 000:00:00, in seconds: 0.21 on preprocessing: 000:00:13, in seconds: 13.31 on navigating: 000:00:00, in seconds: 0.40 on relaxed: 000:03:33, in seconds: 213.45 on local: 000:13:12, in seconds: 792.36 on tightening: 000:00:05, in seconds: 4.51 on marginals: 000:00:00, in seconds: 0.02 on probing: 001:42:56, in seconds: 6175.74 Total no. of BaR iterations: 2239 Best solution found at node: -3 Max. no. of nodes in memory: 860 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 0 0.00 All done =========================================================================== *** Time or user interrupt, gap calculations *** are invalid because of an incomplete solution. *** No solution found - further Baron post processing aborted --- Restarting execution --- nuclear25b.gms(6215) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job nuclear25b.gms Stop 11/21/12 02:45:46 elapsed 2:00:22.341 @04 1353462346 ----------------------------- Mi 21. Nov 02:45:46 CET 2012 ----------------------------- =ready= Linux opt223 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/nuclear25.gms =========== ----------------------------- Mi 21. Nov 00:46:29 CET 2012 ----------------------------- @03 1353455189 --- Job nuclear25.gms Start 11/21/12 00:46:29 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- nuclear25.gms(4645) 3 Mb --- Starting execution: elapsed 0:00:00.070 --- nuclear25.gms(4640) 3 Mb --- Generating MINLP model m --- nuclear25.gms(4645) 6 Mb --- 1,304 rows 1,679 columns 8,837 non-zeroes --- 11,979 nl-code 5,990 nl-non-zeroes --- 625 discrete-columns --- nuclear25.gms(4645) 4 Mb --- Executing BARON: elapsed 0:00:00.098 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 790629 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:31 -0.100000D+52 0.000000D+00 =========================================================================== User did not provide appropriate variable bounds. Some model expressions are unbounded. We may not be able to guarantee globality. Number of missing variable or expression bounds = 428 Number of variable or expression bounds autoset = 428 =========================================================================== 1 1 000:00:39 -0.100000D+09 0.000000D+00 28+ 28 000:01:50 -0.100000D+09 0.000000D+00 70 70 000:04:13 -0.100000D+09 0.000000D+00 79 79 000:04:55 -0.100000D+09 0.000000D+00 133 133 000:05:43 -0.100000D+09 0.000000D+00 142 142 000:06:40 -0.100000D+09 0.000000D+00 151 151 000:07:45 -0.100000D+09 0.000000D+00 223 223 000:08:16 -0.100000D+09 0.000000D+00 268 268 000:09:18 -0.100000D+09 0.000000D+00 322 321 000:09:54 -0.100000D+09 0.000000D+00 366+ 360 000:12:42 -0.100000D+09 0.000000D+00 456+ 441 000:13:18 -0.100000D+09 0.000000D+00 466+ 450 000:14:22 -0.100000D+09 0.000000D+00 467+ 450 000:15:30 -0.100000D+09 0.000000D+00 484 466 000:17:15 -0.100000D+09 0.000000D+00 511 491 000:18:44 -0.100000D+09 0.000000D+00 538 515 000:22:14 -0.100000D+09 0.000000D+00 556 532 000:25:32 -0.100000D+09 0.000000D+00 574 550 000:27:26 -0.100000D+09 0.000000D+00 628 604 000:34:13 -0.100000D+09 0.000000D+00 664 639 000:40:55 -0.100000D+09 0.000000D+00 682 657 000:42:55 -0.100000D+09 0.000000D+00 727 700 000:46:50 -0.100000D+09 0.000000D+00 736 704 000:48:57 -0.100000D+09 0.000000D+00 762+ 717 000:50:23 -0.100000D+09 0.000000D+00 772 722 000:52:32 -0.100000D+09 0.000000D+00 781 727 000:54:02 -0.100000D+09 0.000000D+00 790 731 000:56:12 -0.100000D+09 0.000000D+00 808 740 001:03:41 -0.100000D+09 0.000000D+00 816+ 744 001:04:30 -0.100000D+09 0.000000D+00 825+ 749 001:06:40 -0.100000D+09 0.000000D+00 862 767 001:09:13 -0.100000D+09 0.000000D+00 871 772 001:13:36 -0.100000D+09 0.000000D+00 880 776 001:16:08 -0.100000D+09 0.000000D+00 907 790 001:17:47 -0.100000D+09 0.000000D+00 953 811 001:18:17 -0.100000D+09 0.000000D+00 1006+ 853 001:20:49 -0.100000D+09 0.000000D+00 1015+ 862 001:22:11 -0.100000D+09 0.000000D+00 1033+ 878 001:25:55 -0.100000D+09 0.000000D+00 1060+ 903 001:29:04 -0.100000D+09 0.000000D+00 1123+ 964 001:32:41 -0.100000D+09 0.000000D+00 1159+ 1000 001:33:16 -0.100000D+09 0.000000D+00 1258+ 1097 001:38:47 -0.100000D+09 0.000000D+00 1286 1123 001:40:36 -0.100000D+09 0.000000D+00 1304 1141 001:42:24 -0.100000D+09 0.000000D+00 1322 1153 001:44:07 -0.100000D+09 0.000000D+00 1331 1158 001:47:31 -0.100000D+09 0.000000D+00 1340 1162 001:52:04 -0.100000D+09 0.000000D+00 1350 1165 001:57:53 -0.100000D+09 0.000000D+00 1361 1168 002:00:00 -0.100000D+09 0.000000D+00 *** Max. allowable CPU time exceeded *** *** No feasible solution was found *** *** User did not provide appropriate variable bounds *** *** Infeasibility is therefore not guaranteed *** LP subsolver time: 000:02:43, in seconds: 162.65 NLP subsolver time: 001:57:08, in seconds: 7028.26 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:09, in seconds: 9.11 Total time elapsed: 002:00:00, in seconds: 7200.02 on parsing: 000:00:00, in seconds: 0.18 on preprocessing: 000:00:31, in seconds: 31.02 on navigating: 000:00:00, in seconds: 0.30 on relaxed: 000:00:43, in seconds: 42.84 on local: 001:56:54, in seconds: 7014.43 on tightening: 000:00:01, in seconds: 0.63 on marginals: 000:00:00, in seconds: 0.01 on probing: 000:01:51, in seconds: 110.61 Total no. of BaR iterations: 1361 Best solution found at node: -3 Max. no. of nodes in memory: 1168 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 0 0.00 All done =========================================================================== *** Time or user interrupt, gap calculations *** are invalid because of an incomplete solution. *** No solution found - further Baron post processing aborted --- Restarting execution --- nuclear25.gms(4645) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job nuclear25.gms Stop 11/21/12 02:46:48 elapsed 2:00:19.242 @04 1353462408 ----------------------------- Mi 21. Nov 02:46:48 CET 2012 ----------------------------- =ready= Linux opt205 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/nuclear49a.gms =========== ----------------------------- Mi 21. Nov 00:59:05 CET 2012 ----------------------------- @03 1353455945 --- Job nuclear49a.gms Start 11/21/12 00:59:05 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- nuclear49a.gms(9475) 3 Mb --- Starting execution: elapsed 0:00:00.189 --- nuclear49a.gms(9470) 4 Mb --- Generating MINLP model m --- nuclear49a.gms(9475) 8 Mb --- 1,432 rows 3,342 columns 19,501 non-zeroes --- 27,933 nl-code 14,109 nl-non-zeroes --- 2,450 discrete-columns --- nuclear49a.gms(9475) 6 Mb --- Executing BARON: elapsed 0:00:00.241 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Preprocessing found feasible solution with value -.115118881568D+01 Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Estimated remaining time for local search is 69 secs Estimated remaining time for local search is 53 secs Done with local search =========================================================================== We have space for 680832 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:02:33 -0.239976D+02 -0.115119D+01 1 1 000:02:37 -0.239976D+02 -0.115119D+01 1+ 1 000:03:57 -0.123598D+02 -0.115119D+01 1+ 1 000:04:34 -0.123598D+02 -0.115119D+01 1+ 1 000:05:18 -0.123598D+02 -0.115119D+01 1+ 1 000:06:07 -0.123598D+02 -0.115119D+01 1 1 000:06:40 -0.123598D+02 -0.115119D+01 1+ 1 000:07:27 -0.123597D+02 -0.115119D+01 1+ 1 000:08:21 -0.123597D+02 -0.115119D+01 1+ 1 000:09:48 -0.123597D+02 -0.115119D+01 1+ 1 000:10:58 -0.123597D+02 -0.115119D+01 1 1 000:12:02 -0.123597D+02 -0.115119D+01 3 3 000:12:36 -0.123597D+02 -0.115119D+01 4 3 000:13:20 -0.123597D+02 -0.115119D+01 5 4 000:14:11 -0.123597D+02 -0.115119D+01 5+ 4 000:15:18 -0.123597D+02 -0.115119D+01 5+ 4 000:15:55 -0.123597D+02 -0.115119D+01 5 4 000:17:44 -0.123597D+02 -0.115119D+01 5+ 4 000:18:38 -0.123597D+02 -0.115119D+01 5+ 4 000:19:12 -0.123597D+02 -0.115119D+01 5+ 4 000:20:13 -0.123597D+02 -0.115119D+01 6 5 000:20:49 -0.123597D+02 -0.115119D+01 8 7 000:21:21 -0.123597D+02 -0.115119D+01 8+ 7 000:22:17 -0.123597D+02 -0.115119D+01 8+ 7 000:23:14 -0.123597D+02 -0.115119D+01 8+ 7 000:25:16 -0.123597D+02 -0.115119D+01 8+ 7 000:25:58 -0.123597D+02 -0.115119D+01 8+ 7 000:26:45 -0.123597D+02 -0.115119D+01 8+ 7 000:28:29 -0.123597D+02 -0.115119D+01 8+ 7 000:29:12 -0.123597D+02 -0.115119D+01 8+ 7 000:29:47 -0.123597D+02 -0.115119D+01 8+ 7 000:30:38 -0.123597D+02 -0.115119D+01 10+ 8 000:32:07 -0.123597D+02 -0.115119D+01 10+ 8 000:32:55 -0.123597D+02 -0.115119D+01 10+ 8 000:33:59 -0.123597D+02 -0.115119D+01 10+ 8 000:34:43 -0.123597D+02 -0.115119D+01 10 8 000:35:26 -0.123597D+02 -0.115119D+01 10+ 8 000:35:57 -0.123597D+02 -0.115119D+01 10+ 8 000:36:27 -0.123597D+02 -0.115119D+01 10+ 8 000:37:17 -0.123597D+02 -0.115119D+01 10+ 8 000:39:10 -0.123597D+02 -0.115119D+01 11 9 000:39:49 -0.123597D+02 -0.115119D+01 12+ 9 000:40:20 -0.123597D+02 -0.115119D+01 12+ 9 000:41:17 -0.123597D+02 -0.115119D+01 12+ 9 000:42:10 -0.123597D+02 -0.115119D+01 12 9 000:42:52 -0.123597D+02 -0.115119D+01 12+ 9 000:44:45 -0.123597D+02 -0.115119D+01 12+ 9 000:45:38 -0.123597D+02 -0.115119D+01 12+ 9 000:46:21 -0.123597D+02 -0.115119D+01 12+ 9 000:47:26 -0.123597D+02 -0.115119D+01 14 10 000:48:05 -0.123597D+02 -0.115119D+01 15+ 11 000:49:00 -0.123597D+02 -0.115119D+01 15+ 11 000:49:38 -0.123597D+02 -0.115119D+01 15 11 000:50:12 -0.123597D+02 -0.115119D+01 15+ 11 000:50:46 -0.123597D+02 -0.115119D+01 15+ 11 000:52:06 -0.123597D+02 -0.115119D+01 15+ 11 000:52:42 -0.123597D+02 -0.115119D+01 15+ 11 000:54:10 -0.123597D+02 -0.115119D+01 16 12 000:55:01 -0.123597D+02 -0.115119D+01 18+ 14 000:55:39 -0.123597D+02 -0.115119D+01 18 14 000:56:17 -0.123597D+02 -0.115119D+01 18+ 14 000:57:01 -0.123597D+02 -0.115119D+01 18+ 14 000:57:32 -0.123597D+02 -0.115119D+01 19 15 000:58:04 -0.123597D+02 -0.115119D+01 21+ 16 000:58:38 -0.123597D+02 -0.115119D+01 21+ 16 001:00:09 -0.123597D+02 -0.115119D+01 21+ 16 001:01:30 -0.123597D+02 -0.115119D+01 21+ 16 001:03:31 -0.123597D+02 -0.115119D+01 21+ 16 001:04:22 -0.123597D+02 -0.115119D+01 21+ 16 001:04:53 -0.123597D+02 -0.115119D+01 21+ 16 001:06:00 -0.123597D+02 -0.115119D+01 22 16 001:06:43 -0.123597D+02 -0.115119D+01 22+ 16 001:08:00 -0.123597D+02 -0.115119D+01 22+ 16 001:08:32 -0.123597D+02 -0.115119D+01 22+ 16 001:09:08 -0.123597D+02 -0.115119D+01 22+ 16 001:09:42 -0.123597D+02 -0.115119D+01 22+ 16 001:10:20 -0.123597D+02 -0.115119D+01 25 19 001:11:10 -0.123597D+02 -0.115119D+01 25+ 19 001:12:41 -0.123597D+02 -0.115119D+01 25+ 19 001:13:34 -0.123597D+02 -0.115119D+01 25 19 001:14:42 -0.123597D+02 -0.115119D+01 25+ 19 001:15:19 -0.123597D+02 -0.115119D+01 25+ 19 001:15:49 -0.123597D+02 -0.115119D+01 25+ 19 001:16:42 -0.123597D+02 -0.115119D+01 26 19 001:17:25 -0.123597D+02 -0.115119D+01 27+ 20 001:18:06 -0.123597D+02 -0.115119D+01 27+ 20 001:18:52 -0.123597D+02 -0.115119D+01 27+ 20 001:19:40 -0.123597D+02 -0.115119D+01 27+ 20 001:20:20 -0.123597D+02 -0.115119D+01 27+ 20 001:20:57 -0.123597D+02 -0.115119D+01 27+ 20 001:23:01 -0.123597D+02 -0.115119D+01 27+ 20 001:26:06 -0.123597D+02 -0.115119D+01 27+ 20 001:27:32 -0.123597D+02 -0.115119D+01 31 23 001:28:18 -0.123597D+02 -0.115119D+01 32+ 24 001:28:55 -0.123597D+02 -0.115119D+01 32+ 24 001:29:35 -0.123597D+02 -0.115119D+01 32+ 24 001:30:55 -0.123597D+02 -0.115119D+01 32 24 001:31:33 -0.123597D+02 -0.115119D+01 32+ 24 001:32:59 -0.123597D+02 -0.115119D+01 32+ 24 001:33:40 -0.123597D+02 -0.115119D+01 33 25 001:34:39 -0.123597D+02 -0.115119D+01 34+ 24 001:35:24 -0.123597D+02 -0.115119D+01 34+ 24 001:36:32 -0.123597D+02 -0.115119D+01 34+ 24 001:37:09 -0.123597D+02 -0.115119D+01 34+ 24 001:37:52 -0.123597D+02 -0.115119D+01 34+ 24 001:38:33 -0.123597D+02 -0.115119D+01 34 24 001:39:32 -0.123597D+02 -0.115119D+01 34+ 24 001:40:42 -0.123597D+02 -0.115119D+01 34+ 24 001:41:31 -0.123597D+02 -0.115119D+01 34+ 24 001:42:08 -0.123597D+02 -0.115119D+01 34+ 24 001:43:00 -0.123597D+02 -0.115119D+01 35 25 001:43:43 -0.123597D+02 -0.115119D+01 38 26 001:44:25 -0.123597D+02 -0.115119D+01 41+ 28 001:45:02 -0.123597D+02 -0.115119D+01 41+ 28 001:45:42 -0.123597D+02 -0.115119D+01 41+ 28 001:46:42 -0.123597D+02 -0.115119D+01 41 28 001:47:59 -0.123597D+02 -0.115119D+01 41+ 28 001:51:02 -0.123597D+02 -0.115119D+01 41+ 28 001:51:34 -0.123597D+02 -0.115119D+01 41+ 28 001:52:46 -0.123597D+02 -0.115119D+01 45 31 001:53:28 -0.123597D+02 -0.115119D+01 46+ 32 001:54:08 -0.123597D+02 -0.115119D+01 46+ 32 001:56:16 -0.123597D+02 -0.115119D+01 46+ 32 001:57:21 -0.123597D+02 -0.115119D+01 46+ 32 001:58:58 -0.123597D+02 -0.115119D+01 46+ 32 001:59:44 -0.123597D+02 -0.115119D+01 46 32 002:00:00 -0.123597D+02 -0.115119D+01 *** Max. allowable CPU time exceeded *** LP subsolver time: 001:48:08, in seconds: 6488.12 NLP subsolver time: 000:11:47, in seconds: 707.26 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:05, in seconds: 4.63 Total time elapsed: 002:00:00, in seconds: 7200.02 on parsing: 000:00:00, in seconds: 0.43 on preprocessing: 000:02:32, in seconds: 152.20 on navigating: 000:00:00, in seconds: 0.04 on relaxed: 000:03:51, in seconds: 230.54 on local: 000:09:28, in seconds: 567.62 on tightening: 000:00:00, in seconds: 0.29 on marginals: 000:00:00, in seconds: 0.00 on probing: 001:44:09, in seconds: 6248.89 Total no. of BaR iterations: 46 Best solution found at node: -1 Max. no. of nodes in memory: 32 Cut generation statistics (number of cuts / CPU sec) Bilinear 49 0.02 Multilinears 0 0.01 Convexity 0 0.00 All done =========================================================================== Solution = -1.15118881568 best solution found during preprocessing Best possible = -12.3597129994 Absolute gap = 11.20852418372 optca = 1E-9 Relative gap = 0.90686 optcr = 1E-6 --- Restarting execution --- nuclear49a.gms(9475) 3 Mb --- Reading solution for model m *** Status: Normal completion --- Job nuclear49a.gms Stop 11/21/12 02:59:25 elapsed 2:00:19.590 @04 1353463165 ----------------------------- Mi 21. Nov 02:59:25 CET 2012 ----------------------------- =ready= Linux opt229 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/nuclear49b.gms =========== ----------------------------- Mi 21. Nov 01:04:37 CET 2012 ----------------------------- @03 1353456277 --- Job nuclear49b.gms Start 11/21/12 01:04:37 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- nuclear49b.gms(19758) 5 Mb --- Starting execution: elapsed 0:00:00.193 --- nuclear49b.gms(19753) 6 Mb --- Generating MINLP model m --- nuclear49b.gms(19758) 10 Mb --- 6,234 rows 5,743 columns 26,704 non-zeroes --- 20,632 nl-code 9,307 nl-non-zeroes --- 2,450 discrete-columns --- nuclear49b.gms(19758) 8 Mb --- Executing BARON: elapsed 0:00:00.282 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Estimated remaining time for preprocessing LPs is 10 secs Done with preprocessing LPs Starting multi-start local search Estimated remaining time for local search is 67 secs Estimated remaining time for local search is 55 secs Done with local search =========================================================================== We have space for 291996 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:04:36 -0.239976D+02 -0.599940D-03 1 1 000:04:39 -0.239976D+02 -0.599940D-03 1+ 1 000:05:39 -0.123543D+02 -0.599940D-03 1+ 1 000:07:11 -0.113018D+02 -0.599940D-03 1+ 1 000:08:42 -0.113018D+02 -0.599940D-03 1 1 000:09:00 -0.113018D+02 -0.599940D-03 * 2 2 000:09:45 -0.113018D+02 -0.110227D+01 2 2 000:10:54 -0.113018D+02 -0.110227D+01 3 2 000:12:16 -0.113018D+02 -0.110227D+01 4 3 000:13:34 -0.113018D+02 -0.110227D+01 5 4 000:15:12 -0.113018D+02 -0.110227D+01 5+ 4 000:17:00 -0.113018D+02 -0.110227D+01 7 5 000:19:06 -0.113018D+02 -0.110227D+01 7+ 5 000:19:42 -0.113018D+02 -0.110227D+01 9 7 000:20:47 -0.113018D+02 -0.110227D+01 10+ 7 000:21:50 -0.113018D+02 -0.110227D+01 10+ 7 000:22:21 -0.113018D+02 -0.110227D+01 10+ 7 000:22:58 -0.113018D+02 -0.110227D+01 12 8 000:24:26 -0.113018D+02 -0.110227D+01 13+ 9 000:25:05 -0.113018D+02 -0.110227D+01 13+ 9 000:25:37 -0.113018D+02 -0.110227D+01 16+ 12 000:27:07 -0.113018D+02 -0.110227D+01 16+ 12 000:27:56 -0.113018D+02 -0.110227D+01 19+ 14 000:30:00 -0.113018D+02 -0.110227D+01 19 14 000:30:30 -0.113018D+02 -0.110227D+01 19+ 14 000:31:03 -0.113018D+02 -0.110227D+01 19+ 14 000:31:50 -0.113018D+02 -0.110227D+01 22+ 17 000:33:24 -0.113018D+02 -0.110227D+01 22 17 000:33:55 -0.113018D+02 -0.110227D+01 25+ 19 000:35:47 -0.113018D+02 -0.110227D+01 25 19 000:36:19 -0.113018D+02 -0.110227D+01 25+ 19 000:36:51 -0.113018D+02 -0.110227D+01 26+ 18 000:37:22 -0.113018D+02 -0.110227D+01 27 18 000:37:59 -0.113018D+02 -0.110227D+01 27+ 18 000:38:31 -0.113018D+02 -0.110227D+01 30+ 20 000:39:25 -0.113018D+02 -0.110227D+01 33+ 23 000:39:57 -0.113018D+02 -0.110227D+01 36+ 25 000:40:33 -0.113018D+02 -0.110227D+01 36+ 25 000:43:25 -0.113018D+02 -0.110227D+01 36+ 25 000:44:06 -0.113018D+02 -0.110227D+01 39+ 27 000:44:39 -0.113018D+02 -0.110227D+01 39+ 27 000:45:17 -0.113018D+02 -0.110227D+01 40 28 000:45:50 -0.113018D+02 -0.110227D+01 42 30 000:46:21 -0.113018D+02 -0.110227D+01 * 42 30 000:46:26 -0.113018D+02 -0.112214D+01 42+ 30 000:47:37 -0.113018D+02 -0.112214D+01 46 33 000:48:07 -0.113018D+02 -0.112214D+01 50+ 35 000:49:31 -0.113018D+02 -0.112214D+01 60+ 38 000:51:09 -0.113018D+02 -0.112214D+01 60+ 38 000:51:45 -0.113018D+02 -0.112214D+01 66+ 41 000:52:36 -0.113018D+02 -0.112214D+01 66+ 41 000:53:07 -0.113018D+02 -0.112214D+01 69 44 000:54:55 -0.113018D+02 -0.112214D+01 69+ 44 000:55:27 -0.113018D+02 -0.112214D+01 69+ 44 000:55:59 -0.113018D+02 -0.112214D+01 72+ 44 000:56:29 -0.113018D+02 -0.112214D+01 72+ 44 000:57:03 -0.113018D+02 -0.112214D+01 74 44 000:57:53 -0.113018D+02 -0.112214D+01 78+ 43 000:59:30 -0.113018D+02 -0.112214D+01 83+ 45 001:00:12 -0.113018D+02 -0.112214D+01 83+ 45 001:00:43 -0.113018D+02 -0.112214D+01 84 45 001:01:20 -0.113018D+02 -0.112214D+01 84+ 45 001:02:06 -0.113018D+02 -0.112214D+01 87+ 47 001:02:38 -0.113018D+02 -0.112214D+01 87+ 47 001:03:10 -0.113018D+02 -0.112214D+01 90+ 50 001:03:47 -0.113018D+02 -0.112214D+01 90+ 50 001:04:18 -0.113018D+02 -0.112214D+01 91 51 001:04:49 -0.113018D+02 -0.112214D+01 94 51 001:06:10 -0.113018D+02 -0.112214D+01 96+ 52 001:06:45 -0.113018D+02 -0.112214D+01 96+ 52 001:07:18 -0.113018D+02 -0.112214D+01 99+ 54 001:07:53 -0.113018D+02 -0.112214D+01 99+ 54 001:08:26 -0.113018D+02 -0.112214D+01 99+ 54 001:08:58 -0.113018D+02 -0.112214D+01 103+ 57 001:09:35 -0.113018D+02 -0.112214D+01 103+ 57 001:10:27 -0.113018D+02 -0.112214D+01 103+ 57 001:11:11 -0.113018D+02 -0.112214D+01 105+ 58 001:11:46 -0.113018D+02 -0.112214D+01 105+ 58 001:12:23 -0.113018D+02 -0.112214D+01 105+ 58 001:14:27 -0.113018D+02 -0.112214D+01 105+ 58 001:14:58 -0.113018D+02 -0.112214D+01 105+ 58 001:15:31 -0.113018D+02 -0.112214D+01 108+ 60 001:16:10 -0.113018D+02 -0.112214D+01 108+ 60 001:16:40 -0.113018D+02 -0.112214D+01 111+ 63 001:17:11 -0.113018D+02 -0.112214D+01 111+ 63 001:17:48 -0.113018D+02 -0.112214D+01 111+ 63 001:18:19 -0.113018D+02 -0.112214D+01 111+ 63 001:18:56 -0.113018D+02 -0.112214D+01 114+ 66 001:19:26 -0.113018D+02 -0.112214D+01 114+ 66 001:20:09 -0.113018D+02 -0.112214D+01 115 67 001:20:57 -0.113018D+02 -0.112214D+01 117+ 69 001:21:33 -0.113018D+02 -0.112214D+01 117+ 69 001:22:10 -0.113018D+02 -0.112214D+01 118 69 001:22:48 -0.113018D+02 -0.112214D+01 119 69 001:25:44 -0.113018D+02 -0.112214D+01 119+ 69 001:26:17 -0.113018D+02 -0.112214D+01 125 73 001:26:53 -0.113018D+02 -0.112214D+01 127+ 74 001:27:23 -0.113018D+02 -0.112214D+01 130+ 76 001:28:00 -0.113018D+02 -0.112214D+01 130+ 76 001:28:47 -0.113018D+02 -0.112214D+01 130+ 76 001:29:18 -0.113018D+02 -0.112214D+01 133 79 001:31:14 -0.113018D+02 -0.112214D+01 133 79 001:31:54 -0.113018D+02 -0.112214D+01 134 80 001:32:33 -0.113018D+02 -0.112214D+01 136+ 81 001:33:04 -0.113018D+02 -0.112214D+01 138+ 82 001:33:39 -0.113018D+02 -0.112214D+01 142+ 82 001:34:12 -0.113018D+02 -0.112214D+01 142+ 82 001:34:44 -0.113018D+02 -0.112214D+01 142 82 001:35:26 -0.113018D+02 -0.112214D+01 142+ 82 001:35:58 -0.113018D+02 -0.112214D+01 145+ 85 001:36:32 -0.113018D+02 -0.112214D+01 145+ 85 001:37:15 -0.113018D+02 -0.112214D+01 145+ 85 001:38:36 -0.113018D+02 -0.112214D+01 145+ 85 001:39:09 -0.113018D+02 -0.112214D+01 147+ 86 001:39:41 -0.113018D+02 -0.112214D+01 147+ 86 001:40:20 -0.113018D+02 -0.112214D+01 147+ 86 001:40:53 -0.113018D+02 -0.112214D+01 150+ 89 001:41:27 -0.113018D+02 -0.112214D+01 150+ 89 001:42:00 -0.113018D+02 -0.112214D+01 150+ 89 001:42:43 -0.113018D+02 -0.112214D+01 150+ 89 001:43:23 -0.113018D+02 -0.112214D+01 153+ 90 001:44:04 -0.113018D+02 -0.112214D+01 153+ 90 001:44:40 -0.113018D+02 -0.112214D+01 154+ 90 001:45:12 -0.113018D+02 -0.112214D+01 154 90 001:45:52 -0.113018D+02 -0.112214D+01 154+ 90 001:46:27 -0.113018D+02 -0.112214D+01 157+ 93 001:46:59 -0.113018D+02 -0.112214D+01 157+ 93 001:47:32 -0.113018D+02 -0.112214D+01 159+ 94 001:48:11 -0.113018D+02 -0.112214D+01 159+ 94 001:48:45 -0.113018D+02 -0.112214D+01 161+ 95 001:49:16 -0.113018D+02 -0.112214D+01 164+ 98 001:49:47 -0.113018D+02 -0.112214D+01 164+ 98 001:50:35 -0.113018D+02 -0.112214D+01 164+ 98 001:51:05 -0.113018D+02 -0.112214D+01 167+ 99 001:51:39 -0.113018D+02 -0.112214D+01 167+ 99 001:52:19 -0.113018D+02 -0.112214D+01 167+ 99 001:52:59 -0.113018D+02 -0.112214D+01 168 99 001:53:31 -0.113018D+02 -0.112214D+01 168+ 99 001:54:01 -0.113018D+02 -0.112214D+01 168+ 99 001:54:42 -0.113018D+02 -0.112214D+01 171 100 002:00:00 -0.113018D+02 -0.112214D+01 *** Max. allowable CPU time exceeded *** LP subsolver time: 001:10:58, in seconds: 4257.95 NLP subsolver time: 000:48:53, in seconds: 2933.14 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:09, in seconds: 8.94 Total time elapsed: 002:00:00, in seconds: 7200.03 on parsing: 000:00:01, in seconds: 1.22 on preprocessing: 000:04:35, in seconds: 274.67 on navigating: 000:00:00, in seconds: 0.14 on relaxed: 000:01:35, in seconds: 94.67 on local: 000:45:08, in seconds: 2708.46 on tightening: 000:00:01, in seconds: 0.60 on marginals: 000:00:00, in seconds: 0.00 on probing: 001:08:40, in seconds: 4120.26 Total no. of BaR iterations: 171 Best solution found at node: 42 Max. no. of nodes in memory: 100 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.01 Convexity 0 0.00 All done =========================================================================== Solution = -1.12214389914 found at node 42 Best possible = -11.3018046442 Absolute gap = 10.17966074506 optca = 1E-9 Relative gap = 0.90071 optcr = 1E-6 --- Restarting execution --- nuclear49b.gms(19758) 5 Mb --- Reading solution for model m *** Status: Normal completion --- Job nuclear49b.gms Stop 11/21/12 03:04:57 elapsed 2:00:20.263 @04 1353463497 ----------------------------- Mi 21. Nov 03:04:57 CET 2012 ----------------------------- =ready= Linux opt219 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/nuclear49.gms =========== ----------------------------- Mi 21. Nov 01:08:38 CET 2012 ----------------------------- @03 1353456518 --- Job nuclear49.gms Start 11/21/12 01:08:38 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- nuclear49.gms(14467) 5 Mb --- Starting execution: elapsed 0:00:00.146 --- nuclear49.gms(14462) 6 Mb --- Generating MINLP model m --- nuclear49.gms(14467) 10 Mb --- 3,874 rows 5,736 columns 27,971 non-zeroes --- 33,163 nl-code 17,539 nl-non-zeroes --- 2,401 discrete-columns --- nuclear49.gms(14467) 8 Mb --- Executing BARON: elapsed 0:00:00.223 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Estimated remaining time for preprocessing LPs is 68 secs Estimated remaining time for preprocessing LPs is 85 secs Estimated remaining time for preprocessing LPs is 80 secs Estimated remaining time for preprocessing LPs is 77 secs Estimated remaining time for preprocessing LPs is 69 secs Estimated remaining time for preprocessing LPs is 51 secs Estimated remaining time for preprocessing LPs is 33 secs Estimated remaining time for preprocessing LPs is 14 secs Done with preprocessing LPs Starting multi-start local search Estimated remaining time for local search is 23 secs Done with local search =========================================================================== We have space for 244655 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:06:32 -0.100000D+52 0.000000D+00 1 1 000:06:32 -0.100000D+52 0.000000D+00 1+ 1 000:07:30 -0.100000D+52 0.000000D+00 =========================================================================== User did not provide appropriate variable bounds. Some model expressions are unbounded. We may not be able to guarantee globality. Number of missing variable or expression bounds = 933 Number of variable or expression bounds autoset = 933 =========================================================================== 1 1 000:07:57 -0.100000D+09 0.000000D+00 4 4 000:08:52 -0.100000D+09 0.000000D+00 6 6 000:11:09 -0.100000D+09 0.000000D+00 7+ 7 000:12:36 -0.100000D+09 0.000000D+00 13 13 000:13:40 -0.100000D+09 0.000000D+00 21 21 000:15:00 -0.100000D+09 0.000000D+00 28+ 28 000:17:50 -0.100000D+09 0.000000D+00 45 45 000:18:51 -0.100000D+09 0.000000D+00 61 61 000:19:38 -0.100000D+09 0.000000D+00 70 70 000:24:29 -0.100000D+09 0.000000D+00 79 79 000:28:23 -0.100000D+09 0.000000D+00 106 106 000:28:55 -0.100000D+09 0.000000D+00 115 115 000:30:44 -0.100000D+09 0.000000D+00 124 124 000:31:45 -0.100000D+09 0.000000D+00 160 160 000:32:19 -0.100000D+09 0.000000D+00 178 178 000:33:06 -0.100000D+09 0.000000D+00 196 196 000:34:19 -0.100000D+09 0.000000D+00 232 232 000:34:51 -0.100000D+09 0.000000D+00 250 250 000:36:00 -0.100000D+09 0.000000D+00 259 259 000:37:02 -0.100000D+09 0.000000D+00 268 268 000:40:31 -0.100000D+09 0.000000D+00 277 277 000:43:26 -0.100000D+09 0.000000D+00 310+ 310 000:43:56 -0.100000D+09 0.000000D+00 313 313 000:46:25 -0.100000D+09 0.000000D+00 322 322 000:48:10 -0.100000D+09 0.000000D+00 331 331 000:49:05 -0.100000D+09 0.000000D+00 349 349 000:52:35 -0.100000D+09 0.000000D+00 376 376 000:53:06 -0.100000D+09 0.000000D+00 385 385 000:56:53 -0.100000D+09 0.000000D+00 394 394 000:58:33 -0.100000D+09 0.000000D+00 412 412 000:59:57 -0.100000D+09 0.000000D+00 421 421 001:02:55 -0.100000D+09 0.000000D+00 448 448 001:04:29 -0.100000D+09 0.000000D+00 457 457 001:05:22 -0.100000D+09 0.000000D+00 466 466 001:06:21 -0.100000D+09 0.000000D+00 502 502 001:06:54 -0.100000D+09 0.000000D+00 520 520 001:07:52 -0.100000D+09 0.000000D+00 529 529 001:09:37 -0.100000D+09 0.000000D+00 547 547 001:10:11 -0.100000D+09 0.000000D+00 580+ 580 001:10:41 -0.100000D+09 0.000000D+00 607+ 607 001:11:11 -0.100000D+09 0.000000D+00 620+ 619 001:11:43 -0.100000D+09 0.000000D+00 620+ 619 001:12:15 -0.100000D+09 0.000000D+00 625 624 001:12:48 -0.100000D+09 0.000000D+00 626+ 625 001:13:24 -0.100000D+09 0.000000D+00 627 626 002:00:00 -0.100000D+09 0.000000D+00 *** Max. allowable CPU time exceeded *** *** No feasible solution was found *** *** User did not provide appropriate variable bounds *** *** Infeasibility is therefore not guaranteed *** LP subsolver time: 000:09:48, in seconds: 587.66 NLP subsolver time: 001:49:48, in seconds: 6587.57 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:25, in seconds: 24.99 Total time elapsed: 002:00:00, in seconds: 7200.22 on parsing: 000:00:01, in seconds: 1.03 on preprocessing: 000:06:31, in seconds: 390.72 on navigating: 000:00:00, in seconds: 0.46 on relaxed: 000:00:54, in seconds: 54.19 on local: 001:47:39, in seconds: 6459.34 on tightening: 000:00:00, in seconds: 0.41 on marginals: 000:00:00, in seconds: 0.01 on probing: 000:04:54, in seconds: 294.06 Total no. of BaR iterations: 627 Best solution found at node: -3 Max. no. of nodes in memory: 626 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.01 Multilinears 0 0.01 Convexity 0 0.00 All done =========================================================================== *** Time or user interrupt, gap calculations *** are invalid because of an incomplete solution. *** No solution found - further Baron post processing aborted --- Restarting execution --- nuclear49.gms(14467) 4 Mb --- Reading solution for model m *** Status: Normal completion --- Job nuclear49.gms Stop 11/21/12 03:08:58 elapsed 2:00:20.505 @04 1353463738 ----------------------------- Mi 21. Nov 03:08:58 CET 2012 ----------------------------- =ready= Linux opt226 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/nuclearva.gms =========== ----------------------------- Mi 21. Nov 01:11:34 CET 2012 ----------------------------- @03 1353456694 --- Job nuclearva.gms Start 11/21/12 01:11:34 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- nuclearva.gms(1263) 2 Mb --- Starting execution: elapsed 0:00:00.044 --- nuclearva.gms(1258) 3 Mb --- Generating MINLP model m --- nuclearva.gms(1263) 5 Mb --- 318 rows 352 columns 2,545 non-zeroes --- 4,272 nl-code 2,024 nl-non-zeroes --- 168 discrete-columns --- nuclearva.gms(1263) 3 Mb --- Executing BARON: elapsed 0:00:00.055 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Preprocessing found feasible solution with value -.101025158049D+01 Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Preprocessing found feasible solution with value -.101045808803D+01 Done with local search =========================================================================== We have space for 3876086 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:05 -0.100000D+52 -0.101046D+01 =========================================================================== User did not provide appropriate variable bounds. Some model expressions are unbounded. We may not be able to guarantee globality. Number of missing variable or expression bounds = 169 Number of variable or expression bounds autoset = 169 =========================================================================== 1 1 000:00:07 -0.100000D+09 -0.101046D+01 99 90 000:00:43 -0.100000D+09 -0.101046D+01 180+ 144 000:01:20 -0.100000D+09 -0.101046D+01 365+ 246 000:02:02 -0.100000D+09 -0.101046D+01 949 555 000:02:32 -0.100000D+09 -0.101046D+01 1284+ 725 000:03:02 -0.100000D+09 -0.101046D+01 1902+ 1071 000:03:32 -0.100000D+09 -0.101046D+01 2360 1331 000:04:25 -0.100000D+09 -0.101046D+01 2850+ 1607 000:04:55 -0.100000D+09 -0.101046D+01 3360+ 1826 000:05:25 -0.100000D+09 -0.101046D+01 3831+ 2017 000:05:55 -0.100000D+09 -0.101046D+01 4119 2183 000:06:28 -0.100000D+09 -0.101046D+01 4436+ 2368 000:06:58 -0.100000D+09 -0.101046D+01 4890+ 2506 000:07:28 -0.100000D+09 -0.101046D+01 5366+ 2557 000:07:58 -0.100000D+09 -0.101046D+01 5898+ 2755 000:08:28 -0.100000D+09 -0.101046D+01 6220+ 2909 000:08:58 -0.100000D+09 -0.101046D+01 6811+ 3216 000:09:28 -0.100000D+09 -0.101046D+01 7175 3251 000:09:58 -0.100000D+09 -0.101046D+01 7367+ 3292 000:10:28 -0.100000D+09 -0.101046D+01 7609+ 3302 000:10:58 -0.100000D+09 -0.101046D+01 8053 3389 000:11:29 -0.100000D+09 -0.101046D+01 8554 3412 000:11:59 -0.100000D+09 -0.101046D+01 8943+ 3441 000:12:31 -0.100000D+09 -0.101046D+01 XXX Wrong no. of basic variables: 319 9142+ 3545 000:13:01 -0.100000D+09 -0.101046D+01 9449+ 3716 000:13:31 -0.100000D+09 -0.101046D+01 9758 3816 000:14:01 -0.100000D+09 -0.101046D+01 10119 3859 000:14:31 -0.100000D+09 -0.101046D+01 10456 3958 000:15:03 -0.100000D+09 -0.101046D+01 10795+ 4118 000:15:33 -0.100000D+09 -0.101046D+01 11071+ 4265 000:16:03 -0.100000D+09 -0.101046D+01 11483+ 4395 000:16:33 -0.100000D+09 -0.101046D+01 11763 4418 000:17:03 -0.100000D+09 -0.101046D+01 12097 4423 000:17:33 -0.100000D+09 -0.101046D+01 12337+ 4436 000:18:03 -0.100000D+09 -0.101046D+01 12695 4484 000:18:33 -0.100000D+09 -0.101046D+01 13007+ 4528 000:19:03 -0.100000D+09 -0.101046D+01 13400+ 4551 000:19:33 -0.100000D+09 -0.101046D+01 13754+ 4564 000:20:03 -0.100000D+09 -0.101046D+01 14088+ 4599 000:20:33 -0.100000D+09 -0.101046D+01 14428+ 4652 000:21:03 -0.100000D+09 -0.101046D+01 14751+ 4670 000:21:33 -0.100000D+09 -0.101046D+01 15147 4680 000:22:03 -0.100000D+09 -0.101046D+01 15526+ 4708 000:22:33 -0.100000D+09 -0.101046D+01 15800 4723 000:23:03 -0.100000D+09 -0.101046D+01 * 15814 4726 000:23:06 -0.100000D+09 -0.101075D+01 16207+ 4728 000:23:36 -0.100000D+09 -0.101075D+01 16535+ 4773 000:24:08 -0.100000D+09 -0.101075D+01 16913 4784 000:24:39 -0.100000D+09 -0.101075D+01 17141 4779 000:25:09 -0.100000D+09 -0.101075D+01 17446+ 4819 000:25:40 -0.100000D+09 -0.101075D+01 17808+ 4867 000:26:10 -0.100000D+09 -0.101075D+01 18152 4907 000:26:40 -0.100000D+09 -0.101075D+01 18492 4922 000:27:12 -0.100000D+09 -0.101075D+01 18855 4926 000:27:42 -0.100000D+09 -0.101075D+01 19167 4928 000:28:12 -0.100000D+09 -0.101075D+01 19492+ 4952 000:28:42 -0.100000D+09 -0.101075D+01 19828 4959 000:29:12 -0.100000D+09 -0.101075D+01 20145+ 4969 000:29:42 -0.100000D+09 -0.101075D+01 20504+ 4956 000:30:12 -0.100000D+09 -0.101075D+01 20840+ 4950 000:30:42 -0.100000D+09 -0.101075D+01 21147+ 4964 000:31:12 -0.100000D+09 -0.101075D+01 21458 4966 000:31:42 -0.100000D+09 -0.101075D+01 21784+ 4977 000:32:12 -0.100000D+09 -0.101075D+01 * 21958 4996 000:32:28 -0.100000D+09 -0.101163D+01 22275 5050 000:33:00 -0.100000D+09 -0.101163D+01 22596+ 5106 000:33:31 -0.100000D+09 -0.101163D+01 22936 5136 000:34:01 -0.100000D+09 -0.101163D+01 23272 5137 000:34:31 -0.100000D+09 -0.101163D+01 23610+ 5142 000:35:01 -0.100000D+09 -0.101163D+01 23948+ 5149 000:35:31 -0.100000D+09 -0.101163D+01 24344+ 5149 000:36:01 -0.100000D+09 -0.101163D+01 24726 5137 000:36:31 -0.100000D+09 -0.101163D+01 25025+ 5157 000:37:01 -0.100000D+09 -0.101163D+01 25304 5179 000:37:33 -0.100000D+09 -0.101163D+01 25650 5179 000:38:03 -0.100000D+09 -0.101163D+01 * 25671 5185 000:38:09 -0.100000D+09 -0.101222D+01 25988+ 5196 000:38:39 -0.100000D+09 -0.101222D+01 26331+ 5197 000:39:09 -0.100000D+09 -0.101222D+01 26692+ 5206 000:39:39 -0.100000D+09 -0.101222D+01 27063 5205 000:40:09 -0.100000D+09 -0.101222D+01 27397+ 5211 000:40:40 -0.100000D+09 -0.101222D+01 27679 5206 000:41:10 -0.100000D+09 -0.101222D+01 27971 5219 000:41:42 -0.100000D+09 -0.101222D+01 28189 5229 000:42:12 -0.100000D+09 -0.101222D+01 28414+ 5275 000:42:42 -0.100000D+09 -0.101222D+01 28625+ 5277 000:43:12 -0.100000D+09 -0.101222D+01 29022 5275 000:43:45 -0.100000D+09 -0.101222D+01 29399 5282 000:44:15 -0.100000D+09 -0.101222D+01 29708 5314 000:44:45 -0.100000D+09 -0.101222D+01 30021 5342 000:45:15 -0.100000D+09 -0.101222D+01 30372 5369 000:45:45 -0.100000D+09 -0.101222D+01 30805 5381 000:46:16 -0.100000D+09 -0.101222D+01 31236+ 5375 000:46:46 -0.100000D+09 -0.101222D+01 31611+ 5361 000:47:16 -0.100000D+09 -0.101222D+01 31925+ 5389 000:47:49 -0.100000D+09 -0.101222D+01 32287 5389 000:48:19 -0.100000D+09 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-0.101323D+01 81689+ 6596 001:59:13 -0.100000D+09 -0.101323D+01 82016 6598 001:59:43 -0.100000D+09 -0.101323D+01 82241 6593 002:00:00 -0.100000D+09 -0.101323D+01 *** Max. allowable CPU time exceeded *** *** User did not provide appropriate variable bounds *** *** Globality is therefore not guaranteed *** LP subsolver time: 001:40:41, in seconds: 6040.80 NLP subsolver time: 000:17:48, in seconds: 1068.49 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:01:31, in seconds: 90.72 Total time elapsed: 002:00:00, in seconds: 7200.00 on parsing: 000:00:00, in seconds: 0.03 on preprocessing: 000:00:05, in seconds: 4.89 on navigating: 000:00:04, in seconds: 4.39 on relaxed: 000:25:48, in seconds: 1548.26 on local: 000:17:45, in seconds: 1065.25 on tightening: 000:00:20, in seconds: 19.62 on marginals: 000:00:00, in seconds: 0.06 on probing: 001:15:57, in seconds: 4557.50 Total no. of BaR iterations: 82241 Best solution found at node: 46268 Max. no. of nodes in memory: 6611 Cut generation statistics (number of cuts / CPU sec) Bilinear 27 0.00 Multilinears 0 0.00 Convexity 0 0.00 All done =========================================================================== Solution = -1.01322807786 found at node 46268 Best possible = -1E51 Absolute gap = 1E51 optca = 1E-9 Relative gap = 1.00000 optcr = 1E-6 --- Restarting execution --- nuclearva.gms(1263) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job nuclearva.gms Stop 11/21/12 03:11:53 elapsed 2:00:19.736 @04 1353463913 ----------------------------- Mi 21. Nov 03:11:53 CET 2012 ----------------------------- =ready= Linux opt224 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/nuclearvb.gms =========== ----------------------------- Mi 21. Nov 01:11:39 CET 2012 ----------------------------- @03 1353456699 --- Job nuclearvb.gms Start 11/21/12 01:11:39 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- nuclearvb.gms(1254) 2 Mb --- Starting execution: elapsed 0:00:00.040 --- nuclearvb.gms(1249) 3 Mb --- Generating MINLP model m --- nuclearvb.gms(1254) 5 Mb --- 318 rows 352 columns 2,509 non-zeroes --- 4,200 nl-code 1,988 nl-non-zeroes --- 168 discrete-columns --- nuclearvb.gms(1254) 3 Mb --- Executing BARON: elapsed 0:00:00.050 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Preprocessing found feasible solution with value -.102406377596D+01 Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Preprocessing found feasible solution with value -.102416721027D+01 Done with local search =========================================================================== We have space for 3876086 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:04 -0.100000D+52 -0.102417D+01 =========================================================================== User did not provide appropriate variable bounds. Some model expressions are unbounded. We may not be able to guarantee globality. Number of missing variable or expression bounds = 169 Number of variable or expression bounds autoset = 169 =========================================================================== 1 1 000:00:06 -0.100000D+09 -0.102417D+01 33 33 000:00:42 -0.100000D+09 -0.102417D+01 136 114 000:01:16 -0.100000D+09 -0.102417D+01 191+ 136 000:01:46 -0.100000D+09 -0.102417D+01 341+ 202 000:02:16 -0.100000D+09 -0.102417D+01 405+ 236 000:02:46 -0.100000D+09 -0.102417D+01 450+ 258 000:03:16 -0.100000D+09 -0.102417D+01 547 290 000:03:50 -0.100000D+09 -0.102417D+01 614 311 000:04:20 -0.100000D+09 -0.102417D+01 655+ 325 000:04:50 -0.100000D+09 -0.102417D+01 752+ 358 000:05:20 -0.100000D+09 -0.102417D+01 803+ 384 000:05:50 -0.100000D+09 -0.102417D+01 829+ 403 000:06:21 -0.100000D+09 -0.102417D+01 860+ 413 000:06:51 -0.100000D+09 -0.102417D+01 898+ 433 000:07:21 -0.100000D+09 -0.102417D+01 948+ 459 000:07:51 -0.100000D+09 -0.102417D+01 1007+ 487 000:08:23 -0.100000D+09 -0.102417D+01 1155+ 501 000:08:53 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001:43:00 -0.100000D+09 -0.102782D+01 21424+ 1484 001:43:30 -0.100000D+09 -0.102782D+01 21497+ 1498 001:44:00 -0.100000D+09 -0.102782D+01 21572+ 1507 001:44:30 -0.100000D+09 -0.102782D+01 21626+ 1515 001:45:00 -0.100000D+09 -0.102782D+01 21642+ 1513 001:45:31 -0.100000D+09 -0.102782D+01 21681+ 1521 001:46:01 -0.100000D+09 -0.102782D+01 21731+ 1545 001:46:32 -0.100000D+09 -0.102782D+01 21812 1563 001:47:02 -0.100000D+09 -0.102782D+01 21874+ 1574 001:47:32 -0.100000D+09 -0.102782D+01 21916+ 1592 001:48:02 -0.100000D+09 -0.102782D+01 21962+ 1602 001:48:32 -0.100000D+09 -0.102782D+01 22045 1609 001:49:02 -0.100000D+09 -0.102782D+01 22126+ 1612 001:49:33 -0.100000D+09 -0.102782D+01 22186+ 1617 001:50:03 -0.100000D+09 -0.102782D+01 22265+ 1611 001:50:33 -0.100000D+09 -0.102782D+01 22344+ 1616 001:51:03 -0.100000D+09 -0.102782D+01 22446 1615 001:51:33 -0.100000D+09 -0.102782D+01 22544+ 1611 001:52:04 -0.100000D+09 -0.102782D+01 22587+ 1613 001:52:34 -0.100000D+09 -0.102782D+01 22658+ 1616 001:53:04 -0.100000D+09 -0.102782D+01 22726+ 1612 001:53:34 -0.100000D+09 -0.102782D+01 22822+ 1602 001:54:04 -0.100000D+09 -0.102782D+01 22896+ 1614 001:54:34 -0.100000D+09 -0.102782D+01 22990+ 1607 001:55:05 -0.100000D+09 -0.102782D+01 23155+ 1620 001:55:35 -0.100000D+09 -0.102782D+01 23311 1630 001:56:06 -0.100000D+09 -0.102782D+01 23358 1640 001:56:36 -0.100000D+09 -0.102782D+01 23407 1645 001:57:06 -0.100000D+09 -0.102782D+01 23504 1647 001:57:36 -0.100000D+09 -0.102782D+01 23613 1650 001:58:06 -0.100000D+09 -0.102782D+01 23674+ 1660 001:58:36 -0.100000D+09 -0.102782D+01 23750+ 1666 001:59:06 -0.100000D+09 -0.102782D+01 23833+ 1659 001:59:36 -0.100000D+09 -0.102782D+01 Solution = -1.02782081291 found at node 18913 Best possible = -1E51 Absolute gap = 1E51 optca = 1E-9 Relative gap = 1.00000 optcr = 1E-6 --- Restarting execution --- nuclearvb.gms(1254) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job nuclearvb.gms Stop 11/21/12 03:11:58 elapsed 2:00:19.268 @04 1353463918 ----------------------------- Mi 21. Nov 03:11:58 CET 2012 ----------------------------- =ready= Linux opt209 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/nuclearvc.gms =========== ----------------------------- Mi 21. Nov 01:11:40 CET 2012 ----------------------------- @03 1353456700 --- Job nuclearvc.gms Start 11/21/12 01:11:40 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- nuclearvc.gms(1254) 2 Mb --- Starting execution: elapsed 0:00:00.050 --- nuclearvc.gms(1249) 3 Mb --- Generating MINLP model m --- nuclearvc.gms(1254) 5 Mb --- 318 rows 352 columns 2,509 non-zeroes --- 4,200 nl-code 1,988 nl-non-zeroes --- 168 discrete-columns --- nuclearvc.gms(1254) 3 Mb --- Executing BARON: elapsed 0:00:00.061 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Preprocessing found feasible solution with value -.993675429973D+00 Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Preprocessing found feasible solution with value -.996538309205D+00 Done with local search =========================================================================== We have space for 3876086 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:05 -0.100000D+52 -0.996538D+00 =========================================================================== User did not provide appropriate variable bounds. Some model expressions are unbounded. We may not be able to guarantee globality. Number of missing variable or expression bounds = 169 Number of variable or expression bounds autoset = 169 =========================================================================== 1 1 000:00:06 -0.100000D+09 -0.996538D+00 57 57 000:00:37 -0.100000D+09 -0.996538D+00 236+ 169 000:01:07 -0.100000D+09 -0.996538D+00 * 274 183 000:01:20 -0.100000D+09 -0.100024D+01 439+ 258 000:01:50 -0.100000D+09 -0.100024D+01 597+ 322 000:02:20 -0.100000D+09 -0.100024D+01 827 425 000:02:50 -0.100000D+09 -0.100024D+01 981+ 499 000:03:20 -0.100000D+09 -0.100024D+01 * 1048 533 000:03:31 -0.100000D+09 -0.100036D+01 1155+ 577 000:04:01 -0.100000D+09 -0.100036D+01 1246+ 625 000:04:31 -0.100000D+09 -0.100036D+01 1474 662 000:05:01 -0.100000D+09 -0.100036D+01 1786 688 000:05:31 -0.100000D+09 -0.100036D+01 2043+ 742 000:06:01 -0.100000D+09 -0.100036D+01 2196+ 806 000:06:32 -0.100000D+09 -0.100036D+01 2322+ 839 000:07:02 -0.100000D+09 -0.100036D+01 2476 871 000:07:32 -0.100000D+09 -0.100036D+01 2558+ 907 000:08:02 -0.100000D+09 -0.100036D+01 2644+ 933 000:08:32 -0.100000D+09 -0.100036D+01 2745 955 000:09:02 -0.100000D+09 -0.100036D+01 2798+ 980 000:09:32 -0.100000D+09 -0.100036D+01 2815 989 000:10:03 -0.100000D+09 -0.100036D+01 2847+ 1002 000:10:33 -0.100000D+09 -0.100036D+01 2860+ 1011 000:11:03 -0.100000D+09 -0.100036D+01 2890+ 1025 000:11:34 -0.100000D+09 -0.100036D+01 2904+ 1031 000:12:04 -0.100000D+09 -0.100036D+01 2915+ 1037 000:12:34 -0.100000D+09 -0.100036D+01 2950+ 1040 000:13:04 -0.100000D+09 -0.100036D+01 2973+ 1058 000:13:37 -0.100000D+09 -0.100036D+01 2984 1062 000:14:08 -0.100000D+09 -0.100036D+01 3011 1076 000:14:39 -0.100000D+09 -0.100036D+01 3073 1076 000:15:09 -0.100000D+09 -0.100036D+01 3110 1084 000:15:40 -0.100000D+09 -0.100036D+01 3132+ 1092 000:16:10 -0.100000D+09 -0.100036D+01 3177+ 1104 000:16:41 -0.100000D+09 -0.100036D+01 3367+ 1096 000:17:11 -0.100000D+09 -0.100036D+01 3386+ 1105 000:17:42 -0.100000D+09 -0.100036D+01 3482 1114 000:18:12 -0.100000D+09 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-0.100036D+01 *** Max. allowable CPU time exceeded *** *** User did not provide appropriate variable bounds *** *** Globality is therefore not guaranteed *** LP subsolver time: 001:56:25, in seconds: 6984.55 NLP subsolver time: 000:03:17, in seconds: 197.24 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:18, in seconds: 18.21 Total time elapsed: 002:00:00, in seconds: 7200.00 on parsing: 000:00:00, in seconds: 0.03 on preprocessing: 000:00:05, in seconds: 4.79 on navigating: 000:00:01, in seconds: 0.91 on relaxed: 000:26:07, in seconds: 1566.55 on local: 000:03:14, in seconds: 193.89 on tightening: 000:00:04, in seconds: 3.84 on marginals: 000:00:00, in seconds: 0.01 on probing: 001:30:30, in seconds: 5429.99 Total no. of BaR iterations: 16250 Best solution found at node: 1048 Max. no. of nodes in memory: 2155 Cut generation statistics (number of cuts / CPU sec) Bilinear 27 0.00 Multilinears 0 0.00 Convexity 0 0.00 All done =========================================================================== Solution = -1.00035965056 found at node 1048 Best possible = -1E51 Absolute gap = 1E51 optca = 1E-9 Relative gap = 1.00000 optcr = 1E-6 --- Restarting execution --- nuclearvc.gms(1254) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job nuclearvc.gms Stop 11/21/12 03:11:59 elapsed 2:00:19.271 @04 1353463919 ----------------------------- Mi 21. Nov 03:11:59 CET 2012 ----------------------------- =ready= Linux opt218 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/nuclearvd.gms =========== ----------------------------- Mi 21. Nov 01:11:49 CET 2012 ----------------------------- @03 1353456709 --- Job nuclearvd.gms Start 11/21/12 01:11:49 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- nuclearvd.gms(1359) 2 Mb --- Starting execution: elapsed 0:00:00.053 --- nuclearvd.gms(1354) 3 Mb --- Generating MINLP model m --- nuclearvd.gms(1359) 5 Mb --- 318 rows 352 columns 3,385 non-zeroes --- 5,952 nl-code 2,864 nl-non-zeroes --- 168 discrete-columns --- nuclearvd.gms(1359) 3 Mb --- Executing BARON: elapsed 0:00:00.060 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Preprocessing found feasible solution with value -.103132257645D+01 Preprocessing found feasible solution with value -.103476734862D+01 Done with local search =========================================================================== We have space for 3876086 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:07 -0.100000D+52 -0.103477D+01 =========================================================================== User did not provide appropriate variable bounds. Some model expressions are unbounded. We may not be able to guarantee globality. Number of missing variable or expression bounds = 169 Number of variable or expression bounds autoset = 169 =========================================================================== 1 1 000:00:08 -0.100000D+09 -0.103477D+01 105 85 000:00:38 -0.100000D+09 -0.103477D+01 197+ 135 000:01:09 -0.100000D+09 -0.103477D+01 233+ 146 000:01:40 -0.100000D+09 -0.103477D+01 371+ 189 000:02:10 -0.100000D+09 -0.103477D+01 560+ 262 000:03:13 -0.100000D+09 -0.103477D+01 737+ 331 000:03:43 -0.100000D+09 -0.103477D+01 969+ 430 000:04:18 -0.100000D+09 -0.103477D+01 1236+ 501 000:04:48 -0.100000D+09 -0.103477D+01 1408+ 555 000:05:18 -0.100000D+09 -0.103477D+01 1527 602 000:05:49 -0.100000D+09 -0.103477D+01 1695+ 695 000:06:19 -0.100000D+09 -0.103477D+01 1969+ 793 000:06:49 -0.100000D+09 -0.103477D+01 2191 876 000:07:19 -0.100000D+09 -0.103477D+01 2419+ 946 000:07:49 -0.100000D+09 -0.103477D+01 2548+ 1018 000:08:19 -0.100000D+09 -0.103477D+01 2778 1071 000:08:49 -0.100000D+09 -0.103477D+01 3026+ 1134 000:09:19 -0.100000D+09 -0.103477D+01 3240 1199 000:10:00 -0.100000D+09 -0.103477D+01 3493 1274 000:10:30 -0.100000D+09 -0.103477D+01 3707 1397 000:11:02 -0.100000D+09 -0.103477D+01 3950+ 1518 000:11:32 -0.100000D+09 -0.103477D+01 4126 1581 000:12:02 -0.100000D+09 -0.103477D+01 4275+ 1645 000:13:03 -0.100000D+09 -0.103477D+01 4513+ 1705 000:13:33 -0.100000D+09 -0.103477D+01 4735+ 1728 000:14:03 -0.100000D+09 -0.103477D+01 4976 1771 000:14:33 -0.100000D+09 -0.103477D+01 5251 1831 000:15:03 -0.100000D+09 -0.103477D+01 5501+ 1885 000:15:34 -0.100000D+09 -0.103477D+01 5690+ 1916 000:16:04 -0.100000D+09 -0.103477D+01 5872 1948 000:16:34 -0.100000D+09 -0.103477D+01 6130+ 1990 000:17:04 -0.100000D+09 -0.103477D+01 6321+ 2048 000:17:34 -0.100000D+09 -0.103477D+01 6335 2048 000:18:08 -0.100000D+09 -0.103477D+01 6621+ 2090 000:18:38 -0.100000D+09 -0.103477D+01 6810 2130 000:19:08 -0.100000D+09 -0.103477D+01 7088+ 2174 000:19:38 -0.100000D+09 -0.103477D+01 7209 2212 000:20:19 -0.100000D+09 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001:31:09 -0.100000D+09 -0.103713D+01 43931 6038 001:31:39 -0.100000D+09 -0.103713D+01 44197+ 6067 001:32:13 -0.100000D+09 -0.103713D+01 44433 6094 001:32:43 -0.100000D+09 -0.103713D+01 44649+ 6137 001:33:13 -0.100000D+09 -0.103713D+01 44882+ 6158 001:33:43 -0.100000D+09 -0.103713D+01 45143+ 6210 001:34:13 -0.100000D+09 -0.103713D+01 45360 6286 001:34:43 -0.100000D+09 -0.103713D+01 45677+ 6367 001:35:13 -0.100000D+09 -0.103713D+01 * 45857 6390 001:35:29 -0.100000D+09 -0.103763D+01 46174+ 6443 001:36:01 -0.100000D+09 -0.103763D+01 46444 6533 001:36:32 -0.100000D+09 -0.103763D+01 46728 6613 001:37:02 -0.100000D+09 -0.103763D+01 47019 6695 001:37:33 -0.100000D+09 -0.103763D+01 47358+ 6757 001:38:03 -0.100000D+09 -0.103763D+01 47708+ 6764 001:38:33 -0.100000D+09 -0.103763D+01 48077 6772 001:39:05 -0.100000D+09 -0.103763D+01 48399+ 6810 001:39:35 -0.100000D+09 -0.103763D+01 48652 6859 001:40:05 -0.100000D+09 -0.103763D+01 48944+ 6912 001:40:35 -0.100000D+09 -0.103763D+01 49241 6977 001:41:05 -0.100000D+09 -0.103763D+01 49548+ 7049 001:41:35 -0.100000D+09 -0.103763D+01 49840+ 7153 001:42:05 -0.100000D+09 -0.103763D+01 50119 7229 001:42:35 -0.100000D+09 -0.103763D+01 50431+ 7271 001:43:05 -0.100000D+09 -0.103763D+01 50715+ 7305 001:43:35 -0.100000D+09 -0.103763D+01 51021 7348 001:44:05 -0.100000D+09 -0.103763D+01 51325 7356 001:44:35 -0.100000D+09 -0.103763D+01 51678+ 7353 001:45:05 -0.100000D+09 -0.103763D+01 52103 7399 001:45:35 -0.100000D+09 -0.103763D+01 52524 7438 001:46:05 -0.100000D+09 -0.103763D+01 52987 7454 001:46:35 -0.100000D+09 -0.103763D+01 53355+ 7474 001:47:05 -0.100000D+09 -0.103763D+01 53815 7483 001:47:35 -0.100000D+09 -0.103763D+01 54276+ 7488 001:48:07 -0.100000D+09 -0.103763D+01 54773+ 7468 001:48:37 -0.100000D+09 -0.103763D+01 55240+ 7463 001:49:07 -0.100000D+09 -0.103763D+01 55735 7458 001:49:37 -0.100000D+09 -0.103763D+01 56097+ 7454 001:50:07 -0.100000D+09 -0.103763D+01 56565 7467 001:50:37 -0.100000D+09 -0.103763D+01 57052 7470 001:51:07 -0.100000D+09 -0.103763D+01 57604+ 7447 001:51:37 -0.100000D+09 -0.103763D+01 58000+ 7451 001:52:07 -0.100000D+09 -0.103763D+01 58506+ 7453 001:52:37 -0.100000D+09 -0.103763D+01 58985+ 7433 001:53:07 -0.100000D+09 -0.103763D+01 59455 7439 001:53:37 -0.100000D+09 -0.103763D+01 59966+ 7423 001:54:07 -0.100000D+09 -0.103763D+01 60396+ 7466 001:54:37 -0.100000D+09 -0.103763D+01 60820 7499 001:55:08 -0.100000D+09 -0.103763D+01 61268+ 7559 001:55:38 -0.100000D+09 -0.103763D+01 61650 7583 001:56:08 -0.100000D+09 -0.103763D+01 62049+ 7606 001:56:38 -0.100000D+09 -0.103763D+01 62536+ 7599 001:57:08 -0.100000D+09 -0.103763D+01 62985+ 7610 001:57:38 -0.100000D+09 -0.103763D+01 63381 7609 001:58:08 -0.100000D+09 -0.103763D+01 63783 7596 001:58:39 -0.100000D+09 -0.103763D+01 64224+ 7595 001:59:09 -0.100000D+09 -0.103763D+01 64730 7564 001:59:39 -0.100000D+09 -0.103763D+01 Solution = -1.0376323756 found at node 45857 Best possible = -1E51 Absolute gap = 1E51 optca = 1E-9 Relative gap = 1.00000 optcr = 1E-6 --- Restarting execution --- nuclearvd.gms(1359) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job nuclearvd.gms Stop 11/21/12 03:12:10 elapsed 2:00:20.623 @04 1353463930 ----------------------------- Mi 21. Nov 03:12:10 CET 2012 ----------------------------- =ready= Linux opt220 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/nuclearve.gms =========== ----------------------------- Mi 21. Nov 01:12:02 CET 2012 ----------------------------- @03 1353456722 --- Job nuclearve.gms Start 11/21/12 01:12:02 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- nuclearve.gms(1365) 2 Mb --- Starting execution: elapsed 0:00:00.079 --- nuclearve.gms(1360) 3 Mb --- Generating MINLP model m --- nuclearve.gms(1365) 5 Mb --- 318 rows 352 columns 3,385 non-zeroes --- 5,952 nl-code 2,864 nl-non-zeroes --- 168 discrete-columns --- nuclearve.gms(1365) 3 Mb --- Executing BARON: elapsed 0:00:00.091 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Preprocessing found feasible solution with value -.102851251485D+01 Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Preprocessing found feasible solution with value -.102936696705D+01 Done with local search =========================================================================== We have space for 3876086 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:05 -0.100000D+52 -0.102937D+01 =========================================================================== User did not provide appropriate variable bounds. Some model expressions are unbounded. We may not be able to guarantee globality. Number of missing variable or expression bounds = 169 Number of variable or expression bounds autoset = 169 =========================================================================== 1 1 000:00:06 -0.100000D+09 -0.102937D+01 49 49 000:00:37 -0.100000D+09 -0.102937D+01 323+ 219 000:01:07 -0.100000D+09 -0.102937D+01 537+ 306 000:01:37 -0.100000D+09 -0.102937D+01 779+ 388 000:02:07 -0.100000D+09 -0.102937D+01 926+ 444 000:02:37 -0.100000D+09 -0.102937D+01 1095+ 495 000:03:07 -0.100000D+09 -0.102937D+01 * 1285 558 000:03:30 -0.100000D+09 -0.102995D+01 1521+ 615 000:04:00 -0.100000D+09 -0.102995D+01 1729+ 676 000:04:30 -0.100000D+09 -0.102995D+01 * 1799 697 000:04:42 -0.100000D+09 -0.103430D+01 1944 742 000:05:12 -0.100000D+09 -0.103430D+01 2147+ 790 000:05:42 -0.100000D+09 -0.103430D+01 2278+ 812 000:06:12 -0.100000D+09 -0.103430D+01 2464+ 852 000:06:42 -0.100000D+09 -0.103430D+01 2611+ 911 000:07:12 -0.100000D+09 -0.103430D+01 2824+ 973 000:07:42 -0.100000D+09 -0.103430D+01 3081 1018 000:08:13 -0.100000D+09 -0.103430D+01 3242+ 1042 000:08:43 -0.100000D+09 -0.103430D+01 3364+ 1089 000:09:13 -0.100000D+09 -0.103430D+01 3560+ 1174 000:09:43 -0.100000D+09 -0.103430D+01 3755+ 1212 000:10:13 -0.100000D+09 -0.103430D+01 4021+ 1266 000:10:43 -0.100000D+09 -0.103430D+01 XXX Wrong no. of basic variables: 324 4151 1297 000:11:13 -0.100000D+09 -0.103430D+01 4387+ 1339 000:11:43 -0.100000D+09 -0.103430D+01 4554 1418 000:12:15 -0.100000D+09 -0.103430D+01 4730 1465 000:12:45 -0.100000D+09 -0.103430D+01 4917+ 1510 000:13:15 -0.100000D+09 -0.103430D+01 5081+ 1550 000:13:45 -0.100000D+09 -0.103430D+01 5340 1597 000:14:15 -0.100000D+09 -0.103430D+01 5498 1650 000:14:46 -0.100000D+09 -0.103430D+01 5739+ 1671 000:15:16 -0.100000D+09 -0.103430D+01 5921+ 1731 000:15:46 -0.100000D+09 -0.103430D+01 6028 1759 000:16:16 -0.100000D+09 -0.103430D+01 6186 1762 000:17:13 -0.100000D+09 -0.103430D+01 6365+ 1777 000:17:43 -0.100000D+09 -0.103430D+01 6622 1794 000:18:14 -0.100000D+09 -0.103430D+01 6879 1838 000:18:44 -0.100000D+09 -0.103430D+01 7337+ 1821 000:19:14 -0.100000D+09 -0.103430D+01 7668 1821 000:19:44 -0.100000D+09 -0.103430D+01 7948+ 1844 000:20:14 -0.100000D+09 -0.103430D+01 8189+ 1833 000:20:44 -0.100000D+09 -0.103430D+01 8403+ 1854 000:21:14 -0.100000D+09 -0.103430D+01 8631+ 1870 000:21:44 -0.100000D+09 -0.103430D+01 8662 1884 000:22:23 -0.100000D+09 -0.103430D+01 8897+ 1922 000:22:53 -0.100000D+09 -0.103430D+01 9104+ 1965 000:23:37 -0.100000D+09 -0.103430D+01 9286+ 1972 000:24:07 -0.100000D+09 -0.103430D+01 9475+ 1990 000:24:37 -0.100000D+09 -0.103430D+01 XXX Wrong no. of basic variables: 337 9689+ 1996 000:25:07 -0.100000D+09 -0.103430D+01 9877 2001 000:25:37 -0.100000D+09 -0.103430D+01 10021 1987 000:26:07 -0.100000D+09 -0.103430D+01 10318+ 1976 000:26:37 -0.100000D+09 -0.103430D+01 10627+ 2000 000:27:07 -0.100000D+09 -0.103430D+01 10837 2010 000:27:40 -0.100000D+09 -0.103430D+01 11098+ 2019 000:28:10 -0.100000D+09 -0.103430D+01 11262 2039 000:28:40 -0.100000D+09 -0.103430D+01 11493+ 2052 000:29:10 -0.100000D+09 -0.103430D+01 11700+ 2053 000:29:45 -0.100000D+09 -0.103430D+01 11873+ 2064 000:30:15 -0.100000D+09 -0.103430D+01 12116+ 2048 000:30:45 -0.100000D+09 -0.103430D+01 12343+ 2038 000:31:15 -0.100000D+09 -0.103430D+01 12528 2044 000:31:45 -0.100000D+09 -0.103430D+01 12706+ 2044 000:32:15 -0.100000D+09 -0.103430D+01 12887 2045 000:32:45 -0.100000D+09 -0.103430D+01 13064+ 2037 000:33:15 -0.100000D+09 -0.103430D+01 13377+ 2034 000:33:45 -0.100000D+09 -0.103430D+01 13582+ 2033 000:34:15 -0.100000D+09 -0.103430D+01 13766+ 2038 000:34:46 -0.100000D+09 -0.103430D+01 13932+ 2026 000:35:16 -0.100000D+09 -0.103430D+01 14115+ 2024 000:35:46 -0.100000D+09 -0.103430D+01 14367 2021 000:36:16 -0.100000D+09 -0.103430D+01 14650+ 2028 000:36:46 -0.100000D+09 -0.103430D+01 14742+ 2016 000:37:16 -0.100000D+09 -0.103430D+01 14950 2037 000:37:46 -0.100000D+09 -0.103430D+01 15180+ 2026 000:38:16 -0.100000D+09 -0.103430D+01 15293 2026 000:38:48 -0.100000D+09 -0.103430D+01 15434 2058 000:39:26 -0.100000D+09 -0.103430D+01 15625 2060 000:39:56 -0.100000D+09 -0.103430D+01 15842 2089 000:40:26 -0.100000D+09 -0.103430D+01 16087 2107 000:40:56 -0.100000D+09 -0.103430D+01 16278 2115 000:41:27 -0.100000D+09 -0.103430D+01 16591 2104 000:41:57 -0.100000D+09 -0.103430D+01 16877+ 2110 000:42:27 -0.100000D+09 -0.103430D+01 17156+ 2113 000:42:57 -0.100000D+09 -0.103430D+01 17415 2105 000:43:27 -0.100000D+09 -0.103430D+01 17727+ 2080 000:43:57 -0.100000D+09 -0.103430D+01 17935+ 2086 000:44:27 -0.100000D+09 -0.103430D+01 18133+ 2090 000:44:57 -0.100000D+09 -0.103430D+01 18350 2098 000:45:28 -0.100000D+09 -0.103430D+01 18559+ 2098 000:45:58 -0.100000D+09 -0.103430D+01 18791+ 2124 000:46:28 -0.100000D+09 -0.103430D+01 19013+ 2128 000:46:58 -0.100000D+09 -0.103430D+01 19248+ 2143 000:47:28 -0.100000D+09 -0.103430D+01 19453 2161 000:47:58 -0.100000D+09 -0.103430D+01 19706 2168 000:48:28 -0.100000D+09 -0.103430D+01 19989 2152 000:48:58 -0.100000D+09 -0.103430D+01 20200 2159 000:49:28 -0.100000D+09 -0.103430D+01 20412+ 2167 000:49:58 -0.100000D+09 -0.103430D+01 20711+ 2193 000:50:29 -0.100000D+09 -0.103430D+01 20887+ 2209 000:50:59 -0.100000D+09 -0.103430D+01 21072+ 2201 000:51:29 -0.100000D+09 -0.103430D+01 21340+ 2211 000:51:59 -0.100000D+09 -0.103430D+01 21569 2207 000:52:29 -0.100000D+09 -0.103430D+01 21810+ 2202 000:52:59 -0.100000D+09 -0.103430D+01 22047+ 2251 000:53:29 -0.100000D+09 -0.103430D+01 22280+ 2317 000:53:59 -0.100000D+09 -0.103430D+01 22435+ 2366 000:54:29 -0.100000D+09 -0.103430D+01 22598 2382 000:54:59 -0.100000D+09 -0.103430D+01 22836+ 2401 000:55:31 -0.100000D+09 -0.103430D+01 23152+ 2424 000:56:01 -0.100000D+09 -0.103430D+01 23417 2487 000:56:31 -0.100000D+09 -0.103430D+01 23644 2504 000:57:01 -0.100000D+09 -0.103430D+01 23881+ 2530 000:57:31 -0.100000D+09 -0.103430D+01 24134+ 2548 000:58:01 -0.100000D+09 -0.103430D+01 24327+ 2576 000:58:31 -0.100000D+09 -0.103430D+01 24533+ 2603 000:59:01 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found at node 1799 Best possible = -1E51 Absolute gap = 1E51 optca = 1E-9 Relative gap = 1.00000 optcr = 1E-6 --- Restarting execution --- nuclearve.gms(1365) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job nuclearve.gms Stop 11/21/12 03:12:22 elapsed 2:00:19.538 @04 1353463942 ----------------------------- Mi 21. Nov 03:12:22 CET 2012 ----------------------------- =ready= Linux opt204 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/nuclearvf.gms =========== ----------------------------- Mi 21. Nov 01:12:13 CET 2012 ----------------------------- @03 1353456733 --- Job nuclearvf.gms Start 11/21/12 01:12:13 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- nuclearvf.gms(1362) 2 Mb --- Starting execution: elapsed 0:00:00.048 --- nuclearvf.gms(1357) 3 Mb --- Generating MINLP model m --- nuclearvf.gms(1362) 5 Mb --- 318 rows 352 columns 3,385 non-zeroes --- 5,952 nl-code 2,864 nl-non-zeroes --- 168 discrete-columns --- nuclearvf.gms(1362) 3 Mb --- Executing BARON: elapsed 0:00:00.059 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Preprocessing found feasible solution with value -.101114022197D+01 Preprocessing found feasible solution with value -.102243014969D+01 Done with local search =========================================================================== We have space for 3876086 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:08 -0.100000D+52 -0.102243D+01 =========================================================================== User did not provide appropriate variable bounds. Some model expressions are unbounded. We may not be able to guarantee globality. Number of missing variable or expression bounds = 169 Number of variable or expression bounds autoset = 169 =========================================================================== 1 1 000:00:08 -0.100000D+09 -0.102243D+01 45 45 000:00:38 -0.100000D+09 -0.102243D+01 100 91 000:01:10 -0.100000D+09 -0.102243D+01 293+ 206 000:01:41 -0.100000D+09 -0.102243D+01 525 314 000:02:13 -0.100000D+09 -0.102243D+01 741 423 000:02:43 -0.100000D+09 -0.102243D+01 984+ 532 000:03:13 -0.100000D+09 -0.102243D+01 1168+ 620 000:03:43 -0.100000D+09 -0.102243D+01 1311+ 683 000:04:13 -0.100000D+09 -0.102243D+01 1404+ 737 000:04:43 -0.100000D+09 -0.102243D+01 * 1455 752 000:04:52 -0.100000D+09 -0.102293D+01 1606+ 813 000:05:22 -0.100000D+09 -0.102293D+01 1836+ 901 000:05:52 -0.100000D+09 -0.102293D+01 2026+ 990 000:06:22 -0.100000D+09 -0.102293D+01 2345+ 1033 000:07:08 -0.100000D+09 -0.102293D+01 2587+ 1088 000:07:38 -0.100000D+09 -0.102293D+01 2773+ 1152 000:08:08 -0.100000D+09 -0.102293D+01 2961+ 1239 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001:20:31 -0.100000D+09 -0.102293D+01 28954 3899 001:21:03 -0.100000D+09 -0.102293D+01 29367 3890 001:21:33 -0.100000D+09 -0.102293D+01 29770 3898 001:22:03 -0.100000D+09 -0.102293D+01 30187+ 3884 001:22:33 -0.100000D+09 -0.102293D+01 30578+ 3874 001:23:03 -0.100000D+09 -0.102293D+01 30943+ 3898 001:23:33 -0.100000D+09 -0.102293D+01 31363+ 3873 001:24:03 -0.100000D+09 -0.102293D+01 31721+ 3870 001:24:33 -0.100000D+09 -0.102293D+01 32169 3867 001:25:03 -0.100000D+09 -0.102293D+01 32478+ 3865 001:25:33 -0.100000D+09 -0.102293D+01 32781 3876 001:26:05 -0.100000D+09 -0.102293D+01 33107+ 3874 001:26:35 -0.100000D+09 -0.102293D+01 33447+ 3867 001:27:05 -0.100000D+09 -0.102293D+01 33773 3863 001:27:35 -0.100000D+09 -0.102293D+01 34124+ 3879 001:28:05 -0.100000D+09 -0.102293D+01 34501+ 3864 001:28:35 -0.100000D+09 -0.102293D+01 34883+ 3864 001:29:05 -0.100000D+09 -0.102293D+01 35288+ 3859 001:29:35 -0.100000D+09 -0.102293D+01 35606 3852 001:30:05 -0.100000D+09 -0.102293D+01 35858+ 3856 001:30:35 -0.100000D+09 -0.102293D+01 36130+ 3894 001:31:07 -0.100000D+09 -0.102293D+01 36483+ 3930 001:31:40 -0.100000D+09 -0.102293D+01 36842+ 3925 001:32:10 -0.100000D+09 -0.102293D+01 37194+ 3928 001:32:40 -0.100000D+09 -0.102293D+01 37535 3909 001:33:10 -0.100000D+09 -0.102293D+01 37904+ 3923 001:33:40 -0.100000D+09 -0.102293D+01 38248+ 3919 001:34:10 -0.100000D+09 -0.102293D+01 38552+ 3927 001:34:40 -0.100000D+09 -0.102293D+01 38853 3930 001:35:11 -0.100000D+09 -0.102293D+01 39243 3938 001:35:42 -0.100000D+09 -0.102293D+01 39598+ 3925 001:36:12 -0.100000D+09 -0.102293D+01 39923 3931 001:36:43 -0.100000D+09 -0.102293D+01 40230+ 3939 001:37:14 -0.100000D+09 -0.102293D+01 40569+ 3929 001:37:44 -0.100000D+09 -0.102293D+01 40938+ 3918 001:38:14 -0.100000D+09 -0.102293D+01 41275 3934 001:38:44 -0.100000D+09 -0.102293D+01 41644+ 3914 001:39:14 -0.100000D+09 -0.102293D+01 41952+ 3923 001:39:44 -0.100000D+09 -0.102293D+01 42318 3912 001:40:14 -0.100000D+09 -0.102293D+01 42658 3918 001:40:46 -0.100000D+09 -0.102293D+01 43030 3930 001:41:16 -0.100000D+09 -0.102293D+01 43371 3930 001:41:46 -0.100000D+09 -0.102293D+01 43714+ 3931 001:42:16 -0.100000D+09 -0.102293D+01 44064+ 3924 001:42:46 -0.100000D+09 -0.102293D+01 44391+ 3920 001:43:16 -0.100000D+09 -0.102293D+01 44681+ 3929 001:43:46 -0.100000D+09 -0.102293D+01 45065 3916 001:44:16 -0.100000D+09 -0.102293D+01 45427 3910 001:44:46 -0.100000D+09 -0.102293D+01 45717 3941 001:45:16 -0.100000D+09 -0.102293D+01 45996+ 3982 001:45:46 -0.100000D+09 -0.102293D+01 46397 3963 001:46:16 -0.100000D+09 -0.102293D+01 46793+ 3961 001:46:46 -0.100000D+09 -0.102293D+01 47169+ 3949 001:47:16 -0.100000D+09 -0.102293D+01 47510+ 3962 001:47:46 -0.100000D+09 -0.102293D+01 47826 3953 001:48:16 -0.100000D+09 -0.102293D+01 48183+ 3954 001:48:46 -0.100000D+09 -0.102293D+01 48547+ 3938 001:49:16 -0.100000D+09 -0.102293D+01 48899 3944 001:49:46 -0.100000D+09 -0.102293D+01 49236+ 3926 001:50:16 -0.100000D+09 -0.102293D+01 49576 3914 001:50:46 -0.100000D+09 -0.102293D+01 49909+ 3897 001:51:16 -0.100000D+09 -0.102293D+01 50247 3897 001:51:46 -0.100000D+09 -0.102293D+01 50600+ 3893 001:52:16 -0.100000D+09 -0.102293D+01 50943 3878 001:52:47 -0.100000D+09 -0.102293D+01 51221+ 3894 001:53:17 -0.100000D+09 -0.102293D+01 51472+ 3936 001:53:47 -0.100000D+09 -0.102293D+01 51800 3941 001:54:17 -0.100000D+09 -0.102293D+01 52180+ 3937 001:54:47 -0.100000D+09 -0.102293D+01 52565+ 3915 001:55:17 -0.100000D+09 -0.102293D+01 52894 3920 001:55:47 -0.100000D+09 -0.102293D+01 53212+ 3931 001:56:17 -0.100000D+09 -0.102293D+01 53568 3913 001:56:47 -0.100000D+09 -0.102293D+01 53927+ 3903 001:57:17 -0.100000D+09 -0.102293D+01 54286+ 3894 001:57:47 -0.100000D+09 -0.102293D+01 54681+ 3893 001:58:17 -0.100000D+09 -0.102293D+01 54988 3919 001:58:49 -0.100000D+09 -0.102293D+01 55410+ 3897 001:59:19 -0.100000D+09 -0.102293D+01 55765 3921 001:59:49 -0.100000D+09 -0.102293D+01 Solution = -1.02292909129 found at node 1455 Best possible = -1E51 Absolute gap = 1E51 optca = 1E-9 Relative gap = 1.00000 optcr = 1E-6 --- Restarting execution --- nuclearvf.gms(1362) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job nuclearvf.gms Stop 11/21/12 03:12:33 elapsed 2:00:19.875 @04 1353463953 ----------------------------- Mi 21. Nov 03:12:33 CET 2012 ----------------------------- =ready= Linux opt216 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/nvs01.gms =========== ----------------------------- Mi 21. Nov 01:12:33 CET 2012 ----------------------------- @03 1353456753 --- Job nvs01.gms Start 11/21/12 01:12:33 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- nvs01.gms(61) 2 Mb --- Starting execution: elapsed 0:00:00.011 --- nvs01.gms(56) 3 Mb --- Generating MINLP model m --- nvs01.gms(61) 5 Mb --- 4 rows 4 columns 10 non-zeroes --- 33 nl-code 7 nl-non-zeroes --- 2 discrete-columns --- nvs01.gms(61) 3 Mb --- Executing BARON: elapsed 0:00:00.015 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Preprocessing found feasible solution with value 0.128817161966D+02 Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 93363152 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.712553D+01 0.128817D+02 * 1+ 1 000:00:00 0.117183D+02 0.124697D+02 1 0 000:00:00 0.124697D+02 0.124697D+02 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.00 NLP subsolver time: 000:00:00, in seconds: 0.15 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.03 Total time elapsed: 000:00:00, in seconds: 0.19 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.17 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.00 on local: 000:00:00, in seconds: 0.00 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: 1 Best solution found at node: 1 Max. no. of nodes in memory: 1 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 1 0.00 Convexity 123 0.00 All done =========================================================================== Solution = 12.4696688216 found at node 1 Best possible = 12.4696563519 Absolute gap = 1.24696999996843E-5 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- nvs01.gms(61) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job nvs01.gms Stop 11/21/12 01:12:33 elapsed 0:00:00.267 @04 1353456753 ----------------------------- Mi 21. Nov 01:12:33 CET 2012 ----------------------------- =ready= Linux opt216 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/nvs02.gms =========== ----------------------------- Mi 21. Nov 01:12:33 CET 2012 ----------------------------- @03 1353456753 --- Job nvs02.gms Start 11/21/12 01:12:33 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- nvs02.gms(72) 2 Mb --- Starting execution: elapsed 0:00:00.007 --- nvs02.gms(67) 3 Mb --- Generating MINLP model m --- nvs02.gms(72) 5 Mb --- 4 rows 9 columns 20 non-zeroes --- 56 nl-code 16 nl-non-zeroes --- 5 discrete-columns --- nvs02.gms(72) 3 Mb --- Executing BARON: elapsed 0:00:00.011 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Preprocessing found feasible solution with value 0.596418452307D+01 Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 71578416 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 0 000:00:00 0.596418D+01 0.596418D+01 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.00 NLP subsolver time: 000:00:00, in seconds: 0.01 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.03 Total time elapsed: 000:00:00, in seconds: 0.05 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.04 on navigating: 000:00:00, in seconds: 0.00 on relaxed: 000:00:00, in seconds: 0.00 on local: 000:00:00, in seconds: 0.00 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: 1 Best solution found at node: 1 Max. no. of nodes in memory: 1 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 0 0.00 All done =========================================================================== Solution = 5.96418452307 found at node 1 Best possible = 5.96418447967 Absolute gap = 4.34000000382184E-8 optca = 1E-9 Relative gap = 0 optcr = 1E-6 --- Restarting execution --- nvs02.gms(72) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job nvs02.gms Stop 11/21/12 01:12:33 elapsed 0:00:00.108 @04 1353456753 ----------------------------- Mi 21. Nov 01:12:33 CET 2012 ----------------------------- =ready= Linux opt216 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/nvs03.gms =========== ----------------------------- Mi 21. Nov 01:12:33 CET 2012 ----------------------------- @03 1353456753 --- Job nvs03.gms Start 11/21/12 01:12:33 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- nvs03.gms(55) 2 Mb --- Starting execution: elapsed 0:00:00.011 --- nvs03.gms(50) 3 Mb --- Generating MINLP model m --- nvs03.gms(55) 5 Mb --- 3 rows 3 columns 7 non-zeroes --- 17 nl-code 3 nl-non-zeroes --- 2 discrete-columns --- nvs03.gms(55) 3 Mb --- Executing BARON: elapsed 0:00:00.015 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Preprocessing found feasible solution with value 0.680000000000D+02 Doing local search Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 113018553 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.400000D+01 0.680000D+02 1 1 000:00:00 0.925000D+01 0.680000D+02 * 2 2 000:00:00 0.925000D+01 0.160000D+02 3 0 000:00:00 0.160000D+02 0.160000D+02 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.01 NLP subsolver time: 000:00:00, in seconds: 0.01 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.03 Total time elapsed: 000:00:00, in seconds: 0.05 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.03 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.00 on local: 000:00:00, in seconds: 0.00 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: 3 Best solution found at node: 2 Max. no. of nodes in memory: 2 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 135 0.00 All done =========================================================================== Solution = 16 found at node 2 Best possible = 15.999984 Absolute gap = 1.60000000004601E-5 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- nvs03.gms(55) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job nvs03.gms Stop 11/21/12 01:12:34 elapsed 0:00:00.113 @04 1353456754 ----------------------------- Mi 21. Nov 01:12:34 CET 2012 ----------------------------- =ready= Linux opt216 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/nvs04.gms =========== ----------------------------- Mi 21. Nov 01:12:34 CET 2012 ----------------------------- @03 1353456754 --- Job nvs04.gms Start 11/21/12 01:12:34 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- nvs04.gms(51) 2 Mb --- Starting execution: elapsed 0:00:00.009 --- nvs04.gms(46) 3 Mb --- Generating MINLP model m --- nvs04.gms(51) 5 Mb --- 1 rows 3 columns 3 non-zeroes --- 16 nl-code 2 nl-non-zeroes --- 2 discrete-columns --- nvs04.gms(51) 3 Mb --- Executing BARON: elapsed 0:00:00.012 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Starting solution is feasible with a value of 0.100397693621D+11 Preprocessing found feasible solution with value 0.212000000000D+01 Doing local search Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 102254881 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.000000D+00 0.212000D+01 1 1 000:00:00 0.000000D+00 0.212000D+01 * 3 1 000:00:00 0.000000D+00 0.720000D+00 3 0 000:00:00 0.719999D+00 0.720000D+00 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.00 NLP subsolver time: 000:00:00, in seconds: 0.01 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.03 Total time elapsed: 000:00:00, in seconds: 0.05 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.03 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.00 on local: 000:00:00, in seconds: 0.00 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: 3 Best solution found at node: 3 Max. no. of nodes in memory: 2 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 67 0.00 All done =========================================================================== Solution = 0.72 found at node 3 Best possible = 0.719999280001 Absolute gap = 7.19998999976212E-7 optca = 1E-9 Relative gap = 0 optcr = 1E-6 --- Restarting execution --- nvs04.gms(51) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job nvs04.gms Stop 11/21/12 01:12:34 elapsed 0:00:00.113 @04 1353456754 ----------------------------- Mi 21. Nov 01:12:34 CET 2012 ----------------------------- =ready= Linux opt216 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/nvs05.gms =========== ----------------------------- Mi 21. Nov 01:12:34 CET 2012 ----------------------------- @03 1353456754 --- Job nvs05.gms Start 11/21/12 01:12:34 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- nvs05.gms(77) 2 Mb --- Starting execution: elapsed 0:00:00.012 --- nvs05.gms(72) 3 Mb --- Generating MINLP model m --- nvs05.gms(77) 5 Mb --- 10 rows 9 columns 31 non-zeroes --- 112 nl-code 24 nl-non-zeroes --- 2 discrete-columns --- nvs05.gms(77) 3 Mb --- Executing BARON: elapsed 0:00:00.015 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 49938430 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:01 0.674022D+00 0.890975D+07 1 1 000:00:01 0.190469D+01 0.890975D+07 * 290 93 000:00:05 0.190469D+01 0.174557D+02 * 308 68 000:00:05 0.190469D+01 0.135647D+02 * 310 65 000:00:05 0.190469D+01 0.135647D+02 * 362 61 000:00:06 0.190469D+01 0.135280D+02 * 392+ 66 000:00:06 0.222007D+01 0.133369D+02 * 432 63 000:00:06 0.233978D+01 0.133347D+02 * 500+ 66 000:00:06 0.259791D+01 0.132135D+02 * 552+ 77 000:00:06 0.268915D+01 0.132122D+02 * 594 78 000:00:06 0.358392D+01 0.118026D+02 * 608+ 74 000:00:07 0.376269D+01 0.107247D+02 * 610 74 000:00:07 0.376269D+01 0.107187D+02 * 662+ 77 000:00:07 0.406232D+01 0.107120D+02 * 670+ 80 000:00:07 0.406232D+01 0.106256D+02 * 716 94 000:00:07 0.406232D+01 0.105965D+02 * 746+ 82 000:00:07 0.406232D+01 0.917308D+01 * 806+ 86 000:00:08 0.406232D+01 0.767399D+01 * 854+ 76 000:00:08 0.412120D+01 0.742694D+01 * 858+ 77 000:00:08 0.412120D+01 0.742310D+01 * 900+ 69 000:00:08 0.449702D+01 0.690216D+01 * 920+ 71 000:00:08 0.459813D+01 0.689490D+01 * 920 70 000:00:08 0.459813D+01 0.688924D+01 * 950 64 000:00:08 0.467467D+01 0.688499D+01 * 1029+ 28 000:00:08 0.537317D+01 0.585779D+01 * 1034 23 000:00:08 0.540277D+01 0.584109D+01 1077 0 000:00:08 0.584108D+01 0.584109D+01 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:04, in seconds: 4.41 NLP subsolver time: 000:00:03, in seconds: 2.87 Cutting time: 000:00:00, in seconds: 0.25 All other time: 000:00:01, in seconds: 0.74 Total time elapsed: 000:00:08, in seconds: 8.26 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:01, in seconds: 0.50 on navigating: 000:00:00, in seconds: 0.03 on relaxed: 000:00:01, in seconds: 0.51 on local: 000:00:02, in seconds: 2.40 on tightening: 000:00:00, in seconds: 0.32 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:04, in seconds: 4.50 Total no. of BaR iterations: 1077 Best solution found at node: 1077 Max. no. of nodes in memory: 119 Cut generation statistics (number of cuts / CPU sec) Bilinear 962 0.00 Multilinears 2924 0.06 Convexity 421548 0.19 All done =========================================================================== Solution = 5.84108757672 found at node 1077 Best possible = 5.84108340273 Absolute gap = 4.17398999985608E-6 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- nvs05.gms(77) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job nvs05.gms Stop 11/21/12 01:12:43 elapsed 0:00:08.418 @04 1353456763 ----------------------------- Mi 21. Nov 01:12:43 CET 2012 ----------------------------- =ready= Linux opt216 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/nvs06.gms =========== ----------------------------- Mi 21. Nov 01:12:43 CET 2012 ----------------------------- @03 1353456763 --- Job nvs06.gms Start 11/21/12 01:12:43 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- nvs06.gms(50) 2 Mb --- Starting execution: elapsed 0:00:00.011 --- nvs06.gms(45) 3 Mb --- Generating MINLP model m --- nvs06.gms(50) 5 Mb --- 1 rows 3 columns 3 non-zeroes --- 26 nl-code 2 nl-non-zeroes --- 2 discrete-columns --- nvs06.gms(50) 3 Mb --- Executing BARON: elapsed 0:00:00.014 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Starting solution is feasible with a value of 0.116000000000D+02 Doing local search Preprocessing found feasible solution with value 0.177031250000D+01 Solving bounding LP Problem solved during preprocessing Lower bound is 0.177031192969D+01 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.00 NLP subsolver time: 000:00:00, in seconds: 0.00 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.03 Total time elapsed: 000:00:00, in seconds: 0.03 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.03 on navigating: 000:00:00, in seconds: 0.00 on relaxed: 000:00:00, in seconds: 0.00 on local: 000:00:00, in seconds: 0.00 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: -1 Best solution found at node: -1 Max. no. of nodes in memory: 0 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 0 0.00 All done =========================================================================== Solution = 1.7703125 best solution found during preprocessing Best possible = 1.77031192969 Absolute gap = 5.7030999989216E-7 optca = 1E-9 Relative gap = 0 optcr = 1E-6 --- Restarting execution --- nvs06.gms(50) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job nvs06.gms Stop 11/21/12 01:12:43 elapsed 0:00:00.096 @04 1353456763 ----------------------------- Mi 21. Nov 01:12:43 CET 2012 ----------------------------- =ready= Linux opt216 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/nvs07.gms =========== ----------------------------- Mi 21. Nov 01:12:43 CET 2012 ----------------------------- @03 1353456763 --- Job nvs07.gms Start 11/21/12 01:12:43 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- nvs07.gms(57) 2 Mb --- Starting execution: elapsed 0:00:00.023 --- nvs07.gms(52) 3 Mb --- Generating MINLP model m --- nvs07.gms(57) 5 Mb --- 3 rows 4 columns 9 non-zeroes --- 14 nl-code 3 nl-non-zeroes --- 3 discrete-columns --- nvs07.gms(57) 3 Mb --- Executing BARON: elapsed 0:00:00.027 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Preprocessing found feasible solution with value 0.118500000000D+04 Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 102254881 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.300000D+01 0.118500D+04 1 1 000:00:00 0.400000D+01 0.118500D+04 * 4 1 000:00:00 0.400000D+01 0.600000D+01 * 6 0 000:00:00 0.400000D+01 0.400000D+01 6 0 000:00:00 0.400000D+01 0.400000D+01 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.00 NLP subsolver time: 000:00:00, in seconds: 0.01 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.03 Total time elapsed: 000:00:00, in seconds: 0.05 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.03 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.00 on local: 000:00:00, in seconds: 0.01 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: 6 Best solution found at node: 6 Max. no. of nodes in memory: 3 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 58 0.00 All done =========================================================================== Solution = 4 found at node 6 Best possible = 4 Absolute gap = 0 optca = 1E-9 Relative gap = 0 optcr = 1E-6 --- Restarting execution --- nvs07.gms(57) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job nvs07.gms Stop 11/21/12 01:12:43 elapsed 0:00:00.129 @04 1353456763 ----------------------------- Mi 21. Nov 01:12:43 CET 2012 ----------------------------- =ready= Linux opt216 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/nvs08.gms =========== ----------------------------- Mi 21. Nov 01:12:44 CET 2012 ----------------------------- @03 1353456764 --- Job nvs08.gms Start 11/21/12 01:12:44 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- nvs08.gms(59) 2 Mb --- Starting execution: elapsed 0:00:00.008 --- nvs08.gms(54) 3 Mb --- Generating MINLP model m --- nvs08.gms(59) 5 Mb --- 4 rows 4 columns 13 non-zeroes --- 37 nl-code 7 nl-non-zeroes --- 2 discrete-columns --- nvs08.gms(59) 3 Mb --- Executing BARON: elapsed 0:00:00.012 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Preprocessing found feasible solution with value 0.119629000000D+06 Doing local search Preprocessing found feasible solution with value 0.260000000000D+02 Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 93363152 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.184741D+02 0.260000D+02 * 1+ 1 000:00:00 0.215917D+02 0.245797D+02 * 1 1 000:00:00 0.217091D+02 0.238280D+02 * 1+ 1 000:00:00 0.217091D+02 0.234497D+02 1 0 000:00:00 0.234497D+02 0.234497D+02 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.01 NLP subsolver time: 000:00:00, in seconds: 0.03 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.04 Total time elapsed: 000:00:00, in seconds: 0.08 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.05 on navigating: 000:00:00, in seconds: 0.00 on relaxed: 000:00:00, in seconds: 0.00 on local: 000:00:00, in seconds: 0.01 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.01 Total no. of BaR iterations: 1 Best solution found at node: 1 Max. no. of nodes in memory: 1 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 365 0.00 All done =========================================================================== Solution = 23.4497273473 found at node 1 Best possible = 23.4497038976 Absolute gap = 2.34497000022316E-5 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- nvs08.gms(59) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job nvs08.gms Stop 11/21/12 01:12:44 elapsed 0:00:00.141 @04 1353456764 ----------------------------- Mi 21. Nov 01:12:44 CET 2012 ----------------------------- =ready= Linux opt216 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/nvs09.gms =========== ----------------------------- Mi 21. Nov 01:12:44 CET 2012 ----------------------------- @03 1353456764 --- Job nvs09.gms Start 11/21/12 01:12:44 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- nvs09.gms(73) 2 Mb --- Starting execution: elapsed 0:00:00.012 --- nvs09.gms(68) 3 Mb --- Generating MINLP model m --- nvs09.gms(73) 5 Mb --- 1 rows 11 columns 11 non-zeroes --- 116 nl-code 10 nl-non-zeroes --- 10 discrete-columns --- nvs09.gms(73) 3 Mb --- Executing BARON: elapsed 0:00:00.015 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Starting solution is feasible with a value of 0.129723935479D+02 Preprocessing found feasible solution with value -.431343369180D+02 Doing local search Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 47718944 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 -0.810000D+02 -0.431343D+02 1 0 000:00:00 -0.431344D+02 -0.431343D+02 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.04 NLP subsolver time: 000:00:00, in seconds: 0.01 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.05 Total time elapsed: 000:00:00, in seconds: 0.10 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.03 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.00 on local: 000:00:00, in seconds: 0.00 on tightening: 000:00:00, in seconds: 0.01 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.04 Total no. of BaR iterations: 1 Best solution found at node: -1 Max. no. of nodes in memory: 1 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 5387 0.00 All done =========================================================================== Solution = -43.134336918 best solution found during preprocessing Best possible = -43.1343800524 Absolute gap = 4.31343999949263E-5 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- nvs09.gms(73) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job nvs09.gms Stop 11/21/12 01:12:44 elapsed 0:00:00.162 @04 1353456764 ----------------------------- Mi 21. Nov 01:12:44 CET 2012 ----------------------------- =ready= Linux opt216 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/nvs10.gms =========== ----------------------------- Mi 21. Nov 01:12:44 CET 2012 ----------------------------- @03 1353456764 --- Job nvs10.gms Start 11/21/12 01:12:44 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- nvs10.gms(55) 2 Mb --- Starting execution: elapsed 0:00:00.005 --- nvs10.gms(50) 3 Mb --- Generating MINLP model m --- nvs10.gms(55) 5 Mb --- 3 rows 3 columns 7 non-zeroes --- 42 nl-code 6 nl-non-zeroes --- 2 discrete-columns --- nvs10.gms(55) 3 Mb --- Executing BARON: elapsed 0:00:00.009 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Starting solution is feasible with a value of -.102400000000D+03 Doing local search Preprocessing found feasible solution with value -.310800000000D+03 Solving bounding LP Problem solved during preprocessing Lower bound is -.310800310800D+03 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.00 NLP subsolver time: 000:00:00, in seconds: 0.00 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.03 Total time elapsed: 000:00:00, in seconds: 0.03 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.03 on navigating: 000:00:00, in seconds: 0.00 on relaxed: 000:00:00, in seconds: 0.00 on local: 000:00:00, in seconds: 0.00 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: -1 Best solution found at node: -1 Max. no. of nodes in memory: 0 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 0 0.00 All done =========================================================================== Solution = -310.8 best solution found during preprocessing Best possible = -310.8003108 Absolute gap = 0.000310799999965639 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- nvs10.gms(55) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job nvs10.gms Stop 11/21/12 01:12:44 elapsed 0:00:00.089 @04 1353456764 ----------------------------- Mi 21. Nov 01:12:44 CET 2012 ----------------------------- =ready= Linux opt216 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/nvs11.gms =========== ----------------------------- Mi 21. Nov 01:12:45 CET 2012 ----------------------------- @03 1353456765 --- Job nvs11.gms Start 11/21/12 01:12:45 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- nvs11.gms(62) 2 Mb --- Starting execution: elapsed 0:00:00.016 --- nvs11.gms(57) 3 Mb --- Generating MINLP model m --- nvs11.gms(62) 5 Mb --- 4 rows 4 columns 13 non-zeroes --- 101 nl-code 12 nl-non-zeroes --- 3 discrete-columns --- nvs11.gms(62) 3 Mb --- Executing BARON: elapsed 0:00:00.020 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Starting solution is feasible with a value of -.153000000000D+03 Doing local search Preprocessing found feasible solution with value -.431000000000D+03 Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 97606932 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 -0.432770D+03 -0.431000D+03 1 1 000:00:00 -0.432770D+03 -0.431000D+03 3 0 000:00:00 -0.431000D+03 -0.431000D+03 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.00 NLP subsolver time: 000:00:00, in seconds: 0.02 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.03 Total time elapsed: 000:00:00, in seconds: 0.06 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.04 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.00 on local: 000:00:00, in seconds: 0.01 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: 3 Best solution found at node: 3 Max. no. of nodes in memory: 2 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 36 0.00 All done =========================================================================== Solution = -431 found at node 3 Best possible = -431.000431 Absolute gap = 0.000430999999991855 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- nvs11.gms(62) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job nvs11.gms Stop 11/21/12 01:12:45 elapsed 0:00:00.133 @04 1353456765 ----------------------------- Mi 21. Nov 01:12:45 CET 2012 ----------------------------- =ready= Linux opt216 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/nvs12.gms =========== ----------------------------- Mi 21. Nov 01:12:45 CET 2012 ----------------------------- @03 1353456765 --- Job nvs12.gms Start 11/21/12 01:12:45 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- nvs12.gms(68) 2 Mb --- Starting execution: elapsed 0:00:00.010 --- nvs12.gms(63) 3 Mb --- Generating MINLP model m --- nvs12.gms(68) 5 Mb --- 5 rows 5 columns 21 non-zeroes --- 200 nl-code 20 nl-non-zeroes --- 4 discrete-columns --- nvs12.gms(68) 3 Mb --- Executing BARON: elapsed 0:00:00.013 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Starting solution is feasible with a value of -.188000000000D+03 Doing local search Preprocessing found feasible solution with value -.481200000000D+03 Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 89473021 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 -0.483170D+03 -0.481200D+03 1 1 000:00:00 -0.481808D+03 -0.481200D+03 3 0 000:00:00 -0.481200D+03 -0.481200D+03 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.02 NLP subsolver time: 000:00:00, in seconds: 0.05 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.04 Total time elapsed: 000:00:00, in seconds: 0.10 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.05 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.01 on local: 000:00:00, in seconds: 0.02 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.01 Total no. of BaR iterations: 3 Best solution found at node: 3 Max. no. of nodes in memory: 2 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 435 0.00 All done =========================================================================== Solution = -481.2 found at node 3 Best possible = -481.2004812 Absolute gap = 0.000481200000024273 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- nvs12.gms(68) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job nvs12.gms Stop 11/21/12 01:12:45 elapsed 0:00:00.166 @04 1353456765 ----------------------------- Mi 21. Nov 01:12:45 CET 2012 ----------------------------- =ready= Linux opt216 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/nvs13.gms =========== ----------------------------- Mi 21. Nov 01:12:45 CET 2012 ----------------------------- @03 1353456765 --- Job nvs13.gms Start 11/21/12 01:12:45 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- nvs13.gms(78) 2 Mb --- Starting execution: elapsed 0:00:00.007 --- nvs13.gms(73) 3 Mb --- Generating MINLP model m --- nvs13.gms(78) 5 Mb --- 6 rows 6 columns 31 non-zeroes --- 331 nl-code 30 nl-non-zeroes --- 5 discrete-columns --- nvs13.gms(78) 3 Mb --- Executing BARON: elapsed 0:00:00.011 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Starting solution is feasible with a value of -.166400000000D+03 Doing local search Preprocessing found feasible solution with value -.585200000000D+03 Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 76691160 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 -0.590370D+03 -0.585200D+03 1 1 000:00:00 -0.589332D+03 -0.585200D+03 9 0 000:00:00 -0.585201D+03 -0.585200D+03 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.05 NLP subsolver time: 000:00:00, in seconds: 0.09 Cutting time: 000:00:00, in seconds: 0.01 All other time: 000:00:00, in seconds: 0.05 Total time elapsed: 000:00:00, in seconds: 0.19 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.06 on navigating: 000:00:00, in seconds: 0.00 on relaxed: 000:00:00, in seconds: 0.02 on local: 000:00:00, in seconds: 0.05 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.04 Total no. of BaR iterations: 9 Best solution found at node: 9 Max. no. of nodes in memory: 3 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 27 0.00 Convexity 1004 0.00 All done =========================================================================== Solution = -585.2 found at node 9 Best possible = -585.200585201 Absolute gap = 0.000585200999921653 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- nvs13.gms(78) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job nvs13.gms Stop 11/21/12 01:12:46 elapsed 0:00:00.254 @04 1353456766 ----------------------------- Mi 21. Nov 01:12:46 CET 2012 ----------------------------- =ready= Linux opt216 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/nvs14.gms =========== ----------------------------- Mi 21. Nov 01:12:46 CET 2012 ----------------------------- @03 1353456766 --- Job nvs14.gms Start 11/21/12 01:12:46 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- nvs14.gms(72) 2 Mb --- Starting execution: elapsed 0:00:00.010 --- nvs14.gms(67) 3 Mb --- Generating MINLP model m --- nvs14.gms(72) 5 Mb --- 4 rows 9 columns 20 non-zeroes --- 54 nl-code 16 nl-non-zeroes --- 5 discrete-columns --- nvs14.gms(72) 3 Mb --- Executing BARON: elapsed 0:00:00.013 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Preprocessing found feasible solution with value -.403581547693D+05 Done with local search =========================================================================== We have space for 71578416 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 0 000:00:00 -0.403582D+05 -0.403582D+05 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.00 NLP subsolver time: 000:00:00, in seconds: 0.03 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.03 Total time elapsed: 000:00:00, in seconds: 0.07 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.05 on navigating: 000:00:00, in seconds: 0.00 on relaxed: 000:00:00, in seconds: 0.00 on local: 000:00:00, in seconds: 0.00 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: 1 Best solution found at node: -1 Max. no. of nodes in memory: 1 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 0 0.00 All done =========================================================================== Solution = -40358.1547693 best solution found during preprocessing Best possible = -40358.1552033 Absolute gap = 0.000433999994129408 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- nvs14.gms(72) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job nvs14.gms Stop 11/21/12 01:12:46 elapsed 0:00:00.134 @04 1353456766 ----------------------------- Mi 21. Nov 01:12:46 CET 2012 ----------------------------- =ready= Linux opt216 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/nvs15.gms =========== ----------------------------- Mi 21. Nov 01:12:46 CET 2012 ----------------------------- @03 1353456766 --- Job nvs15.gms Start 11/21/12 01:12:46 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- nvs15.gms(56) 2 Mb --- Starting execution: elapsed 0:00:00.013 --- nvs15.gms(51) 3 Mb --- Generating MINLP model m --- nvs15.gms(56) 5 Mb --- 2 rows 4 columns 7 non-zeroes --- 27 nl-code 3 nl-non-zeroes --- 3 discrete-columns --- nvs15.gms(56) 3 Mb --- Executing BARON: elapsed 0:00:00.016 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Preprocessing found feasible solution with value 0.900000000000D+01 Doing local search Preprocessing found feasible solution with value 0.100000000000D+01 Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 102254881 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 0 000:00:00 0.100000D+01 0.100000D+01 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.00 NLP subsolver time: 000:00:00, in seconds: 0.01 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.03 Total time elapsed: 000:00:00, in seconds: 0.04 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.03 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.00 on local: 000:00:00, in seconds: 0.00 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: 1 Best solution found at node: 1 Max. no. of nodes in memory: 1 Cut generation statistics (number of cuts / CPU sec) Bilinear 1 0.00 Multilinears 0 0.00 Convexity 0 0.00 All done =========================================================================== Solution = 1 found at node 1 Best possible = 1 Absolute gap = 0 optca = 1E-9 Relative gap = 0 optcr = 1E-6 --- Restarting execution --- nvs15.gms(56) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job nvs15.gms Stop 11/21/12 01:12:46 elapsed 0:00:00.108 @04 1353456766 ----------------------------- Mi 21. Nov 01:12:46 CET 2012 ----------------------------- =ready= Linux opt216 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/nvs16.gms =========== ----------------------------- Mi 21. Nov 01:12:47 CET 2012 ----------------------------- @03 1353456767 --- Job nvs16.gms Start 11/21/12 01:12:47 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- nvs16.gms(52) 2 Mb --- Starting execution: elapsed 0:00:00.012 --- nvs16.gms(47) 3 Mb --- Generating MINLP model m --- nvs16.gms(52) 5 Mb --- 1 rows 3 columns 3 non-zeroes --- 30 nl-code 2 nl-non-zeroes --- 2 discrete-columns --- nvs16.gms(52) 3 Mb --- Executing BARON: elapsed 0:00:00.015 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Starting solution is feasible with a value of 0.142031250000D+02 Doing local search Preprocessing found feasible solution with value 0.295312500000D+01 Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 93363152 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.000000D+00 0.295312D+01 1 1 000:00:00 0.656250D+00 0.295312D+01 * 2 2 000:00:00 0.656250D+00 0.703125D+00 3 0 000:00:00 0.703124D+00 0.703125D+00 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.00 NLP subsolver time: 000:00:00, in seconds: 0.01 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.04 Total time elapsed: 000:00:00, in seconds: 0.05 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.03 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.00 on local: 000:00:00, in seconds: 0.01 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: 3 Best solution found at node: 3 Max. no. of nodes in memory: 2 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 81 0.00 All done =========================================================================== Solution = 0.703125 found at node 3 Best possible = 0.703124296876 Absolute gap = 7.03124000023259E-7 optca = 1E-9 Relative gap = 0 optcr = 1E-6 --- Restarting execution --- nvs16.gms(52) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job nvs16.gms Stop 11/21/12 01:12:47 elapsed 0:00:00.119 @04 1353456767 ----------------------------- Mi 21. Nov 01:12:47 CET 2012 ----------------------------- =ready= Linux opt216 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/nvs17.gms =========== ----------------------------- Mi 21. Nov 01:12:47 CET 2012 ----------------------------- @03 1353456767 --- Job nvs17.gms Start 11/21/12 01:12:47 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- nvs17.gms(100) 2 Mb --- Starting execution: elapsed 0:00:00.011 --- nvs17.gms(95) 3 Mb --- Generating MINLP model m --- nvs17.gms(100) 5 Mb --- 8 rows 8 columns 57 non-zeroes --- 804 nl-code 56 nl-non-zeroes --- 7 discrete-columns --- nvs17.gms(100) 3 Mb --- Executing BARON: elapsed 0:00:00.015 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Starting solution is feasible with a value of -.279000000000D+03 Doing local search Preprocessing found feasible solution with value -.110040000000D+04 Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 61352928 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 -0.110589D+04 -0.110040D+04 1 1 000:00:00 -0.110589D+04 -0.110040D+04 67 0 000:00:01 -0.110040D+04 -0.110040D+04 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:01, in seconds: 0.59 NLP subsolver time: 000:00:00, in seconds: 0.30 Cutting time: 000:00:00, in seconds: 0.18 All other time: 000:00:00, in seconds: 0.11 Total time elapsed: 000:00:01, in seconds: 1.17 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.10 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.20 on local: 000:00:00, in seconds: 0.24 on tightening: 000:00:00, in seconds: 0.03 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:01, in seconds: 0.58 Total no. of BaR iterations: 67 Best solution found at node: 67 Max. no. of nodes in memory: 7 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 339 0.15 Convexity 10445 0.02 All done =========================================================================== Solution = -1100.4 found at node 67 Best possible = -1100.4011004 Absolute gap = 0.00110039999981382 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- nvs17.gms(100) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job nvs17.gms Stop 11/21/12 01:12:48 elapsed 0:00:01.241 @04 1353456768 ----------------------------- Mi 21. Nov 01:12:48 CET 2012 ----------------------------- =ready= Linux opt216 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/nvs18.gms =========== ----------------------------- Mi 21. Nov 01:12:48 CET 2012 ----------------------------- @03 1353456768 --- Job nvs18.gms Start 11/21/12 01:12:48 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- nvs18.gms(87) 2 Mb --- Starting execution: elapsed 0:00:00.010 --- nvs18.gms(82) 3 Mb --- Generating MINLP model m --- nvs18.gms(87) 5 Mb --- 7 rows 7 columns 43 non-zeroes --- 533 nl-code 42 nl-non-zeroes --- 6 discrete-columns --- nvs18.gms(87) 3 Mb --- Executing BARON: elapsed 0:00:00.014 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Starting solution is feasible with a value of -.209000000000D+03 Doing local search Preprocessing found feasible solution with value -.778400000000D+03 Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 71578416 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 -0.783890D+03 -0.778400D+03 1 1 000:00:00 -0.783890D+03 -0.778400D+03 35 0 000:00:01 -0.778401D+03 -0.778400D+03 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.22 NLP subsolver time: 000:00:00, in seconds: 0.17 Cutting time: 000:00:00, in seconds: 0.04 All other time: 000:00:00, in seconds: 0.08 Total time elapsed: 000:00:01, in seconds: 0.51 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.08 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.09 on local: 000:00:00, in seconds: 0.13 on tightening: 000:00:00, in seconds: 0.02 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.18 Total no. of BaR iterations: 35 Best solution found at node: 35 Max. no. of nodes in memory: 7 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 110 0.03 Convexity 3718 0.01 All done =========================================================================== Solution = -778.4 found at node 35 Best possible = -778.400778401 Absolute gap = 0.000778401000047779 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- nvs18.gms(87) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job nvs18.gms Stop 11/21/12 01:12:49 elapsed 0:00:00.580 @04 1353456769 ----------------------------- Mi 21. Nov 01:12:49 CET 2012 ----------------------------- =ready= Linux opt216 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/nvs19.gms =========== ----------------------------- Mi 21. Nov 01:12:49 CET 2012 ----------------------------- @03 1353456769 --- Job nvs19.gms Start 11/21/12 01:12:49 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- nvs19.gms(117) 2 Mb --- Starting execution: elapsed 0:00:00.014 --- nvs19.gms(112) 3 Mb --- Generating MINLP model m --- nvs19.gms(117) 5 Mb --- 9 rows 9 columns 73 non-zeroes --- 1,134 nl-code 72 nl-non-zeroes --- 8 discrete-columns --- nvs19.gms(117) 3 Mb --- Executing BARON: elapsed 0:00:00.019 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Starting solution is feasible with a value of -.282400000000D+03 Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 55060320 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 -0.110424D+04 -0.282400D+03 1 1 000:00:00 -0.110424D+04 -0.282400D+03 * 3 3 000:00:00 -0.110424D+04 -0.109420D+04 * 4 3 000:00:00 -0.110424D+04 -0.109820D+04 * 17 9 000:00:01 -0.110424D+04 -0.109840D+04 127 0 000:00:02 -0.109840D+04 -0.109840D+04 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:01, in seconds: 1.19 NLP subsolver time: 000:00:01, in seconds: 0.51 Cutting time: 000:00:00, in seconds: 0.16 All other time: 000:00:00, in seconds: 0.16 Total time elapsed: 000:00:02, in seconds: 2.02 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.11 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:01, in seconds: 0.52 on local: 000:00:00, in seconds: 0.41 on tightening: 000:00:00, in seconds: 0.05 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:01, in seconds: 0.91 Total no. of BaR iterations: 127 Best solution found at node: 17 Max. no. of nodes in memory: 17 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 913 0.12 Convexity 21605 0.05 All done =========================================================================== Solution = -1098.4 found at node 17 Best possible = -1098.4010984 Absolute gap = 0.00109839999981887 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- nvs19.gms(117) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job nvs19.gms Stop 11/21/12 01:12:51 elapsed 0:00:02.090 @04 1353456771 ----------------------------- Mi 21. Nov 01:12:51 CET 2012 ----------------------------- =ready= Linux opt216 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/nvs20.gms =========== ----------------------------- Mi 21. Nov 01:12:51 CET 2012 ----------------------------- @03 1353456771 --- Job nvs20.gms Start 11/21/12 01:12:51 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- nvs20.gms(122) 2 Mb --- Starting execution: elapsed 0:00:00.013 --- nvs20.gms(117) 3 Mb --- Generating MINLP model m --- nvs20.gms(122) 5 Mb --- 9 rows 17 columns 70 non-zeroes --- 399 nl-code 16 nl-non-zeroes --- 5 discrete-columns --- nvs20.gms(122) 3 Mb --- Executing BARON: elapsed 0:00:00.017 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Preprocessing found feasible solution with value 0.226262886460D+11 Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 27887694 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.460000D+02 0.226263D+11 1 1 000:00:01 0.189428D+03 0.226263D+11 * 6+ 3 000:00:01 0.200746D+03 0.265742D+03 * 6 3 000:00:01 0.200746D+03 0.263204D+03 * 6 3 000:00:01 0.200746D+03 0.263177D+03 * 7 3 000:00:01 0.200746D+03 0.238305D+03 * 9 3 000:00:01 0.211233D+03 0.230941D+03 * 9+ 3 000:00:01 0.211233D+03 0.230925D+03 * 9+ 3 000:00:01 0.211233D+03 0.230925D+03 * 9 3 000:00:01 0.211233D+03 0.230922D+03 * 16 4 000:00:01 0.215307D+03 0.230922D+03 24 0 000:00:01 0.230922D+03 0.230922D+03 Cleaning up solution and calculating dual * 24+ 0 000:00:01 0.230922D+03 0.230922D+03 *** Normal Completion *** LP subsolver time: 000:00:01, in seconds: 0.72 NLP subsolver time: 000:00:00, in seconds: 0.10 Cutting time: 000:00:00, in seconds: 0.18 All other time: 000:00:00, in seconds: 0.11 Total time elapsed: 000:00:01, in seconds: 1.12 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.06 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.10 on local: 000:00:00, in seconds: 0.08 on tightening: 000:00:00, in seconds: 0.04 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:01, in seconds: 0.82 Total no. of BaR iterations: 24 Best solution found at node: 24 Max. no. of nodes in memory: 6 Cut generation statistics (number of cuts / CPU sec) Bilinear 775 0.00 Multilinears 41 0.16 Convexity 31977 0.02 All done =========================================================================== Solution = 230.922165212 found at node 24 Best possible = 230.921953236 Absolute gap = 0.000211976000002778 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- nvs20.gms(122) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job nvs20.gms Stop 11/21/12 01:12:53 elapsed 0:00:01.183 @04 1353456773 ----------------------------- Mi 21. Nov 01:12:53 CET 2012 ----------------------------- =ready= Linux opt216 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/nvs21.gms =========== ----------------------------- Mi 21. Nov 01:12:53 CET 2012 ----------------------------- @03 1353456773 --- Job nvs21.gms Start 11/21/12 01:12:53 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- nvs21.gms(59) 2 Mb --- Starting execution: elapsed 0:00:00.011 --- nvs21.gms(54) 3 Mb --- Generating MINLP model m --- nvs21.gms(59) 5 Mb --- 3 rows 4 columns 8 non-zeroes --- 26 nl-code 7 nl-non-zeroes --- 2 discrete-columns --- nvs21.gms(59) 3 Mb --- Executing BARON: elapsed 0:00:00.015 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Starting solution is feasible with a value of -.201000000000D-04 Doing local search Preprocessing found feasible solution with value -.568478255864D+01 Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 97606932 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 -0.188438D+03 -0.568478D+01 1 1 000:00:00 -0.253829D+02 -0.568478D+01 3 0 000:00:00 -0.568479D+01 -0.568478D+01 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.00 NLP subsolver time: 000:00:00, in seconds: 0.02 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.04 Total time elapsed: 000:00:00, in seconds: 0.06 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.03 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.00 on local: 000:00:00, in seconds: 0.01 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: 3 Best solution found at node: -1 Max. no. of nodes in memory: 2 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 1 0.00 Convexity 123 0.00 All done =========================================================================== Solution = -5.68478255864 best solution found during preprocessing Best possible = -5.68478824343 Absolute gap = 5.68478999962707E-6 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- nvs21.gms(59) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job nvs21.gms Stop 11/21/12 01:12:53 elapsed 0:00:00.125 @04 1353456773 ----------------------------- Mi 21. Nov 01:12:53 CET 2012 ----------------------------- =ready= Linux opt216 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/nvs22.gms =========== ----------------------------- Mi 21. Nov 01:12:53 CET 2012 ----------------------------- @03 1353456773 --- Job nvs22.gms Start 11/21/12 01:12:53 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- nvs22.gms(79) 2 Mb --- Starting execution: elapsed 0:00:00.009 --- nvs22.gms(74) 3 Mb --- Generating MINLP model m --- nvs22.gms(79) 5 Mb --- 10 rows 9 columns 31 non-zeroes --- 113 nl-code 24 nl-non-zeroes --- 4 discrete-columns --- nvs22.gms(79) 3 Mb --- Executing BARON: elapsed 0:00:00.013 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 52374451 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.182636D+01 0.202879D+05 1 1 000:00:00 0.317083D+01 0.202879D+05 * 6+ 4 000:00:02 0.317083D+01 0.860805D+04 * 19+ 5 000:00:02 0.317083D+01 0.263625D+02 * 19+ 5 000:00:02 0.317083D+01 0.220326D+02 * 30+ 6 000:00:02 0.317083D+01 0.213109D+02 * 30+ 6 000:00:02 0.317083D+01 0.112078D+02 * 32 5 000:00:02 0.317083D+01 0.759956D+01 * 33 5 000:00:02 0.317083D+01 0.740348D+01 * 46 1 000:00:02 0.558480D+01 0.605822D+01 46 0 000:00:02 0.605821D+01 0.605822D+01 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:01, in seconds: 0.58 NLP subsolver time: 000:00:02, in seconds: 1.65 Cutting time: 000:00:00, in seconds: 0.03 All other time: 000:00:00, in seconds: 0.11 Total time elapsed: 000:00:02, in seconds: 2.37 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.18 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.02 on local: 000:00:01, in seconds: 1.50 on tightening: 000:00:00, in seconds: 0.04 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:01, in seconds: 0.62 Total no. of BaR iterations: 46 Best solution found at node: 46 Max. no. of nodes in memory: 9 Cut generation statistics (number of cuts / CPU sec) Bilinear 150 0.00 Multilinears 397 0.01 Convexity 37177 0.02 All done =========================================================================== Solution = 6.05822 found at node 46 Best possible = 6.05821394179 Absolute gap = 6.05821000032591E-6 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- nvs22.gms(79) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job nvs22.gms Stop 11/21/12 01:12:56 elapsed 0:00:02.441 @04 1353456776 ----------------------------- Mi 21. Nov 01:12:56 CET 2012 ----------------------------- =ready= Linux opt216 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/nvs23.gms =========== ----------------------------- Mi 21. Nov 01:12:56 CET 2012 ----------------------------- @03 1353456776 --- Job nvs23.gms Start 11/21/12 01:12:56 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- nvs23.gms(136) 2 Mb --- Starting execution: elapsed 0:00:00.018 --- nvs23.gms(131) 3 Mb --- Generating MINLP model m --- nvs23.gms(136) 5 Mb --- 10 rows 10 columns 91 non-zeroes --- 1,547 nl-code 90 nl-non-zeroes --- 9 discrete-columns --- nvs23.gms(136) 3 Mb --- Executing BARON: elapsed 0:00:00.022 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Preprocessing found feasible solution with value 0.000000000000D+00 Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 48803465 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 -0.113070D+04 0.000000D+00 1 1 000:00:01 -0.113070D+04 0.000000D+00 * 3 3 000:00:01 -0.113070D+04 -0.109520D+04 * 122 47 000:00:07 -0.113070D+04 -0.110180D+04 * 135 29 000:00:07 -0.113070D+04 -0.111680D+04 * 168 27 000:00:08 -0.113070D+04 -0.111820D+04 * 270 27 000:00:10 -0.113070D+04 -0.112000D+04 * 326 21 000:00:11 -0.113070D+04 -0.112480D+04 * 382 14 000:00:12 -0.113070D+04 -0.112520D+04 410 0 000:00:12 -0.112520D+04 -0.112520D+04 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:10, in seconds: 9.57 NLP subsolver time: 000:00:01, in seconds: 0.74 Cutting time: 000:00:01, in seconds: 1.39 All other time: 000:00:01, in seconds: 0.67 Total time elapsed: 000:00:12, in seconds: 12.36 on parsing: 000:00:00, in seconds: 0.02 on preprocessing: 000:00:00, in seconds: 0.13 on navigating: 000:00:00, in seconds: 0.02 on relaxed: 000:00:03, in seconds: 2.70 on local: 000:00:01, in seconds: 0.65 on tightening: 000:00:00, in seconds: 0.31 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:09, in seconds: 8.53 Total no. of BaR iterations: 410 Best solution found at node: 410 Max. no. of nodes in memory: 54 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 9435 1.17 Convexity 127744 0.22 All done =========================================================================== Solution = -1125.2 found at node 410 Best possible = -1125.2011252 Absolute gap = 0.0011251999999331 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- nvs23.gms(136) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job nvs23.gms Stop 11/21/12 01:13:08 elapsed 0:00:12.465 @04 1353456788 ----------------------------- Mi 21. Nov 01:13:08 CET 2012 ----------------------------- =ready= Linux opt216 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/nvs24.gms =========== ----------------------------- Mi 21. Nov 01:13:09 CET 2012 ----------------------------- @03 1353456789 --- Job nvs24.gms Start 11/21/12 01:13:09 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- nvs24.gms(158) 2 Mb --- Starting execution: elapsed 0:00:00.013 --- nvs24.gms(153) 3 Mb --- Generating MINLP model m --- nvs24.gms(158) 5 Mb --- 11 rows 11 columns 111 non-zeroes --- 2,066 nl-code 110 nl-non-zeroes --- 10 discrete-columns --- nvs24.gms(158) 3 Mb --- Executing BARON: elapsed 0:00:00.016 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Preprocessing found feasible solution with value 0.000000000000D+00 Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 43823520 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 -0.103566D+04 0.000000D+00 * 1+ 1 000:00:00 -0.103566D+04 -0.396000D+03 1 1 000:00:01 -0.103566D+04 -0.396000D+03 * 7+ 5 000:00:01 -0.103566D+04 -0.714800D+03 * 9 6 000:00:01 -0.103566D+04 -0.103320D+04 463 0 000:00:17 -0.103320D+04 -0.103320D+04 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:14, in seconds: 13.75 NLP subsolver time: 000:00:01, in seconds: 0.69 Cutting time: 000:00:02, in seconds: 1.98 All other time: 000:00:01, in seconds: 0.73 Total time elapsed: 000:00:17, in seconds: 17.15 on parsing: 000:00:00, in seconds: 0.02 on preprocessing: 000:00:00, in seconds: 0.16 on navigating: 000:00:00, in seconds: 0.02 on relaxed: 000:00:04, in seconds: 4.04 on local: 000:00:01, in seconds: 0.59 on tightening: 000:00:00, in seconds: 0.39 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:12, in seconds: 11.94 Total no. of BaR iterations: 463 Best solution found at node: 463 Max. no. of nodes in memory: 26 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 7286 1.65 Convexity 136908 0.34 All done =========================================================================== Solution = -1033.2 found at node 463 Best possible = -1033.2010332 Absolute gap = 0.00103319999993801 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- nvs24.gms(158) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job nvs24.gms Stop 11/21/12 01:13:26 elapsed 0:00:17.709 @04 1353456806 ----------------------------- Mi 21. Nov 01:13:26 CET 2012 ----------------------------- =ready= Linux opt228 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/o7_2.gms =========== ----------------------------- Mi 21. Nov 01:13:13 CET 2012 ----------------------------- @03 1353456793 --- Job o7_2.gms Start 11/21/12 01:13:13 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- o7_2.gms(509) 2 Mb --- Starting execution: elapsed 0:00:00.025 --- o7_2.gms(504) 3 Mb --- Generating MINLP model m --- o7_2.gms(509) 5 Mb --- 212 rows 115 columns 877 non-zeroes --- 71 nl-code 14 nl-non-zeroes --- 42 discrete-columns --- o7_2.gms(509) 3 Mb --- Executing BARON: elapsed 0:00:00.032 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 12200865 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.000000D+00 0.100000D+52 1 1 000:00:00 0.000000D+00 0.100000D+52 * 4608 2412 000:00:30 0.219662D+02 0.177231D+03 * 8212 3795 000:00:37 0.255372D+02 0.147013D+03 20910+ 8836 000:01:07 0.282442D+02 0.147013D+03 34439 14052 000:01:37 0.284545D+02 0.147013D+03 53622 19406 000:02:07 0.289872D+02 0.147013D+03 66698+ 23755 000:02:37 0.293566D+02 0.147013D+03 78229+ 28172 000:03:07 0.293566D+02 0.147013D+03 89822 32594 000:03:37 0.293566D+02 0.147013D+03 101668 37390 000:04:07 0.293566D+02 0.147013D+03 116077 41592 000:04:37 0.293567D+02 0.147013D+03 132298+ 44689 000:05:07 0.293567D+02 0.147013D+03 149572+ 47585 000:05:37 0.294179D+02 0.147013D+03 167122+ 52722 000:06:07 0.298164D+02 0.147013D+03 * 179938 54857 000:06:26 0.304847D+02 0.131611D+03 194682+ 60497 000:06:56 0.306727D+02 0.131611D+03 210527+ 65925 000:07:26 0.308589D+02 0.131611D+03 * 224240 70720 000:07:52 0.310979D+02 0.130553D+03 242120 75355 000:08:22 0.315073D+02 0.130553D+03 260663+ 79570 000:08:52 0.315073D+02 0.130553D+03 280755+ 84455 000:09:22 0.315073D+02 0.130553D+03 301165 89749 000:09:52 0.315073D+02 0.130553D+03 321235+ 94240 000:10:22 0.315073D+02 0.130553D+03 350219+ 97872 000:10:52 0.317146D+02 0.130553D+03 * 358246 96892 000:11:00 0.317146D+02 0.124464D+03 387759+ 102099 000:11:30 0.321333D+02 0.124464D+03 422225 107454 000:12:00 0.323221D+02 0.124464D+03 442321 112613 000:12:30 0.326182D+02 0.124464D+03 457415+ 117585 000:13:00 0.330232D+02 0.124464D+03 474679+ 121300 000:13:30 0.333047D+02 0.124464D+03 498620 120742 000:14:00 0.333406D+02 0.124464D+03 517904 122996 000:14:30 0.335797D+02 0.124464D+03 534719 125991 000:15:00 0.339682D+02 0.124464D+03 553229 130287 000:15:30 0.342806D+02 0.124464D+03 565625+ 134752 000:16:00 0.343471D+02 0.124464D+03 581815+ 137441 000:16:30 0.344670D+02 0.124464D+03 594857+ 141530 000:17:00 0.346340D+02 0.124464D+03 614122 143799 000:17:30 0.348396D+02 0.124464D+03 630939+ 147517 000:18:00 0.352640D+02 0.124464D+03 644894+ 151475 000:18:30 0.356400D+02 0.124464D+03 655957 156555 000:19:00 0.358064D+02 0.124464D+03 667056 160738 000:19:30 0.359505D+02 0.124464D+03 679547 166081 000:20:00 0.361054D+02 0.124464D+03 692025+ 170892 000:20:30 0.365053D+02 0.124464D+03 703571+ 175602 000:21:00 0.366196D+02 0.124464D+03 718882+ 178442 000:21:30 0.367591D+02 0.124464D+03 730268+ 183536 000:22:00 0.368074D+02 0.124464D+03 744221+ 188550 000:22:30 0.370041D+02 0.124464D+03 758872+ 193001 000:23:00 0.371492D+02 0.124464D+03 774365 199035 000:23:30 0.372391D+02 0.124464D+03 792217 206058 000:24:00 0.372391D+02 0.124464D+03 811169+ 212525 000:24:30 0.372422D+02 0.124464D+03 826839 216651 000:25:00 0.375702D+02 0.124464D+03 844311+ 221877 000:25:30 0.379089D+02 0.124464D+03 858034 226478 000:26:00 0.382847D+02 0.124464D+03 872193+ 231355 000:26:30 0.387660D+02 0.124464D+03 886718+ 236656 000:27:00 0.389318D+02 0.124464D+03 899187 240906 000:27:30 0.391084D+02 0.124464D+03 916203+ 245679 000:28:00 0.392265D+02 0.124464D+03 934936 251449 000:28:30 0.393042D+02 0.124464D+03 950413+ 255906 000:29:00 0.395766D+02 0.124464D+03 967612+ 259928 000:29:30 0.398278D+02 0.124464D+03 983223+ 264806 000:30:00 0.400620D+02 0.124464D+03 997858 269621 000:30:30 0.400781D+02 0.124464D+03 1000000 270352 000:30:35 0.400781D+02 0.124464D+03 1013909 274513 000:31:05 0.400781D+02 0.124464D+03 1027967+ 278463 000:31:35 0.400781D+02 0.124464D+03 1041412 282548 000:32:05 0.400781D+02 0.124464D+03 1056288+ 286594 000:32:35 0.400781D+02 0.124464D+03 1072015+ 290087 000:33:05 0.400781D+02 0.124464D+03 1089872+ 294020 000:33:35 0.400785D+02 0.124464D+03 1106483+ 297832 000:34:05 0.401595D+02 0.124464D+03 1123309 300937 000:34:35 0.401903D+02 0.124464D+03 1140697 303882 000:35:05 0.402449D+02 0.124464D+03 1159413+ 308532 000:35:35 0.402934D+02 0.124464D+03 1174460+ 313235 000:36:05 0.403284D+02 0.124464D+03 1189531+ 317395 000:36:35 0.403491D+02 0.124464D+03 1211307+ 319496 000:37:05 0.403835D+02 0.124464D+03 1228570 323701 000:37:35 0.405033D+02 0.124464D+03 1251253 326831 000:38:05 0.405649D+02 0.124464D+03 1262286+ 330346 000:38:35 0.405650D+02 0.124464D+03 1274333+ 333581 000:39:05 0.406061D+02 0.124464D+03 1289494 337847 000:39:35 0.407272D+02 0.124464D+03 1306539 342491 000:40:05 0.408620D+02 0.124464D+03 1322278+ 347269 000:40:35 0.409239D+02 0.124464D+03 1336837+ 351029 000:41:05 0.410396D+02 0.124464D+03 1353931 355357 000:41:35 0.411379D+02 0.124464D+03 1370695 359281 000:42:05 0.413451D+02 0.124464D+03 1388621 363511 000:42:35 0.415990D+02 0.124464D+03 1404216 367276 000:43:05 0.417255D+02 0.124464D+03 1417967 371758 000:43:35 0.417555D+02 0.124464D+03 1434480+ 376004 000:44:05 0.417970D+02 0.124464D+03 1449710+ 380173 000:44:35 0.418607D+02 0.124464D+03 1462640 385344 000:45:05 0.418607D+02 0.124464D+03 1479123 391055 000:45:35 0.418916D+02 0.124464D+03 1495349 394667 000:46:05 0.419830D+02 0.124464D+03 1510379+ 398826 000:46:35 0.419900D+02 0.124464D+03 1525703+ 402669 000:47:05 0.420491D+02 0.124464D+03 1544599+ 406836 000:47:35 0.420909D+02 0.124464D+03 1563294 409275 000:48:05 0.421479D+02 0.124464D+03 1581382 413373 000:48:36 0.422638D+02 0.124464D+03 1598397+ 417259 000:49:06 0.423277D+02 0.124464D+03 1614885+ 420974 000:49:36 0.424454D+02 0.124464D+03 1629324+ 425741 000:50:06 0.425218D+02 0.124464D+03 1644474 429842 000:50:36 0.426767D+02 0.124464D+03 1663132+ 432383 000:51:06 0.427667D+02 0.124464D+03 1681662+ 436985 000:51:36 0.428743D+02 0.124464D+03 1698676+ 441530 000:52:06 0.429364D+02 0.124464D+03 1712547+ 445904 000:52:36 0.429955D+02 0.124464D+03 1729761+ 449174 000:53:06 0.430801D+02 0.124464D+03 1747378+ 453437 000:53:36 0.431682D+02 0.124464D+03 1762535+ 457044 000:54:06 0.432734D+02 0.124464D+03 1773685 460744 000:54:36 0.432734D+02 0.124464D+03 1786293+ 463363 000:55:06 0.432791D+02 0.124464D+03 1804529+ 465916 000:55:36 0.433344D+02 0.124464D+03 1821407+ 469448 000:56:06 0.433698D+02 0.124464D+03 1838905 472662 000:56:36 0.433876D+02 0.124464D+03 1858899+ 475072 000:57:06 0.434509D+02 0.124464D+03 1874557 479361 000:57:36 0.435446D+02 0.124464D+03 1892309 483372 000:58:06 0.435934D+02 0.124464D+03 1907293+ 487065 000:58:36 0.436539D+02 0.124464D+03 1922940 491377 000:59:06 0.436555D+02 0.124464D+03 1940625 495135 000:59:36 0.437201D+02 0.124464D+03 1956379+ 499055 001:00:06 0.437863D+02 0.124464D+03 1973443 502828 001:00:36 0.439057D+02 0.124464D+03 1988593+ 506829 001:01:06 0.440138D+02 0.124464D+03 2000000 508546 001:01:24 0.440757D+02 0.124464D+03 2016448 512041 001:01:54 0.441897D+02 0.124464D+03 2032249 515887 001:02:24 0.442974D+02 0.124464D+03 2047401+ 519778 001:02:54 0.443874D+02 0.124464D+03 2064695+ 522920 001:03:24 0.445253D+02 0.124464D+03 2081096+ 526369 001:03:54 0.446204D+02 0.124464D+03 2098213 530006 001:04:24 0.447031D+02 0.124464D+03 2117387 533918 001:04:54 0.448172D+02 0.124464D+03 2133267 537567 001:05:24 0.448732D+02 0.124464D+03 2151569 541013 001:05:54 0.449596D+02 0.124464D+03 2167205+ 543948 001:06:24 0.450006D+02 0.124464D+03 2186420+ 547067 001:06:54 0.450613D+02 0.124464D+03 2202130+ 550669 001:07:24 0.451439D+02 0.124464D+03 2222742+ 553222 001:07:54 0.452770D+02 0.124464D+03 2239663+ 557159 001:08:24 0.453309D+02 0.124464D+03 2255777+ 560661 001:08:54 0.453952D+02 0.124464D+03 2272412+ 564530 001:09:24 0.454525D+02 0.124464D+03 2288958+ 568094 001:09:54 0.455736D+02 0.124464D+03 2304370 571850 001:10:24 0.456585D+02 0.124464D+03 2322390+ 575326 001:10:54 0.457073D+02 0.124464D+03 2338831 578863 001:11:24 0.457073D+02 0.124464D+03 2356851 581500 001:11:54 0.457073D+02 0.124464D+03 2374439+ 584080 001:12:24 0.457073D+02 0.124464D+03 2393871+ 585802 001:12:54 0.457073D+02 0.124464D+03 2410047+ 588674 001:13:24 0.457073D+02 0.124464D+03 2427662 590768 001:13:54 0.457073D+02 0.124464D+03 2444127 594923 001:14:24 0.457896D+02 0.124464D+03 2461485+ 598650 001:14:54 0.458856D+02 0.124464D+03 2476729+ 602621 001:15:24 0.459576D+02 0.124464D+03 2491188 606095 001:15:54 0.460355D+02 0.124464D+03 2508115+ 609939 001:16:24 0.461158D+02 0.124464D+03 2523020+ 613715 001:16:54 0.462164D+02 0.124464D+03 2538437 617015 001:17:24 0.463150D+02 0.124464D+03 2552402+ 620562 001:17:54 0.464114D+02 0.124464D+03 2567707 623743 001:18:24 0.464841D+02 0.124464D+03 2585702+ 627481 001:18:54 0.465840D+02 0.124464D+03 2601228 631680 001:19:24 0.466524D+02 0.124464D+03 2617607 635538 001:19:54 0.467749D+02 0.124464D+03 2634376+ 639220 001:20:24 0.468728D+02 0.124464D+03 2651582 642928 001:20:54 0.469521D+02 0.124464D+03 2666567+ 646108 001:21:24 0.469916D+02 0.124464D+03 2683941 649089 001:21:54 0.470398D+02 0.124464D+03 2705339 652555 001:22:24 0.470991D+02 0.124464D+03 2723689 655607 001:22:54 0.471585D+02 0.124464D+03 2741358+ 659237 001:23:24 0.472484D+02 0.124464D+03 2758355 662148 001:23:54 0.473163D+02 0.124464D+03 2775176 665577 001:24:24 0.474377D+02 0.124464D+03 2794056 668834 001:24:54 0.475169D+02 0.124464D+03 2810928+ 672307 001:25:24 0.475807D+02 0.124464D+03 2824197 676855 001:25:54 0.476016D+02 0.124464D+03 2837927+ 680714 001:26:24 0.476771D+02 0.124464D+03 2852247 684460 001:26:54 0.477228D+02 0.124464D+03 2869076+ 688835 001:27:24 0.477768D+02 0.124464D+03 2887362+ 692665 001:27:54 0.478283D+02 0.124464D+03 2905959+ 696022 001:28:24 0.479009D+02 0.124464D+03 2922285 699738 001:28:54 0.479472D+02 0.124464D+03 2938394 703222 001:29:24 0.480076D+02 0.124464D+03 2953363 707379 001:29:54 0.480448D+02 0.124464D+03 2968997+ 711241 001:30:24 0.481180D+02 0.124464D+03 2984112+ 714335 001:30:54 0.481685D+02 0.124464D+03 2997460+ 717506 001:31:24 0.481685D+02 0.124464D+03 3000000 718159 001:31:30 0.481685D+02 0.124464D+03 3014415+ 720939 001:32:00 0.481685D+02 0.124464D+03 3031986+ 722062 001:32:30 0.481700D+02 0.124464D+03 3050260+ 723050 001:33:00 0.481700D+02 0.124464D+03 3069032+ 724416 001:33:30 0.481737D+02 0.124464D+03 3085312+ 728568 001:34:00 0.481884D+02 0.124464D+03 3102747+ 734218 001:34:30 0.481884D+02 0.124464D+03 3120520+ 740232 001:35:00 0.481884D+02 0.124464D+03 3143192 743184 001:35:30 0.482004D+02 0.124464D+03 3164346+ 745401 001:36:00 0.482343D+02 0.124464D+03 3183555+ 748232 001:36:30 0.482871D+02 0.124464D+03 3199008 750731 001:37:00 0.482914D+02 0.124464D+03 3214206+ 753138 001:37:30 0.483058D+02 0.124464D+03 3227209+ 756868 001:38:00 0.483058D+02 0.124464D+03 3241039+ 760393 001:38:30 0.483058D+02 0.124464D+03 3254779+ 763161 001:39:00 0.483058D+02 0.124464D+03 3270835+ 764865 001:39:30 0.483058D+02 0.124464D+03 3284151+ 767989 001:40:00 0.483058D+02 0.124464D+03 3298654+ 770746 001:40:30 0.483058D+02 0.124464D+03 3320671+ 773031 001:41:00 0.483120D+02 0.124464D+03 3338161+ 775650 001:41:30 0.483421D+02 0.124464D+03 3359396+ 778636 001:42:00 0.483503D+02 0.124464D+03 3383108+ 781667 001:42:30 0.483967D+02 0.124464D+03 3397519+ 787216 001:43:00 0.484050D+02 0.124464D+03 3412803+ 791139 001:43:30 0.484577D+02 0.124464D+03 3431574+ 794033 001:44:00 0.484781D+02 0.124464D+03 3449663+ 798065 001:44:30 0.485184D+02 0.124464D+03 3467588+ 801990 001:45:00 0.485763D+02 0.124464D+03 * 3475276 791434 001:45:13 0.486145D+02 0.121062D+03 3491330+ 794734 001:45:43 0.486735D+02 0.121062D+03 3511039+ 797836 001:46:13 0.486884D+02 0.121062D+03 3530958+ 800940 001:46:43 0.486938D+02 0.121062D+03 3552913+ 803369 001:47:13 0.487191D+02 0.121062D+03 3572932+ 806536 001:47:43 0.487564D+02 0.121062D+03 3591531+ 809906 001:48:13 0.488095D+02 0.121062D+03 3609307+ 813404 001:48:43 0.488707D+02 0.121062D+03 3626899+ 816451 001:49:13 0.489304D+02 0.121062D+03 3646327 819762 001:49:43 0.489432D+02 0.121062D+03 3662495+ 823109 001:50:13 0.489753D+02 0.121062D+03 3678533+ 827307 001:50:43 0.490067D+02 0.121062D+03 3694957+ 831316 001:51:13 0.490642D+02 0.121062D+03 3711844 835745 001:51:43 0.491357D+02 0.121062D+03 3731327+ 839190 001:52:13 0.491821D+02 0.121062D+03 3745810+ 842549 001:52:43 0.492425D+02 0.121062D+03 3763880 844864 001:53:13 0.492425D+02 0.121062D+03 3779936+ 848074 001:53:43 0.492903D+02 0.121062D+03 3798133+ 851277 001:54:13 0.493390D+02 0.121062D+03 3815994 854772 001:54:43 0.494047D+02 0.121062D+03 3831900+ 857812 001:55:13 0.494554D+02 0.121062D+03 3855433 860873 001:55:43 0.495058D+02 0.121062D+03 3868759+ 863737 001:56:13 0.495101D+02 0.121062D+03 3879926+ 866871 001:56:43 0.495101D+02 0.121062D+03 3891846 870007 001:57:13 0.495101D+02 0.121062D+03 3904436+ 873239 001:57:43 0.495116D+02 0.121062D+03 3917247+ 875391 001:58:13 0.495116D+02 0.121062D+03 3929621 876789 001:58:43 0.495116D+02 0.121062D+03 3943115+ 878538 001:59:13 0.495117D+02 0.121062D+03 3957906+ 880833 001:59:43 0.495117D+02 0.121062D+03 3966616 882116 002:00:00 0.495117D+02 0.121062D+03 *** Max. allowable CPU time exceeded *** LP subsolver time: 001:25:23, in seconds: 5123.16 NLP subsolver time: 000:10:07, in seconds: 607.50 Cutting time: 000:02:16, in seconds: 135.57 All other time: 000:22:14, in seconds: 1333.77 Total time elapsed: 002:00:00, in seconds: 7200.00 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.16 on navigating: 000:01:32, in seconds: 92.28 on relaxed: 000:41:06, in seconds: 2465.53 on local: 000:09:38, in seconds: 577.64 on tightening: 000:09:01, in seconds: 541.12 on marginals: 000:00:08, in seconds: 8.30 on probing: 000:58:35, in seconds: 3514.95 Total no. of BaR iterations: 3966616 Best solution found at node: 3475276 Max. no. of nodes in memory: 882118 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 433960837 135.57 All done =========================================================================== Solution = 121.062479149 found at node 3475276 Best possible = 49.5116628384 Absolute gap = 71.5508163106 optca = 1E-9 Relative gap = 1.44513 optcr = 1E-6 --- Restarting execution --- o7_2.gms(509) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job o7_2.gms Stop 11/21/12 03:13:33 elapsed 2:00:19.615 @04 1353464013 ----------------------------- Mi 21. Nov 03:13:33 CET 2012 ----------------------------- =ready= Linux opt216 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/o7_ar2_1.gms =========== ----------------------------- Mi 21. Nov 01:13:27 CET 2012 ----------------------------- @03 1353456807 --- Job o7_ar2_1.gms Start 11/21/12 01:13:27 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- o7_ar2_1.gms(669) 2 Mb --- Starting execution: elapsed 0:00:00.016 --- o7_ar2_1.gms(664) 3 Mb --- Generating MINLP model m --- o7_ar2_1.gms(669) 5 Mb --- 270 rows 113 columns 1,063 non-zeroes --- 71 nl-code 14 nl-non-zeroes --- 42 discrete-columns --- o7_ar2_1.gms(669) 3 Mb --- Executing BARON: elapsed 0:00:00.023 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 10034356 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.000000D+00 0.100000D+52 1 1 000:00:00 0.000000D+00 0.100000D+52 6611 2904 000:00:30 0.469215D+02 0.100000D+52 * 14176 5612 000:00:58 0.552552D+02 0.175564D+03 27934 10856 000:01:28 0.621640D+02 0.175564D+03 * 37700 13730 000:01:47 0.645908D+02 0.152010D+03 51692+ 18563 000:02:17 0.676297D+02 0.152010D+03 65523+ 23180 000:02:47 0.699704D+02 0.152010D+03 79567+ 28122 000:03:17 0.715357D+02 0.152010D+03 94197+ 32811 000:03:47 0.733449D+02 0.152010D+03 108768 37304 000:04:17 0.747351D+02 0.152010D+03 123188 41859 000:04:47 0.760224D+02 0.152010D+03 138034+ 46420 000:05:17 0.770747D+02 0.152010D+03 * 138714 44644 000:05:19 0.771347D+02 0.140412D+03 * 138718 44644 000:05:19 0.771347D+02 0.140412D+03 152613+ 48811 000:05:49 0.780597D+02 0.140412D+03 167525+ 53007 000:06:19 0.790098D+02 0.140412D+03 181963+ 56907 000:06:49 0.799663D+02 0.140412D+03 197025 61056 000:07:19 0.808948D+02 0.140412D+03 211372+ 65070 000:07:49 0.816433D+02 0.140412D+03 227003 68802 000:08:19 0.823265D+02 0.140412D+03 242660+ 72554 000:08:49 0.830935D+02 0.140412D+03 258276 76299 000:09:19 0.838882D+02 0.140412D+03 272954+ 80099 000:09:49 0.845623D+02 0.140412D+03 288911 83665 000:10:19 0.852566D+02 0.140412D+03 303774 87382 000:10:49 0.859093D+02 0.140412D+03 320107 91108 000:11:19 0.865089D+02 0.140412D+03 336327+ 94881 000:11:49 0.871499D+02 0.140412D+03 351953+ 98389 000:12:19 0.877279D+02 0.140412D+03 368014+ 102251 000:12:49 0.882511D+02 0.140412D+03 384751+ 106157 000:13:19 0.887858D+02 0.140412D+03 400747+ 109690 000:13:49 0.892387D+02 0.140412D+03 416712 113254 000:14:19 0.897306D+02 0.140412D+03 434582+ 116853 000:14:49 0.901919D+02 0.140412D+03 451181+ 120434 000:15:19 0.906876D+02 0.140412D+03 466676 124004 000:15:49 0.910885D+02 0.140412D+03 487415+ 127100 000:16:19 0.913984D+02 0.140412D+03 504497 130366 000:16:49 0.917773D+02 0.140412D+03 521607 133790 000:17:19 0.922143D+02 0.140412D+03 538172 137212 000:17:49 0.926262D+02 0.140412D+03 555305 140621 000:18:19 0.930679D+02 0.140412D+03 571229 143902 000:18:49 0.934019D+02 0.140412D+03 588387 147271 000:19:19 0.937877D+02 0.140412D+03 604433 150497 000:19:49 0.941415D+02 0.140412D+03 621212 153735 000:20:19 0.944921D+02 0.140412D+03 638694 156881 000:20:49 0.948570D+02 0.140412D+03 654827+ 160283 000:21:19 0.951765D+02 0.140412D+03 671525+ 163662 000:21:49 0.954771D+02 0.140412D+03 688556+ 166918 000:22:19 0.957557D+02 0.140412D+03 706276 169963 000:22:49 0.960849D+02 0.140412D+03 723545+ 173091 000:23:19 0.964129D+02 0.140412D+03 740495+ 176124 000:23:49 0.967038D+02 0.140412D+03 758527 179082 000:24:19 0.969982D+02 0.140412D+03 775769 181897 000:24:49 0.972739D+02 0.140412D+03 793339+ 184856 000:25:19 0.975712D+02 0.140412D+03 811261 187739 000:25:49 0.978587D+02 0.140412D+03 829261+ 190656 000:26:19 0.981573D+02 0.140412D+03 847718 193723 000:26:49 0.984175D+02 0.140412D+03 865341 196611 000:27:19 0.986903D+02 0.140412D+03 882965 199483 000:27:49 0.989589D+02 0.140412D+03 900713 202609 000:28:19 0.992058D+02 0.140412D+03 918533 205270 000:28:49 0.994718D+02 0.140412D+03 936552 208102 000:29:19 0.997340D+02 0.140412D+03 953933+ 210942 000:29:49 0.999705D+02 0.140412D+03 971841+ 213705 000:30:19 0.100219D+03 0.140412D+03 990108 216347 000:30:49 0.100456D+03 0.140412D+03 1000000 217831 000:31:06 0.100587D+03 0.140412D+03 1017386 220484 000:31:36 0.100816D+03 0.140412D+03 1035545 223060 000:32:06 0.101035D+03 0.140412D+03 1053660 225745 000:32:36 0.101268D+03 0.140412D+03 1071764 228452 000:33:06 0.101478D+03 0.140412D+03 1089413+ 231077 000:33:36 0.101701D+03 0.140412D+03 1107226 233698 000:34:06 0.101895D+03 0.140412D+03 1125137+ 236283 000:34:36 0.102088D+03 0.140412D+03 1144009 238703 000:35:06 0.102285D+03 0.140412D+03 1162814+ 241185 000:35:36 0.102496D+03 0.140412D+03 1181105 243568 000:36:06 0.102699D+03 0.140412D+03 1199657+ 245820 000:36:36 0.102911D+03 0.140412D+03 1218727+ 248163 000:37:06 0.103128D+03 0.140412D+03 1237657 250391 000:37:36 0.103329D+03 0.140412D+03 1255563+ 252763 000:38:06 0.103528D+03 0.140412D+03 1274203+ 255101 000:38:36 0.103717D+03 0.140412D+03 1292366 257371 000:39:06 0.103912D+03 0.140412D+03 1310674 259636 000:39:36 0.104091D+03 0.140412D+03 1329191 261985 000:40:06 0.104273D+03 0.140412D+03 1347197+ 264042 000:40:36 0.104457D+03 0.140412D+03 1366331+ 266091 000:41:06 0.104643D+03 0.140412D+03 1385116+ 268272 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0.140412D+03 1767568 309151 000:51:36 0.107949D+03 0.140412D+03 1786751 310947 000:52:06 0.108099D+03 0.140412D+03 1807480 312654 000:52:36 0.108262D+03 0.140412D+03 1826779+ 314581 000:53:06 0.108409D+03 0.140412D+03 1846681 316323 000:53:36 0.108530D+03 0.140412D+03 1866625+ 317892 000:54:06 0.108691D+03 0.140412D+03 1885775 319862 000:54:36 0.108826D+03 0.140412D+03 1905632 321550 000:55:06 0.108970D+03 0.140412D+03 1925589+ 323325 000:55:36 0.109109D+03 0.140412D+03 1945029 324958 000:56:06 0.109255D+03 0.140412D+03 1964532 326682 000:56:36 0.109389D+03 0.140412D+03 1984159+ 328107 000:57:06 0.109547D+03 0.140412D+03 2000000 329510 000:57:31 0.109665D+03 0.140412D+03 2018946+ 331226 000:58:01 0.109802D+03 0.140412D+03 2037319 332693 000:58:31 0.109930D+03 0.140412D+03 2056965 334275 000:59:01 0.110073D+03 0.140412D+03 2077043+ 335753 000:59:31 0.110212D+03 0.140412D+03 2096473+ 337337 001:00:01 0.110349D+03 0.140412D+03 2116011+ 338866 001:00:31 0.110489D+03 0.140412D+03 2136100+ 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0.113140D+03 0.140412D+03 2534909 365495 001:11:01 0.113265D+03 0.140412D+03 2554690+ 366563 001:11:31 0.113389D+03 0.140412D+03 2574307+ 367802 001:12:01 0.113509D+03 0.140412D+03 2594696 368782 001:12:31 0.113640D+03 0.140412D+03 2614265 369845 001:13:01 0.113754D+03 0.140412D+03 2634033 371224 001:13:31 0.113851D+03 0.140412D+03 2653901 372295 001:14:01 0.113969D+03 0.140412D+03 2673286+ 373399 001:14:31 0.114082D+03 0.140412D+03 2693842+ 374545 001:15:01 0.114198D+03 0.140412D+03 2714597+ 375503 001:15:31 0.114312D+03 0.140412D+03 2735542 376179 001:16:01 0.114431D+03 0.140412D+03 2756079+ 376890 001:16:31 0.114541D+03 0.140412D+03 2776159 377619 001:17:01 0.114663D+03 0.140412D+03 2796969+ 378418 001:17:31 0.114785D+03 0.140412D+03 2817932+ 379215 001:18:01 0.114909D+03 0.140412D+03 2837412 380306 001:18:31 0.115012D+03 0.140412D+03 2857004 381577 001:19:01 0.115104D+03 0.140412D+03 2876843+ 382337 001:19:31 0.115218D+03 0.140412D+03 2897505+ 383104 001:20:01 0.115335D+03 0.140412D+03 2918108 383738 001:20:31 0.115448D+03 0.140412D+03 2939266 384368 001:21:01 0.115566D+03 0.140412D+03 2959037+ 385057 001:21:31 0.115675D+03 0.140412D+03 2979241+ 385795 001:22:01 0.115792D+03 0.140412D+03 2999941+ 386524 001:22:31 0.115895D+03 0.140412D+03 3000000 386527 001:22:31 0.115896D+03 0.140412D+03 3019817 387108 001:23:01 0.116006D+03 0.140412D+03 * 3037276 387483 001:23:27 0.116103D+03 0.140412D+03 3057642 388227 001:23:57 0.116209D+03 0.140412D+03 3077163 388990 001:24:27 0.116313D+03 0.140412D+03 3097193 389568 001:24:57 0.116425D+03 0.140412D+03 3116513+ 390245 001:25:27 0.116526D+03 0.140412D+03 3136323+ 390781 001:25:57 0.116635D+03 0.140412D+03 3156207+ 391246 001:26:27 0.116744D+03 0.140412D+03 3176822+ 391716 001:26:57 0.116859D+03 0.140412D+03 3197641 391951 001:27:27 0.116968D+03 0.140412D+03 3218857 392339 001:27:57 0.117082D+03 0.140412D+03 3239001 393109 001:28:27 0.117181D+03 0.140412D+03 3260228 393535 001:28:57 0.117291D+03 0.140412D+03 3281502 394091 001:29:27 0.117401D+03 0.140412D+03 3301767+ 394271 001:29:57 0.117507D+03 0.140412D+03 3323335 394524 001:30:27 0.117620D+03 0.140412D+03 3344704+ 394577 001:30:57 0.117733D+03 0.140412D+03 3364798 394631 001:31:27 0.117837D+03 0.140412D+03 3385913+ 394554 001:31:57 0.117951D+03 0.140412D+03 3406115 394808 001:32:27 0.118051D+03 0.140412D+03 3426605 395072 001:32:57 0.118148D+03 0.140412D+03 3448385+ 395192 001:33:27 0.118251D+03 0.140412D+03 3469733+ 395227 001:33:57 0.118357D+03 0.140412D+03 3489965+ 395459 001:34:27 0.118457D+03 0.140412D+03 3510480+ 395701 001:34:57 0.118560D+03 0.140412D+03 3532054 395579 001:35:27 0.118663D+03 0.140412D+03 3553171+ 395868 001:35:57 0.118760D+03 0.140412D+03 3573655 396075 001:36:27 0.118854D+03 0.140412D+03 3595511 396198 001:36:57 0.118969D+03 0.140412D+03 3616215 396411 001:37:27 0.119069D+03 0.140412D+03 3637740 396457 001:37:57 0.119179D+03 0.140412D+03 3658353+ 396639 001:38:27 0.119277D+03 0.140412D+03 3679773+ 396819 001:38:57 0.119379D+03 0.140412D+03 3700754+ 396655 001:39:27 0.119485D+03 0.140412D+03 3722133+ 396578 001:39:57 0.119591D+03 0.140412D+03 3743267 396763 001:40:27 0.119686D+03 0.140412D+03 3764767 396475 001:40:57 0.119796D+03 0.140412D+03 3786794+ 396468 001:41:27 0.119900D+03 0.140412D+03 3808525 396119 001:41:57 0.120008D+03 0.140412D+03 3829791 395770 001:42:27 0.120117D+03 0.140412D+03 3850789+ 395543 001:42:57 0.120220D+03 0.140412D+03 3872416 395584 001:43:27 0.120315D+03 0.140412D+03 3894263+ 395203 001:43:57 0.120422D+03 0.140412D+03 3916253+ 394885 001:44:27 0.120526D+03 0.140412D+03 3937988+ 394664 001:44:57 0.120632D+03 0.140412D+03 3958767+ 394813 001:45:27 0.120727D+03 0.140412D+03 3980530 394768 001:45:57 0.120825D+03 0.140412D+03 4000000 394670 001:46:26 0.120924D+03 0.140412D+03 4021420 394347 001:46:56 0.121023D+03 0.140412D+03 4043807 394207 001:47:26 0.121126D+03 0.140412D+03 4065178+ 394209 001:47:56 0.121225D+03 0.140412D+03 4086972 394069 001:48:26 0.121316D+03 0.140412D+03 4108313 393754 001:48:56 0.121415D+03 0.140412D+03 4129835+ 393319 001:49:26 0.121517D+03 0.140412D+03 4151850 392758 001:49:56 0.121620D+03 0.140412D+03 4173502 392228 001:50:26 0.121727D+03 0.140412D+03 4195480+ 392087 001:50:56 0.121823D+03 0.140412D+03 4218945 391648 001:51:26 0.121933D+03 0.140412D+03 4241345+ 391381 001:51:56 0.122034D+03 0.140412D+03 4263740+ 390878 001:52:26 0.122140D+03 0.140412D+03 4286571+ 390238 001:52:56 0.122248D+03 0.140412D+03 4309597 389871 001:53:26 0.122338D+03 0.140412D+03 4332631 389375 001:53:56 0.122441D+03 0.140412D+03 4355147 388874 001:54:26 0.122545D+03 0.140412D+03 4377057+ 388301 001:54:56 0.122645D+03 0.140412D+03 4399842 387615 001:55:26 0.122755D+03 0.140412D+03 4422031+ 386931 001:55:56 0.122862D+03 0.140412D+03 4444731+ 386265 001:56:26 0.122966D+03 0.140412D+03 4468202 385486 001:56:56 0.123070D+03 0.140412D+03 4490669 384782 001:57:26 0.123174D+03 0.140412D+03 4513883 383701 001:57:56 0.123286D+03 0.140412D+03 4536721+ 383002 001:58:26 0.123394D+03 0.140412D+03 4559287 382332 001:58:56 0.123497D+03 0.140412D+03 4582305+ 381436 001:59:26 0.123598D+03 0.140412D+03 4605065 380495 001:59:56 0.123706D+03 0.140412D+03 4608238 380375 002:00:00 0.123720D+03 0.140412D+03 *** Max. allowable CPU time exceeded *** LP subsolver time: 001:22:03, in seconds: 4923.39 NLP subsolver time: 000:13:49, in seconds: 829.10 Cutting time: 000:01:48, in seconds: 107.73 All other time: 000:22:20, in seconds: 1339.78 Total time elapsed: 002:00:00, in seconds: 7200.00 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.15 on navigating: 000:01:36, in seconds: 95.89 on relaxed: 001:02:12, in seconds: 3732.22 on local: 000:09:58, in seconds: 597.74 on tightening: 000:10:32, in seconds: 631.90 on marginals: 000:00:11, in seconds: 10.57 on probing: 000:35:32, in seconds: 2131.52 Total no. of BaR iterations: 4608238 Best solution found at node: 3037276 Max. no. of nodes in memory: 396834 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 355855517 107.73 All done =========================================================================== Solution = 140.411878894 found at node 3037276 Best possible = 123.720234421 Absolute gap = 16.691644473 optca = 1E-9 Relative gap = 0.13491 optcr = 1E-6 --- Restarting execution --- o7_ar2_1.gms(669) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job o7_ar2_1.gms Stop 11/21/12 03:13:46 elapsed 2:00:19.073 @04 1353464026 ----------------------------- Mi 21. Nov 03:13:46 CET 2012 ----------------------------- =ready= Linux opt232 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/o7_ar25_1.gms =========== ----------------------------- Mi 21. Nov 01:18:38 CET 2012 ----------------------------- @03 1353457118 --- Job o7_ar25_1.gms Start 11/21/12 01:18:38 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- o7_ar25_1.gms(669) 2 Mb --- Starting execution: elapsed 0:00:00.038 --- o7_ar25_1.gms(664) 3 Mb --- Generating MINLP model m --- o7_ar25_1.gms(669) 5 Mb --- 270 rows 113 columns 1,063 non-zeroes --- 71 nl-code 14 nl-non-zeroes --- 42 discrete-columns --- o7_ar25_1.gms(669) 3 Mb --- Executing BARON: elapsed 0:00:00.051 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 10034356 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.000000D+00 0.100000D+52 1 1 000:00:00 0.000000D+00 0.100000D+52 2463+ 1445 000:00:30 0.266703D+02 0.100000D+52 5215+ 3009 000:01:00 0.340953D+02 0.100000D+52 7769 4388 000:01:30 0.369039D+02 0.100000D+52 11517+ 6232 000:02:00 0.403162D+02 0.100000D+52 18199 9474 000:02:31 0.406259D+02 0.100000D+52 24648 12584 000:03:01 0.417977D+02 0.100000D+52 30584 15433 000:03:31 0.429028D+02 0.100000D+52 37968+ 18978 000:04:01 0.434012D+02 0.100000D+52 46545+ 22837 000:04:31 0.436050D+02 0.100000D+52 54691 26385 000:05:01 0.441487D+02 0.100000D+52 61179 29037 000:05:31 0.451681D+02 0.100000D+52 68533 32452 000:06:01 0.458579D+02 0.100000D+52 75870 35688 000:06:31 0.467340D+02 0.100000D+52 84687 39429 000:07:01 0.471603D+02 0.100000D+52 91604+ 42225 000:07:31 0.481726D+02 0.100000D+52 98097 44667 000:08:01 0.487171D+02 0.100000D+52 105737+ 48062 000:08:31 0.492356D+02 0.100000D+52 111999 50615 000:09:01 0.501495D+02 0.100000D+52 118728+ 53384 000:09:31 0.509087D+02 0.100000D+52 125387+ 56350 000:10:01 0.513646D+02 0.100000D+52 132622 59284 000:10:31 0.519128D+02 0.100000D+52 138832+ 61675 000:11:01 0.524837D+02 0.100000D+52 145649 64690 000:11:31 0.526927D+02 0.100000D+52 152516 67469 000:12:01 0.529773D+02 0.100000D+52 160143 70569 000:12:31 0.533757D+02 0.100000D+52 166541 73171 000:13:01 0.538052D+02 0.100000D+52 173414 75758 000:13:31 0.541264D+02 0.100000D+52 180024 78403 000:14:01 0.544905D+02 0.100000D+52 186531+ 81218 000:14:31 0.548562D+02 0.100000D+52 * 189058 81850 000:14:42 0.550165D+02 0.165641D+03 200230 86310 000:15:12 0.555255D+02 0.165641D+03 211512 90414 000:15:42 0.561531D+02 0.165641D+03 224051+ 94692 000:16:12 0.566724D+02 0.165641D+03 237233 99024 000:16:42 0.570774D+02 0.165641D+03 249020 103122 000:17:12 0.574858D+02 0.165641D+03 262301 107515 000:17:42 0.578919D+02 0.165641D+03 274523+ 111861 000:18:12 0.582846D+02 0.165641D+03 286705 116193 000:18:42 0.586394D+02 0.165641D+03 298719 120233 000:19:12 0.589319D+02 0.165641D+03 312126 124718 000:19:42 0.592586D+02 0.165641D+03 324767 128968 000:20:12 0.594535D+02 0.165641D+03 337034+ 133441 000:20:42 0.597208D+02 0.165641D+03 349800+ 137811 000:21:12 0.600213D+02 0.165641D+03 362127+ 142069 000:21:42 0.603676D+02 0.165641D+03 374287 146143 000:22:12 0.607926D+02 0.165641D+03 386571+ 150457 000:22:42 0.609974D+02 0.165641D+03 399094+ 154586 000:23:12 0.612369D+02 0.165641D+03 411752 158925 000:23:42 0.614807D+02 0.165641D+03 424618+ 163049 000:24:12 0.617664D+02 0.165641D+03 437556 167415 000:24:42 0.621248D+02 0.165641D+03 450461+ 171575 000:25:12 0.624045D+02 0.165641D+03 462215+ 176095 000:25:42 0.625925D+02 0.165641D+03 474452+ 180374 000:26:12 0.627939D+02 0.165641D+03 * 475650 180619 000:26:15 0.628017D+02 0.163482D+03 489765 185084 000:26:45 0.630418D+02 0.163482D+03 502823 189575 000:27:15 0.632228D+02 0.163482D+03 515874+ 193937 000:27:45 0.634856D+02 0.163482D+03 528175 198500 000:28:16 0.636355D+02 0.163482D+03 * 535128 198924 000:28:33 0.637321D+02 0.155229D+03 547859+ 203279 000:29:03 0.639835D+02 0.155229D+03 559737+ 207619 000:29:33 0.641891D+02 0.155229D+03 572813+ 212109 000:30:03 0.643665D+02 0.155229D+03 585997+ 216492 000:30:33 0.645558D+02 0.155229D+03 597534+ 220244 000:31:03 0.647115D+02 0.155229D+03 611053+ 224513 000:31:33 0.648774D+02 0.155229D+03 623691+ 228562 000:32:03 0.650889D+02 0.155229D+03 637739+ 233303 000:32:33 0.652818D+02 0.155229D+03 650951 237880 000:33:03 0.654634D+02 0.155229D+03 663291+ 241766 000:33:33 0.656516D+02 0.155229D+03 675763+ 246285 000:34:03 0.657745D+02 0.155229D+03 688975 251214 000:34:33 0.658919D+02 0.155229D+03 703437 256208 000:35:03 0.660809D+02 0.155229D+03 717710+ 261277 000:35:33 0.662057D+02 0.155229D+03 730287 265471 000:36:03 0.663180D+02 0.155229D+03 743889+ 269633 000:36:33 0.664728D+02 0.155229D+03 757025+ 273660 000:37:03 0.665965D+02 0.155229D+03 770560 277877 000:37:34 0.666976D+02 0.155229D+03 784755+ 282207 000:38:04 0.668485D+02 0.155229D+03 798613+ 286530 000:38:34 0.669840D+02 0.155229D+03 812827+ 290802 000:39:04 0.670377D+02 0.155229D+03 826951+ 294723 000:39:34 0.672180D+02 0.155229D+03 842154+ 299296 000:40:04 0.673175D+02 0.155229D+03 857751 303897 000:40:34 0.674401D+02 0.155229D+03 871757 308281 000:41:04 0.675579D+02 0.155229D+03 886067+ 312433 000:41:34 0.676937D+02 0.155229D+03 899547+ 316383 000:42:04 0.678354D+02 0.155229D+03 912909+ 320457 000:42:34 0.679992D+02 0.155229D+03 926975+ 324534 000:43:04 0.681468D+02 0.155229D+03 939631 328700 000:43:34 0.682178D+02 0.155229D+03 959313+ 334705 000:44:16 0.683848D+02 0.155229D+03 973187+ 338652 000:44:46 0.685287D+02 0.155229D+03 987061+ 342758 000:45:16 0.686599D+02 0.155229D+03 1000000 346709 000:45:46 0.687621D+02 0.155229D+03 1015105 350955 000:46:16 0.688864D+02 0.155229D+03 1028557+ 354966 000:46:46 0.689874D+02 0.155229D+03 1042826+ 358821 000:47:16 0.691097D+02 0.155229D+03 1057085+ 363023 000:47:46 0.692139D+02 0.155229D+03 1069853+ 367287 000:48:16 0.692997D+02 0.155229D+03 1083661+ 371534 000:48:46 0.694006D+02 0.155229D+03 1098414 375844 000:49:16 0.695110D+02 0.155229D+03 1112452+ 380154 000:49:46 0.696263D+02 0.155229D+03 1126943 384407 000:50:16 0.697150D+02 0.155229D+03 1140232+ 388558 000:50:46 0.698083D+02 0.155229D+03 1153946+ 392965 000:51:16 0.698965D+02 0.155229D+03 1167132 397210 000:51:46 0.699730D+02 0.155229D+03 1182421+ 401823 000:52:16 0.700633D+02 0.155229D+03 1197843+ 405813 000:52:46 0.701910D+02 0.155229D+03 1212314+ 410160 000:53:16 0.702995D+02 0.155229D+03 1227675 414141 000:53:46 0.703994D+02 0.155229D+03 1242403 418572 000:54:16 0.705115D+02 0.155229D+03 1256895+ 422866 000:54:46 0.705864D+02 0.155229D+03 1271556 427121 000:55:16 0.706481D+02 0.155229D+03 1286675+ 431053 000:55:46 0.707464D+02 0.155229D+03 1302201 435094 000:56:16 0.708330D+02 0.155229D+03 1317640 439488 000:56:46 0.709344D+02 0.155229D+03 1332292 443806 000:57:16 0.710270D+02 0.155229D+03 1346275+ 447871 000:57:46 0.711261D+02 0.155229D+03 1361329+ 451852 000:58:16 0.712486D+02 0.155229D+03 1375313+ 456041 000:58:46 0.713396D+02 0.155229D+03 1389844+ 460291 000:59:16 0.714335D+02 0.155229D+03 1404417 464495 000:59:46 0.715374D+02 0.155229D+03 1418983+ 468594 001:00:16 0.716300D+02 0.155229D+03 1433036 472915 001:00:46 0.717120D+02 0.155229D+03 1447626+ 477364 001:01:16 0.717825D+02 0.155229D+03 1461416+ 481632 001:01:46 0.718436D+02 0.155229D+03 1476125 485758 001:02:16 0.719502D+02 0.155229D+03 1490232 490037 001:02:46 0.720285D+02 0.155229D+03 1503473+ 493964 001:03:16 0.721051D+02 0.155229D+03 1518664+ 497608 001:03:46 0.721952D+02 0.155229D+03 1532513+ 501402 001:04:16 0.722847D+02 0.155229D+03 1547573 505452 001:04:46 0.723763D+02 0.155229D+03 1561301 509503 001:05:16 0.724644D+02 0.155229D+03 1575617+ 514059 001:05:46 0.725293D+02 0.155229D+03 1589903 519128 001:06:16 0.725878D+02 0.155229D+03 1603712+ 523659 001:06:46 0.726715D+02 0.155229D+03 1618314 528057 001:07:16 0.727613D+02 0.155229D+03 1633394 532308 001:07:46 0.728542D+02 0.155229D+03 1648158+ 536205 001:08:16 0.729618D+02 0.155229D+03 1662971 540230 001:08:46 0.730407D+02 0.155229D+03 1677827+ 544305 001:09:16 0.731549D+02 0.155229D+03 * 1690634 547233 001:09:43 0.732406D+02 0.154343D+03 1704427+ 551194 001:10:13 0.733222D+02 0.154343D+03 1717871+ 555207 001:10:43 0.733896D+02 0.154343D+03 1731543 559265 001:11:13 0.734353D+02 0.154343D+03 1746641 562978 001:11:43 0.735250D+02 0.154343D+03 1760325+ 566771 001:12:13 0.736004D+02 0.154343D+03 1775343+ 570946 001:12:43 0.736697D+02 0.154343D+03 1789987 574983 001:13:13 0.737332D+02 0.154343D+03 1805382 578730 001:13:43 0.738209D+02 0.154343D+03 1819332+ 582384 001:14:13 0.739173D+02 0.154343D+03 1833803+ 585973 001:14:43 0.740285D+02 0.154343D+03 1848103 589533 001:15:13 0.741148D+02 0.154343D+03 1862764+ 593379 001:15:43 0.742165D+02 0.154343D+03 * 1874985 595548 001:16:09 0.743089D+02 0.152931D+03 1889701+ 599438 001:16:39 0.743952D+02 0.152931D+03 1903857 603366 001:17:09 0.744927D+02 0.152931D+03 1918126+ 607093 001:17:39 0.745858D+02 0.152931D+03 1932849+ 610879 001:18:09 0.746973D+02 0.152931D+03 1946958 614676 001:18:39 0.748001D+02 0.152931D+03 1962755+ 618245 001:19:09 0.749052D+02 0.152931D+03 1976446+ 621749 001:19:39 0.749980D+02 0.152931D+03 1989919 625433 001:20:09 0.750735D+02 0.152931D+03 2000000 628110 001:20:31 0.751303D+02 0.152931D+03 2014501+ 632316 001:21:01 0.752030D+02 0.152931D+03 2028643 635936 001:21:31 0.752772D+02 0.152931D+03 2043541+ 639584 001:22:01 0.753632D+02 0.152931D+03 2057713+ 643496 001:22:31 0.754289D+02 0.152931D+03 2071923+ 647040 001:23:01 0.755142D+02 0.152931D+03 2087013 650598 001:23:31 0.756080D+02 0.152931D+03 2101493+ 653981 001:24:01 0.756941D+02 0.152931D+03 * 2107154 648094 001:24:14 0.757291D+02 0.146508D+03 2121985+ 651534 001:24:44 0.758190D+02 0.146508D+03 2136031 654833 001:25:14 0.759056D+02 0.146508D+03 2150138+ 658587 001:25:44 0.759897D+02 0.146508D+03 2164477+ 662328 001:26:14 0.760659D+02 0.146508D+03 2179409 666163 001:26:44 0.761315D+02 0.146508D+03 2193263+ 669597 001:27:14 0.762037D+02 0.146508D+03 2207136 673336 001:27:44 0.762793D+02 0.146508D+03 2222339+ 677108 001:28:14 0.763531D+02 0.146508D+03 2237302 680757 001:28:44 0.764287D+02 0.146508D+03 2251361 684494 001:29:14 0.765058D+02 0.146508D+03 2265825 688048 001:29:44 0.765803D+02 0.146508D+03 2280045+ 691873 001:30:14 0.766580D+02 0.146508D+03 2293899 695406 001:30:44 0.767271D+02 0.146508D+03 2307665+ 698978 001:31:14 0.768004D+02 0.146508D+03 2322631+ 702650 001:31:44 0.768724D+02 0.146508D+03 2337978+ 706307 001:32:14 0.769460D+02 0.146508D+03 2352515+ 709728 001:32:44 0.770349D+02 0.146508D+03 2367257 713508 001:33:14 0.771103D+02 0.146508D+03 2381965 716883 001:33:44 0.772011D+02 0.146508D+03 2396303+ 720346 001:34:14 0.772852D+02 0.146508D+03 2410382 724129 001:34:44 0.773599D+02 0.146508D+03 2424443 728270 001:35:14 0.774191D+02 0.146508D+03 2439684+ 731994 001:35:44 0.774813D+02 0.146508D+03 2454614 735506 001:36:14 0.775464D+02 0.146508D+03 2468964+ 738874 001:36:44 0.776162D+02 0.146508D+03 2483173+ 742313 001:37:14 0.776952D+02 0.146508D+03 2497996 745968 001:37:44 0.777690D+02 0.146508D+03 2512031+ 749833 001:38:14 0.778224D+02 0.146508D+03 2525294+ 753541 001:38:44 0.778597D+02 0.146508D+03 2540093+ 757299 001:39:14 0.779263D+02 0.146508D+03 2553824+ 760687 001:39:44 0.779840D+02 0.146508D+03 2567989 764170 001:40:14 0.780493D+02 0.146508D+03 2582966+ 767998 001:40:44 0.781269D+02 0.146508D+03 2597615+ 771996 001:41:14 0.781871D+02 0.146508D+03 2613209 775612 001:41:44 0.782616D+02 0.146508D+03 2628132+ 779407 001:42:14 0.783217D+02 0.146508D+03 2643432 783069 001:42:44 0.783822D+02 0.146508D+03 2659683 786893 001:43:14 0.784555D+02 0.146508D+03 2674395+ 790610 001:43:44 0.785147D+02 0.146508D+03 2689429 794559 001:44:14 0.785661D+02 0.146508D+03 2704813+ 798476 001:44:44 0.786140D+02 0.146508D+03 2719806+ 802153 001:45:14 0.786749D+02 0.146508D+03 2734893+ 805984 001:45:44 0.787303D+02 0.146508D+03 2749811+ 809681 001:46:14 0.787870D+02 0.146508D+03 2765909 813470 001:46:44 0.788546D+02 0.146508D+03 2781906 817156 001:47:14 0.789073D+02 0.146508D+03 2797572 820990 001:47:44 0.789585D+02 0.146508D+03 2813999+ 824462 001:48:14 0.790259D+02 0.146508D+03 2830104+ 828362 001:48:44 0.790902D+02 0.146508D+03 2845606+ 831967 001:49:14 0.791417D+02 0.146508D+03 2860613+ 835680 001:49:44 0.791944D+02 0.146508D+03 2875770+ 839308 001:50:14 0.792489D+02 0.146508D+03 2891041 843095 001:50:44 0.792976D+02 0.146508D+03 2905325+ 846732 001:51:14 0.793576D+02 0.146508D+03 2920275+ 850604 001:51:44 0.793989D+02 0.146508D+03 2935755+ 854189 001:52:14 0.794531D+02 0.146508D+03 2951707 858018 001:52:44 0.795130D+02 0.146508D+03 2967495 861488 001:53:14 0.795710D+02 0.146508D+03 2982852+ 865301 001:53:44 0.796165D+02 0.146508D+03 2998669 869406 001:54:14 0.796533D+02 0.146508D+03 3000000 869738 001:54:16 0.796571D+02 0.146508D+03 3015803+ 873589 001:54:46 0.797026D+02 0.146508D+03 3030849 877158 001:55:16 0.797488D+02 0.146508D+03 3047130+ 880839 001:55:46 0.797937D+02 0.146508D+03 3063863 884583 001:56:16 0.798453D+02 0.146508D+03 3079687+ 888304 001:56:46 0.798955D+02 0.146508D+03 3095059+ 892094 001:57:16 0.799435D+02 0.146508D+03 3110901+ 895870 001:57:46 0.799936D+02 0.146508D+03 3126323 899594 001:58:16 0.800479D+02 0.146508D+03 3141842+ 903208 001:58:46 0.800915D+02 0.146508D+03 3158650 906912 001:59:16 0.801469D+02 0.146508D+03 3173594 910693 001:59:46 0.801835D+02 0.146508D+03 3180336 912212 002:00:00 0.802035D+02 0.146508D+03 *** Max. allowable CPU time exceeded *** LP subsolver time: 001:21:01, in seconds: 4860.58 NLP subsolver time: 000:16:10, in seconds: 969.69 Cutting time: 000:01:50, in seconds: 110.00 All other time: 000:21:00, in seconds: 1259.73 Total time elapsed: 002:00:00, in seconds: 7200.00 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.17 on navigating: 000:01:21, in seconds: 81.49 on relaxed: 000:48:02, in seconds: 2881.98 on local: 000:14:13, in seconds: 853.38 on tightening: 000:09:07, in seconds: 546.57 on marginals: 000:00:08, in seconds: 8.15 on probing: 000:47:08, in seconds: 2828.24 Total no. of BaR iterations: 3180336 Best solution found at node: 2107154 Max. no. of nodes in memory: 912212 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 351871188 110.00 All done =========================================================================== Solution = 146.507511416 found at node 2107154 Best possible = 80.2035300335 Absolute gap = 66.3039813825 optca = 1E-9 Relative gap = 0.82670 optcr = 1E-6 --- Restarting execution --- o7_ar25_1.gms(669) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job o7_ar25_1.gms Stop 11/21/12 03:18:58 elapsed 2:00:19.459 @04 1353464338 ----------------------------- Mi 21. Nov 03:18:58 CET 2012 ----------------------------- =ready= Linux opt231 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/o7_ar3_1.gms =========== ----------------------------- Mi 21. Nov 01:25:45 CET 2012 ----------------------------- @03 1353457545 --- Job o7_ar3_1.gms Start 11/21/12 01:25:45 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- o7_ar3_1.gms(669) 2 Mb --- Starting execution: elapsed 0:00:00.028 --- o7_ar3_1.gms(664) 3 Mb --- Generating MINLP model m --- o7_ar3_1.gms(669) 5 Mb --- 270 rows 113 columns 1,063 non-zeroes --- 71 nl-code 14 nl-non-zeroes --- 42 discrete-columns --- o7_ar3_1.gms(669) 3 Mb --- Executing BARON: elapsed 0:00:00.036 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 10034356 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.000000D+00 0.100000D+52 1 1 000:00:00 0.000000D+00 0.100000D+52 1910 1074 000:00:30 0.250525D+02 0.100000D+52 5636+ 2931 000:01:00 0.306950D+02 0.100000D+52 10622+ 5276 000:01:30 0.347504D+02 0.100000D+52 15463 7569 000:02:00 0.387433D+02 0.100000D+52 * 16624 8086 000:02:08 0.394874D+02 0.194745D+03 24682 11707 000:02:38 0.416273D+02 0.194745D+03 33809 15555 000:03:08 0.440521D+02 0.194745D+03 43361+ 19796 000:03:38 0.464330D+02 0.194745D+03 53389+ 23854 000:04:08 0.480558D+02 0.194745D+03 62507 27761 000:04:38 0.492214D+02 0.194745D+03 71486 31698 000:05:08 0.503169D+02 0.194745D+03 81340+ 36043 000:05:38 0.512423D+02 0.194745D+03 * 84262 37151 000:05:48 0.515758D+02 0.176074D+03 93585+ 41253 000:06:18 0.525364D+02 0.176074D+03 102985+ 45459 000:06:48 0.533518D+02 0.176074D+03 112249 49679 000:07:18 0.541958D+02 0.176074D+03 121584 53773 000:07:48 0.549166D+02 0.176074D+03 * 124956 54755 000:07:59 0.551797D+02 0.160333D+03 135094+ 59062 000:08:29 0.559332D+02 0.160333D+03 145606 63260 000:08:59 0.564823D+02 0.160333D+03 156101 67526 000:09:29 0.569871D+02 0.160333D+03 167068 71789 000:09:59 0.574229D+02 0.160333D+03 177619 76029 000:10:29 0.577693D+02 0.160333D+03 188084+ 80241 000:10:59 0.582544D+02 0.160333D+03 198190 84419 000:11:29 0.586782D+02 0.160333D+03 208789+ 88481 000:11:59 0.591179D+02 0.160333D+03 * 214324 89933 000:12:13 0.592692D+02 0.153357D+03 225892+ 94256 000:12:43 0.595605D+02 0.153357D+03 237742 98735 000:13:13 0.598773D+02 0.153357D+03 248709 102785 000:13:43 0.602412D+02 0.153357D+03 259852 107167 000:14:14 0.606565D+02 0.153357D+03 270747+ 111209 000:14:44 0.610857D+02 0.153357D+03 280989+ 115280 000:15:14 0.614713D+02 0.153357D+03 291528+ 119256 000:15:44 0.618556D+02 0.153357D+03 302511 123407 000:16:14 0.622313D+02 0.153357D+03 313202+ 127431 000:16:44 0.625426D+02 0.153357D+03 324379 131633 000:17:14 0.628710D+02 0.153357D+03 334679 135522 000:17:44 0.631689D+02 0.153357D+03 345246+ 139541 000:18:14 0.634578D+02 0.153357D+03 356035+ 143745 000:18:44 0.637524D+02 0.153357D+03 367058+ 147827 000:19:14 0.641030D+02 0.153357D+03 378601 151889 000:19:44 0.643778D+02 0.153357D+03 389573 155914 000:20:14 0.646508D+02 0.153357D+03 * 398214 158224 000:20:39 0.648915D+02 0.149953D+03 409231 162350 000:21:09 0.651585D+02 0.149953D+03 419731+ 166078 000:21:39 0.654101D+02 0.149953D+03 430338+ 169988 000:22:09 0.656716D+02 0.149953D+03 441346 173922 000:22:39 0.659549D+02 0.149953D+03 451476+ 177669 000:23:09 0.661807D+02 0.149953D+03 461905 181318 000:23:39 0.664353D+02 0.149953D+03 472578 185287 000:24:09 0.666690D+02 0.149953D+03 483672 189239 000:24:39 0.669240D+02 0.149953D+03 494849 193179 000:25:09 0.671671D+02 0.149953D+03 505007 196922 000:25:39 0.673651D+02 0.149953D+03 515723+ 200902 000:26:09 0.675973D+02 0.149953D+03 526771+ 204801 000:26:39 0.677850D+02 0.149953D+03 537053+ 208582 000:27:09 0.679698D+02 0.149953D+03 548065 212373 000:27:39 0.681577D+02 0.149953D+03 560005+ 216434 000:28:09 0.683048D+02 0.149953D+03 571764+ 220673 000:28:39 0.685153D+02 0.149953D+03 583310+ 224731 000:29:09 0.686758D+02 0.149953D+03 593508+ 228434 000:29:39 0.688283D+02 0.149953D+03 604989 232613 000:30:09 0.690190D+02 0.149953D+03 616722 236857 000:30:39 0.691945D+02 0.149953D+03 627479 240686 000:31:09 0.693607D+02 0.149953D+03 638205 244541 000:31:39 0.694437D+02 0.149953D+03 649354+ 248428 000:32:09 0.696131D+02 0.149953D+03 660417+ 252347 000:32:39 0.697699D+02 0.149953D+03 671638 256054 000:33:09 0.699245D+02 0.149953D+03 683005 259832 000:33:39 0.700825D+02 0.149953D+03 694300+ 263700 000:34:09 0.702433D+02 0.149953D+03 705526+ 267602 000:34:39 0.704170D+02 0.149953D+03 717044 271590 000:35:09 0.705757D+02 0.149953D+03 727816+ 275327 000:35:39 0.706971D+02 0.149953D+03 * 734808 277012 000:35:57 0.707765D+02 0.149086D+03 746694+ 280801 000:36:27 0.709136D+02 0.149086D+03 757830+ 284596 000:36:57 0.710598D+02 0.149086D+03 769024 288270 000:37:27 0.712002D+02 0.149086D+03 781091+ 292253 000:37:57 0.713640D+02 0.149086D+03 792071+ 295891 000:38:27 0.715133D+02 0.149086D+03 803254 299666 000:38:57 0.716361D+02 0.149086D+03 815243 303360 000:39:27 0.717599D+02 0.149086D+03 825825 306918 000:39:57 0.719012D+02 0.149086D+03 837709+ 310677 000:40:27 0.720267D+02 0.149086D+03 848900+ 314371 000:40:57 0.721570D+02 0.149086D+03 860652+ 317997 000:41:27 0.722996D+02 0.149086D+03 * 863992 315733 000:41:36 0.723420D+02 0.145218D+03 875109+ 319361 000:42:06 0.724653D+02 0.145218D+03 885970 322923 000:42:36 0.725947D+02 0.145218D+03 896476+ 326558 000:43:06 0.727171D+02 0.145218D+03 907353 330183 000:43:36 0.728341D+02 0.145218D+03 919437 334028 000:44:06 0.729494D+02 0.145218D+03 930663 337548 000:44:36 0.730644D+02 0.145218D+03 942051+ 341257 000:45:06 0.731914D+02 0.145218D+03 953804 345121 000:45:36 0.733111D+02 0.145218D+03 965702+ 348907 000:46:06 0.734487D+02 0.145218D+03 977178+ 352501 000:46:36 0.735671D+02 0.145218D+03 988507+ 356305 000:47:06 0.736842D+02 0.145218D+03 999683+ 360019 000:47:36 0.737974D+02 0.145218D+03 1000000 360122 000:47:37 0.737987D+02 0.145218D+03 1010996 363472 000:48:07 0.739208D+02 0.145218D+03 1022357 366964 000:48:37 0.740334D+02 0.145218D+03 1033141+ 370497 000:49:07 0.741324D+02 0.145218D+03 1043859+ 373975 000:49:37 0.742411D+02 0.145218D+03 1055481 377576 000:50:07 0.743464D+02 0.145218D+03 1066794+ 381196 000:50:37 0.744587D+02 0.145218D+03 1077647+ 384485 000:51:07 0.745448D+02 0.145218D+03 1090023+ 388308 000:51:37 0.746437D+02 0.145218D+03 1101565 391915 000:52:07 0.747615D+02 0.145218D+03 1113325 395590 000:52:37 0.748734D+02 0.145218D+03 1125122+ 399276 000:53:07 0.749777D+02 0.145218D+03 1136463 402860 000:53:37 0.750762D+02 0.145218D+03 1147306 406298 000:54:07 0.751557D+02 0.145218D+03 1158928+ 409961 000:54:37 0.752536D+02 0.145218D+03 1171203+ 413750 000:55:07 0.753501D+02 0.145218D+03 1183050+ 417327 000:55:37 0.754482D+02 0.145218D+03 1194944+ 420891 000:56:07 0.755541D+02 0.145218D+03 1206034+ 424317 000:56:37 0.756511D+02 0.145218D+03 1217413 427667 000:57:07 0.757473D+02 0.145218D+03 1229323 431303 000:57:37 0.758451D+02 0.145218D+03 1241308 434706 000:58:07 0.759420D+02 0.145218D+03 1253022 438274 000:58:37 0.760454D+02 0.145218D+03 1264230+ 441676 000:59:07 0.761438D+02 0.145218D+03 1276062+ 445165 000:59:37 0.762371D+02 0.145218D+03 1287279+ 448578 001:00:07 0.763243D+02 0.145218D+03 1299185+ 452241 001:00:37 0.764134D+02 0.145218D+03 1310557 455467 001:01:07 0.765101D+02 0.145218D+03 1321235+ 458809 001:01:37 0.765821D+02 0.145218D+03 1332942+ 462239 001:02:07 0.766632D+02 0.145218D+03 1344634 465881 001:02:37 0.767448D+02 0.145218D+03 1356631+ 469325 001:03:07 0.768404D+02 0.145218D+03 1367981+ 472551 001:03:37 0.769283D+02 0.145218D+03 1379952+ 476178 001:04:07 0.770260D+02 0.145218D+03 1391112 479512 001:04:37 0.771096D+02 0.145218D+03 1402995+ 483046 001:05:07 0.771976D+02 0.145218D+03 1414222 486283 001:05:37 0.772696D+02 0.145218D+03 1425686+ 489792 001:06:07 0.773592D+02 0.145218D+03 1438003+ 493469 001:06:37 0.774464D+02 0.145218D+03 1450315+ 496969 001:07:08 0.775354D+02 0.145218D+03 1462675+ 500610 001:07:38 0.776228D+02 0.145218D+03 1474554 504077 001:08:08 0.777052D+02 0.145218D+03 1485949+ 507479 001:08:38 0.777949D+02 0.145218D+03 1497719+ 510993 001:09:08 0.778806D+02 0.145218D+03 1508932 514168 001:09:38 0.779701D+02 0.145218D+03 1520665+ 517610 001:10:08 0.780593D+02 0.145218D+03 1532486 521295 001:10:38 0.781285D+02 0.145218D+03 1544200+ 524814 001:11:08 0.782070D+02 0.145218D+03 1556325+ 528282 001:11:38 0.782993D+02 0.145218D+03 1568302+ 531706 001:12:08 0.783573D+02 0.145218D+03 1580864+ 535400 001:12:38 0.784433D+02 0.145218D+03 1592110 538876 001:13:08 0.785133D+02 0.145218D+03 1603052 542046 001:13:38 0.785846D+02 0.145218D+03 1615331+ 545629 001:14:08 0.786712D+02 0.145218D+03 1627180+ 549202 001:14:38 0.787505D+02 0.145218D+03 1639461+ 552775 001:15:08 0.788333D+02 0.145218D+03 1650975 556246 001:15:38 0.789105D+02 0.145218D+03 1662677+ 559710 001:16:08 0.789793D+02 0.145218D+03 1673542+ 563274 001:16:38 0.790409D+02 0.145218D+03 1684824+ 566588 001:17:08 0.791131D+02 0.145218D+03 1697057+ 570037 001:17:38 0.791911D+02 0.145218D+03 1708873+ 573596 001:18:08 0.792690D+02 0.145218D+03 1720965 577165 001:18:38 0.793344D+02 0.145218D+03 1732954 580683 001:19:08 0.794019D+02 0.145218D+03 1744967 584199 001:19:38 0.794734D+02 0.145218D+03 1757045 587855 001:20:08 0.795442D+02 0.145218D+03 1768607+ 591347 001:20:38 0.796094D+02 0.145218D+03 1780613+ 594813 001:21:08 0.796790D+02 0.145218D+03 1792526+ 598455 001:21:38 0.797484D+02 0.145218D+03 1804850+ 602130 001:22:08 0.798231D+02 0.145218D+03 1816415+ 605588 001:22:38 0.798900D+02 0.145218D+03 1827717 609119 001:23:08 0.799548D+02 0.145218D+03 1839791+ 612588 001:23:38 0.800264D+02 0.145218D+03 1851778 616177 001:24:08 0.800900D+02 0.145218D+03 1864337 619646 001:24:38 0.801484D+02 0.145218D+03 1875903+ 623014 001:25:08 0.802150D+02 0.145218D+03 1887787+ 626491 001:25:38 0.802750D+02 0.145218D+03 1899711+ 629760 001:26:08 0.803459D+02 0.145218D+03 1911347+ 633222 001:26:38 0.804061D+02 0.145218D+03 1923731+ 636561 001:27:08 0.804795D+02 0.145218D+03 1935226+ 639983 001:27:38 0.805422D+02 0.145218D+03 1947766+ 643732 001:28:08 0.806111D+02 0.145218D+03 1959892 647170 001:28:38 0.806720D+02 0.145218D+03 1971687+ 650469 001:29:08 0.807360D+02 0.145218D+03 1983781+ 653924 001:29:38 0.808085D+02 0.145218D+03 1996149 657492 001:30:08 0.808743D+02 0.145218D+03 2000000 658566 001:30:18 0.808930D+02 0.145218D+03 2011965 661825 001:30:48 0.809563D+02 0.145218D+03 2024251+ 665212 001:31:18 0.810157D+02 0.145218D+03 2036110+ 668500 001:31:48 0.810791D+02 0.145218D+03 2047919 671849 001:32:18 0.811405D+02 0.145218D+03 2059918+ 675361 001:32:48 0.812020D+02 0.145218D+03 2071664+ 678564 001:33:18 0.812709D+02 0.145218D+03 2084144+ 682074 001:33:48 0.813354D+02 0.145218D+03 2095828+ 685462 001:34:18 0.813928D+02 0.145218D+03 2107959 689031 001:34:48 0.814526D+02 0.145218D+03 2120023+ 692432 001:35:18 0.815139D+02 0.145218D+03 2132797+ 695788 001:35:48 0.815802D+02 0.145218D+03 2145049+ 699261 001:36:18 0.816403D+02 0.145218D+03 2157418+ 702738 001:36:48 0.817089D+02 0.145218D+03 2170032+ 706119 001:37:18 0.817799D+02 0.145218D+03 2181990+ 709562 001:37:48 0.818313D+02 0.145218D+03 2194354+ 713228 001:38:18 0.818881D+02 0.145218D+03 2206609 716639 001:38:48 0.819451D+02 0.145218D+03 2218939 720244 001:39:18 0.820041D+02 0.145218D+03 2231231 723760 001:39:48 0.820631D+02 0.145218D+03 2243417 727014 001:40:18 0.821198D+02 0.145218D+03 2255873 730274 001:40:48 0.821769D+02 0.145218D+03 2267459+ 733562 001:41:18 0.822364D+02 0.145218D+03 2280352 737004 001:41:48 0.822954D+02 0.145218D+03 2292011+ 740171 001:42:18 0.823506D+02 0.145218D+03 2304116 743691 001:42:48 0.823998D+02 0.145218D+03 2316798+ 746988 001:43:18 0.824656D+02 0.145218D+03 2329092 750302 001:43:48 0.825275D+02 0.145218D+03 2341293 753638 001:44:18 0.825860D+02 0.145218D+03 2353059 756851 001:44:48 0.826410D+02 0.145218D+03 2365131+ 760058 001:45:18 0.826963D+02 0.145218D+03 2377142 763504 001:45:48 0.827485D+02 0.145218D+03 2389140+ 766680 001:46:18 0.828018D+02 0.145218D+03 2401229 769937 001:46:48 0.828601D+02 0.145218D+03 2413389+ 773283 001:47:18 0.829191D+02 0.145218D+03 2425321+ 776385 001:47:48 0.829705D+02 0.145218D+03 2437149+ 779708 001:48:18 0.830258D+02 0.145218D+03 2449520 782919 001:48:48 0.830818D+02 0.145218D+03 2462001+ 786293 001:49:18 0.831342D+02 0.145218D+03 2474067 789531 001:49:48 0.831831D+02 0.145218D+03 2486501+ 792745 001:50:18 0.832423D+02 0.145218D+03 2498306+ 795831 001:50:48 0.833009D+02 0.145218D+03 2510027 799196 001:51:18 0.833487D+02 0.145218D+03 2522412+ 802440 001:51:48 0.834046D+02 0.145218D+03 2534600+ 805646 001:52:18 0.834544D+02 0.145218D+03 2546862 808994 001:52:48 0.835101D+02 0.145218D+03 2559959+ 812357 001:53:18 0.835702D+02 0.145218D+03 2571719 815532 001:53:48 0.836208D+02 0.145218D+03 2584037+ 818684 001:54:18 0.836779D+02 0.145218D+03 2597099 821783 001:54:48 0.837346D+02 0.145218D+03 2609815 825248 001:55:18 0.837862D+02 0.145218D+03 2621959+ 828523 001:55:48 0.838396D+02 0.145218D+03 2634539+ 831742 001:56:18 0.838955D+02 0.145218D+03 2647042+ 834938 001:56:48 0.839474D+02 0.145218D+03 2659739+ 838299 001:57:18 0.840036D+02 0.145218D+03 2671926 841672 001:57:48 0.840549D+02 0.145218D+03 2684119 844784 001:58:18 0.841071D+02 0.145218D+03 2696521+ 848101 001:58:48 0.841618D+02 0.145218D+03 2708607 851465 001:59:18 0.842138D+02 0.145218D+03 2720971+ 854717 001:59:48 0.842692D+02 0.145218D+03 2725461 855996 002:00:00 0.842857D+02 0.145218D+03 *** Max. allowable CPU time exceeded *** LP subsolver time: 001:22:42, in seconds: 4961.64 NLP subsolver time: 000:16:01, in seconds: 960.75 Cutting time: 000:01:43, in seconds: 102.54 All other time: 000:19:35, in seconds: 1175.07 Total time elapsed: 002:00:00, in seconds: 7200.00 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.18 on navigating: 000:01:14, in seconds: 74.09 on relaxed: 000:50:57, in seconds: 3057.32 on local: 000:10:42, in seconds: 642.18 on tightening: 000:08:41, in seconds: 521.08 on marginals: 000:00:08, in seconds: 8.40 on probing: 000:48:17, in seconds: 2896.74 Total no. of BaR iterations: 2725461 Best solution found at node: 863992 Max. no. of nodes in memory: 855997 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 330158944 102.54 All done =========================================================================== Solution = 145.218345656 found at node 863992 Best possible = 84.2857022386 Absolute gap = 60.9326434174 optca = 1E-9 Relative gap = 0.72293 optcr = 1E-6 --- Restarting execution --- o7_ar3_1.gms(669) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job o7_ar3_1.gms Stop 11/21/12 03:26:05 elapsed 2:00:19.109 @04 1353464765 ----------------------------- Mi 21. Nov 03:26:05 CET 2012 ----------------------------- =ready= Linux opt202 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/o7_ar4_1.gms =========== ----------------------------- Mi 21. Nov 01:26:12 CET 2012 ----------------------------- @03 1353457572 --- Job o7_ar4_1.gms Start 11/21/12 01:26:12 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- o7_ar4_1.gms(669) 2 Mb --- Starting execution: elapsed 0:00:00.033 --- o7_ar4_1.gms(664) 3 Mb --- Generating MINLP model m --- o7_ar4_1.gms(669) 5 Mb --- 270 rows 113 columns 1,063 non-zeroes --- 71 nl-code 14 nl-non-zeroes --- 42 discrete-columns --- o7_ar4_1.gms(669) 3 Mb --- Executing BARON: elapsed 0:00:00.040 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 10034356 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.000000D+00 0.100000D+52 1 1 000:00:01 0.000000D+00 0.100000D+52 2324 1391 000:00:31 0.321824D+02 0.100000D+52 4716 2784 000:01:01 0.354704D+02 0.100000D+52 6843 4013 000:01:31 0.377314D+02 0.100000D+52 9004 5218 000:02:01 0.391048D+02 0.100000D+52 11314 6560 000:02:31 0.403297D+02 0.100000D+52 13948+ 7984 000:03:01 0.420577D+02 0.100000D+52 16106 9165 000:03:31 0.428138D+02 0.100000D+52 18069 10219 000:04:01 0.437301D+02 0.100000D+52 20567 11579 000:04:31 0.445946D+02 0.100000D+52 23245 12975 000:05:01 0.454261D+02 0.100000D+52 25811 14371 000:05:31 0.461317D+02 0.100000D+52 28045 15588 000:06:01 0.466113D+02 0.100000D+52 30093 16651 000:06:31 0.469901D+02 0.100000D+52 32354 17887 000:07:01 0.475027D+02 0.100000D+52 34822 19202 000:07:31 0.479612D+02 0.100000D+52 37496 20633 000:08:01 0.484216D+02 0.100000D+52 40290 22086 000:08:31 0.489414D+02 0.100000D+52 43527 23779 000:09:02 0.493889D+02 0.100000D+52 * 46702 25365 000:09:30 0.497851D+02 0.168781D+03 52823 28538 000:10:00 0.505750D+02 0.168781D+03 58859 31665 000:10:30 0.512777D+02 0.168781D+03 64500 34564 000:11:00 0.520021D+02 0.168781D+03 * 65396 34615 000:11:04 0.521130D+02 0.153427D+03 71667 37740 000:11:34 0.527627D+02 0.153427D+03 77861 40817 000:12:04 0.532852D+02 0.153427D+03 84185 43976 000:12:34 0.537790D+02 0.153427D+03 89872 46813 000:13:04 0.542536D+02 0.153427D+03 96059 49886 000:13:34 0.548283D+02 0.153427D+03 102484 53035 000:14:04 0.553386D+02 0.153427D+03 108537 55972 000:14:35 0.557326D+02 0.153427D+03 114638 58968 000:15:05 0.561456D+02 0.153427D+03 120658 61884 000:15:35 0.565149D+02 0.153427D+03 126863 64859 000:16:05 0.568965D+02 0.153427D+03 133162 67983 000:16:35 0.573250D+02 0.153427D+03 * 138008 70205 000:16:57 0.575961D+02 0.152450D+03 144306 73287 000:17:27 0.579630D+02 0.152450D+03 150572 76354 000:17:57 0.582878D+02 0.152450D+03 156812 79435 000:18:27 0.586326D+02 0.152450D+03 163089+ 82366 000:18:57 0.589808D+02 0.152450D+03 169535 85438 000:19:27 0.593017D+02 0.152450D+03 175834 88334 000:19:57 0.596418D+02 0.152450D+03 182192 91338 000:20:27 0.599379D+02 0.152450D+03 188233 94234 000:20:57 0.602362D+02 0.152450D+03 * 191378 94288 000:21:13 0.603683D+02 0.143938D+03 197655 97175 000:21:43 0.606146D+02 0.143938D+03 204135 100169 000:22:13 0.608567D+02 0.143938D+03 210548 103239 000:22:43 0.610872D+02 0.143938D+03 216784 106036 000:23:13 0.613073D+02 0.143938D+03 222887+ 108916 000:23:43 0.615196D+02 0.143938D+03 229433 111811 000:24:13 0.617723D+02 0.143938D+03 235893 114828 000:24:43 0.620325D+02 0.143938D+03 242206+ 117718 000:25:13 0.622552D+02 0.143938D+03 248512 120544 000:25:43 0.624893D+02 0.143938D+03 254730 123443 000:26:13 0.627015D+02 0.143938D+03 261031 126391 000:26:43 0.629182D+02 0.143938D+03 267427 129318 000:27:13 0.631120D+02 0.143938D+03 273821+ 132203 000:27:43 0.633139D+02 0.143938D+03 280273 135184 000:28:13 0.635168D+02 0.143938D+03 286477+ 138113 000:28:43 0.636817D+02 0.143938D+03 292756 140989 000:29:13 0.638916D+02 0.143938D+03 299026 143930 000:29:43 0.640708D+02 0.143938D+03 305459 146841 000:30:13 0.642646D+02 0.143938D+03 311932 149759 000:30:43 0.644514D+02 0.143938D+03 318320+ 152651 000:31:13 0.646248D+02 0.143938D+03 324496 155456 000:31:43 0.647995D+02 0.143938D+03 330647 158364 000:32:13 0.649611D+02 0.143938D+03 337319 161333 000:32:43 0.651470D+02 0.143938D+03 343748 164206 000:33:13 0.653277D+02 0.143938D+03 350344 167018 000:33:43 0.654985D+02 0.143938D+03 356903+ 169880 000:34:13 0.656761D+02 0.143938D+03 363283 172691 000:34:43 0.658237D+02 0.143938D+03 * 363958 171938 000:34:47 0.658364D+02 0.141705D+03 370158 174670 000:35:17 0.659788D+02 0.141705D+03 376272 177427 000:35:47 0.661163D+02 0.141705D+03 382828 180235 000:36:17 0.662659D+02 0.141705D+03 389152 183124 000:36:47 0.664228D+02 0.141705D+03 395543 186011 000:37:17 0.665563D+02 0.141705D+03 401900 188876 000:37:47 0.666996D+02 0.141705D+03 408202 191677 000:38:17 0.668291D+02 0.141705D+03 414741 194569 000:38:47 0.669697D+02 0.141705D+03 421019+ 197329 000:39:17 0.671031D+02 0.141705D+03 427541 200230 000:39:47 0.672381D+02 0.141705D+03 433957 203057 000:40:17 0.673711D+02 0.141705D+03 440350 205885 000:40:47 0.675098D+02 0.141705D+03 446792 208750 000:41:17 0.676517D+02 0.141705D+03 453123+ 211464 000:41:47 0.677837D+02 0.141705D+03 459392 214206 000:42:17 0.678937D+02 0.141705D+03 465867 217054 000:42:47 0.680239D+02 0.141705D+03 472210 219694 000:43:17 0.681317D+02 0.141705D+03 478555+ 222483 000:43:47 0.682517D+02 0.141705D+03 484924+ 225322 000:44:17 0.683602D+02 0.141705D+03 491275 228197 000:44:47 0.684525D+02 0.141705D+03 497706 231006 000:45:17 0.685624D+02 0.141705D+03 504247 233793 000:45:47 0.686733D+02 0.141705D+03 510514 236569 000:46:17 0.687819D+02 0.141705D+03 516939 239379 000:46:47 0.688964D+02 0.141705D+03 523248 242178 000:47:17 0.690034D+02 0.141705D+03 529753+ 245086 000:47:47 0.691147D+02 0.141705D+03 536054 247840 000:48:17 0.692203D+02 0.141705D+03 542553+ 250597 000:48:47 0.693223D+02 0.141705D+03 548799 253362 000:49:17 0.694183D+02 0.141705D+03 555353 256226 000:49:47 0.695193D+02 0.141705D+03 561723 258947 000:50:17 0.696259D+02 0.141705D+03 * 561788 257136 000:50:18 0.696270D+02 0.139605D+03 568295 259959 000:50:48 0.697129D+02 0.139605D+03 574626 262690 000:51:18 0.698185D+02 0.139605D+03 581030 265432 000:51:48 0.699067D+02 0.139605D+03 587231 268107 000:52:18 0.699966D+02 0.139605D+03 593590 270855 000:52:48 0.700854D+02 0.139605D+03 599842 273453 000:53:18 0.701771D+02 0.139605D+03 606294 276075 000:53:48 0.702721D+02 0.139605D+03 612705 278754 000:54:18 0.703788D+02 0.139605D+03 618979+ 281417 000:54:48 0.704602D+02 0.139605D+03 625410+ 284222 000:55:18 0.705502D+02 0.139605D+03 631765 286893 000:55:48 0.706410D+02 0.139605D+03 638144+ 289587 000:56:18 0.707345D+02 0.139605D+03 644602 292365 000:56:48 0.708172D+02 0.139605D+03 650906+ 295122 000:57:18 0.709056D+02 0.139605D+03 657479 297818 000:57:48 0.709892D+02 0.139605D+03 663881+ 300566 000:58:18 0.710795D+02 0.139605D+03 670240 303323 000:58:48 0.711678D+02 0.139605D+03 676643 305959 000:59:18 0.712500D+02 0.139605D+03 683052+ 308635 000:59:48 0.713317D+02 0.139605D+03 689346 311223 001:00:18 0.714116D+02 0.139605D+03 695845 313961 001:00:48 0.714948D+02 0.139605D+03 702226 316589 001:01:18 0.715899D+02 0.139605D+03 708791 319283 001:01:48 0.716772D+02 0.139605D+03 715345 322045 001:02:18 0.717658D+02 0.139605D+03 721671 324689 001:02:48 0.718599D+02 0.139605D+03 728075 327354 001:03:18 0.719469D+02 0.139605D+03 734530 330050 001:03:48 0.720322D+02 0.139605D+03 741223 332759 001:04:18 0.721166D+02 0.139605D+03 747910 335550 001:04:48 0.721984D+02 0.139605D+03 754329 338299 001:05:18 0.722795D+02 0.139605D+03 760972 341112 001:05:48 0.723700D+02 0.139605D+03 767338 343867 001:06:18 0.724416D+02 0.139605D+03 773759 346587 001:06:48 0.725113D+02 0.139605D+03 780065 349162 001:07:18 0.725885D+02 0.139605D+03 786438 351859 001:07:48 0.726659D+02 0.139605D+03 792760 354508 001:08:18 0.727347D+02 0.139605D+03 799182 357061 001:08:48 0.728123D+02 0.139605D+03 805647 359736 001:09:18 0.728932D+02 0.139605D+03 812150+ 362394 001:09:48 0.729727D+02 0.139605D+03 818651 365052 001:10:18 0.730462D+02 0.139605D+03 825271+ 367727 001:10:48 0.731267D+02 0.139605D+03 831679 370373 001:11:18 0.732010D+02 0.139605D+03 838244 373115 001:11:48 0.732737D+02 0.139605D+03 844785+ 375842 001:12:18 0.733500D+02 0.139605D+03 851148 378518 001:12:48 0.734186D+02 0.139605D+03 857755 381203 001:13:18 0.734899D+02 0.139605D+03 864241 383851 001:13:48 0.735585D+02 0.139605D+03 870459 386356 001:14:18 0.736177D+02 0.139605D+03 876893 388933 001:14:48 0.736863D+02 0.139605D+03 883464 391588 001:15:18 0.737559D+02 0.139605D+03 889921 394244 001:15:48 0.738245D+02 0.139605D+03 896450 396873 001:16:18 0.738973D+02 0.139605D+03 903103+ 399594 001:16:48 0.739701D+02 0.139605D+03 909560 402122 001:17:18 0.740420D+02 0.139605D+03 915876 404711 001:17:48 0.741065D+02 0.139605D+03 921954 407153 001:18:18 0.741712D+02 0.139605D+03 928413 409835 001:18:48 0.742401D+02 0.139605D+03 934963 412616 001:19:18 0.743092D+02 0.139605D+03 941449 415282 001:19:48 0.743725D+02 0.139605D+03 947792 417827 001:20:18 0.744300D+02 0.139605D+03 954358 420525 001:20:48 0.744922D+02 0.139605D+03 960818 423124 001:21:18 0.745582D+02 0.139605D+03 967366 425700 001:21:48 0.746193D+02 0.139605D+03 973925 428318 001:22:18 0.746875D+02 0.139605D+03 980354 430891 001:22:48 0.747499D+02 0.139605D+03 986908 433510 001:23:18 0.748191D+02 0.139605D+03 993411+ 436090 001:23:48 0.748808D+02 0.139605D+03 * 996655 435264 001:24:03 0.749112D+02 0.138366D+03 1000000 436589 001:24:18 0.749432D+02 0.138366D+03 1006526 439203 001:24:48 0.750013D+02 0.138366D+03 1012782 441716 001:25:18 0.750585D+02 0.138366D+03 1019258+ 444322 001:25:48 0.751183D+02 0.138366D+03 1025836 446924 001:26:18 0.751857D+02 0.138366D+03 1032372 449529 001:26:48 0.752426D+02 0.138366D+03 1039150 452114 001:27:18 0.753079D+02 0.138366D+03 1045756 454788 001:27:48 0.753666D+02 0.138366D+03 1051945+ 457222 001:28:18 0.754205D+02 0.138366D+03 1058653 459802 001:28:48 0.754800D+02 0.138366D+03 1065257+ 462393 001:29:18 0.755416D+02 0.138366D+03 1071729 464975 001:29:48 0.756020D+02 0.138366D+03 1078075 467523 001:30:18 0.756569D+02 0.138366D+03 1084417 470086 001:30:48 0.757095D+02 0.138366D+03 1090883 472726 001:31:18 0.757618D+02 0.138366D+03 1097507 475268 001:31:48 0.758281D+02 0.138366D+03 1103982 477814 001:32:18 0.758779D+02 0.138366D+03 1110446 480498 001:32:48 0.759266D+02 0.138366D+03 1117165+ 483063 001:33:18 0.759814D+02 0.138366D+03 1123437 485556 001:33:48 0.760342D+02 0.138366D+03 1130140 488119 001:34:18 0.760947D+02 0.138366D+03 1136648 490572 001:34:48 0.761511D+02 0.138366D+03 1142980 493033 001:35:18 0.762042D+02 0.138366D+03 1149674 495580 001:35:48 0.762639D+02 0.138366D+03 1155940 498123 001:36:18 0.763168D+02 0.138366D+03 1162388 500698 001:36:48 0.763691D+02 0.138366D+03 1169122 503286 001:37:18 0.764235D+02 0.138366D+03 1175457 505810 001:37:48 0.764769D+02 0.138366D+03 1181985 508312 001:38:18 0.765350D+02 0.138366D+03 1188473 510847 001:38:48 0.765855D+02 0.138366D+03 1195073+ 513419 001:39:19 0.766418D+02 0.138366D+03 1201582+ 515966 001:39:49 0.766939D+02 0.138366D+03 1208073+ 518571 001:40:19 0.767456D+02 0.138366D+03 1214567 521147 001:40:49 0.767947D+02 0.138366D+03 1220961 523732 001:41:19 0.768450D+02 0.138366D+03 1227595+ 526288 001:41:49 0.768957D+02 0.138366D+03 1234161 528900 001:42:19 0.769424D+02 0.138366D+03 1240770 531450 001:42:49 0.769940D+02 0.138366D+03 1247193 533923 001:43:19 0.770480D+02 0.138366D+03 1253787 536440 001:43:49 0.771000D+02 0.138366D+03 1260388 539022 001:44:19 0.771513D+02 0.138366D+03 1267062 541534 001:44:49 0.772084D+02 0.138366D+03 1273845 544204 001:45:19 0.772579D+02 0.138366D+03 1280224 546769 001:45:49 0.772994D+02 0.138366D+03 1286720 549293 001:46:19 0.773459D+02 0.138366D+03 1293227 551826 001:46:49 0.773934D+02 0.138366D+03 1299874 554450 001:47:19 0.774382D+02 0.138366D+03 1306577 556990 001:47:49 0.774805D+02 0.138366D+03 1313001 559541 001:48:19 0.775288D+02 0.138366D+03 1319784+ 562057 001:48:49 0.775796D+02 0.138366D+03 1326328 564618 001:49:19 0.776233D+02 0.138366D+03 1332933 567192 001:49:49 0.776707D+02 0.138366D+03 1339693 569803 001:50:19 0.777216D+02 0.138366D+03 1346153+ 572408 001:50:49 0.777648D+02 0.138366D+03 1352651 574883 001:51:19 0.778093D+02 0.138366D+03 1359229+ 577485 001:51:49 0.778612D+02 0.138366D+03 1365898 580103 001:52:19 0.779105D+02 0.138366D+03 1372521 582674 001:52:49 0.779527D+02 0.138366D+03 1379070 585244 001:53:19 0.779936D+02 0.138366D+03 1385466 587718 001:53:49 0.780368D+02 0.138366D+03 1391898 590323 001:54:19 0.780810D+02 0.138366D+03 1398331+ 592805 001:54:49 0.781178D+02 0.138366D+03 1404790 595322 001:55:19 0.781617D+02 0.138366D+03 1411293 597832 001:55:49 0.782031D+02 0.138366D+03 1417760 600358 001:56:19 0.782496D+02 0.138366D+03 1424447 602885 001:56:49 0.782994D+02 0.138366D+03 1430957 605482 001:57:19 0.783415D+02 0.138366D+03 1437489 608089 001:57:49 0.783855D+02 0.138366D+03 1444060 610576 001:58:19 0.784293D+02 0.138366D+03 1450566 613037 001:58:49 0.784721D+02 0.138366D+03 1457302 615580 001:59:19 0.785193D+02 0.138366D+03 1463817 618070 001:59:49 0.785615D+02 0.138366D+03 1466340 619028 002:00:00 0.785799D+02 0.138366D+03 *** Max. allowable CPU time exceeded *** LP subsolver time: 000:38:28, in seconds: 2307.76 NLP subsolver time: 001:11:15, in seconds: 4274.63 Cutting time: 000:00:37, in seconds: 37.16 All other time: 000:09:40, in seconds: 580.45 Total time elapsed: 002:00:00, in seconds: 7200.00 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.29 on navigating: 000:00:35, in seconds: 34.64 on relaxed: 001:33:33, in seconds: 5612.98 on local: 000:14:46, in seconds: 886.43 on tightening: 000:03:51, in seconds: 230.51 on marginals: 000:00:05, in seconds: 4.64 on probing: 000:07:10, in seconds: 430.50 Total no. of BaR iterations: 1466340 Best solution found at node: 996655 Max. no. of nodes in memory: 619028 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 135259056 37.16 All done =========================================================================== Solution = 138.365728116 found at node 996655 Best possible = 78.5799169723 Absolute gap = 59.7858111437 optca = 1E-9 Relative gap = 0.76083 optcr = 1E-6 --- Restarting execution --- o7_ar4_1.gms(669) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job o7_ar4_1.gms Stop 11/21/12 03:26:33 elapsed 2:00:21.314 @04 1353464793 ----------------------------- Mi 21. Nov 03:26:33 CET 2012 ----------------------------- =ready= Linux opt210 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/o7_ar5_1.gms =========== ----------------------------- Mi 21. Nov 01:28:42 CET 2012 ----------------------------- @03 1353457722 --- Job o7_ar5_1.gms Start 11/21/12 01:28:42 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- o7_ar5_1.gms(669) 2 Mb --- Starting execution: elapsed 0:00:00.026 --- o7_ar5_1.gms(664) 3 Mb --- Generating MINLP model m --- o7_ar5_1.gms(669) 5 Mb --- 270 rows 113 columns 1,063 non-zeroes --- 71 nl-code 14 nl-non-zeroes --- 42 discrete-columns --- o7_ar5_1.gms(669) 3 Mb --- Executing BARON: elapsed 0:00:00.031 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 10034356 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:01 0.000000D+00 0.100000D+52 1 1 000:00:01 0.000000D+00 0.100000D+52 * 1594 970 000:00:23 0.206862D+02 0.159166D+03 * 5138 3044 000:00:47 0.287854D+02 0.157243D+03 * 8330 4874 000:01:12 0.318999D+02 0.157023D+03 12810+ 7466 000:01:42 0.348834D+02 0.157023D+03 16507 9547 000:02:12 0.367528D+02 0.157023D+03 20704 11908 000:02:42 0.375127D+02 0.157023D+03 25085 14327 000:03:12 0.385990D+02 0.157023D+03 29095 16536 000:03:42 0.396305D+02 0.157023D+03 33501+ 19021 000:04:12 0.403113D+02 0.157023D+03 37577 21324 000:04:42 0.408925D+02 0.157023D+03 42088 23883 000:05:12 0.415605D+02 0.157023D+03 46313 26266 000:05:42 0.420963D+02 0.157023D+03 50154 28432 000:06:12 0.426035D+02 0.157023D+03 * 53120 30007 000:06:37 0.430626D+02 0.156858D+03 57024 32162 000:07:07 0.436061D+02 0.156858D+03 61262 34477 000:07:37 0.441737D+02 0.156858D+03 65412 36768 000:08:07 0.446562D+02 0.156858D+03 69814 39196 000:08:37 0.450647D+02 0.156858D+03 73175 40999 000:09:07 0.454126D+02 0.156858D+03 77019+ 43021 000:09:37 0.458723D+02 0.156858D+03 81239 45260 000:10:07 0.463169D+02 0.156858D+03 85513 47511 000:10:37 0.467603D+02 0.156858D+03 * 88514 47303 000:10:59 0.469818D+02 0.139631D+03 92870 49634 000:11:29 0.472930D+02 0.139631D+03 97135 51861 000:11:59 0.475758D+02 0.139631D+03 101653 54303 000:12:29 0.479125D+02 0.139631D+03 106117 56649 000:12:59 0.482944D+02 0.139631D+03 109930 58584 000:13:29 0.485745D+02 0.139631D+03 114002 60649 000:13:59 0.488645D+02 0.139631D+03 118193 62821 000:14:29 0.491738D+02 0.139631D+03 122419 64976 000:14:59 0.494809D+02 0.139631D+03 126758 67209 000:15:29 0.497260D+02 0.139631D+03 130383+ 69051 000:15:59 0.499412D+02 0.139631D+03 135022 71452 000:16:29 0.502060D+02 0.139631D+03 138837 73435 000:16:59 0.504325D+02 0.139631D+03 143133 75686 000:17:29 0.506773D+02 0.139631D+03 146687+ 77479 000:17:59 0.508682D+02 0.139631D+03 150758 79505 000:18:29 0.510585D+02 0.139631D+03 154672 81485 000:18:59 0.512523D+02 0.139631D+03 158588+ 83507 000:19:30 0.514617D+02 0.139631D+03 162740 85644 000:20:00 0.516552D+02 0.139631D+03 166834 87656 000:20:30 0.518490D+02 0.139631D+03 171468+ 89912 000:21:00 0.520678D+02 0.139631D+03 175045 91650 000:21:30 0.522417D+02 0.139631D+03 179304+ 93833 000:22:00 0.524103D+02 0.139631D+03 182787 95593 000:22:30 0.525511D+02 0.139631D+03 187418 97888 000:23:00 0.527582D+02 0.139631D+03 191420 99868 000:23:30 0.529523D+02 0.139631D+03 195471+ 101894 000:24:00 0.531185D+02 0.139631D+03 199528 103977 000:24:30 0.533065D+02 0.139631D+03 203914 106141 000:25:00 0.534791D+02 0.139631D+03 207934 108226 000:25:30 0.536408D+02 0.139631D+03 212249 110380 000:26:00 0.538045D+02 0.139631D+03 216514 112570 000:26:30 0.539505D+02 0.139631D+03 220373 114622 000:27:00 0.540844D+02 0.139631D+03 223952 116400 000:27:30 0.542248D+02 0.139631D+03 227894 118374 000:28:01 0.543868D+02 0.139631D+03 232503+ 120620 000:28:31 0.545460D+02 0.139631D+03 236644 122583 000:29:01 0.547295D+02 0.139631D+03 241037+ 124736 000:29:31 0.548842D+02 0.139631D+03 244987 126726 000:30:01 0.550126D+02 0.139631D+03 249313+ 128845 000:30:31 0.551422D+02 0.139631D+03 253123+ 130726 000:31:01 0.552651D+02 0.139631D+03 257303 132784 000:31:31 0.553976D+02 0.139631D+03 261495+ 134928 000:32:01 0.555474D+02 0.139631D+03 265487 136870 000:32:31 0.556581D+02 0.139631D+03 270038 139064 000:33:01 0.557893D+02 0.139631D+03 274237 141089 000:33:31 0.559138D+02 0.139631D+03 278765 143379 000:34:01 0.560447D+02 0.139631D+03 283072 145486 000:34:31 0.561528D+02 0.139631D+03 287212 147501 000:35:01 0.562808D+02 0.139631D+03 291592+ 149708 000:35:31 0.563857D+02 0.139631D+03 295720 151769 000:36:01 0.564984D+02 0.139631D+03 299962 153794 000:36:31 0.566098D+02 0.139631D+03 304130 155873 000:37:01 0.567207D+02 0.139631D+03 308744 158133 000:37:31 0.568395D+02 0.139631D+03 313202 160257 000:38:01 0.569450D+02 0.139631D+03 317630 162463 000:38:31 0.570613D+02 0.139631D+03 321569 164409 000:39:01 0.571674D+02 0.139631D+03 325891+ 166551 000:39:31 0.572738D+02 0.139631D+03 330376 168730 000:40:01 0.573876D+02 0.139631D+03 334672 170872 000:40:31 0.574847D+02 0.139631D+03 339394 173084 000:41:01 0.575906D+02 0.139631D+03 343304 174929 000:41:31 0.576894D+02 0.139631D+03 347724 177108 000:42:01 0.577856D+02 0.139631D+03 351503 178939 000:42:31 0.578731D+02 0.139631D+03 * 352944 175232 000:42:43 0.579136D+02 0.133534D+03 357585 177431 000:43:13 0.580131D+02 0.133534D+03 * 359738 173664 000:43:28 0.580603D+02 0.128404D+03 364126 175805 000:43:58 0.581588D+02 0.128404D+03 368360 177776 000:44:28 0.582512D+02 0.128404D+03 372318 179560 000:44:58 0.583433D+02 0.128404D+03 375642 181159 000:45:28 0.584063D+02 0.128404D+03 379567 183015 000:45:58 0.584923D+02 0.128404D+03 383816 185022 000:46:28 0.585745D+02 0.128404D+03 387664 186821 000:46:58 0.586528D+02 0.128404D+03 392472 189064 000:47:28 0.587611D+02 0.128404D+03 397012+ 191153 000:47:58 0.588596D+02 0.128404D+03 400927 193079 000:48:28 0.589427D+02 0.128404D+03 405320 195164 000:48:58 0.590439D+02 0.128404D+03 409894+ 197354 000:49:28 0.591342D+02 0.128404D+03 414090 199346 000:49:58 0.592303D+02 0.128404D+03 418675 201506 000:50:28 0.593085D+02 0.128404D+03 423292 203714 000:50:58 0.594008D+02 0.128404D+03 427373 205611 000:51:29 0.594844D+02 0.128404D+03 431815 207684 000:51:59 0.595668D+02 0.128404D+03 436818 209809 000:52:29 0.596321D+02 0.128404D+03 440436 211333 000:52:59 0.597053D+02 0.128404D+03 445077 213495 000:53:29 0.597904D+02 0.128404D+03 449629 215527 000:53:59 0.598728D+02 0.128404D+03 454199 217496 000:54:29 0.599504D+02 0.128404D+03 458349 219373 000:54:59 0.600187D+02 0.128404D+03 463006 221568 000:55:29 0.600945D+02 0.128404D+03 467601 223740 000:55:59 0.601589D+02 0.128404D+03 471819 225701 000:56:29 0.602225D+02 0.128404D+03 476351 227777 000:56:59 0.603034D+02 0.128404D+03 480742 229790 000:57:29 0.603791D+02 0.128404D+03 485119 231722 000:57:59 0.604670D+02 0.128404D+03 489356 233661 000:58:29 0.605469D+02 0.128404D+03 493662 235651 000:58:59 0.606236D+02 0.128404D+03 497987 237680 000:59:29 0.606958D+02 0.128404D+03 502192 239615 000:59:59 0.607718D+02 0.128404D+03 506640+ 241669 001:00:29 0.608488D+02 0.128404D+03 510455 243478 001:00:59 0.609057D+02 0.128404D+03 514937 245577 001:01:29 0.609958D+02 0.128404D+03 519342 247597 001:01:59 0.610800D+02 0.128404D+03 524416 249978 001:02:29 0.611626D+02 0.128404D+03 528515 251883 001:03:00 0.612325D+02 0.128404D+03 532859 253832 001:03:30 0.613015D+02 0.128404D+03 536776+ 255621 001:04:00 0.613569D+02 0.128404D+03 540751 257458 001:04:30 0.614240D+02 0.128404D+03 544149 258958 001:05:00 0.614723D+02 0.128404D+03 548523 260974 001:05:30 0.615564D+02 0.128404D+03 553099 263061 001:06:00 0.616214D+02 0.128404D+03 557440 265033 001:06:30 0.616786D+02 0.128404D+03 561306 266795 001:07:00 0.617298D+02 0.128404D+03 565848+ 268843 001:07:30 0.617999D+02 0.128404D+03 569733 270544 001:08:00 0.618570D+02 0.128404D+03 573825+ 272445 001:08:30 0.619148D+02 0.128404D+03 578298 274528 001:09:00 0.619786D+02 0.128404D+03 582698 276537 001:09:30 0.620486D+02 0.128404D+03 586912 278483 001:10:00 0.621129D+02 0.128404D+03 591422 280497 001:10:30 0.621846D+02 0.128404D+03 595626 282454 001:11:00 0.622450D+02 0.128404D+03 600280 284513 001:11:30 0.623141D+02 0.128404D+03 604311 286292 001:12:00 0.623718D+02 0.128404D+03 608830+ 288346 001:12:30 0.624364D+02 0.128404D+03 613123 290313 001:13:00 0.625027D+02 0.128404D+03 617328+ 292269 001:13:31 0.625669D+02 0.128404D+03 622168 294513 001:14:01 0.626362D+02 0.128404D+03 626403 296451 001:14:31 0.626979D+02 0.128404D+03 631117 298610 001:15:01 0.627573D+02 0.128404D+03 635439 300489 001:15:31 0.628180D+02 0.128404D+03 639634+ 302400 001:16:01 0.628828D+02 0.128404D+03 643540 304088 001:16:31 0.629399D+02 0.128404D+03 648293 306179 001:17:01 0.630070D+02 0.128404D+03 652616 308126 001:17:31 0.630715D+02 0.128404D+03 656657 309963 001:18:01 0.631243D+02 0.128404D+03 661216 312016 001:18:31 0.631856D+02 0.128404D+03 665879+ 314077 001:19:01 0.632551D+02 0.128404D+03 670403+ 316172 001:19:31 0.633100D+02 0.128404D+03 674434 318046 001:20:01 0.633637D+02 0.128404D+03 679046 320110 001:20:31 0.634235D+02 0.128404D+03 683600+ 322214 001:21:01 0.634847D+02 0.128404D+03 687556 324020 001:21:31 0.635382D+02 0.128404D+03 691732 325940 001:22:01 0.635936D+02 0.128404D+03 696219 327820 001:22:31 0.636450D+02 0.128404D+03 700830 329871 001:23:01 0.637020D+02 0.128404D+03 705683 332087 001:23:31 0.637600D+02 0.128404D+03 709685 333836 001:24:01 0.638064D+02 0.128404D+03 714114 335767 001:24:31 0.638646D+02 0.128404D+03 718777+ 337812 001:25:01 0.639209D+02 0.128404D+03 723686 340004 001:25:31 0.639771D+02 0.128404D+03 728062 341912 001:26:01 0.640344D+02 0.128404D+03 732324 343806 001:26:31 0.640859D+02 0.128404D+03 736947+ 345841 001:27:01 0.641375D+02 0.128404D+03 741933 348115 001:27:31 0.641997D+02 0.128404D+03 747099 350318 001:28:01 0.642665D+02 0.128404D+03 751641 352322 001:28:31 0.643137D+02 0.128404D+03 755901 354166 001:29:01 0.643657D+02 0.128404D+03 760644 356284 001:29:31 0.644286D+02 0.128404D+03 764891 358142 001:30:01 0.644780D+02 0.128404D+03 769206 360101 001:30:31 0.645263D+02 0.128404D+03 773729 362140 001:31:01 0.645868D+02 0.128404D+03 777970+ 364029 001:31:31 0.646458D+02 0.128404D+03 782167 365866 001:32:01 0.646910D+02 0.128404D+03 786657 367835 001:32:31 0.647470D+02 0.128404D+03 791079 369806 001:33:02 0.648032D+02 0.128404D+03 795270+ 371694 001:33:32 0.648447D+02 0.128404D+03 799834 373702 001:34:02 0.648947D+02 0.128404D+03 804435 375665 001:34:32 0.649355D+02 0.128404D+03 808818 377540 001:35:02 0.649811D+02 0.128404D+03 813363 379526 001:35:32 0.650335D+02 0.128404D+03 817491+ 381311 001:36:02 0.650761D+02 0.128404D+03 821303 382966 001:36:32 0.651140D+02 0.128404D+03 825924 384966 001:37:02 0.651709D+02 0.128404D+03 830173+ 386927 001:37:32 0.652103D+02 0.128404D+03 834287 388708 001:38:02 0.652582D+02 0.128404D+03 838674 390617 001:38:32 0.653026D+02 0.128404D+03 843168 392659 001:39:02 0.653499D+02 0.128404D+03 847856 394785 001:39:32 0.653970D+02 0.128404D+03 852127 396701 001:40:02 0.654388D+02 0.128404D+03 856684 398733 001:40:32 0.654869D+02 0.128404D+03 860914 400571 001:41:02 0.655305D+02 0.128404D+03 865459 402537 001:41:32 0.655787D+02 0.128404D+03 869841+ 404444 001:42:02 0.656211D+02 0.128404D+03 874307 406384 001:42:32 0.656699D+02 0.128404D+03 878521 408120 001:43:02 0.657094D+02 0.128404D+03 882547 409855 001:43:32 0.657508D+02 0.128404D+03 886580 411584 001:44:02 0.657914D+02 0.128404D+03 890361 413208 001:44:32 0.658285D+02 0.128404D+03 894386 414969 001:45:02 0.658681D+02 0.128404D+03 898667 416848 001:45:33 0.659042D+02 0.128404D+03 903504 419075 001:46:03 0.659495D+02 0.128404D+03 907557+ 420828 001:46:33 0.659918D+02 0.128404D+03 911986 422706 001:47:03 0.660339D+02 0.128404D+03 916689 424738 001:47:33 0.660814D+02 0.128404D+03 921251 426696 001:48:03 0.661295D+02 0.128404D+03 925305 428452 001:48:33 0.661702D+02 0.128404D+03 930044 430465 001:49:03 0.662208D+02 0.128404D+03 934550 432487 001:49:33 0.662628D+02 0.128404D+03 938538 434259 001:50:04 0.663037D+02 0.128404D+03 942690 436096 001:50:34 0.663462D+02 0.128404D+03 947048 438041 001:51:04 0.663919D+02 0.128404D+03 951901 440019 001:51:34 0.664400D+02 0.128404D+03 956173 441839 001:52:04 0.664770D+02 0.128404D+03 960881 443823 001:52:34 0.665207D+02 0.128404D+03 965656 445855 001:53:04 0.665713D+02 0.128404D+03 969883 447709 001:53:34 0.666124D+02 0.128404D+03 974590 449755 001:54:04 0.666457D+02 0.128404D+03 979187 451662 001:54:34 0.666923D+02 0.128404D+03 983728+ 453562 001:55:04 0.667332D+02 0.128404D+03 988030 455401 001:55:34 0.667713D+02 0.128404D+03 992577 457314 001:56:04 0.668138D+02 0.128404D+03 997424 459319 001:56:34 0.668587D+02 0.128404D+03 1000000 460361 001:56:49 0.668830D+02 0.128404D+03 1004964+ 462437 001:57:19 0.669252D+02 0.128404D+03 1009405 464213 001:57:49 0.669648D+02 0.128404D+03 1013677 465963 001:58:19 0.670057D+02 0.128404D+03 1018029 467844 001:58:49 0.670441D+02 0.128404D+03 1022372 469691 001:59:19 0.670834D+02 0.128404D+03 1026593 471467 001:59:49 0.671280D+02 0.128404D+03 1028335 472239 002:00:00 0.671418D+02 0.128404D+03 *** Max. allowable CPU time exceeded *** LP subsolver time: 000:27:56, in seconds: 1675.98 NLP subsolver time: 001:24:54, in seconds: 5094.07 Cutting time: 000:00:26, in seconds: 25.50 All other time: 000:06:44, in seconds: 404.44 Total time elapsed: 002:00:00, in seconds: 7200.00 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:01, in seconds: 0.60 on navigating: 000:00:25, in seconds: 24.97 on relaxed: 001:44:06, in seconds: 6245.82 on local: 000:09:49, in seconds: 588.66 on tightening: 000:02:39, in seconds: 158.57 on marginals: 000:00:04, in seconds: 3.58 on probing: 000:02:58, in seconds: 177.80 Total no. of BaR iterations: 1028335 Best solution found at node: 359738 Max. no. of nodes in memory: 472239 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 100268755 25.50 All done =========================================================================== Solution = 128.404405517 found at node 359738 Best possible = 67.1417642671 Absolute gap = 61.2626412499 optca = 1E-9 Relative gap = 0.91244 optcr = 1E-6 --- Restarting execution --- o7_ar5_1.gms(669) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job o7_ar5_1.gms Stop 11/21/12 03:29:01 elapsed 2:00:19.258 @04 1353464941 ----------------------------- Mi 21. Nov 03:29:01 CET 2012 ----------------------------- =ready= Linux opt203 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/o7.gms =========== ----------------------------- Mi 21. Nov 01:33:55 CET 2012 ----------------------------- @03 1353458035 --- Job o7.gms Start 11/21/12 01:33:55 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- o7.gms(509) 2 Mb --- Starting execution: elapsed 0:00:00.041 --- o7.gms(504) 3 Mb --- Generating MINLP model m --- o7.gms(509) 5 Mb --- 212 rows 115 columns 877 non-zeroes --- 71 nl-code 14 nl-non-zeroes --- 42 discrete-columns --- o7.gms(509) 3 Mb --- Executing BARON: elapsed 0:00:00.047 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 12200865 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.000000D+00 0.100000D+52 1 1 000:00:00 0.000000D+00 0.100000D+52 5319+ 2874 000:00:30 0.208582D+02 0.100000D+52 11783 5996 000:01:00 0.256556D+02 0.100000D+52 18887 9160 000:01:30 0.290482D+02 0.100000D+52 25407 12357 000:02:00 0.295607D+02 0.100000D+52 31554+ 15185 000:02:31 0.309143D+02 0.100000D+52 38604 17155 000:03:01 0.309143D+02 0.100000D+52 45735 19073 000:03:31 0.311090D+02 0.100000D+52 * 48068 20071 000:03:43 0.314059D+02 0.159992D+03 60648 26122 000:04:13 0.326313D+02 0.159992D+03 74005+ 32391 000:04:43 0.332604D+02 0.159992D+03 89458+ 37285 000:05:13 0.333817D+02 0.159992D+03 106719+ 44091 000:05:43 0.337029D+02 0.159992D+03 121894+ 50910 000:06:13 0.338062D+02 0.159992D+03 136650 57330 000:06:43 0.340798D+02 0.159992D+03 152016 64463 000:07:13 0.343901D+02 0.159992D+03 166780+ 70817 000:07:43 0.345249D+02 0.159992D+03 182255 76929 000:08:13 0.345251D+02 0.159992D+03 201407 83390 000:08:43 0.346259D+02 0.159992D+03 219707 89658 000:09:13 0.347651D+02 0.159992D+03 240721 96504 000:09:43 0.349839D+02 0.159992D+03 260265 103267 000:10:13 0.352242D+02 0.159992D+03 279236+ 108958 000:10:43 0.356295D+02 0.159992D+03 294584 115502 000:11:13 0.358564D+02 0.159992D+03 309625 121302 000:11:43 0.360343D+02 0.159992D+03 326700 127703 000:12:13 0.362500D+02 0.159992D+03 343195 133641 000:12:43 0.367065D+02 0.159992D+03 359868+ 139449 000:13:13 0.374643D+02 0.159992D+03 375433+ 145423 000:13:43 0.380801D+02 0.159992D+03 388652+ 150591 000:14:13 0.384613D+02 0.159992D+03 398775+ 155052 000:14:43 0.384729D+02 0.159992D+03 410796 160303 000:15:13 0.384999D+02 0.159992D+03 425257+ 166192 000:15:43 0.385934D+02 0.159992D+03 439366 172427 000:16:13 0.386737D+02 0.159992D+03 457360 179332 000:16:43 0.387092D+02 0.159992D+03 473880 185516 000:17:13 0.388980D+02 0.159992D+03 489290+ 191287 000:17:43 0.391517D+02 0.159992D+03 506329+ 196855 000:18:13 0.392870D+02 0.159992D+03 521782 202329 000:18:43 0.395827D+02 0.159992D+03 536789 208348 000:19:13 0.397048D+02 0.159992D+03 555414 214691 000:19:43 0.398779D+02 0.159992D+03 572063+ 220682 000:20:13 0.401000D+02 0.159992D+03 588835 226500 000:20:43 0.403487D+02 0.159992D+03 603443+ 232236 000:21:13 0.406156D+02 0.159992D+03 618902 237699 000:21:43 0.408465D+02 0.159992D+03 632781 243316 000:22:13 0.409523D+02 0.159992D+03 648487 249821 000:22:43 0.409694D+02 0.159992D+03 666155 256232 000:23:13 0.409866D+02 0.159992D+03 685448 262847 000:23:43 0.410655D+02 0.159992D+03 701121 268818 000:24:13 0.411732D+02 0.159992D+03 720476 275225 000:24:43 0.412746D+02 0.159992D+03 737472+ 280828 000:25:13 0.413639D+02 0.159992D+03 * 745498 282938 000:25:25 0.414338D+02 0.156187D+03 762615 288954 000:25:55 0.416341D+02 0.156187D+03 778138 294787 000:26:25 0.417872D+02 0.156187D+03 795611 300638 000:26:55 0.419421D+02 0.156187D+03 813071+ 306339 000:27:25 0.420495D+02 0.156187D+03 829900+ 312204 000:27:55 0.422607D+02 0.156187D+03 848999+ 318755 000:28:25 0.423285D+02 0.156187D+03 865151 324349 000:28:55 0.424729D+02 0.156187D+03 882460 330184 000:29:25 0.425685D+02 0.156187D+03 897137+ 336321 000:29:55 0.426045D+02 0.156187D+03 913437+ 342644 000:30:25 0.427499D+02 0.156187D+03 930777 348302 000:30:55 0.428138D+02 0.156187D+03 949094 354202 000:31:25 0.429267D+02 0.156187D+03 968907+ 360408 000:31:55 0.430659D+02 0.156187D+03 982830+ 365869 000:32:25 0.431129D+02 0.156187D+03 996760 371277 000:32:55 0.431345D+02 0.156187D+03 1000000 372418 000:33:01 0.431490D+02 0.156187D+03 1013797+ 377379 000:33:31 0.432653D+02 0.156187D+03 1027410+ 382914 000:34:01 0.432655D+02 0.156187D+03 1040499 388153 000:34:31 0.432804D+02 0.156187D+03 1055099 393661 000:35:01 0.433949D+02 0.156187D+03 1070699+ 400407 000:35:31 0.434484D+02 0.156187D+03 1084921+ 405976 000:36:01 0.435000D+02 0.156187D+03 1100910+ 412195 000:36:31 0.436059D+02 0.156187D+03 1119870+ 418089 000:37:01 0.436324D+02 0.156187D+03 1136149 424248 000:37:31 0.436879D+02 0.156187D+03 1151756+ 430751 000:38:01 0.438146D+02 0.156187D+03 1166073+ 436080 000:38:31 0.439370D+02 0.156187D+03 1182569 442409 000:39:01 0.440442D+02 0.156187D+03 1197645+ 448271 000:39:31 0.441299D+02 0.156187D+03 1211709+ 453714 000:40:01 0.442741D+02 0.156187D+03 1225734 459560 000:40:31 0.443781D+02 0.156187D+03 1240727+ 465076 000:41:01 0.445000D+02 0.156187D+03 1253572+ 469614 000:41:31 0.445663D+02 0.156187D+03 1268665+ 475231 000:42:01 0.447002D+02 0.156187D+03 1284222+ 481120 000:42:31 0.448084D+02 0.156187D+03 1300503 486624 000:43:01 0.449188D+02 0.156187D+03 1314705+ 492452 000:43:31 0.450009D+02 0.156187D+03 1329744+ 498571 000:44:01 0.450796D+02 0.156187D+03 1346407 504576 000:44:31 0.451530D+02 0.156187D+03 1362633+ 510360 000:45:01 0.452448D+02 0.156187D+03 1379548 516248 000:45:31 0.453192D+02 0.156187D+03 1395642+ 521397 000:46:01 0.454001D+02 0.156187D+03 1411259+ 527487 000:46:31 0.455045D+02 0.156187D+03 1425751+ 533684 000:47:01 0.455254D+02 0.156187D+03 1442577+ 539545 000:47:31 0.455929D+02 0.156187D+03 1457852+ 545844 000:48:01 0.456519D+02 0.156187D+03 1472059 551209 000:48:31 0.457449D+02 0.156187D+03 1487525+ 556856 000:49:01 0.458549D+02 0.156187D+03 1502929 562547 000:49:31 0.459388D+02 0.156187D+03 1518052 567516 000:50:01 0.459503D+02 0.156187D+03 1535694+ 573506 000:50:31 0.460254D+02 0.156187D+03 1549533+ 578211 000:51:01 0.460731D+02 0.156187D+03 1565044 583857 000:51:31 0.461820D+02 0.156187D+03 1580934 590032 000:52:01 0.462097D+02 0.156187D+03 1596263 595263 000:52:31 0.463159D+02 0.156187D+03 1609499+ 600574 000:53:01 0.463702D+02 0.156187D+03 1623626 605899 000:53:31 0.464258D+02 0.156187D+03 1637201+ 611122 000:54:01 0.464711D+02 0.156187D+03 1652885+ 617078 000:54:31 0.465486D+02 0.156187D+03 1667712+ 622746 000:55:01 0.466109D+02 0.156187D+03 1682204 628392 000:55:31 0.466589D+02 0.156187D+03 1695119+ 633306 000:56:01 0.466812D+02 0.156187D+03 1708919 638743 000:56:31 0.467164D+02 0.156187D+03 1726600 644045 000:57:01 0.467164D+02 0.156187D+03 1743825+ 649233 000:57:31 0.467164D+02 0.156187D+03 1761064+ 655014 000:58:01 0.467164D+02 0.156187D+03 1779708+ 661326 000:58:31 0.467451D+02 0.156187D+03 1801333+ 667655 000:59:01 0.467600D+02 0.156187D+03 1824535+ 673850 000:59:31 0.467637D+02 0.156187D+03 1841720+ 679592 001:00:01 0.467960D+02 0.156187D+03 1856639 685045 001:00:31 0.468503D+02 0.156187D+03 1871463+ 690525 001:01:01 0.468705D+02 0.156187D+03 1886797 695459 001:01:31 0.468705D+02 0.156187D+03 1903219+ 700896 001:02:01 0.468970D+02 0.156187D+03 1922159 707446 001:02:31 0.469020D+02 0.156187D+03 1938598+ 713164 001:03:01 0.469020D+02 0.156187D+03 1955996 717447 001:03:31 0.469020D+02 0.156187D+03 1972969+ 722367 001:04:01 0.469086D+02 0.156187D+03 1992776 726806 001:04:31 0.469187D+02 0.156187D+03 2000000 728720 001:04:43 0.469336D+02 0.156187D+03 2020625+ 733789 001:05:13 0.469404D+02 0.156187D+03 2037287+ 739921 001:05:43 0.469556D+02 0.156187D+03 2055465+ 745462 001:06:13 0.469716D+02 0.156187D+03 2075065+ 751438 001:06:43 0.469949D+02 0.156187D+03 2102647 757545 001:07:13 0.469978D+02 0.156187D+03 2120206+ 763225 001:07:43 0.470397D+02 0.156187D+03 2135528+ 768925 001:08:13 0.470642D+02 0.156187D+03 2152165 774221 001:08:43 0.470949D+02 0.156187D+03 2168634 780163 001:09:13 0.471202D+02 0.156187D+03 2185987+ 784691 001:09:43 0.471202D+02 0.156187D+03 2203433+ 789316 001:10:13 0.471202D+02 0.156187D+03 2220617 794296 001:10:43 0.471202D+02 0.156187D+03 2241046+ 799138 001:11:13 0.471203D+02 0.156187D+03 2259397+ 803862 001:11:43 0.471465D+02 0.156187D+03 2275994+ 809883 001:12:13 0.471641D+02 0.156187D+03 2298995 814959 001:12:43 0.471725D+02 0.156187D+03 2315793+ 820404 001:13:13 0.472118D+02 0.156187D+03 2337751+ 826028 001:13:43 0.472408D+02 0.156187D+03 2359816 830698 001:14:13 0.472605D+02 0.156187D+03 2379637+ 836789 001:14:43 0.473047D+02 0.156187D+03 2397776 842639 001:15:13 0.473664D+02 0.156187D+03 2415042+ 848627 001:15:43 0.473665D+02 0.156187D+03 2437066+ 855154 001:16:13 0.473830D+02 0.156187D+03 2459593+ 861534 001:16:43 0.473933D+02 0.156187D+03 2478191 867007 001:17:13 0.474263D+02 0.156187D+03 2496381+ 871818 001:17:43 0.474507D+02 0.156187D+03 * 2499815 869755 001:17:51 0.474624D+02 0.151724D+03 2515112+ 874591 001:18:21 0.474930D+02 0.151724D+03 2531658+ 880137 001:18:51 0.475157D+02 0.151724D+03 2551868 887013 001:19:21 0.475157D+02 0.151724D+03 2571812 894252 001:19:51 0.475157D+02 0.151724D+03 2588389+ 899978 001:20:21 0.475348D+02 0.151724D+03 2601730+ 904989 001:20:51 0.475564D+02 0.151724D+03 2620915 910150 001:21:21 0.475591D+02 0.151724D+03 2641047 915889 001:21:51 0.475591D+02 0.151724D+03 2659163 921140 001:22:21 0.475638D+02 0.151724D+03 2672022+ 925989 001:22:51 0.475818D+02 0.151724D+03 2691123+ 933096 001:23:21 0.476007D+02 0.151724D+03 2708240+ 939051 001:23:51 0.476122D+02 0.151724D+03 2727189+ 944986 001:24:21 0.476356D+02 0.151724D+03 2741671+ 950127 001:24:51 0.476528D+02 0.151724D+03 2757727+ 955985 001:25:21 0.476764D+02 0.151724D+03 2773800 961355 001:25:51 0.476989D+02 0.151724D+03 2792603+ 967755 001:26:21 0.477157D+02 0.151724D+03 2809316+ 972973 001:26:51 0.477488D+02 0.151724D+03 2830377+ 979947 001:27:21 0.477888D+02 0.151724D+03 2849397 985498 001:27:51 0.478160D+02 0.151724D+03 2864514 990691 001:28:21 0.478486D+02 0.151724D+03 2880533 996169 001:28:51 0.478809D+02 0.151724D+03 2898626+ 1001955 001:29:21 0.479196D+02 0.151724D+03 2914757 1007323 001:29:51 0.479471D+02 0.151724D+03 2931624+ 1012986 001:30:21 0.479928D+02 0.151724D+03 2950672 1019953 001:30:51 0.480211D+02 0.151724D+03 2967447+ 1025020 001:31:21 0.480840D+02 0.151724D+03 2981825+ 1030028 001:31:51 0.481079D+02 0.151724D+03 2998994 1035541 001:32:21 0.481528D+02 0.151724D+03 3000000 1035842 001:32:23 0.481563D+02 0.151724D+03 3015925+ 1040950 001:32:53 0.482011D+02 0.151724D+03 3032149+ 1047011 001:33:23 0.482393D+02 0.151724D+03 3050511+ 1053702 001:33:53 0.482448D+02 0.151724D+03 3070037+ 1059786 001:34:23 0.482518D+02 0.151724D+03 3085960+ 1065502 001:34:53 0.482771D+02 0.151724D+03 3106563+ 1071392 001:35:23 0.483295D+02 0.151724D+03 3125288 1076946 001:35:53 0.483771D+02 0.151724D+03 3141834 1082181 001:36:23 0.484343D+02 0.151724D+03 3159075 1087780 001:36:53 0.484778D+02 0.151724D+03 3174465+ 1093008 001:37:23 0.485252D+02 0.151724D+03 3187021+ 1098627 001:37:53 0.485252D+02 0.151724D+03 3199822+ 1104189 001:38:23 0.485252D+02 0.151724D+03 3212808 1109810 001:38:53 0.485252D+02 0.151724D+03 3225668+ 1115519 001:39:23 0.485252D+02 0.151724D+03 3237783+ 1121041 001:39:53 0.485252D+02 0.151724D+03 3250559+ 1126549 001:40:23 0.485252D+02 0.151724D+03 3263517+ 1132262 001:40:53 0.485254D+02 0.151724D+03 3278039 1138089 001:41:23 0.485254D+02 0.151724D+03 3291228 1144116 001:41:53 0.485254D+02 0.151724D+03 3304891+ 1150206 001:42:23 0.485254D+02 0.151724D+03 3319141 1156093 001:42:53 0.485254D+02 0.151724D+03 3334309 1161920 001:43:23 0.485254D+02 0.151724D+03 3349814 1167836 001:43:53 0.485254D+02 0.151724D+03 3364923+ 1174063 001:44:23 0.485254D+02 0.151724D+03 3379481 1179893 001:44:53 0.485254D+02 0.151724D+03 3393403 1185779 001:45:23 0.485254D+02 0.151724D+03 3410100+ 1191267 001:45:53 0.485255D+02 0.151724D+03 3426366 1196602 001:46:23 0.485478D+02 0.151724D+03 3441013+ 1201974 001:46:53 0.485689D+02 0.151724D+03 3455827 1207453 001:47:23 0.485836D+02 0.151724D+03 3471276+ 1212667 001:47:53 0.486148D+02 0.151724D+03 3486380+ 1218458 001:48:23 0.486309D+02 0.151724D+03 3504041 1224072 001:48:53 0.486634D+02 0.151724D+03 3524494 1230173 001:49:23 0.486668D+02 0.151724D+03 3546146+ 1235380 001:49:53 0.486743D+02 0.151724D+03 3561741 1241356 001:50:23 0.486847D+02 0.151724D+03 3577260 1248102 001:50:53 0.486847D+02 0.151724D+03 3599710+ 1253518 001:51:23 0.487012D+02 0.151724D+03 3623124+ 1260333 001:51:53 0.487185D+02 0.151724D+03 3642078+ 1264942 001:52:23 0.487453D+02 0.151724D+03 3661001+ 1271545 001:52:53 0.487656D+02 0.151724D+03 3682420 1277052 001:53:23 0.487895D+02 0.151724D+03 3700493 1281082 001:53:53 0.488000D+02 0.151724D+03 3716989+ 1287393 001:54:23 0.488164D+02 0.151724D+03 3732289 1293498 001:54:53 0.488164D+02 0.151724D+03 3751221+ 1299128 001:55:23 0.488253D+02 0.151724D+03 3772654 1303448 001:55:53 0.488312D+02 0.151724D+03 3790534+ 1309139 001:56:23 0.488496D+02 0.151724D+03 3808799+ 1313718 001:56:53 0.488700D+02 0.151724D+03 3827184 1319218 001:57:23 0.488958D+02 0.151724D+03 3845216 1324527 001:57:53 0.489258D+02 0.151724D+03 3866463 1329660 001:58:23 0.489527D+02 0.151724D+03 3886937+ 1334659 001:58:53 0.489885D+02 0.151724D+03 3903845+ 1340092 001:59:23 0.490169D+02 0.151724D+03 3920985 1345279 001:59:53 0.490488D+02 0.151724D+03 3924670 1346633 002:00:00 0.490488D+02 0.151724D+03 *** Max. allowable CPU time exceeded *** LP subsolver time: 001:23:50, in seconds: 5030.27 NLP subsolver time: 000:12:44, in seconds: 763.70 Cutting time: 000:02:07, in seconds: 127.29 All other time: 000:21:19, in seconds: 1278.74 Total time elapsed: 002:00:00, in seconds: 7200.00 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.16 on navigating: 000:01:36, in seconds: 95.90 on relaxed: 000:48:21, in seconds: 2901.26 on local: 000:12:08, in seconds: 728.45 on tightening: 000:08:34, in seconds: 513.63 on marginals: 000:00:09, in seconds: 9.45 on probing: 000:49:11, in seconds: 2951.14 Total no. of BaR iterations: 3924670 Best solution found at node: 2499815 Max. no. of nodes in memory: 1346633 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 408914980 127.29 All done =========================================================================== Solution = 151.724013656 found at node 2499815 Best possible = 49.04880469 Absolute gap = 102.675208966 optca = 1E-9 Relative gap = 2.09333 optcr = 1E-6 --- Restarting execution --- o7.gms(509) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job o7.gms Stop 11/21/12 03:34:16 elapsed 2:00:20.810 @04 1353465256 ----------------------------- Mi 21. Nov 03:34:16 CET 2012 ----------------------------- =ready= Linux opt201 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/o8_ar4_1.gms =========== ----------------------------- Mi 21. Nov 01:35:14 CET 2012 ----------------------------- @03 1353458114 --- Job o8_ar4_1.gms Start 11/21/12 01:35:14 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- o8_ar4_1.gms(852) 2 Mb --- Starting execution: elapsed 0:00:00.051 --- o8_ar4_1.gms(847) 3 Mb --- Generating MINLP model m --- o8_ar4_1.gms(852) 5 Mb --- 348 rows 145 columns 1,397 non-zeroes --- 81 nl-code 16 nl-non-zeroes --- 56 discrete-columns --- o8_ar4_1.gms(852) 3 Mb --- Executing BARON: elapsed 0:00:00.059 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 8012508 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.000000D+00 0.100000D+52 1 1 000:00:01 0.000000D+00 0.100000D+52 2074 1282 000:00:31 0.436534D+02 0.100000D+52 4053+ 2541 000:01:01 0.516827D+02 0.100000D+52 6017+ 3683 000:01:31 0.555180D+02 0.100000D+52 7990 4817 000:02:01 0.580094D+02 0.100000D+52 9982 5988 000:02:31 0.595929D+02 0.100000D+52 11904 7119 000:03:01 0.610731D+02 0.100000D+52 14111 8394 000:03:31 0.627253D+02 0.100000D+52 15975+ 9485 000:04:01 0.637525D+02 0.100000D+52 17965+ 10620 000:04:31 0.646699D+02 0.100000D+52 20111 11848 000:05:01 0.655930D+02 0.100000D+52 22299 13105 000:05:31 0.664821D+02 0.100000D+52 24643 14471 000:06:01 0.673903D+02 0.100000D+52 26725 15695 000:06:31 0.684045D+02 0.100000D+52 28835 16946 000:07:01 0.690761D+02 0.100000D+52 30997 18240 000:07:31 0.698167D+02 0.100000D+52 32839+ 19345 000:08:01 0.704964D+02 0.100000D+52 34645+ 20391 000:08:31 0.711398D+02 0.100000D+52 36594 21485 000:09:01 0.717491D+02 0.100000D+52 38655 22566 000:09:31 0.722726D+02 0.100000D+52 40652 23719 000:10:01 0.728460D+02 0.100000D+52 42559 24755 000:10:31 0.732979D+02 0.100000D+52 44853+ 26018 000:11:01 0.737507D+02 0.100000D+52 47008 27249 000:11:31 0.742340D+02 0.100000D+52 48894 28338 000:12:01 0.746764D+02 0.100000D+52 50974 29493 000:12:31 0.750861D+02 0.100000D+52 52734 30480 000:13:01 0.753908D+02 0.100000D+52 55183 31864 000:13:31 0.758434D+02 0.100000D+52 57369 33057 000:14:01 0.760698D+02 0.100000D+52 59428 34215 000:14:31 0.764223D+02 0.100000D+52 61547+ 35412 000:15:01 0.766580D+02 0.100000D+52 63831+ 36630 000:15:31 0.769153D+02 0.100000D+52 66288 37893 000:16:01 0.772551D+02 0.100000D+52 68917+ 39279 000:16:31 0.776084D+02 0.100000D+52 71470 40667 000:17:01 0.779345D+02 0.100000D+52 74038 42057 000:17:31 0.783567D+02 0.100000D+52 76641 43482 000:18:02 0.787121D+02 0.100000D+52 79301 44973 000:18:32 0.791385D+02 0.100000D+52 81853 46400 000:19:02 0.794843D+02 0.100000D+52 84480 47879 000:19:32 0.796868D+02 0.100000D+52 86993 49264 000:20:02 0.799326D+02 0.100000D+52 89541 50715 000:20:32 0.802263D+02 0.100000D+52 92164+ 52202 000:21:02 0.805211D+02 0.100000D+52 94854+ 53676 000:21:32 0.807978D+02 0.100000D+52 97270 55032 000:22:02 0.810800D+02 0.100000D+52 99543 56298 000:22:32 0.812798D+02 0.100000D+52 101922 57570 000:23:02 0.815177D+02 0.100000D+52 104555 59070 000:23:32 0.816735D+02 0.100000D+52 107171 60486 000:24:02 0.818966D+02 0.100000D+52 109834+ 61943 000:24:32 0.821663D+02 0.100000D+52 112204 63269 000:25:02 0.823996D+02 0.100000D+52 114750 64680 000:25:32 0.825870D+02 0.100000D+52 117079 66003 000:26:02 0.827732D+02 0.100000D+52 119510+ 67328 000:26:32 0.829974D+02 0.100000D+52 121943+ 68651 000:27:02 0.831790D+02 0.100000D+52 124616 70106 000:27:32 0.833277D+02 0.100000D+52 127258 71584 000:28:02 0.835053D+02 0.100000D+52 129855+ 73027 000:28:32 0.837232D+02 0.100000D+52 132657 74571 000:29:02 0.838377D+02 0.100000D+52 135018 75905 000:29:32 0.839957D+02 0.100000D+52 137548+ 77360 000:30:02 0.841232D+02 0.100000D+52 140085 78765 000:30:32 0.841782D+02 0.100000D+52 142361 80041 000:31:02 0.843074D+02 0.100000D+52 144849 81390 000:31:32 0.844552D+02 0.100000D+52 147176 82672 000:32:02 0.845761D+02 0.100000D+52 149402+ 83897 000:32:32 0.847069D+02 0.100000D+52 151676 85126 000:33:02 0.848525D+02 0.100000D+52 154119 86391 000:33:32 0.849784D+02 0.100000D+52 156787 87751 000:34:02 0.851236D+02 0.100000D+52 159102 88995 000:34:32 0.852722D+02 0.100000D+52 161532 90301 000:35:02 0.854110D+02 0.100000D+52 164019+ 91566 000:35:32 0.855238D+02 0.100000D+52 166260+ 92780 000:36:02 0.856707D+02 0.100000D+52 168812 94079 000:36:32 0.858270D+02 0.100000D+52 171359+ 95399 000:37:02 0.859601D+02 0.100000D+52 173871 96672 000:37:32 0.860967D+02 0.100000D+52 176510 97957 000:38:02 0.862431D+02 0.100000D+52 * 178432 98493 000:38:24 0.863380D+02 0.297750D+03 182869+ 100724 000:38:54 0.865900D+02 0.297750D+03 187586+ 103068 000:39:24 0.868291D+02 0.297750D+03 191922 105320 000:39:54 0.870658D+02 0.297750D+03 196394 107628 000:40:24 0.873097D+02 0.297750D+03 200752 109782 000:40:54 0.875129D+02 0.297750D+03 206082 112518 000:41:24 0.876049D+02 0.297750D+03 210591+ 114643 000:41:54 0.878172D+02 0.297750D+03 215430 116810 000:42:24 0.880415D+02 0.297750D+03 219874 119109 000:42:54 0.882576D+02 0.297750D+03 224767 121629 000:43:24 0.884753D+02 0.297750D+03 229490+ 124156 000:43:54 0.886815D+02 0.297750D+03 234604 126769 000:44:24 0.889092D+02 0.297750D+03 239042+ 128977 000:44:54 0.890721D+02 0.297750D+03 243206+ 131066 000:45:24 0.892121D+02 0.297750D+03 247752 133274 000:45:54 0.894238D+02 0.297750D+03 252445 135689 000:46:24 0.896000D+02 0.297750D+03 257427 138274 000:46:54 0.898484D+02 0.297750D+03 262011+ 140653 000:47:24 0.900187D+02 0.297750D+03 266550 142926 000:47:54 0.902074D+02 0.297750D+03 271135 145294 000:48:24 0.903474D+02 0.297750D+03 275763 147737 000:48:54 0.905367D+02 0.297750D+03 280630 150309 000:49:24 0.907320D+02 0.297750D+03 285141+ 152561 000:49:54 0.908047D+02 0.297750D+03 289439+ 154743 000:50:24 0.909536D+02 0.297750D+03 293835+ 156953 000:50:54 0.911250D+02 0.297750D+03 298311+ 159285 000:51:24 0.912852D+02 0.297750D+03 302847 161714 000:51:54 0.914678D+02 0.297750D+03 307831 164299 000:52:24 0.916517D+02 0.297750D+03 312388+ 166615 000:52:54 0.918057D+02 0.297750D+03 316915 169042 000:53:24 0.919184D+02 0.297750D+03 321863 171612 000:53:54 0.920735D+02 0.297750D+03 326993+ 174334 000:54:24 0.922212D+02 0.297750D+03 331350 176581 000:54:54 0.923264D+02 0.297750D+03 335974 178959 000:55:24 0.924947D+02 0.297750D+03 341088 181642 000:55:54 0.926412D+02 0.297750D+03 345562+ 184005 000:56:24 0.927810D+02 0.297750D+03 350652+ 186575 000:56:54 0.929538D+02 0.297750D+03 355566 189076 000:57:24 0.930941D+02 0.297750D+03 360643+ 191754 000:57:54 0.932779D+02 0.297750D+03 364544+ 193774 000:58:24 0.933886D+02 0.297750D+03 368872 195899 000:58:54 0.935535D+02 0.297750D+03 373986 198537 000:59:24 0.936931D+02 0.297750D+03 378864 201211 000:59:54 0.938500D+02 0.297750D+03 383418+ 203538 001:00:24 0.939778D+02 0.297750D+03 388257+ 206028 001:00:54 0.941213D+02 0.297750D+03 393053+ 208505 001:01:24 0.942672D+02 0.297750D+03 397765 211059 001:01:54 0.944059D+02 0.297750D+03 402694+ 213669 001:02:25 0.945464D+02 0.297750D+03 407256+ 216051 001:02:55 0.946728D+02 0.297750D+03 411292+ 218286 001:03:25 0.947501D+02 0.297750D+03 415469+ 220566 001:03:55 0.948354D+02 0.297750D+03 420126 222867 001:04:25 0.949516D+02 0.297750D+03 425050 225442 001:04:55 0.950888D+02 0.297750D+03 430278 228193 001:05:25 0.952379D+02 0.297750D+03 435269+ 230648 001:05:55 0.953490D+02 0.297750D+03 439703+ 232910 001:06:25 0.954691D+02 0.297750D+03 444629+ 235453 001:06:55 0.955944D+02 0.297750D+03 448088 237268 001:07:25 0.956710D+02 0.297750D+03 452574+ 239505 001:07:55 0.957495D+02 0.297750D+03 456819 241689 001:08:25 0.958879D+02 0.297750D+03 461702 244238 001:08:55 0.960173D+02 0.297750D+03 466543+ 246643 001:09:25 0.961356D+02 0.297750D+03 470583 248640 001:09:55 0.962235D+02 0.297750D+03 474767 250719 001:10:25 0.963164D+02 0.297750D+03 479778 253170 001:10:55 0.964223D+02 0.297750D+03 484933+ 255868 001:11:25 0.965328D+02 0.297750D+03 489099 257963 001:11:55 0.966293D+02 0.297750D+03 493973 260470 001:12:25 0.967420D+02 0.297750D+03 498786+ 262917 001:12:55 0.968335D+02 0.297750D+03 502452 264812 001:13:25 0.969155D+02 0.297750D+03 507032 267024 001:13:55 0.970027D+02 0.297750D+03 511433+ 269196 001:14:25 0.971064D+02 0.297750D+03 515571+ 271238 001:14:55 0.971990D+02 0.297750D+03 519722 273338 001:15:25 0.972717D+02 0.297750D+03 524291+ 275625 001:15:55 0.973542D+02 0.297750D+03 528253 277700 001:16:25 0.974281D+02 0.297750D+03 532007 279618 001:16:55 0.974784D+02 0.297750D+03 536603 281821 001:17:25 0.975593D+02 0.297750D+03 541004 284126 001:17:55 0.976511D+02 0.297750D+03 545867 286630 001:18:25 0.977352D+02 0.297750D+03 549431+ 288514 001:18:55 0.977832D+02 0.297750D+03 554000 290682 001:19:25 0.978925D+02 0.297750D+03 558243+ 292783 001:19:55 0.979601D+02 0.297750D+03 562902 295136 001:20:25 0.980587D+02 0.297750D+03 567719 297672 001:20:55 0.981525D+02 0.297750D+03 571804 299786 001:21:25 0.982390D+02 0.297750D+03 576344+ 302013 001:21:55 0.983172D+02 0.297750D+03 581030 304312 001:22:25 0.983958D+02 0.297750D+03 585811+ 306668 001:22:55 0.984843D+02 0.297750D+03 590784+ 309118 001:23:25 0.984958D+02 0.297750D+03 594875+ 311178 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354825 001:33:55 0.999138D+02 0.297750D+03 688442+ 356594 001:34:25 0.999721D+02 0.297750D+03 692484+ 358610 001:34:55 0.100013D+03 0.297750D+03 697046+ 360920 001:35:25 0.100062D+03 0.297750D+03 700663 362797 001:35:55 0.100127D+03 0.297750D+03 705339 365066 001:36:25 0.100165D+03 0.297750D+03 709692 367163 001:36:55 0.100219D+03 0.297750D+03 714333 369394 001:37:25 0.100262D+03 0.297750D+03 718947+ 371614 001:37:55 0.100333D+03 0.297750D+03 722837+ 373597 001:38:25 0.100387D+03 0.297750D+03 726777+ 375681 001:38:55 0.100430D+03 0.297750D+03 731501+ 377942 001:39:25 0.100487D+03 0.297750D+03 736020+ 380095 001:39:55 0.100558D+03 0.297750D+03 740595+ 382274 001:40:25 0.100636D+03 0.297750D+03 744577+ 384243 001:40:55 0.100692D+03 0.297750D+03 748941+ 386375 001:41:25 0.100763D+03 0.297750D+03 753127+ 388395 001:41:55 0.100828D+03 0.297750D+03 757756 390634 001:42:25 0.100907D+03 0.297750D+03 762583 392816 001:42:55 0.100980D+03 0.297750D+03 767365 395107 001:43:25 0.101046D+03 0.297750D+03 771982+ 397431 001:43:55 0.101099D+03 0.297750D+03 775727+ 399245 001:44:25 0.101151D+03 0.297750D+03 780184+ 401340 001:44:55 0.101219D+03 0.297750D+03 784538 403567 001:45:25 0.101267D+03 0.297750D+03 789160+ 405863 001:45:55 0.101325D+03 0.297750D+03 793755+ 408148 001:46:25 0.101398D+03 0.297750D+03 798632+ 410544 001:46:55 0.101463D+03 0.297750D+03 803471 412859 001:47:25 0.101531D+03 0.297750D+03 808741+ 415428 001:47:55 0.101600D+03 0.297750D+03 812649+ 417332 001:48:25 0.101653D+03 0.297750D+03 816520 419235 001:48:55 0.101719D+03 0.297750D+03 820656+ 421217 001:49:25 0.101775D+03 0.297750D+03 825434 423424 001:49:55 0.101829D+03 0.297750D+03 830291 425708 001:50:25 0.101895D+03 0.297750D+03 834630+ 427792 001:50:55 0.101943D+03 0.297750D+03 838869 429878 001:51:25 0.101995D+03 0.297750D+03 843110 432207 001:51:55 0.102022D+03 0.297750D+03 847552+ 434462 001:52:25 0.102042D+03 0.297750D+03 851829+ 436525 001:52:55 0.102101D+03 0.297750D+03 856405+ 438758 001:53:25 0.102154D+03 0.297750D+03 861331+ 441227 001:53:55 0.102182D+03 0.297750D+03 865268+ 443144 001:54:25 0.102227D+03 0.297750D+03 871597 446273 001:54:55 0.102240D+03 0.297750D+03 877001+ 448578 001:55:25 0.102272D+03 0.297750D+03 880357+ 450367 001:55:55 0.102303D+03 0.297750D+03 884197+ 452287 001:56:25 0.102341D+03 0.297750D+03 889505+ 455038 001:56:55 0.102371D+03 0.297750D+03 893598 457182 001:57:25 0.102413D+03 0.297750D+03 897529 459175 001:57:55 0.102466D+03 0.297750D+03 902005+ 461328 001:58:25 0.102518D+03 0.297750D+03 906281+ 463407 001:58:55 0.102569D+03 0.297750D+03 911127+ 465835 001:59:25 0.102612D+03 0.297750D+03 915937+ 468120 001:59:55 0.102658D+03 0.297750D+03 916827 468552 002:00:00 0.102668D+03 0.297750D+03 *** Max. allowable CPU time exceeded *** LP subsolver time: 000:53:32, in seconds: 3211.91 NLP subsolver time: 000:54:27, in seconds: 3266.57 Cutting time: 000:00:49, in seconds: 49.04 All other time: 000:11:12, in seconds: 672.49 Total time elapsed: 002:00:00, in seconds: 7200.00 on parsing: 000:00:00, in seconds: 0.02 on preprocessing: 000:00:00, in seconds: 0.23 on navigating: 000:00:30, in seconds: 30.50 on relaxed: 000:55:09, in seconds: 3309.17 on local: 000:25:08, in seconds: 1508.35 on tightening: 000:04:19, in seconds: 258.55 on marginals: 000:00:03, in seconds: 3.13 on probing: 000:34:50, in seconds: 2090.06 Total no. of BaR iterations: 916827 Best solution found at node: 178432 Max. no. of nodes in memory: 468552 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 164928467 49.04 All done =========================================================================== Solution = 297.749720735 found at node 178432 Best possible = 102.667582354 Absolute gap = 195.082138381 optca = 1E-9 Relative gap = 1.90013 optcr = 1E-6 --- Restarting execution --- o8_ar4_1.gms(852) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job o8_ar4_1.gms Stop 11/21/12 03:35:38 elapsed 2:00:23.501 @04 1353465338 ----------------------------- Mi 21. Nov 03:35:38 CET 2012 ----------------------------- =ready= Linux opt221 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/o9_ar4_1.gms =========== ----------------------------- Mi 21. Nov 01:37:46 CET 2012 ----------------------------- @03 1353458266 --- Job o9_ar4_1.gms Start 11/21/12 01:37:46 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- o9_ar4_1.gms(1057) 2 Mb --- Starting execution: elapsed 0:00:00.059 --- o9_ar4_1.gms(1052) 3 Mb --- Generating MINLP model m --- o9_ar4_1.gms(1057) 5 Mb --- 436 rows 181 columns 1,765 non-zeroes --- 91 nl-code 18 nl-non-zeroes --- 72 discrete-columns --- o9_ar4_1.gms(1057) 3 Mb --- Executing BARON: elapsed 0:00:00.067 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 6507127 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.000000D+00 0.100000D+52 1 1 000:00:01 0.000000D+00 0.100000D+52 1665+ 986 000:00:31 0.215001D+02 0.100000D+52 3700 2225 000:01:02 0.245250D+02 0.100000D+52 5920+ 3567 000:01:32 0.267849D+02 0.100000D+52 8035+ 4844 000:02:02 0.286471D+02 0.100000D+52 10326+ 6200 000:02:32 0.317500D+02 0.100000D+52 12291+ 7370 000:03:02 0.330369D+02 0.100000D+52 14209 8498 000:03:32 0.341429D+02 0.100000D+52 16334 9722 000:04:02 0.352714D+02 0.100000D+52 18376+ 10902 000:04:32 0.360828D+02 0.100000D+52 20494+ 12179 000:05:02 0.366280D+02 0.100000D+52 23194+ 13680 000:05:32 0.372431D+02 0.100000D+52 25748+ 15145 000:06:02 0.379868D+02 0.100000D+52 28340+ 16598 000:06:33 0.385547D+02 0.100000D+52 30516 17872 000:07:03 0.392082D+02 0.100000D+52 33105+ 19311 000:07:33 0.396672D+02 0.100000D+52 35209 20473 000:08:03 0.403172D+02 0.100000D+52 37947+ 21997 000:08:33 0.404940D+02 0.100000D+52 40321+ 23331 000:09:03 0.410000D+02 0.100000D+52 42747+ 24652 000:09:33 0.415001D+02 0.100000D+52 45038+ 25979 000:10:03 0.418357D+02 0.100000D+52 47888 27576 000:10:33 0.422667D+02 0.100000D+52 50511 29024 000:11:03 0.425250D+02 0.100000D+52 53136+ 30506 000:11:33 0.429320D+02 0.100000D+52 55524+ 31877 000:12:03 0.434756D+02 0.100000D+52 57914+ 33234 000:12:33 0.439405D+02 0.100000D+52 60296 34611 000:13:03 0.442500D+02 0.100000D+52 62624 36020 000:13:33 0.445250D+02 0.100000D+52 64938 37346 000:14:03 0.445376D+02 0.100000D+52 67399+ 38805 000:14:33 0.448681D+02 0.100000D+52 70098 40325 000:15:03 0.451518D+02 0.100000D+52 72784 41831 000:15:33 0.455000D+02 0.100000D+52 76206+ 43818 000:16:03 0.455712D+02 0.100000D+52 79839 45870 000:16:33 0.455712D+02 0.100000D+52 83372+ 47804 000:17:03 0.455751D+02 0.100000D+52 88288 50502 000:17:33 0.455818D+02 0.100000D+52 91003+ 52060 000:18:03 0.458189D+02 0.100000D+52 93822+ 53657 000:18:33 0.460251D+02 0.100000D+52 96504 55235 000:19:03 0.462891D+02 0.100000D+52 99109 56771 000:19:33 0.465417D+02 0.100000D+52 101953 58440 000:20:03 0.466802D+02 0.100000D+52 105980+ 60692 000:20:33 0.467500D+02 0.100000D+52 110167+ 63180 000:21:03 0.467895D+02 0.100000D+52 113305 64978 000:21:33 0.469404D+02 0.100000D+52 116173 66613 000:22:03 0.471448D+02 0.100000D+52 118799+ 68153 000:22:33 0.473346D+02 0.100000D+52 121402+ 69678 000:23:03 0.474607D+02 0.100000D+52 124037+ 71199 000:23:33 0.476192D+02 0.100000D+52 126891 72893 000:24:04 0.477763D+02 0.100000D+52 130011 74708 000:24:34 0.479251D+02 0.100000D+52 133029+ 76369 000:25:04 0.481174D+02 0.100000D+52 136190 78169 000:25:34 0.482500D+02 0.100000D+52 138953+ 79826 000:26:04 0.483901D+02 0.100000D+52 141535+ 81335 000:26:34 0.484997D+02 0.100000D+52 144307 82987 000:27:04 0.485867D+02 0.100000D+52 146976 84601 000:27:34 0.486653D+02 0.100000D+52 149698 86218 000:28:04 0.487631D+02 0.100000D+52 152638+ 87955 000:28:34 0.488375D+02 0.100000D+52 155720 89723 000:29:04 0.489750D+02 0.100000D+52 158452 91278 000:29:34 0.491006D+02 0.100000D+52 161359 92817 000:30:04 0.491681D+02 0.100000D+52 164137+ 94179 000:30:34 0.492386D+02 0.100000D+52 166895 95735 000:31:04 0.493751D+02 0.100000D+52 169393 97115 000:31:34 0.494620D+02 0.100000D+52 172095+ 98607 000:32:04 0.494983D+02 0.100000D+52 174983+ 100265 000:32:34 0.494983D+02 0.100000D+52 177786+ 101891 000:33:04 0.494983D+02 0.100000D+52 180677+ 103562 000:33:34 0.494983D+02 0.100000D+52 183696 105162 000:34:04 0.495227D+02 0.100000D+52 186641+ 106756 000:34:34 0.495897D+02 0.100000D+52 189728+ 108597 000:35:04 0.495897D+02 0.100000D+52 192914+ 110382 000:35:34 0.496250D+02 0.100000D+52 196030+ 112186 000:36:04 0.496299D+02 0.100000D+52 199277 113931 000:36:34 0.496636D+02 0.100000D+52 202223+ 115546 000:37:04 0.497259D+02 0.100000D+52 205847+ 117235 000:37:34 0.497500D+02 0.100000D+52 208820+ 118836 000:38:04 0.498409D+02 0.100000D+52 211782 120507 000:38:34 0.499813D+02 0.100000D+52 213957+ 121755 000:39:04 0.500000D+02 0.100000D+52 215920+ 122890 000:39:34 0.500000D+02 0.100000D+52 218130 124163 000:40:04 0.500000D+02 0.100000D+52 220599 125618 000:40:34 0.500000D+02 0.100000D+52 223239+ 127079 000:41:04 0.500275D+02 0.100000D+52 226072+ 128658 000:41:34 0.501372D+02 0.100000D+52 228815 130172 000:42:04 0.502944D+02 0.100000D+52 231881+ 131864 000:42:34 0.503001D+02 0.100000D+52 234572 133436 000:43:04 0.504473D+02 0.100000D+52 237421 135106 000:43:34 0.504583D+02 0.100000D+52 240024+ 136704 000:44:04 0.505399D+02 0.100000D+52 242807 138279 000:44:34 0.506072D+02 0.100000D+52 245823+ 140124 000:45:04 0.506409D+02 0.100000D+52 248425 141575 000:45:34 0.506664D+02 0.100000D+52 251041 143153 000:46:04 0.506922D+02 0.100000D+52 253662+ 144722 000:46:34 0.508001D+02 0.100000D+52 256339 146327 000:47:04 0.508751D+02 0.100000D+52 259626+ 148307 000:47:34 0.509074D+02 0.100000D+52 262306 149904 000:48:04 0.509983D+02 0.100000D+52 265033 151554 000:48:35 0.510065D+02 0.100000D+52 267537+ 153030 000:49:05 0.510541D+02 0.100000D+52 270361+ 154629 000:49:35 0.510987D+02 0.100000D+52 273032+ 156216 000:50:05 0.511911D+02 0.100000D+52 275397 157628 000:50:35 0.512375D+02 0.100000D+52 277999 159179 000:51:05 0.512915D+02 0.100000D+52 280982 160839 000:51:35 0.513397D+02 0.100000D+52 284099 162516 000:52:05 0.513571D+02 0.100000D+52 287008+ 164207 000:52:35 0.513987D+02 0.100000D+52 289836+ 165811 000:53:05 0.514792D+02 0.100000D+52 292614+ 167412 000:53:35 0.515390D+02 0.100000D+52 295557 169236 000:54:05 0.515815D+02 0.100000D+52 299267+ 171313 000:54:35 0.515815D+02 0.100000D+52 302678+ 173288 000:55:05 0.515815D+02 0.100000D+52 305956 175126 000:55:35 0.515815D+02 0.100000D+52 309384+ 177153 000:56:05 0.515815D+02 0.100000D+52 312796+ 179117 000:56:35 0.515815D+02 0.100000D+52 315924+ 180998 000:57:05 0.516128D+02 0.100000D+52 319058+ 182932 000:57:35 0.516729D+02 0.100000D+52 322243+ 184748 000:58:05 0.516876D+02 0.100000D+52 325625 186758 000:58:35 0.517083D+02 0.100000D+52 329327 188942 000:59:05 0.517132D+02 0.100000D+52 332295+ 190627 000:59:35 0.517960D+02 0.100000D+52 335292+ 192261 001:00:05 0.518474D+02 0.100000D+52 338144+ 193816 001:00:35 0.518982D+02 0.100000D+52 341134+ 195491 001:01:05 0.519500D+02 0.100000D+52 344234+ 197311 001:01:35 0.520482D+02 0.100000D+52 347295+ 199098 001:02:05 0.520786D+02 0.100000D+52 350407 200870 001:02:35 0.521449D+02 0.100000D+52 353410 202562 001:03:05 0.521660D+02 0.100000D+52 356358 204216 001:03:35 0.522495D+02 0.100000D+52 359479 205976 001:04:05 0.522766D+02 0.100000D+52 362821 207891 001:04:35 0.523066D+02 0.100000D+52 365985 209757 001:05:05 0.523814D+02 0.100000D+52 369390 211821 001:05:35 0.524268D+02 0.100000D+52 373195 213955 001:06:05 0.524376D+02 0.100000D+52 376606 215944 001:06:35 0.524942D+02 0.100000D+52 380392+ 218188 001:07:05 0.525155D+02 0.100000D+52 383727+ 220111 001:07:35 0.525616D+02 0.100000D+52 386785 221895 001:08:05 0.525618D+02 0.100000D+52 389782+ 223573 001:08:35 0.525618D+02 0.100000D+52 392845+ 225309 001:09:05 0.525618D+02 0.100000D+52 395900 226981 001:09:35 0.525618D+02 0.100000D+52 399103+ 228879 001:10:05 0.525618D+02 0.100000D+52 402245+ 230666 001:10:35 0.525764D+02 0.100000D+52 405296+ 232408 001:11:05 0.526066D+02 0.100000D+52 408498+ 234255 001:11:35 0.526750D+02 0.100000D+52 411807+ 236156 001:12:05 0.526750D+02 0.100000D+52 415007+ 238014 001:12:35 0.526750D+02 0.100000D+52 418063+ 239793 001:13:05 0.527271D+02 0.100000D+52 420740+ 241251 001:13:35 0.527500D+02 0.100000D+52 424118+ 243037 001:14:05 0.527500D+02 0.100000D+52 427243+ 244747 001:14:35 0.527820D+02 0.100000D+52 430476 246492 001:15:05 0.528409D+02 0.100000D+52 433725+ 248247 001:15:35 0.528962D+02 0.100000D+52 436963 250133 001:16:05 0.529156D+02 0.100000D+52 440549 252076 001:16:35 0.529249D+02 0.100000D+52 443553 253786 001:17:05 0.529448D+02 0.100000D+52 446455 255427 001:17:35 0.529992D+02 0.100000D+52 449653 257204 001:18:05 0.530179D+02 0.100000D+52 452921+ 259098 001:18:35 0.530765D+02 0.100000D+52 456141 260992 001:19:05 0.530907D+02 0.100000D+52 459138 262776 001:19:35 0.531455D+02 0.100000D+52 462438+ 264469 001:20:05 0.531492D+02 0.100000D+52 465259+ 265999 001:20:35 0.532052D+02 0.100000D+52 468317+ 267741 001:21:06 0.532572D+02 0.100000D+52 471199 269297 001:21:36 0.533173D+02 0.100000D+52 474288+ 270973 001:22:06 0.533856D+02 0.100000D+52 476983 272594 001:22:36 0.534331D+02 0.100000D+52 480046 274283 001:23:06 0.534952D+02 0.100000D+52 482713+ 275767 001:23:36 0.535221D+02 0.100000D+52 486025+ 277607 001:24:06 0.535557D+02 0.100000D+52 489413 279578 001:24:36 0.536034D+02 0.100000D+52 493035+ 281486 001:25:06 0.536034D+02 0.100000D+52 496404 283381 001:25:36 0.536299D+02 0.100000D+52 499981+ 285317 001:26:06 0.536357D+02 0.100000D+52 503453+ 287101 001:26:36 0.536853D+02 0.100000D+52 507212 288891 001:27:06 0.536876D+02 0.100000D+52 510826 290651 001:27:36 0.537092D+02 0.100000D+52 514319 292707 001:28:06 0.537167D+02 0.100000D+52 517957+ 294547 001:28:36 0.537500D+02 0.100000D+52 521103+ 296234 001:29:06 0.537676D+02 0.100000D+52 525273 298200 001:29:36 0.537760D+02 0.100000D+52 529634+ 300061 001:30:06 0.537760D+02 0.100000D+52 533417+ 301806 001:30:36 0.538229D+02 0.100000D+52 536950 303790 001:31:06 0.538619D+02 0.100000D+52 540022 305511 001:31:36 0.538929D+02 0.100000D+52 543259 307306 001:32:06 0.539485D+02 0.100000D+52 546913 309159 001:32:36 0.539573D+02 0.100000D+52 550244+ 310882 001:33:06 0.539905D+02 0.100000D+52 553509 312636 001:33:36 0.540391D+02 0.100000D+52 556920+ 314427 001:34:06 0.540679D+02 0.100000D+52 560383+ 316328 001:34:36 0.541066D+02 0.100000D+52 563945+ 318190 001:35:06 0.541429D+02 0.100000D+52 567140+ 319951 001:35:36 0.541871D+02 0.100000D+52 570330 321736 001:36:06 0.542119D+02 0.100000D+52 573354+ 323420 001:36:36 0.542500D+02 0.100000D+52 576638 325258 001:37:06 0.542533D+02 0.100000D+52 580746+ 327387 001:37:36 0.542587D+02 0.100000D+52 584713+ 329470 001:38:06 0.542766D+02 0.100000D+52 587776 331199 001:38:36 0.543366D+02 0.100000D+52 590892 333053 001:39:06 0.543366D+02 0.100000D+52 593861 334784 001:39:36 0.543846D+02 0.100000D+52 596838 336434 001:40:06 0.543912D+02 0.100000D+52 599779 338112 001:40:36 0.544117D+02 0.100000D+52 602850 339839 001:41:06 0.544424D+02 0.100000D+52 605997+ 341641 001:41:36 0.544468D+02 0.100000D+52 608805 343306 001:42:06 0.544551D+02 0.100000D+52 611836 345003 001:42:36 0.544748D+02 0.100000D+52 614939 346797 001:43:06 0.545001D+02 0.100000D+52 618110 348581 001:43:36 0.545347D+02 0.100000D+52 621550+ 350321 001:44:06 0.545619D+02 0.100000D+52 624914+ 352090 001:44:36 0.546115D+02 0.100000D+52 628180 353906 001:45:06 0.546363D+02 0.100000D+52 631020 355525 001:45:36 0.546386D+02 0.100000D+52 633919 357155 001:46:06 0.546386D+02 0.100000D+52 637021 358908 001:46:36 0.546405D+02 0.100000D+52 640233+ 360799 001:47:06 0.546410D+02 0.100000D+52 643477 362687 001:47:36 0.546451D+02 0.100000D+52 647176+ 364818 001:48:06 0.546451D+02 0.100000D+52 650811+ 366908 001:48:37 0.546451D+02 0.100000D+52 654330 368924 001:49:07 0.546451D+02 0.100000D+52 657813 370849 001:49:37 0.546451D+02 0.100000D+52 661524+ 372891 001:50:07 0.546451D+02 0.100000D+52 665524+ 375086 001:50:37 0.546485D+02 0.100000D+52 668672 376906 001:51:07 0.546738D+02 0.100000D+52 672446+ 378958 001:51:37 0.546878D+02 0.100000D+52 676015+ 380838 001:52:07 0.547102D+02 0.100000D+52 679559 382728 001:52:37 0.547250D+02 0.100000D+52 682535+ 384454 001:53:07 0.547440D+02 0.100000D+52 685676+ 386301 001:53:37 0.547440D+02 0.100000D+52 689120+ 388143 001:54:07 0.547501D+02 0.100000D+52 692449 390057 001:54:37 0.547583D+02 0.100000D+52 696350+ 392196 001:55:07 0.547583D+02 0.100000D+52 700024+ 394188 001:55:37 0.547797D+02 0.100000D+52 703708 396069 001:56:07 0.547822D+02 0.100000D+52 707712+ 398182 001:56:37 0.547869D+02 0.100000D+52 711311+ 400134 001:57:07 0.548072D+02 0.100000D+52 714913+ 402095 001:57:37 0.548235D+02 0.100000D+52 718391+ 403892 001:58:07 0.548561D+02 0.100000D+52 721965 405886 001:58:37 0.548898D+02 0.100000D+52 726100 408124 001:59:07 0.548973D+02 0.100000D+52 729595+ 409808 001:59:37 0.548983D+02 0.100000D+52 732247 411252 002:00:00 0.549245D+02 0.100000D+52 *** Max. allowable CPU time exceeded *** *** No feasible solution was found *** LP subsolver time: 000:48:33, in seconds: 2913.04 NLP subsolver time: 000:59:25, in seconds: 3565.42 Cutting time: 000:00:47, in seconds: 46.89 All other time: 000:11:15, in seconds: 674.64 Total time elapsed: 002:00:00, in seconds: 7200.00 on parsing: 000:00:00, in seconds: 0.02 on preprocessing: 000:00:00, in seconds: 0.41 on navigating: 000:00:27, in seconds: 26.64 on relaxed: 000:18:24, in seconds: 1103.79 on local: 001:00:39, in seconds: 3638.91 on tightening: 000:04:00, in seconds: 239.95 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:36:30, in seconds: 2190.29 Total no. of BaR iterations: 732247 Best solution found at node: -3 Max. no. of nodes in memory: 411252 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 153212079 46.89 All done =========================================================================== *** Time or user interrupt, gap calculations *** are invalid because of an incomplete solution. *** No solution found - further Baron post processing aborted --- Restarting execution --- o9_ar4_1.gms(1057) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job o9_ar4_1.gms Stop 11/21/12 03:38:07 elapsed 2:00:20.453 @04 1353465487 ----------------------------- Mi 21. Nov 03:38:07 CET 2012 ----------------------------- =ready= Linux opt227 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/oaer.gms =========== ----------------------------- Mi 21. Nov 01:52:16 CET 2012 ----------------------------- @03 1353459136 --- Job oaer.gms Start 11/21/12 01:52:16 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- oaer.gms(64) 2 Mb --- Starting execution: elapsed 0:00:00.018 --- oaer.gms(59) 3 Mb --- Generating MINLP model m --- oaer.gms(64) 5 Mb --- 8 rows 10 columns 26 non-zeroes --- 13 nl-code 2 nl-non-zeroes --- 3 discrete-columns --- oaer.gms(64) 3 Mb --- Executing BARON: elapsed 0:00:00.022 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Preprocessing found feasible solution with value 0.000000000000D+00 Doing local search Preprocessing found feasible solution with value -.192309851406D+01 Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 71578416 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 -0.538889D+01 -0.192310D+01 1 0 000:00:00 -0.192310D+01 -0.192310D+01 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.00 NLP subsolver time: 000:00:00, in seconds: 0.01 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.04 Total time elapsed: 000:00:00, in seconds: 0.06 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.04 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.00 on local: 000:00:00, in seconds: 0.01 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: 1 Best solution found at node: 1 Max. no. of nodes in memory: 1 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 79 0.00 All done =========================================================================== Solution = -1.92310092415 found at node 1 Best possible = -1.9231026436 Absolute gap = 1.71945000015938E-6 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- oaer.gms(64) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job oaer.gms Stop 11/21/12 01:52:16 elapsed 0:00:00.154 @04 1353459136 ----------------------------- Mi 21. Nov 01:52:16 CET 2012 ----------------------------- =ready= Linux opt227 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/oil2.gms =========== ----------------------------- Mi 21. Nov 01:52:16 CET 2012 ----------------------------- @03 1353459136 --- Job oil2.gms Start 11/21/12 01:52:16 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- oil2.gms(3857) 2 Mb --- Starting execution: elapsed 0:00:00.078 --- oil2.gms(3852) 3 Mb --- Generating MINLP model m --- oil2.gms(3857) 6 Mb --- 927 rows 937 columns 2,215 non-zeroes --- 4,377 nl-code 440 nl-non-zeroes --- 2 discrete-columns --- oil2.gms(3857) 3 Mb --- Executing BARON: elapsed 0:00:00.097 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Preprocessing found feasible solution with value -.733110596465D+00 Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 920030 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:08 -0.764838D+00 -0.733111D+00 1 1 000:00:22 -0.733663D+00 -0.733111D+00 19 8 000:00:53 -0.733270D+00 -0.733111D+00 83 15 000:01:23 -0.733268D+00 -0.733111D+00 143 28 000:01:53 -0.733268D+00 -0.733111D+00 221 32 000:02:24 -0.733268D+00 -0.733111D+00 287 39 000:02:54 -0.733268D+00 -0.733111D+00 369 45 000:03:24 -0.733268D+00 -0.733111D+00 443 47 000:03:55 -0.733268D+00 -0.733111D+00 520 55 000:04:25 -0.733268D+00 -0.733111D+00 596 62 000:04:55 -0.733268D+00 -0.733111D+00 707 66 000:05:26 -0.733268D+00 -0.733111D+00 857 79 000:05:56 -0.733268D+00 -0.733111D+00 996 81 000:06:27 -0.733268D+00 -0.733111D+00 1127 81 000:06:57 -0.733268D+00 -0.733111D+00 1284 84 000:07:27 -0.733267D+00 -0.733111D+00 1420 94 000:07:57 -0.733267D+00 -0.733111D+00 1585 94 000:08:28 -0.733267D+00 -0.733111D+00 1725 95 000:08:58 -0.733267D+00 -0.733111D+00 1790 99 000:09:28 -0.733267D+00 -0.733111D+00 1918 103 000:09:59 -0.733267D+00 -0.733111D+00 2080 101 000:10:29 -0.733267D+00 -0.733111D+00 2225 104 000:11:00 -0.733267D+00 -0.733111D+00 2302 103 000:11:30 -0.733267D+00 -0.733111D+00 2385 109 000:12:01 -0.733267D+00 -0.733111D+00 2468 116 000:12:31 -0.733267D+00 -0.733111D+00 2541 120 000:13:02 -0.733267D+00 -0.733111D+00 2675 124 000:13:33 -0.733267D+00 -0.733111D+00 2751 118 000:14:03 -0.733267D+00 -0.733111D+00 2859 120 000:14:34 -0.733267D+00 -0.733111D+00 2969 124 000:15:04 -0.733267D+00 -0.733111D+00 3067 126 000:15:34 -0.733267D+00 -0.733111D+00 3179 133 000:16:05 -0.733267D+00 -0.733111D+00 3304 139 000:16:36 -0.733267D+00 -0.733111D+00 3358 145 000:17:06 -0.733267D+00 -0.733111D+00 3436 150 000:17:36 -0.733267D+00 -0.733111D+00 3492 156 000:18:07 -0.733267D+00 -0.733111D+00 3558 161 000:18:37 -0.733267D+00 -0.733111D+00 3633 162 000:19:07 -0.733267D+00 -0.733111D+00 3721 160 000:19:37 -0.733267D+00 -0.733111D+00 3813 165 000:20:07 -0.733267D+00 -0.733111D+00 3898 167 000:20:38 -0.733267D+00 -0.733111D+00 3966 177 000:21:08 -0.733267D+00 -0.733111D+00 4051 180 000:21:39 -0.733267D+00 -0.733111D+00 4169 182 000:22:09 -0.733267D+00 -0.733111D+00 4277 191 000:22:39 -0.733267D+00 -0.733111D+00 4365 193 000:23:09 -0.733267D+00 -0.733111D+00 4422 203 000:23:39 -0.733267D+00 -0.733111D+00 4494 206 000:24:10 -0.733267D+00 -0.733111D+00 4560 209 000:24:41 -0.733267D+00 -0.733111D+00 4631 206 000:25:11 -0.733267D+00 -0.733111D+00 4697 215 000:25:41 -0.733267D+00 -0.733111D+00 4767 221 000:26:11 -0.733267D+00 -0.733111D+00 4825 229 000:26:41 -0.733267D+00 -0.733111D+00 4880 237 000:27:12 -0.733267D+00 -0.733111D+00 4937 245 000:27:43 -0.733267D+00 -0.733111D+00 4999 251 000:28:13 -0.733267D+00 -0.733111D+00 5064 258 000:28:43 -0.733267D+00 -0.733111D+00 5141 260 000:29:14 -0.733267D+00 -0.733111D+00 5203 266 000:29:44 -0.733267D+00 -0.733111D+00 5265 269 000:30:14 -0.733267D+00 -0.733111D+00 5342 269 000:30:44 -0.733267D+00 -0.733111D+00 5433 277 000:31:15 -0.733267D+00 -0.733111D+00 5548 275 000:31:45 -0.733267D+00 -0.733111D+00 5608 278 000:32:15 -0.733267D+00 -0.733111D+00 5672 287 000:32:46 -0.733267D+00 -0.733111D+00 5803 293 000:33:16 -0.733267D+00 -0.733111D+00 5991 307 000:33:46 -0.733267D+00 -0.733111D+00 6151 322 000:34:17 -0.733267D+00 -0.733111D+00 6557 325 000:34:47 -0.733267D+00 -0.733111D+00 6737 330 000:35:17 -0.733267D+00 -0.733111D+00 7177 330 000:35:48 -0.733267D+00 -0.733111D+00 7447 338 000:36:18 -0.733267D+00 -0.733111D+00 7909 336 000:36:48 -0.733267D+00 -0.733111D+00 8235 348 000:37:18 -0.733267D+00 -0.733111D+00 8389 346 000:37:48 -0.733267D+00 -0.733111D+00 8461 348 000:38:19 -0.733267D+00 -0.733111D+00 8537 351 000:38:49 -0.733267D+00 -0.733111D+00 8625 361 000:39:19 -0.733267D+00 -0.733111D+00 8699 363 000:39:49 -0.733267D+00 -0.733111D+00 8756 369 000:40:20 -0.733267D+00 -0.733111D+00 8824 374 000:40:50 -0.733267D+00 -0.733111D+00 8897 376 000:41:21 -0.733267D+00 -0.733111D+00 8966 377 000:41:51 -0.733267D+00 -0.733111D+00 9041 381 000:42:21 -0.733267D+00 -0.733111D+00 9119 387 000:42:52 -0.733267D+00 -0.733111D+00 9198 393 000:43:22 -0.733267D+00 -0.733111D+00 9266 395 000:43:53 -0.733267D+00 -0.733111D+00 9413 406 000:44:23 -0.733267D+00 -0.733111D+00 9657 411 000:44:53 -0.733267D+00 -0.733111D+00 9799 423 000:45:23 -0.733267D+00 -0.733111D+00 9891 433 000:45:54 -0.733267D+00 -0.733111D+00 9958 434 000:46:24 -0.733267D+00 -0.733111D+00 10016 434 000:46:54 -0.733267D+00 -0.733111D+00 10081 434 000:47:25 -0.733267D+00 -0.733111D+00 10139 434 000:47:55 -0.733267D+00 -0.733111D+00 10202 434 000:48:26 -0.733267D+00 -0.733111D+00 10275 433 000:48:56 -0.733267D+00 -0.733111D+00 10340 436 000:49:26 -0.733267D+00 -0.733111D+00 10409 438 000:49:56 -0.733267D+00 -0.733111D+00 10537 443 000:50:26 -0.733267D+00 -0.733111D+00 10609 440 000:50:57 -0.733267D+00 -0.733111D+00 10665 446 000:51:27 -0.733267D+00 -0.733111D+00 10737 450 000:51:58 -0.733267D+00 -0.733111D+00 10795 457 000:52:28 -0.733267D+00 -0.733111D+00 10859 454 000:52:58 -0.733267D+00 -0.733111D+00 10922 458 000:53:28 -0.733267D+00 -0.733111D+00 10991 450 000:53:59 -0.733267D+00 -0.733111D+00 11070 437 000:54:29 -0.733267D+00 -0.733111D+00 11133 441 000:55:00 -0.733267D+00 -0.733111D+00 11200 439 000:55:30 -0.733267D+00 -0.733111D+00 11261 443 000:56:00 -0.733267D+00 -0.733111D+00 11347 445 000:56:31 -0.733267D+00 -0.733111D+00 11434 445 000:57:01 -0.733267D+00 -0.733111D+00 11496 447 000:57:31 -0.733267D+00 -0.733111D+00 11564 452 000:58:02 -0.733267D+00 -0.733111D+00 11621 454 000:58:33 -0.733267D+00 -0.733111D+00 11699 455 000:59:03 -0.733267D+00 -0.733111D+00 11771 458 000:59:34 -0.733267D+00 -0.733111D+00 11846 454 001:00:05 -0.733267D+00 -0.733111D+00 11945 452 001:00:36 -0.733267D+00 -0.733111D+00 12029 452 001:01:06 -0.733267D+00 -0.733111D+00 12109 450 001:01:36 -0.733267D+00 -0.733111D+00 12205 444 001:02:07 -0.733267D+00 -0.733111D+00 12265 440 001:02:37 -0.733267D+00 -0.733111D+00 12362 438 001:03:07 -0.733267D+00 -0.733111D+00 12487 435 001:03:38 -0.733267D+00 -0.733111D+00 12557 428 001:04:09 -0.733267D+00 -0.733111D+00 12638 419 001:04:39 -0.733267D+00 -0.733111D+00 12718 409 001:05:09 -0.733267D+00 -0.733111D+00 12789 402 001:05:40 -0.733267D+00 -0.733111D+00 12857 400 001:06:10 -0.733267D+00 -0.733111D+00 12931 399 001:06:40 -0.733267D+00 -0.733111D+00 13009 395 001:07:10 -0.733267D+00 -0.733111D+00 13067 396 001:07:41 -0.733267D+00 -0.733111D+00 13126 394 001:08:12 -0.733267D+00 -0.733111D+00 13186 398 001:08:42 -0.733267D+00 -0.733111D+00 13254 406 001:09:13 -0.733267D+00 -0.733111D+00 13300 416 001:09:43 -0.733267D+00 -0.733111D+00 13366 425 001:10:13 -0.733267D+00 -0.733111D+00 13424 430 001:10:44 -0.733267D+00 -0.733111D+00 13481 438 001:11:14 -0.733267D+00 -0.733111D+00 13538 446 001:11:45 -0.733267D+00 -0.733111D+00 13599 450 001:12:15 -0.733267D+00 -0.733111D+00 13651 459 001:12:45 -0.733267D+00 -0.733111D+00 13711 465 001:13:15 -0.733267D+00 -0.733111D+00 13767 470 001:13:45 -0.733267D+00 -0.733111D+00 13816 478 001:14:16 -0.733267D+00 -0.733111D+00 13868 487 001:14:46 -0.733267D+00 -0.733111D+00 13935 494 001:15:16 -0.733267D+00 -0.733111D+00 13997 498 001:15:46 -0.733267D+00 -0.733111D+00 14052 508 001:16:17 -0.733267D+00 -0.733111D+00 14112 515 001:16:47 -0.733267D+00 -0.733111D+00 14174 519 001:17:18 -0.733267D+00 -0.733111D+00 14229 530 001:17:48 -0.733267D+00 -0.733111D+00 14288 538 001:18:19 -0.733267D+00 -0.733111D+00 14345 548 001:18:50 -0.733267D+00 -0.733111D+00 14395 556 001:19:20 -0.733266D+00 -0.733111D+00 14455 564 001:19:51 -0.733266D+00 -0.733111D+00 14509 575 001:20:21 -0.733266D+00 -0.733111D+00 14635 587 001:20:51 -0.733266D+00 -0.733111D+00 14714 594 001:21:22 -0.733266D+00 -0.733111D+00 14782 602 001:21:52 -0.733266D+00 -0.733111D+00 14835 609 001:22:22 -0.733266D+00 -0.733111D+00 14930 620 001:22:53 -0.733266D+00 -0.733111D+00 14995 628 001:23:23 -0.733266D+00 -0.733111D+00 15052 639 001:23:54 -0.733266D+00 -0.733111D+00 15115 644 001:24:24 -0.733266D+00 -0.733111D+00 15172 654 001:24:54 -0.733266D+00 -0.733111D+00 15230 665 001:25:24 -0.733266D+00 -0.733111D+00 15290 673 001:25:55 -0.733266D+00 -0.733111D+00 15346 688 001:26:25 -0.733266D+00 -0.733111D+00 15408 696 001:26:55 -0.733266D+00 -0.733111D+00 15467 704 001:27:25 -0.733266D+00 -0.733111D+00 15515 718 001:27:55 -0.733266D+00 -0.733111D+00 15620 722 001:28:26 -0.733266D+00 -0.733111D+00 15670 735 001:28:57 -0.733266D+00 -0.733111D+00 15734 739 001:29:27 -0.733266D+00 -0.733111D+00 15793 746 001:29:57 -0.733266D+00 -0.733111D+00 15855 756 001:30:28 -0.733266D+00 -0.733111D+00 15915 764 001:30:58 -0.733266D+00 -0.733111D+00 15977 773 001:31:28 -0.733266D+00 -0.733111D+00 16031 783 001:31:59 -0.733266D+00 -0.733111D+00 16098 789 001:32:29 -0.733266D+00 -0.733111D+00 16159 796 001:32:59 -0.733266D+00 -0.733111D+00 16219 802 001:33:30 -0.733266D+00 -0.733111D+00 16270 806 001:34:00 -0.733266D+00 -0.733111D+00 16330 817 001:34:30 -0.733266D+00 -0.733111D+00 16390 829 001:35:01 -0.733266D+00 -0.733111D+00 16450 840 001:35:31 -0.733266D+00 -0.733111D+00 16505 852 001:36:02 -0.733266D+00 -0.733111D+00 16563 861 001:36:32 -0.733266D+00 -0.733111D+00 16625 869 001:37:03 -0.733266D+00 -0.733111D+00 16691 877 001:37:33 -0.733266D+00 -0.733111D+00 16751 887 001:38:04 -0.733266D+00 -0.733111D+00 16814 897 001:38:34 -0.733266D+00 -0.733111D+00 16868 911 001:39:05 -0.733266D+00 -0.733111D+00 16933 917 001:39:35 -0.733266D+00 -0.733111D+00 16988 931 001:40:06 -0.733266D+00 -0.733111D+00 17054 940 001:40:37 -0.733266D+00 -0.733111D+00 17120 941 001:41:07 -0.733266D+00 -0.733111D+00 17171 956 001:41:37 -0.733266D+00 -0.733111D+00 17224 971 001:42:07 -0.733266D+00 -0.733111D+00 17285 982 001:42:38 -0.733266D+00 -0.733111D+00 17343 988 001:43:08 -0.733266D+00 -0.733111D+00 17398 999 001:43:39 -0.733266D+00 -0.733111D+00 17465 1002 001:44:09 -0.733266D+00 -0.733111D+00 17523 1011 001:44:39 -0.733266D+00 -0.733111D+00 17587 1015 001:45:10 -0.733266D+00 -0.733111D+00 17640 1026 001:45:40 -0.733266D+00 -0.733111D+00 17692 1039 001:46:11 -0.733266D+00 -0.733111D+00 17759 1041 001:46:41 -0.733266D+00 -0.733111D+00 17889 1048 001:47:11 -0.733266D+00 -0.733111D+00 17970 1057 001:47:41 -0.733266D+00 -0.733111D+00 18027 1062 001:48:11 -0.733266D+00 -0.733111D+00 18089 1067 001:48:41 -0.733266D+00 -0.733111D+00 18154 1070 001:49:12 -0.733266D+00 -0.733111D+00 18219 1076 001:49:42 -0.733266D+00 -0.733111D+00 18273 1085 001:50:13 -0.733266D+00 -0.733111D+00 18328 1092 001:50:43 -0.733266D+00 -0.733111D+00 18379 1103 001:51:13 -0.733266D+00 -0.733111D+00 18437 1113 001:51:44 -0.733266D+00 -0.733111D+00 18501 1119 001:52:14 -0.733266D+00 -0.733111D+00 18552 1129 001:52:44 -0.733266D+00 -0.733111D+00 18608 1139 001:53:14 -0.733266D+00 -0.733111D+00 18674 1149 001:53:44 -0.733266D+00 -0.733111D+00 18741 1154 001:54:15 -0.733266D+00 -0.733111D+00 18813 1162 001:54:45 -0.733266D+00 -0.733111D+00 18867 1170 001:55:15 -0.733266D+00 -0.733111D+00 18929 1173 001:55:46 -0.733266D+00 -0.733111D+00 18991 1182 001:56:17 -0.733266D+00 -0.733111D+00 19045 1188 001:56:47 -0.733266D+00 -0.733111D+00 19103 1198 001:57:18 -0.733266D+00 -0.733111D+00 19165 1205 001:57:48 -0.733266D+00 -0.733111D+00 19220 1212 001:58:18 -0.733266D+00 -0.733111D+00 19284 1221 001:58:49 -0.733266D+00 -0.733111D+00 19342 1231 001:59:19 -0.733266D+00 -0.733111D+00 19403 1240 001:59:50 -0.733266D+00 -0.733111D+00 19417 1243 002:00:00 -0.733266D+00 -0.733111D+00 *** Max. allowable CPU time exceeded *** LP subsolver time: 001:56:16, in seconds: 6975.52 NLP subsolver time: 000:00:18, in seconds: 17.97 Cutting time: 000:00:20, in seconds: 19.97 All other time: 000:03:07, in seconds: 186.57 Total time elapsed: 002:00:00, in seconds: 7200.04 on parsing: 000:00:00, in seconds: 0.09 on preprocessing: 000:00:08, in seconds: 7.81 on navigating: 000:00:03, in seconds: 2.95 on relaxed: 001:56:18, in seconds: 6978.23 on local: 000:00:17, in seconds: 17.08 on tightening: 000:02:42, in seconds: 162.10 on marginals: 000:00:00, in seconds: 0.17 on probing: 000:00:32, in seconds: 31.61 Total no. of BaR iterations: 19417 Best solution found at node: -1 Max. no. of nodes in memory: 1243 Cut generation statistics (number of cuts / CPU sec) Bilinear 547 0.03 Multilinears 1467 0.04 Convexity 69560665 19.91 All done =========================================================================== Solution = -0.733110596465 best solution found during preprocessing Best possible = -0.7332663348 Absolute gap = 0.000155738335000044 optca = 1E-9 Relative gap = 0.00021 optcr = 1E-6 --- Restarting execution --- oil2.gms(3857) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job oil2.gms Stop 11/21/12 03:52:36 elapsed 2:00:19.996 @04 1353466356 ----------------------------- Mi 21. Nov 03:52:36 CET 2012 ----------------------------- =ready= Linux opt211 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/oil.gms =========== ----------------------------- Mi 21. Nov 01:53:32 CET 2012 ----------------------------- @03 1353459212 --- Job oil.gms Start 11/21/12 01:53:32 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- oil.gms(5697) 3 Mb --- Starting execution: elapsed 0:00:00.085 --- oil.gms(5692) 3 Mb --- Generating MINLP model m --- oil.gms(5697) 6 Mb --- 1,547 rows 1,536 columns 3,932 non-zeroes --- 6,265 nl-code 759 nl-non-zeroes --- 19 discrete-columns --- oil.gms(5697) 4 Mb --- Executing BARON: elapsed 0:00:00.112 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 589445 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:37 -0.309298D+01 0.127847D+03 1 1 000:01:03 -0.136122D+01 0.127847D+03 5 4 000:01:33 -0.136122D+01 0.127847D+03 12+ 5 000:02:08 -0.136105D+01 0.127847D+03 18 8 000:02:38 -0.136105D+01 0.127847D+03 21+ 10 000:03:09 -0.136105D+01 0.127847D+03 27+ 11 000:03:39 -0.136105D+01 0.127847D+03 37+ 19 000:04:10 -0.136095D+01 0.127847D+03 41+ 20 000:04:46 -0.136095D+01 0.127847D+03 47+ 25 000:05:16 -0.136094D+01 0.127847D+03 54+ 28 000:05:46 -0.136094D+01 0.127847D+03 61+ 33 000:06:17 -0.135981D+01 0.127847D+03 71+ 37 000:06:47 -0.135981D+01 0.127847D+03 81+ 42 000:07:17 -0.135981D+01 0.127847D+03 85+ 44 000:07:47 -0.135981D+01 0.127847D+03 101 52 000:08:17 -0.135981D+01 0.127847D+03 104+ 55 000:08:48 -0.135981D+01 0.127847D+03 113+ 59 000:09:18 -0.135981D+01 0.127847D+03 121+ 61 000:09:48 -0.135981D+01 0.127847D+03 127+ 64 000:10:19 -0.135981D+01 0.127847D+03 133+ 70 000:10:50 -0.135981D+01 0.127847D+03 139+ 73 000:11:20 -0.135981D+01 0.127847D+03 152 79 000:11:50 -0.135981D+01 0.127847D+03 158+ 81 000:12:22 -0.135981D+01 0.127847D+03 167+ 85 000:12:52 -0.135981D+01 0.127847D+03 173+ 87 000:13:23 -0.135981D+01 0.127847D+03 185 93 000:13:53 -0.135981D+01 0.127847D+03 198+ 97 000:14:24 -0.135981D+01 0.127847D+03 203+ 99 000:14:54 -0.135981D+01 0.127847D+03 212 105 000:15:24 -0.135981D+01 0.127847D+03 218+ 108 000:15:55 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001:43:17 -0.135980D+01 0.127847D+03 1942+ 890 001:43:48 -0.135980D+01 0.127847D+03 1952+ 896 001:44:18 -0.135980D+01 0.127847D+03 1961+ 900 001:44:50 -0.135980D+01 0.127847D+03 1966+ 903 001:45:21 -0.135980D+01 0.127847D+03 1973 907 001:45:52 -0.135980D+01 0.127847D+03 1979+ 910 001:46:23 -0.135980D+01 0.127847D+03 1988+ 915 001:46:53 -0.135980D+01 0.127847D+03 1996 920 001:47:23 -0.135980D+01 0.127847D+03 2008+ 924 001:47:54 -0.135980D+01 0.127847D+03 2014+ 929 001:48:25 -0.135980D+01 0.127847D+03 2021 934 001:48:55 -0.135980D+01 0.127847D+03 2036+ 939 001:49:26 -0.135980D+01 0.127847D+03 2044 944 001:49:57 -0.135980D+01 0.127847D+03 2050+ 948 001:50:27 -0.135980D+01 0.127847D+03 2057+ 953 001:50:57 -0.135980D+01 0.127847D+03 2063 956 001:51:27 -0.135980D+01 0.127847D+03 2075 962 001:51:58 -0.135980D+01 0.127847D+03 2089 969 001:52:28 -0.135980D+01 0.127847D+03 2101+ 972 001:52:59 -0.135980D+01 0.127847D+03 2109+ 973 001:53:30 -0.135980D+01 0.127847D+03 2122+ 976 001:54:00 -0.135980D+01 0.127847D+03 2133 982 001:54:30 -0.135980D+01 0.127847D+03 2141+ 987 001:55:01 -0.135980D+01 0.127847D+03 2148 990 001:55:31 -0.135980D+01 0.127847D+03 2156+ 996 001:56:01 -0.135980D+01 0.127847D+03 2162+ 1001 001:56:31 -0.135980D+01 0.127847D+03 2172 1008 001:57:01 -0.135980D+01 0.127847D+03 2178 1011 001:57:31 -0.135980D+01 0.127847D+03 2184+ 1015 001:58:02 -0.135980D+01 0.127847D+03 2197 1024 001:58:32 -0.135980D+01 0.127847D+03 2205+ 1028 001:59:02 -0.135980D+01 0.127847D+03 2208+ 1029 001:59:32 -0.135980D+01 0.127847D+03 2214 1033 002:00:00 -0.135980D+01 0.127847D+03 *** Max. allowable CPU time exceeded *** *** No feasible solution was found *** LP subsolver time: 001:48:48, in seconds: 6527.96 NLP subsolver time: 000:08:43, in seconds: 522.58 Cutting time: 000:00:27, in seconds: 26.74 All other time: 000:02:03, in seconds: 122.74 Total time elapsed: 002:00:00, in seconds: 7200.02 on parsing: 000:00:00, in seconds: 0.19 on preprocessing: 000:00:36, in seconds: 35.85 on navigating: 000:00:01, in seconds: 0.72 on relaxed: 000:11:17, in seconds: 677.17 on local: 000:08:31, in seconds: 510.68 on tightening: 000:01:15, in seconds: 74.94 on marginals: 000:00:00, in seconds: 0.03 on probing: 001:38:20, in seconds: 5900.44 Total no. of BaR iterations: 2214 Best solution found at node: -3 Max. no. of nodes in memory: 1033 Cut generation statistics (number of cuts / CPU sec) Bilinear 81985 0.40 Multilinears 36343 0.89 Convexity 89061912 25.46 All done =========================================================================== *** Time or user interrupt, gap calculations *** are invalid because of an incomplete solution. *** No solution found - further Baron post processing aborted --- Restarting execution --- oil.gms(5697) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job oil.gms Stop 11/21/12 03:53:51 elapsed 2:00:19.516 @04 1353466431 ----------------------------- Mi 21. Nov 03:53:51 CET 2012 ----------------------------- =ready= Linux opt214 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/ortez.gms =========== ----------------------------- Mi 21. Nov 01:56:29 CET 2012 ----------------------------- @03 1353459389 --- Job ortez.gms Start 11/21/12 01:56:29 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- ortez.gms(230) 2 Mb --- Starting execution: elapsed 0:00:00.012 --- ortez.gms(225) 3 Mb --- Generating MINLP model m --- ortez.gms(230) 5 Mb --- 75 rows 88 columns 269 non-zeroes --- 180 nl-code 54 nl-non-zeroes --- 18 discrete-columns --- ortez.gms(230) 3 Mb --- Executing BARON: elapsed 0:00:00.017 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 12412441 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 -0.150030D+05 0.539823D+03 * 1+ 1 000:00:00 -0.971667D+04 -0.454166D+02 * 1+ 1 000:00:00 -0.971667D+04 -0.454167D+02 1 1 000:00:00 -0.971667D+04 -0.454167D+02 * 2 2 000:00:00 -0.971667D+04 -0.487067D+04 * 8 6 000:00:00 -0.959186D+04 -0.491078D+04 * 8 2 000:00:00 -0.959186D+04 -0.953204D+04 9 0 000:00:00 -0.953205D+04 -0.953204D+04 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.04 NLP subsolver time: 000:00:00, in seconds: 0.16 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.06 Total time elapsed: 000:00:00, in seconds: 0.26 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.08 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.00 on local: 000:00:00, in seconds: 0.13 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.02 Total no. of BaR iterations: 9 Best solution found at node: 8 Max. no. of nodes in memory: 6 Cut generation statistics (number of cuts / CPU sec) Bilinear 3 0.00 Multilinears 0 0.00 Convexity 780 0.00 All done =========================================================================== Solution = -9532.03905335 found at node 8 Best possible = -9532.0485854 Absolute gap = 0.00953205000041635 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- ortez.gms(230) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job ortez.gms Stop 11/21/12 01:56:29 elapsed 0:00:00.339 @04 1353459389 ----------------------------- Mi 21. Nov 01:56:29 CET 2012 ----------------------------- =ready= Linux opt214 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/parallel.gms =========== ----------------------------- Mi 21. Nov 01:56:29 CET 2012 ----------------------------- @03 1353459389 --- Job parallel.gms Start 11/21/12 01:56:29 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- parallel.gms(387) 2 Mb --- Starting execution: elapsed 0:00:00.022 --- parallel.gms(382) 3 Mb --- Generating MINLP model m --- parallel.gms(387) 5 Mb --- 116 rows 206 columns 752 non-zeroes --- 751 nl-code 155 nl-non-zeroes --- 25 discrete-columns --- parallel.gms(387) 3 Mb --- Executing BARON: elapsed 0:00:00.027 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 4891462 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:03 -0.112906D+07 0.100000D+52 * 1+ 1 000:00:03 -0.107785D+06 0.498736D+05 * 1+ 1 000:00:03 -0.107785D+06 0.275137D+04 * 1+ 1 000:00:03 -0.106448D+06 0.275137D+04 * 1+ 1 000:00:03 -0.596470D+05 0.267840D+04 * 1+ 1 000:00:03 -0.596470D+05 0.267839D+04 * 1+ 1 000:00:03 -0.443921D+05 0.267839D+04 1 1 000:00:03 -0.370113D+05 0.267839D+04 * 5+ 4 000:00:03 -0.168493D+05 0.267839D+04 * 5+ 4 000:00:03 -0.168493D+05 0.267839D+04 * 7+ 5 000:00:03 -0.168493D+05 0.267838D+04 * 7+ 5 000:00:04 -0.168493D+05 0.267838D+04 * 7+ 5 000:00:04 -0.168493D+05 0.267838D+04 * 7+ 5 000:00:04 -0.168493D+05 0.267838D+04 * 7+ 5 000:00:04 -0.168493D+05 0.267837D+04 * 7+ 5 000:00:04 -0.168493D+05 0.267837D+04 * 10+ 7 000:00:04 -0.732397D+04 0.267837D+04 * 10+ 7 000:00:04 -0.732397D+04 0.267837D+04 * 12+ 8 000:00:04 -0.680957D+04 0.267836D+04 * 12+ 8 000:00:04 -0.680957D+04 0.266966D+04 * 17+ 11 000:00:04 -0.673638D+04 0.266966D+04 * 17+ 11 000:00:04 -0.673638D+04 0.266966D+04 * 17+ 11 000:00:04 -0.673638D+04 0.266966D+04 * 17+ 11 000:00:04 -0.673638D+04 0.266965D+04 * 22+ 13 000:00:04 -0.591264D+04 0.266965D+04 * 22+ 13 000:00:04 -0.591264D+04 0.266965D+04 * 22+ 13 000:00:04 -0.591264D+04 0.265505D+04 * 22+ 13 000:00:04 -0.591264D+04 0.265505D+04 * 22+ 13 000:00:04 -0.591264D+04 0.265504D+04 * 24+ 14 000:00:04 -0.586919D+04 0.265504D+04 * 24+ 14 000:00:04 -0.586919D+04 0.265504D+04 * 24+ 14 000:00:04 -0.586919D+04 0.265504D+04 * 24+ 14 000:00:04 -0.586919D+04 0.265503D+04 * 24+ 14 000:00:04 -0.586919D+04 0.265503D+04 * 24+ 14 000:00:04 -0.586919D+04 0.265503D+04 * 24+ 14 000:00:04 -0.586919D+04 0.265503D+04 * 24+ 14 000:00:04 -0.586919D+04 0.265502D+04 * 24+ 14 000:00:04 -0.586919D+04 0.265502D+04 * 24+ 14 000:00:04 -0.586919D+04 0.265502D+04 * 24+ 14 000:00:04 -0.586919D+04 0.265501D+04 * 24+ 14 000:00:04 -0.586919D+04 0.265501D+04 * 24+ 14 000:00:04 -0.586919D+04 0.265501D+04 * 24+ 14 000:00:04 -0.586919D+04 0.265501D+04 * 24+ 14 000:00:04 -0.586919D+04 0.265500D+04 * 24+ 14 000:00:04 -0.586919D+04 0.265500D+04 * 27+ 17 000:00:04 -0.586919D+04 0.265500D+04 * 29+ 17 000:00:05 -0.586919D+04 0.263295D+04 * 29+ 17 000:00:05 -0.586919D+04 0.263295D+04 * 32+ 20 000:00:05 -0.581697D+04 0.263294D+04 * 32+ 20 000:00:05 -0.581697D+04 0.144667D+04 * 32+ 20 000:00:05 -0.581697D+04 0.144666D+04 * 32+ 20 000:00:05 -0.581697D+04 0.144666D+04 * 32+ 20 000:00:05 -0.581697D+04 0.144666D+04 * 54+ 30 000:00:05 -0.402562D+04 0.144666D+04 * 54+ 30 000:00:05 -0.402562D+04 0.144666D+04 * 54+ 30 000:00:05 -0.402562D+04 0.144666D+04 * 54+ 30 000:00:05 -0.402562D+04 0.144666D+04 * 54+ 30 000:00:05 -0.402562D+04 0.144665D+04 * 54+ 30 000:00:05 -0.402562D+04 0.144665D+04 * 54+ 29 000:00:05 -0.402562D+04 0.111537D+04 * 54+ 29 000:00:05 -0.402562D+04 0.111537D+04 * 59+ 32 000:00:06 -0.400939D+04 0.111537D+04 * 59+ 32 000:00:06 -0.400939D+04 0.111537D+04 * 59+ 32 000:00:06 -0.400939D+04 0.111537D+04 * 59+ 32 000:00:06 -0.400939D+04 0.111537D+04 * 59+ 32 000:00:06 -0.400939D+04 0.111536D+04 * 59+ 32 000:00:06 -0.400939D+04 0.111536D+04 * 64+ 34 000:00:06 -0.394534D+04 0.111536D+04 * 64+ 34 000:00:06 -0.394534D+04 0.111536D+04 * 64+ 34 000:00:06 -0.394534D+04 0.111536D+04 * 69+ 35 000:00:06 -0.319257D+04 0.111536D+04 * 69+ 35 000:00:06 -0.319257D+04 0.111536D+04 * 69+ 35 000:00:06 -0.319257D+04 0.111536D+04 * 69+ 35 000:00:06 -0.319257D+04 0.111536D+04 * 69+ 35 000:00:06 -0.319257D+04 0.111535D+04 * 69+ 35 000:00:06 -0.319257D+04 0.111535D+04 * 69+ 35 000:00:06 -0.319257D+04 0.111535D+04 * 69+ 35 000:00:06 -0.319257D+04 0.111535D+04 * 69+ 35 000:00:06 -0.319257D+04 0.111535D+04 * 69+ 35 000:00:06 -0.319257D+04 0.111535D+04 * 69+ 35 000:00:06 -0.319257D+04 0.111535D+04 * 72+ 38 000:00:06 -0.234887D+04 0.111535D+04 * 72+ 37 000:00:06 -0.234887D+04 0.982982D+03 * 72+ 37 000:00:06 -0.234887D+04 0.982981D+03 * 74+ 37 000:00:06 -0.211145D+04 0.975462D+03 * 74+ 37 000:00:06 -0.211145D+04 0.975461D+03 * 74+ 37 000:00:06 -0.211145D+04 0.975461D+03 * 74+ 37 000:00:06 -0.211145D+04 0.975460D+03 * 74 37 000:00:06 -0.211145D+04 0.974730D+03 * 86+ 38 000:00:06 -0.175734D+04 0.926048D+03 * 86+ 38 000:00:06 -0.175734D+04 0.926047D+03 * 86+ 38 000:00:06 -0.175734D+04 0.926046D+03 * 90 39 000:00:06 -0.175482D+04 0.925750D+03 * 90+ 39 000:00:06 -0.175482D+04 0.925749D+03 * 90+ 39 000:00:06 -0.175482D+04 0.925748D+03 * 90+ 39 000:00:06 -0.175482D+04 0.925747D+03 * 90+ 39 000:00:06 -0.175482D+04 0.925746D+03 * 90+ 39 000:00:06 -0.175482D+04 0.925745D+03 * 90+ 39 000:00:07 -0.175482D+04 0.925744D+03 * 90+ 39 000:00:07 -0.175482D+04 0.925743D+03 * 90 39 000:00:07 -0.175482D+04 0.925143D+03 * 90+ 39 000:00:07 -0.175482D+04 0.925142D+03 * 90+ 39 000:00:07 -0.175482D+04 0.924809D+03 * 90+ 39 000:00:07 -0.175482D+04 0.924808D+03 * 118 46 000:00:07 -0.114435D+04 0.924533D+03 * 302 60 000:00:09 0.621198D+03 0.924521D+03 * 334 58 000:00:10 0.724017D+03 0.924483D+03 * 424 34 000:00:10 0.836086D+03 0.924374D+03 * 459 29 000:00:10 0.892858D+03 0.924251D+03 558 0 000:00:10 0.924250D+03 0.924251D+03 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:09, in seconds: 8.54 NLP subsolver time: 000:00:01, in seconds: 0.73 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:01, in seconds: 1.00 Total time elapsed: 000:00:10, in seconds: 10.27 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:03, in seconds: 2.70 on navigating: 000:00:00, in seconds: 0.10 on relaxed: 000:00:01, in seconds: 0.55 on local: 000:00:01, in seconds: 0.67 on tightening: 000:00:00, in seconds: 0.30 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:06, in seconds: 5.93 Total no. of BaR iterations: 558 Best solution found at node: 459 Max. no. of nodes in memory: 72 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 0 0.00 All done =========================================================================== Solution = 924.250615761 found at node 459 Best possible = 924.249691511 Absolute gap = 0.000924249999911808 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- parallel.gms(387) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job parallel.gms Stop 11/21/12 01:56:40 elapsed 0:00:10.397 @04 1353459400 ----------------------------- Mi 21. Nov 01:56:40 CET 2012 ----------------------------- =ready= Linux opt214 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/pb302035.gms =========== ----------------------------- Mi 21. Nov 01:56:40 CET 2012 ----------------------------- @03 1353459400 --- Job pb302035.gms Start 11/21/12 01:56:40 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- pb302035.gms(43540) 14 Mb --- pb302035.gms(75856) 23 Mb --- Starting execution: elapsed 0:00:00.912 --- pb302035.gms(75851) 24 Mb --- Generating MINLP model m --- pb302035.gms(117) 74 Mb --- pb302035.gms(117) 79 Mb --- pb302035.gms(75856) 79 Mb --- 51 rows 601 columns 1,801 non-zeroes --- 1,323,602 nl-code 600 nl-non-zeroes --- 600 discrete-columns --- pb302035.gms(75856) 71 Mb --- Executing BARON: elapsed 0:00:01.677 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Parsing and reformulating has thus far taken 30 secs Parsing and reformulating has thus far taken 60 secs Parsing and reformulating has thus far taken 90 secs Parsing and reformulating has thus far taken 121 secs Parsing and reformulating has thus far taken 151 secs Parsing and reformulating has thus far taken 181 secs Parsing and reformulating has thus far taken 212 secs Parsing and reformulating has thus far taken 242 secs Parsing and reformulating has thus far taken 273 secs Parsing and reformulating has thus far taken 304 secs Parsing and reformulating has thus far taken 335 secs Parsing and reformulating has thus far taken 366 secs Parsing and reformulating has thus far taken 397 secs Parsing and reformulating has thus far taken 428 secs Parsing and reformulating has thus far taken 459 secs Parsing and reformulating has thus far taken 491 secs Parsing and reformulating has thus far taken 522 secs Parsing and reformulating has thus far taken 554 secs Parsing and reformulating has thus far taken 585 secs Parsing and reformulating has thus far taken 616 secs Parsing and reformulating has thus far taken 649 secs Parsing and reformulating has thus far taken 681 secs Parsing and reformulating has thus far taken 711 secs Parsing and reformulating has thus far taken 742 secs Parsing and reformulating has thus far taken 774 secs Parsing and reformulating has thus far taken 807 secs Parsing and reformulating has thus far taken 841 secs Parsing and reformulating has thus far taken 871 secs Parsing and reformulating has thus far taken 902 secs Parsing and reformulating has thus far taken 934 secs Parsing and reformulating has thus far taken 967 secs Parsing and reformulating has thus far taken 1000 secs Parsing and reformulating has thus far taken 1035 secs Parsing and reformulating has thus far taken 1065 secs Parsing and reformulating has thus far taken 1095 secs Parsing and reformulating has thus far taken 1126 secs Parsing and reformulating has thus far taken 1158 secs Parsing and reformulating has thus far taken 1189 secs Parsing and reformulating has thus far taken 1221 secs Parsing and reformulating has thus far taken 1254 secs Parsing and reformulating has thus far taken 1287 secs Parsing and reformulating has thus far taken 1321 secs Parsing and reformulating has thus far taken 1355 secs Parsing and reformulating has thus far taken 1390 secs Parsing and reformulating has thus far taken 1426 secs Parsing and reformulating has thus far taken 1456 secs Parsing and reformulating has thus far taken 1487 secs Parsing and reformulating has thus far taken 1518 secs Parsing and reformulating has thus far taken 1549 secs Parsing and reformulating has thus far taken 1581 secs Parsing and reformulating has thus far taken 1613 secs Parsing and reformulating has thus far taken 1646 secs Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Preprocessing found feasible solution with value 0.443222500000D+07 Starting preprocessing LPs Estimated remaining time for preprocessing LPs is 4451 secs Estimated remaining time for preprocessing LPs is 6042 secs Estimated remaining time for preprocessing LPs is 6862 secs Estimated remaining time for preprocessing LPs is 7355 secs Estimated remaining time for preprocessing LPs is 7690 secs Estimated remaining time for preprocessing LPs is 7921 secs Estimated remaining time for preprocessing LPs is 8087 secs Estimated remaining time for preprocessing LPs is 8211 secs Estimated remaining time for preprocessing LPs is 8305 secs Estimated remaining time for preprocessing LPs is 8376 secs Estimated remaining time for preprocessing LPs is 8436 secs Estimated remaining time for preprocessing LPs is 8485 secs Estimated remaining time for preprocessing LPs is 8522 secs Estimated remaining time for preprocessing LPs is 8549 secs Estimated remaining time for preprocessing LPs is 8569 secs Estimated remaining time for preprocessing LPs is 8584 secs Estimated remaining time for preprocessing LPs is 8592 secs Estimated remaining time for preprocessing LPs is 8598 secs Estimated remaining time for preprocessing LPs is 8602 secs Estimated remaining time for preprocessing LPs is 8602 secs Estimated remaining time for preprocessing LPs is 8599 secs Estimated remaining time for preprocessing LPs is 8594 secs Estimated remaining time for preprocessing LPs is 8585 secs Estimated remaining time for preprocessing LPs is 8574 secs Estimated remaining time for preprocessing LPs is 8562 secs Estimated remaining time for preprocessing LPs is 8550 secs Estimated remaining time for preprocessing LPs is 8537 secs Estimated remaining time for preprocessing LPs is 8520 secs Estimated remaining time for preprocessing LPs is 8503 secs Estimated remaining time for preprocessing LPs is 8487 secs Estimated remaining time for preprocessing LPs is 8469 secs Estimated remaining time for preprocessing LPs is 8450 secs Estimated remaining time for preprocessing LPs is 8431 secs Estimated remaining time for preprocessing LPs is 8411 secs Estimated remaining time for preprocessing LPs is 8389 secs Estimated remaining time for preprocessing LPs is 8367 secs Estimated remaining time for preprocessing LPs is 8346 secs Estimated remaining time for preprocessing LPs is 8324 secs Estimated remaining time for preprocessing LPs is 8302 secs Estimated remaining time for preprocessing LPs is 8279 secs Estimated remaining time for preprocessing LPs is 8256 secs Estimated remaining time for preprocessing LPs is 8233 secs Estimated remaining time for preprocessing LPs is 8210 secs Estimated remaining time for preprocessing LPs is 8187 secs Estimated remaining time for preprocessing LPs is 8164 secs Estimated remaining time for preprocessing LPs is 8141 secs Estimated remaining time for preprocessing LPs is 8117 secs Estimated remaining time for preprocessing LPs is 8092 secs Estimated remaining time for preprocessing LPs is 8067 secs Estimated remaining time for preprocessing LPs is 8043 secs Estimated remaining time for preprocessing LPs is 8018 secs Estimated remaining time for preprocessing LPs is 7993 secs Estimated remaining time for preprocessing LPs is 7968 secs Estimated remaining time for preprocessing LPs is 7943 secs Estimated remaining time for preprocessing LPs is 7917 secs Estimated remaining time for preprocessing LPs is 7891 secs Estimated remaining time for preprocessing LPs is 7864 secs Estimated remaining time for preprocessing LPs is 7838 secs Estimated remaining time for preprocessing LPs is 7811 secs Estimated remaining time for preprocessing LPs is 7785 secs Estimated remaining time for preprocessing LPs is 7759 secs Estimated remaining time for preprocessing LPs is 7732 secs Estimated remaining time for preprocessing LPs is 7706 secs Estimated remaining time for preprocessing LPs is 7679 secs Estimated remaining time for preprocessing LPs is 7652 secs Estimated remaining time for preprocessing LPs is 7625 secs Estimated remaining time for preprocessing LPs is 7599 secs Estimated remaining time for preprocessing LPs is 7571 secs Estimated remaining time for preprocessing LPs is 7543 secs Estimated remaining time for preprocessing LPs is 7516 secs Estimated remaining time for preprocessing LPs is 7488 secs Estimated remaining time for preprocessing LPs is 7460 secs Estimated remaining time for preprocessing LPs is 7433 secs Estimated remaining time for preprocessing LPs is 7404 secs Estimated remaining time for preprocessing LPs is 7376 secs Estimated remaining time for preprocessing LPs is 7348 secs Estimated remaining time for preprocessing LPs is 7320 secs Estimated remaining time for preprocessing LPs is 7292 secs Estimated remaining time for preprocessing LPs is 7264 secs Estimated remaining time for preprocessing LPs is 7236 secs Estimated remaining time for preprocessing LPs is 7207 secs Estimated remaining time for preprocessing LPs is 7179 secs Estimated remaining time for preprocessing LPs is 7151 secs Estimated remaining time for preprocessing LPs is 7123 secs Estimated remaining time for preprocessing LPs is 7095 secs Estimated remaining time for preprocessing LPs is 7066 secs Estimated remaining time for preprocessing LPs is 7038 secs Estimated remaining time for preprocessing LPs is 7009 secs Estimated remaining time for preprocessing LPs is 6981 secs Estimated remaining time for preprocessing LPs is 6952 secs Estimated remaining time for preprocessing LPs is 6923 secs Estimated remaining time for preprocessing LPs is 6895 secs Estimated remaining time for preprocessing LPs is 6866 secs Estimated remaining time for preprocessing LPs is 6837 secs Estimated remaining time for preprocessing LPs is 6808 secs Estimated remaining time for preprocessing LPs is 6779 secs Estimated remaining time for preprocessing LPs is 6751 secs Estimated remaining time for preprocessing LPs is 6722 secs Estimated remaining time for preprocessing LPs is 6693 secs Estimated remaining time for preprocessing LPs is 6664 secs Estimated remaining time for preprocessing LPs is 6635 secs Estimated remaining time for preprocessing LPs is 6606 secs Estimated remaining time for preprocessing LPs is 6578 secs Estimated remaining time for preprocessing LPs is 6549 secs Estimated remaining time for preprocessing LPs is 6520 secs Estimated remaining time for preprocessing LPs is 6491 secs Estimated remaining time for preprocessing LPs is 6462 secs Estimated remaining time for preprocessing LPs is 6433 secs Estimated remaining time for preprocessing LPs is 6404 secs Estimated remaining time for preprocessing LPs is 6375 secs Estimated remaining time for preprocessing LPs is 6346 secs Estimated remaining time for preprocessing LPs is 6317 secs Estimated remaining time for preprocessing LPs is 6287 secs Estimated remaining time for preprocessing LPs is 6258 secs Estimated remaining time for preprocessing LPs is 6229 secs Estimated remaining time for preprocessing LPs is 6200 secs Estimated remaining time for preprocessing LPs is 6171 secs Estimated remaining time for preprocessing LPs is 6142 secs Estimated remaining time for preprocessing LPs is 6113 secs Estimated remaining time for preprocessing LPs is 6084 secs Estimated remaining time for preprocessing LPs is 6055 secs Estimated remaining time for preprocessing LPs is 6025 secs Estimated remaining time for preprocessing LPs is 5997 secs Estimated remaining time for preprocessing LPs is 5967 secs Estimated remaining time for preprocessing LPs is 5938 secs Estimated remaining time for preprocessing LPs is 5909 secs Estimated remaining time for preprocessing LPs is 5879 secs Estimated remaining time for preprocessing LPs is 5850 secs Estimated remaining time for preprocessing LPs is 5821 secs Estimated remaining time for preprocessing LPs is 5792 secs Estimated remaining time for preprocessing LPs is 5762 secs Estimated remaining time for preprocessing LPs is 5733 secs Estimated remaining time for preprocessing LPs is 5704 secs Estimated remaining time for preprocessing LPs is 5674 secs Estimated remaining time for preprocessing LPs is 5645 secs Estimated remaining time for preprocessing LPs is 5616 secs Estimated remaining time for preprocessing LPs is 5587 secs Estimated remaining time for preprocessing LPs is 5557 secs Estimated remaining time for preprocessing LPs is 5528 secs Estimated remaining time for preprocessing LPs is 5499 secs Estimated remaining time for preprocessing LPs is 5469 secs Estimated remaining time for preprocessing LPs is 5440 secs Estimated remaining time for preprocessing LPs is 5411 secs Estimated remaining time for preprocessing LPs is 5381 secs Estimated remaining time for preprocessing LPs is 5352 secs Estimated remaining time for preprocessing LPs is 5322 secs Estimated remaining time for preprocessing LPs is 5293 secs Estimated remaining time for preprocessing LPs is 5263 secs Estimated remaining time for preprocessing LPs is 5234 secs Estimated remaining time for preprocessing LPs is 5204 secs Estimated remaining time for preprocessing LPs is 5175 secs Estimated remaining time for preprocessing LPs is 5146 secs Estimated remaining time for preprocessing LPs is 5116 secs Estimated remaining time for preprocessing LPs is 5087 secs Estimated remaining time for preprocessing LPs is 5057 secs Estimated remaining time for preprocessing LPs is 5028 secs Estimated remaining time for preprocessing LPs is 4998 secs Estimated remaining time for preprocessing LPs is 4968 secs Estimated remaining time for preprocessing LPs is 4939 secs Estimated remaining time for preprocessing LPs is 4909 secs Estimated remaining time for preprocessing LPs is 4880 secs Estimated remaining time for preprocessing LPs is 4850 secs Estimated remaining time for preprocessing LPs is 4820 secs Estimated remaining time for preprocessing LPs is 4791 secs Estimated remaining time for preprocessing LPs is 4761 secs Estimated remaining time for preprocessing LPs is 4731 secs Estimated remaining time for preprocessing LPs is 4702 secs Estimated remaining time for preprocessing LPs is 4672 secs Estimated remaining time for preprocessing LPs is 4642 secs Estimated remaining time for preprocessing LPs is 4613 secs Estimated remaining time for preprocessing LPs is 4583 secs Estimated remaining time for preprocessing LPs is 4553 secs Estimated remaining time for preprocessing LPs is 4523 secs Estimated remaining time for preprocessing LPs is 4494 secs Estimated remaining time for preprocessing LPs is 4464 secs Estimated remaining time for preprocessing LPs is 4434 secs Estimated remaining time for preprocessing LPs is 4404 secs Estimated remaining time for preprocessing LPs is 4374 secs Estimated remaining time for preprocessing LPs is 4344 secs Estimated remaining time for preprocessing LPs is 4314 secs Estimated remaining time for preprocessing LPs is 4284 secs Estimated remaining time for preprocessing LPs is 4255 secs Estimated remaining time for preprocessing LPs is 4225 secs Estimated remaining time for preprocessing LPs is 4196 secs Lower bound is 0.403709000000D+06 *** Max. allowable CPU time exceeded *** LP subsolver time: 001:01:28, in seconds: 3688.34 NLP subsolver time: 000:00:00, in seconds: 0.30 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:58:31, in seconds: 3511.38 Total time elapsed: 002:00:00, in seconds: 7200.02 on parsing: 000:27:40, in seconds: 1659.54 on preprocessing: 001:32:20, in seconds: 5540.48 on navigating: 000:00:00, in seconds: 0.00 on relaxed: 000:00:00, in seconds: 0.00 on local: 000:00:00, in seconds: 0.00 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: -1 Best solution found at node: -1 Max. no. of nodes in memory: 0 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.22 Multilinears 0 1.78 Convexity 0 0.00 All done =========================================================================== Solution = 4432225 best solution found during preprocessing Best possible = 403709 Absolute gap = 4028516 optca = 1E-9 Relative gap = 9.97876 optcr = 1E-6 --- Restarting execution --- pb302035.gms(75856) 23 Mb --- Reading solution for model m *** Status: Normal completion --- Job pb302035.gms Stop 11/21/12 03:57:02 elapsed 2:00:22.372 @04 1353466622 ----------------------------- Mi 21. Nov 03:57:02 CET 2012 ----------------------------- =ready= Linux opt230 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/pb302055.gms =========== ----------------------------- Mi 21. Nov 02:03:06 CET 2012 ----------------------------- @03 1353459786 --- Job pb302055.gms Start 11/21/12 02:03:06 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- pb302055.gms(30836) 11 Mb --- pb302055.gms(72539) 22 Mb --- pb302055.gms(75950) 23 Mb --- Starting execution: elapsed 0:00:01.093 --- pb302055.gms(75945) 24 Mb --- Generating MINLP model m --- pb302055.gms(117) 77 Mb --- pb302055.gms(75950) 79 Mb --- 51 rows 601 columns 1,801 non-zeroes --- 1,323,602 nl-code 600 nl-non-zeroes --- 600 discrete-columns --- pb302055.gms(75950) 71 Mb --- Executing BARON: elapsed 0:00:01.855 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Parsing and reformulating has thus far taken 30 secs Parsing and reformulating has thus far taken 60 secs Parsing and reformulating has thus far taken 91 secs Parsing and reformulating has thus far taken 121 secs Parsing and reformulating has thus far taken 152 secs Parsing and reformulating has thus far taken 182 secs Parsing and reformulating has thus far taken 213 secs Parsing and reformulating has thus far taken 243 secs Parsing and reformulating has thus far taken 273 secs Parsing and reformulating has thus far taken 303 secs Parsing and reformulating has thus far taken 335 secs Parsing and reformulating has thus far taken 367 secs Parsing and reformulating has thus far taken 399 secs Parsing and reformulating has thus far taken 431 secs Parsing and reformulating has thus far taken 462 secs Parsing and reformulating has thus far taken 493 secs Parsing and reformulating has thus far taken 523 secs Parsing and reformulating has thus far taken 555 secs Parsing and reformulating has thus far taken 588 secs Parsing and reformulating has thus far taken 619 secs Parsing and reformulating has thus far taken 651 secs Parsing and reformulating has thus far taken 685 secs Parsing and reformulating has thus far taken 716 secs Parsing and reformulating has thus far taken 747 secs Parsing and reformulating has thus far taken 780 secs Parsing and reformulating has thus far taken 813 secs Parsing and reformulating has thus far taken 847 secs Parsing and reformulating has thus far taken 877 secs Parsing and reformulating has thus far taken 909 secs Parsing and reformulating has thus far taken 941 secs Parsing and reformulating has thus far taken 974 secs Parsing and reformulating has thus far taken 1007 secs Parsing and reformulating has thus far taken 1042 secs Parsing and reformulating has thus far taken 1077 secs Parsing and reformulating has thus far taken 1107 secs Parsing and reformulating has thus far taken 1138 secs Parsing and reformulating has thus far taken 1170 secs Parsing and reformulating has thus far taken 1202 secs Parsing and reformulating has thus far taken 1234 secs Parsing and reformulating has thus far taken 1268 secs Parsing and reformulating has thus far taken 1302 secs Parsing and reformulating has thus far taken 1336 secs Parsing and reformulating has thus far taken 1371 secs Parsing and reformulating has thus far taken 1406 secs Parsing and reformulating has thus far taken 1442 secs Parsing and reformulating has thus far taken 1472 secs Parsing and reformulating has thus far taken 1502 secs Parsing and reformulating has thus far taken 1533 secs Parsing and reformulating has thus far taken 1565 secs Parsing and reformulating has thus far taken 1597 secs Parsing and reformulating has thus far taken 1632 secs Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Estimated remaining time for preprocessing LPs is 4708 secs Estimated remaining time for preprocessing LPs is 6327 secs Estimated remaining time for preprocessing LPs is 7154 secs Estimated remaining time for preprocessing LPs is 7654 secs Estimated remaining time for preprocessing LPs is 7985 secs Estimated remaining time for preprocessing LPs is 8221 secs Estimated remaining time for preprocessing LPs is 8383 secs Estimated remaining time for preprocessing LPs is 8504 secs Estimated remaining time for preprocessing LPs is 8601 secs Estimated remaining time for preprocessing LPs is 8672 secs Estimated remaining time for preprocessing LPs is 8726 secs Estimated remaining time for preprocessing LPs is 8764 secs Estimated remaining time for preprocessing LPs is 8794 secs Estimated remaining time for preprocessing LPs is 8823 secs Estimated remaining time for preprocessing LPs is 8844 secs Estimated remaining time for preprocessing LPs is 8853 secs Estimated remaining time for preprocessing LPs is 8860 secs Estimated remaining time for preprocessing LPs is 8860 secs Estimated remaining time for preprocessing LPs is 8857 secs Estimated remaining time for preprocessing LPs is 8854 secs Estimated remaining time for preprocessing LPs is 8848 secs Estimated remaining time for preprocessing LPs is 8839 secs Estimated remaining time for preprocessing LPs is 8827 secs Estimated remaining time for preprocessing LPs is 8815 secs Estimated remaining time for preprocessing LPs is 8801 secs Estimated remaining time for preprocessing LPs is 8785 secs Estimated remaining time for preprocessing LPs is 8770 secs Estimated remaining time for preprocessing LPs is 8753 secs Estimated remaining time for preprocessing LPs is 8735 secs Estimated remaining time for preprocessing LPs is 8718 secs Estimated remaining time for preprocessing LPs is 8700 secs Estimated remaining time for preprocessing LPs is 8680 secs Estimated remaining time for preprocessing LPs is 8658 secs Estimated remaining time for preprocessing LPs is 8637 secs Estimated remaining time for preprocessing LPs is 8616 secs Estimated remaining time for preprocessing LPs is 8599 secs Estimated remaining time for preprocessing LPs is 8578 secs Estimated remaining time for preprocessing LPs is 8554 secs Estimated remaining time for preprocessing LPs is 8530 secs Estimated remaining time for preprocessing LPs is 8507 secs Estimated remaining time for preprocessing LPs is 8483 secs Estimated remaining time for preprocessing LPs is 8458 secs Estimated remaining time for preprocessing LPs is 8434 secs Estimated remaining time for preprocessing LPs is 8409 secs Estimated remaining time for preprocessing LPs is 8384 secs Estimated remaining time for preprocessing LPs is 8358 secs Estimated remaining time for preprocessing LPs is 8332 secs Estimated remaining time for preprocessing LPs is 8307 secs Estimated remaining time for preprocessing LPs is 8280 secs Estimated remaining time for preprocessing LPs is 8254 secs Estimated remaining time for preprocessing LPs is 8229 secs Estimated remaining time for preprocessing LPs is 8204 secs Estimated remaining time for preprocessing LPs is 8177 secs Estimated remaining time for preprocessing LPs is 8150 secs Estimated remaining time for preprocessing LPs is 8123 secs Estimated remaining time for preprocessing LPs is 8097 secs Estimated remaining time for preprocessing LPs is 8072 secs Estimated remaining time for preprocessing LPs is 8045 secs Estimated remaining time for preprocessing LPs is 8018 secs Estimated remaining time for preprocessing LPs is 7990 secs Estimated remaining time for preprocessing LPs is 7963 secs Estimated remaining time for preprocessing LPs is 7935 secs Estimated remaining time for preprocessing LPs is 7907 secs Estimated remaining time for preprocessing LPs is 7880 secs Estimated remaining time for preprocessing LPs is 7853 secs Estimated remaining time for preprocessing LPs is 7825 secs Estimated remaining time for preprocessing LPs is 7798 secs Estimated remaining time for preprocessing LPs is 7770 secs Estimated remaining time for preprocessing LPs is 7743 secs Estimated remaining time for preprocessing LPs is 7715 secs Estimated remaining time for preprocessing LPs is 7554 secs Estimated remaining time for preprocessing LPs is 7528 secs Estimated remaining time for preprocessing LPs is 7502 secs Estimated remaining time for preprocessing LPs is 7476 secs Estimated remaining time for preprocessing LPs is 7327 secs Estimated remaining time for preprocessing LPs is 7302 secs Estimated remaining time for preprocessing LPs is 7277 secs Estimated remaining time for preprocessing LPs is 7252 secs Estimated remaining time for preprocessing LPs is 7226 secs Estimated remaining time for preprocessing LPs is 7201 secs Estimated remaining time for preprocessing LPs is 7176 secs Estimated remaining time for preprocessing LPs is 7150 secs Estimated remaining time for preprocessing LPs is 7124 secs Estimated remaining time for preprocessing LPs is 7098 secs Estimated remaining time for preprocessing LPs is 7072 secs Estimated remaining time for preprocessing LPs is 7046 secs Estimated remaining time for preprocessing LPs is 7019 secs Estimated remaining time for preprocessing LPs is 6993 secs Estimated remaining time for preprocessing LPs is 6967 secs Estimated remaining time for preprocessing LPs is 6941 secs Estimated remaining time for preprocessing LPs is 6914 secs Estimated remaining time for preprocessing LPs is 6888 secs Estimated remaining time for preprocessing LPs is 6861 secs Estimated remaining time for preprocessing LPs is 6835 secs Estimated remaining time for preprocessing LPs is 6809 secs Estimated remaining time for preprocessing LPs is 6782 secs Estimated remaining time for preprocessing LPs is 6755 secs Estimated remaining time for preprocessing LPs is 6728 secs Estimated remaining time for preprocessing LPs is 6701 secs Estimated remaining time for preprocessing LPs is 6674 secs Estimated remaining time for preprocessing LPs is 6647 secs Estimated remaining time for preprocessing LPs is 6620 secs Estimated remaining time for preprocessing LPs is 6592 secs Estimated remaining time for preprocessing LPs is 6565 secs Estimated remaining time for preprocessing LPs is 6538 secs Estimated remaining time for preprocessing LPs is 6510 secs Estimated remaining time for preprocessing LPs is 6483 secs Estimated remaining time for preprocessing LPs is 6456 secs Estimated remaining time for preprocessing LPs is 6429 secs Estimated remaining time for preprocessing LPs is 6401 secs Estimated remaining time for preprocessing LPs is 6373 secs Estimated remaining time for preprocessing LPs is 6269 secs Estimated remaining time for preprocessing LPs is 6243 secs Estimated remaining time for preprocessing LPs is 6215 secs Estimated remaining time for preprocessing LPs is 6188 secs Estimated remaining time for preprocessing LPs is 6161 secs Estimated remaining time for preprocessing LPs is 6134 secs Estimated remaining time for preprocessing LPs is 6106 secs Estimated remaining time for preprocessing LPs is 6079 secs Estimated remaining time for preprocessing LPs is 6051 secs Estimated remaining time for preprocessing LPs is 6024 secs Estimated remaining time for preprocessing LPs is 5996 secs Estimated remaining time for preprocessing LPs is 5969 secs Estimated remaining time for preprocessing LPs is 5941 secs Estimated remaining time for preprocessing LPs is 5914 secs Estimated remaining time for preprocessing LPs is 5886 secs Estimated remaining time for preprocessing LPs is 5858 secs Estimated remaining time for preprocessing LPs is 5831 secs Estimated remaining time for preprocessing LPs is 5803 secs Estimated remaining time for preprocessing LPs is 5776 secs Estimated remaining time for preprocessing LPs is 5748 secs Estimated remaining time for preprocessing LPs is 5720 secs Estimated remaining time for preprocessing LPs is 5693 secs Estimated remaining time for preprocessing LPs is 5664 secs Estimated remaining time for preprocessing LPs is 5637 secs Estimated remaining time for preprocessing LPs is 5608 secs Estimated remaining time for preprocessing LPs is 5580 secs Estimated remaining time for preprocessing LPs is 5552 secs Estimated remaining time for preprocessing LPs is 5524 secs Estimated remaining time for preprocessing LPs is 5496 secs Estimated remaining time for preprocessing LPs is 5467 secs Estimated remaining time for preprocessing LPs is 5439 secs Estimated remaining time for preprocessing LPs is 5411 secs Estimated remaining time for preprocessing LPs is 5383 secs Estimated remaining time for preprocessing LPs is 5354 secs Estimated remaining time for preprocessing LPs is 5326 secs Estimated remaining time for preprocessing LPs is 5299 secs Estimated remaining time for preprocessing LPs is 5270 secs Estimated remaining time for preprocessing LPs is 5242 secs Estimated remaining time for preprocessing LPs is 5213 secs Estimated remaining time for preprocessing LPs is 5185 secs Estimated remaining time for preprocessing LPs is 5156 secs Estimated remaining time for preprocessing LPs is 5128 secs Estimated remaining time for preprocessing LPs is 5099 secs Estimated remaining time for preprocessing LPs is 5071 secs Estimated remaining time for preprocessing LPs is 5042 secs Estimated remaining time for preprocessing LPs is 5013 secs Estimated remaining time for preprocessing LPs is 4984 secs Estimated remaining time for preprocessing LPs is 4956 secs Estimated remaining time for preprocessing LPs is 4927 secs Estimated remaining time for preprocessing LPs is 4899 secs Estimated remaining time for preprocessing LPs is 4870 secs Estimated remaining time for preprocessing LPs is 4842 secs Estimated remaining time for preprocessing LPs is 4813 secs Estimated remaining time for preprocessing LPs is 4785 secs Estimated remaining time for preprocessing LPs is 4756 secs Estimated remaining time for preprocessing LPs is 4727 secs Estimated remaining time for preprocessing LPs is 4698 secs Estimated remaining time for preprocessing LPs is 4669 secs Estimated remaining time for preprocessing LPs is 4640 secs Estimated remaining time for preprocessing LPs is 4611 secs Estimated remaining time for preprocessing LPs is 4582 secs Estimated remaining time for preprocessing LPs is 4553 secs Estimated remaining time for preprocessing LPs is 4524 secs Estimated remaining time for preprocessing LPs is 4495 secs Estimated remaining time for preprocessing LPs is 4466 secs Estimated remaining time for preprocessing LPs is 4437 secs Estimated remaining time for preprocessing LPs is 4409 secs Estimated remaining time for preprocessing LPs is 4380 secs Estimated remaining time for preprocessing LPs is 4351 secs Estimated remaining time for preprocessing LPs is 4322 secs Estimated remaining time for preprocessing LPs is 4293 secs Estimated remaining time for preprocessing LPs is 4264 secs Estimated remaining time for preprocessing LPs is 4234 secs Estimated remaining time for preprocessing LPs is 4205 secs Lower bound is 0.435301000000D+06 *** Max. allowable CPU time exceeded *** *** No feasible solution was found *** LP subsolver time: 001:03:12, in seconds: 3791.87 NLP subsolver time: 000:00:00, in seconds: 0.15 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:56:48, in seconds: 3408.00 Total time elapsed: 002:00:00, in seconds: 7200.02 on parsing: 000:27:16, in seconds: 1635.88 on preprocessing: 001:32:44, in seconds: 5564.14 on navigating: 000:00:00, in seconds: 0.00 on relaxed: 000:00:00, in seconds: 0.00 on local: 000:00:00, in seconds: 0.00 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: -1 Best solution found at node: -3 Max. no. of nodes in memory: 0 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.22 Multilinears 0 1.77 Convexity 0 0.00 All done =========================================================================== *** Time or user interrupt, gap calculations *** are invalid because of an incomplete solution. *** No solution found - further Baron post processing aborted --- Restarting execution --- pb302055.gms(75950) 23 Mb --- Reading solution for model m *** Status: Normal completion --- Job pb302055.gms Stop 11/21/12 04:03:29 elapsed 2:00:22.589 @04 1353467009 ----------------------------- Mi 21. Nov 04:03:29 CET 2012 ----------------------------- =ready= Linux opt225 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/pb302075.gms =========== ----------------------------- Mi 21. Nov 02:05:47 CET 2012 ----------------------------- @03 1353459947 --- Job pb302075.gms Start 11/21/12 02:05:47 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- pb302075.gms(29686) 11 Mb --- pb302075.gms(67680) 21 Mb --- pb302075.gms(75819) 23 Mb --- Starting execution: elapsed 0:00:01.145 --- pb302075.gms(75814) 24 Mb --- Generating MINLP model m --- pb302075.gms(117) 76 Mb --- pb302075.gms(75819) 79 Mb --- 51 rows 601 columns 1,801 non-zeroes --- 1,323,602 nl-code 600 nl-non-zeroes --- 600 discrete-columns --- pb302075.gms(75819) 71 Mb --- Executing BARON: elapsed 0:00:01.902 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Parsing and reformulating has thus far taken 30 secs Parsing and reformulating has thus far taken 60 secs Parsing and reformulating has thus far taken 91 secs Parsing and reformulating has thus far taken 122 secs Parsing and reformulating has thus far taken 153 secs Parsing and reformulating has thus far taken 183 secs Parsing and reformulating has thus far taken 214 secs Parsing and reformulating has thus far taken 245 secs Parsing and reformulating has thus far taken 277 secs Parsing and reformulating has thus far taken 308 secs Parsing and reformulating has thus far taken 339 secs Parsing and reformulating has thus far taken 369 secs Parsing and reformulating has thus far taken 401 secs Parsing and reformulating has thus far taken 432 secs Parsing and reformulating has thus far taken 465 secs Parsing and reformulating has thus far taken 496 secs Parsing and reformulating has thus far taken 528 secs Parsing and reformulating has thus far taken 559 secs Parsing and reformulating has thus far taken 591 secs Parsing and reformulating has thus far taken 624 secs Parsing and reformulating has thus far taken 655 secs Parsing and reformulating has thus far taken 687 secs Parsing and reformulating has thus far taken 720 secs Parsing and reformulating has thus far taken 753 secs Parsing and reformulating has thus far taken 786 secs Parsing and reformulating has thus far taken 820 secs Parsing and reformulating has thus far taken 851 secs Parsing and reformulating has thus far taken 882 secs Parsing and reformulating has thus far taken 916 secs Parsing and reformulating has thus far taken 949 secs Parsing and reformulating has thus far taken 980 secs Parsing and reformulating has thus far taken 1011 secs Parsing and reformulating has thus far taken 1043 secs Parsing and reformulating has thus far taken 1076 secs Parsing and reformulating has thus far taken 1109 secs Parsing and reformulating has thus far taken 1144 secs Parsing and reformulating has thus far taken 1174 secs Parsing and reformulating has thus far taken 1205 secs Parsing and reformulating has thus far taken 1236 secs Parsing and reformulating has thus far taken 1268 secs Parsing and reformulating has thus far taken 1300 secs Parsing and reformulating has thus far taken 1333 secs Parsing and reformulating has thus far taken 1367 secs Parsing and reformulating has thus far taken 1401 secs Parsing and reformulating has thus far taken 1436 secs Parsing and reformulating has thus far taken 1471 secs Parsing and reformulating has thus far taken 1501 secs Parsing and reformulating has thus far taken 1532 secs Parsing and reformulating has thus far taken 1563 secs Parsing and reformulating has thus far taken 1594 secs Parsing and reformulating has thus far taken 1626 secs Parsing and reformulating has thus far taken 1658 secs Parsing and reformulating has thus far taken 1691 secs Parsing and reformulating has thus far taken 1724 secs Parsing and reformulating has thus far taken 1758 secs Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Estimated remaining time for preprocessing LPs is 4588 secs Estimated remaining time for preprocessing LPs is 6124 secs Estimated remaining time for preprocessing LPs is 6903 secs Estimated remaining time for preprocessing LPs is 7379 secs Estimated remaining time for preprocessing LPs is 7679 secs Estimated remaining time for preprocessing LPs is 7895 secs Estimated remaining time for preprocessing LPs is 8067 secs Estimated remaining time for preprocessing LPs is 8192 secs Estimated remaining time for preprocessing LPs is 8286 secs Estimated remaining time for preprocessing LPs is 8356 secs Estimated remaining time for preprocessing LPs is 8400 secs Estimated remaining time for preprocessing LPs is 8431 secs Estimated remaining time for preprocessing LPs is 8455 secs Estimated remaining time for preprocessing LPs is 8487 secs Estimated remaining time for preprocessing LPs is 8511 secs Estimated remaining time for preprocessing LPs is 8514 secs Estimated remaining time for preprocessing LPs is 8518 secs Estimated remaining time for preprocessing LPs is 8519 secs Estimated remaining time for preprocessing LPs is 8512 secs Estimated remaining time for preprocessing LPs is 8507 secs Estimated remaining time for preprocessing LPs is 8494 secs Estimated remaining time for preprocessing LPs is 8480 secs Estimated remaining time for preprocessing LPs is 8465 secs Estimated remaining time for preprocessing LPs is 8449 secs Estimated remaining time for preprocessing LPs is 8432 secs Estimated remaining time for preprocessing LPs is 8414 secs Estimated remaining time for preprocessing LPs is 8397 secs Estimated remaining time for preprocessing LPs is 8383 secs Estimated remaining 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Estimated remaining time for preprocessing LPs is 7976 secs Estimated remaining time for preprocessing LPs is 7950 secs Estimated remaining time for preprocessing LPs is 7925 secs Estimated remaining time for preprocessing LPs is 7898 secs Estimated remaining time for preprocessing LPs is 7874 secs Estimated remaining time for preprocessing LPs is 7847 secs Estimated remaining time for preprocessing LPs is 7821 secs Estimated remaining time for preprocessing LPs is 7793 secs Estimated remaining time for preprocessing LPs is 7601 secs Estimated remaining time for preprocessing LPs is 7578 secs Estimated remaining time for preprocessing LPs is 7553 secs Estimated remaining time for preprocessing LPs is 7528 secs Estimated remaining time for preprocessing LPs is 7502 secs Estimated remaining time for preprocessing LPs is 7476 secs Estimated remaining time for preprocessing LPs is 7450 secs Estimated remaining time for preprocessing LPs is 7425 secs Estimated remaining time for preprocessing LPs is 7401 secs Estimated remaining time for preprocessing LPs is 7377 secs Estimated remaining time for preprocessing LPs is 7352 secs Estimated remaining time for preprocessing LPs is 7326 secs Estimated remaining time for preprocessing LPs is 6929 secs Estimated remaining time for preprocessing LPs is 6793 secs Estimated remaining time for preprocessing LPs is 6773 secs Estimated remaining time for preprocessing LPs is 6534 secs Estimated remaining time for preprocessing LPs is 6413 secs Estimated remaining time for preprocessing LPs is 6397 secs Estimated remaining time for preprocessing LPs is 6381 secs Estimated remaining time for preprocessing LPs is 6364 secs Estimated remaining time for preprocessing LPs is 6347 secs Estimated remaining time for preprocessing LPs is 6328 secs Estimated remaining time for preprocessing LPs is 6309 secs Estimated remaining time for preprocessing LPs is 6290 secs Estimated remaining time for preprocessing LPs is 6272 secs Estimated remaining time for preprocessing LPs is 6254 secs Estimated remaining time for preprocessing LPs is 6237 secs Estimated remaining time for preprocessing LPs is 6217 secs Estimated remaining time for preprocessing LPs is 6197 secs Estimated remaining time for preprocessing LPs is 6178 secs Estimated remaining time for preprocessing LPs is 6158 secs Estimated remaining time for preprocessing LPs is 6141 secs Estimated remaining time for preprocessing LPs is 6121 secs Estimated remaining time for preprocessing LPs is 6100 secs Estimated remaining time for preprocessing LPs is 6078 secs Estimated remaining time for preprocessing LPs is 6057 secs Estimated remaining time for preprocessing LPs is 6036 secs Estimated remaining time for preprocessing LPs is 6014 secs Estimated remaining time for preprocessing LPs is 5991 secs Estimated remaining time for preprocessing LPs is 5971 secs Estimated remaining time for preprocessing LPs is 5950 secs Estimated remaining time for preprocessing LPs is 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preprocessing LPs is 5341 secs Estimated remaining time for preprocessing LPs is 5320 secs Estimated remaining time for preprocessing LPs is 5296 secs Estimated remaining time for preprocessing LPs is 5272 secs Estimated remaining time for preprocessing LPs is 5249 secs Estimated remaining time for preprocessing LPs is 5227 secs Estimated remaining time for preprocessing LPs is 5205 secs Estimated remaining time for preprocessing LPs is 5181 secs Estimated remaining time for preprocessing LPs is 5156 secs Estimated remaining time for preprocessing LPs is 5132 secs Estimated remaining time for preprocessing LPs is 5108 secs Estimated remaining time for preprocessing LPs is 5083 secs Estimated remaining time for preprocessing LPs is 5058 secs Estimated remaining time for preprocessing LPs is 5033 secs Estimated remaining time for preprocessing LPs is 5008 secs Estimated remaining time for preprocessing LPs is 4983 secs Estimated remaining time for preprocessing LPs is 4958 secs Estimated remaining time for preprocessing LPs is 4934 secs Estimated remaining time for preprocessing LPs is 4909 secs Estimated remaining time for preprocessing LPs is 4884 secs Estimated remaining time for preprocessing LPs is 4858 secs Estimated remaining time for preprocessing LPs is 4834 secs Estimated remaining time for preprocessing LPs is 4810 secs Estimated remaining time for preprocessing LPs is 4785 secs Estimated remaining time for preprocessing LPs is 4759 secs Estimated remaining time for preprocessing LPs is 4733 secs Estimated remaining time for preprocessing LPs is 4707 secs Estimated remaining time for preprocessing LPs is 4681 secs Estimated remaining time for preprocessing LPs is 4654 secs Estimated remaining time for preprocessing LPs is 4628 secs Estimated remaining time for preprocessing LPs is 4602 secs Estimated remaining time for preprocessing LPs is 4575 secs Estimated remaining time for preprocessing LPs is 4549 secs Estimated remaining time for preprocessing LPs is 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preprocessing LPs is 4069 secs Estimated remaining time for preprocessing LPs is 4041 secs Estimated remaining time for preprocessing LPs is 4016 secs Estimated remaining time for preprocessing LPs is 3988 secs Estimated remaining time for preprocessing LPs is 3960 secs Estimated remaining time for preprocessing LPs is 3933 secs Estimated remaining time for preprocessing LPs is 3904 secs Estimated remaining time for preprocessing LPs is 3877 secs Estimated remaining time for preprocessing LPs is 3848 secs Estimated remaining time for preprocessing LPs is 3821 secs Estimated remaining time for preprocessing LPs is 3792 secs Estimated remaining time for preprocessing LPs is 3765 secs Estimated remaining time for preprocessing LPs is 3737 secs Estimated remaining time for preprocessing LPs is 3710 secs Estimated remaining time for preprocessing LPs is 3681 secs Estimated remaining time for preprocessing LPs is 3654 secs Estimated remaining time for preprocessing LPs is 3627 secs Estimated remaining time for preprocessing LPs is 3599 secs Estimated remaining time for preprocessing LPs is 3570 secs Lower bound is 0.424724000000D+06 *** Max. allowable CPU time exceeded *** *** No feasible solution was found *** LP subsolver time: 001:02:02, in seconds: 3721.55 NLP subsolver time: 000:00:00, in seconds: 0.29 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:57:58, in seconds: 3478.18 Total time elapsed: 002:00:00, in seconds: 7200.02 on parsing: 000:29:32, in seconds: 1771.53 on preprocessing: 001:30:28, in seconds: 5428.49 on navigating: 000:00:00, in seconds: 0.00 on relaxed: 000:00:00, in seconds: 0.00 on local: 000:00:00, in seconds: 0.00 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: -1 Best solution found at node: -3 Max. no. of nodes in memory: 0 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.22 Multilinears 0 1.78 Convexity 0 0.00 All done =========================================================================== *** Time or user interrupt, gap calculations *** are invalid because of an incomplete solution. *** No solution found - further Baron post processing aborted --- Restarting execution --- pb302075.gms(75819) 23 Mb --- Reading solution for model m *** Status: Normal completion --- Job pb302075.gms Stop 11/21/12 04:06:10 elapsed 2:00:22.223 @04 1353467170 ----------------------------- Mi 21. Nov 04:06:10 CET 2012 ----------------------------- =ready= Linux opt208 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/pb302095.gms =========== ----------------------------- Mi 21. Nov 02:11:34 CET 2012 ----------------------------- @03 1353460294 --- Job pb302095.gms Start 11/21/12 02:11:34 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- pb302095.gms(30530) 11 Mb --- pb302095.gms(68611) 21 Mb --- pb302095.gms(75800) 23 Mb --- Starting execution: elapsed 0:00:01.139 --- pb302095.gms(75795) 24 Mb --- Generating MINLP model m --- pb302095.gms(117) 76 Mb --- pb302095.gms(75800) 79 Mb --- 51 rows 601 columns 1,801 non-zeroes --- 1,323,602 nl-code 600 nl-non-zeroes --- 600 discrete-columns --- pb302095.gms(75800) 71 Mb --- Executing BARON: elapsed 0:00:01.911 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Parsing and reformulating has thus far taken 30 secs Parsing and reformulating has thus far taken 60 secs Parsing and reformulating has thus far taken 90 secs Parsing and reformulating has thus far taken 120 secs Parsing and reformulating has thus far taken 151 secs Parsing and reformulating has thus far taken 181 secs Parsing and reformulating has thus far taken 212 secs Parsing and reformulating has thus far taken 243 secs Parsing and reformulating has thus far taken 273 secs Parsing and reformulating has thus far taken 304 secs Parsing and reformulating has thus far taken 334 secs Parsing and reformulating has thus far taken 365 secs Parsing and reformulating has thus far taken 396 secs Parsing and reformulating has thus far taken 426 secs Parsing and reformulating has thus far taken 458 secs Parsing and reformulating has thus far taken 488 secs Parsing and reformulating has thus far taken 520 secs Parsing and reformulating has thus far taken 551 secs Parsing and reformulating has thus far taken 584 secs Parsing and reformulating has thus far taken 614 secs Parsing and reformulating has thus far taken 646 secs Parsing and reformulating has thus far taken 679 secs Parsing and reformulating has thus far taken 709 secs Parsing and reformulating has thus far taken 740 secs Parsing and reformulating has thus far taken 772 secs Parsing and reformulating has thus far taken 804 secs Parsing and reformulating has thus far taken 838 secs Parsing and reformulating has thus far taken 868 secs Parsing and reformulating has thus far taken 899 secs Parsing and reformulating has thus far taken 931 secs Parsing and reformulating has thus far taken 963 secs Parsing and reformulating has thus far taken 996 secs Parsing and reformulating has thus far taken 1030 secs Parsing and reformulating has thus far taken 1065 secs Parsing and reformulating has thus far taken 1095 secs Parsing and reformulating has thus far taken 1125 secs Parsing and reformulating has thus far taken 1156 secs Parsing and reformulating has thus far taken 1188 secs Parsing and reformulating has thus far taken 1221 secs Parsing and reformulating has thus far taken 1253 secs Parsing and reformulating has thus far taken 1287 secs Parsing and reformulating has thus far taken 1321 secs Parsing and reformulating has thus far taken 1355 secs Parsing and reformulating has thus far taken 1389 secs Parsing and reformulating has thus far taken 1425 secs Parsing and reformulating has thus far taken 1461 secs Parsing and reformulating has thus far taken 1491 secs Parsing and reformulating has thus far taken 1521 secs Parsing and reformulating has thus far taken 1553 secs Parsing and reformulating has thus far taken 1585 secs Parsing and reformulating has thus far taken 1616 secs Parsing and reformulating has thus far taken 1652 secs Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Estimated remaining time for preprocessing LPs is 4286 secs Estimated remaining time for preprocessing LPs is 5575 secs Estimated remaining time for preprocessing LPs is 6248 secs Estimated remaining time for preprocessing LPs is 6651 secs Estimated remaining time for preprocessing LPs is 6919 secs Estimated remaining time for preprocessing LPs is 7093 secs Estimated remaining time for preprocessing LPs is 7206 secs Estimated remaining time for preprocessing LPs is 7297 secs Estimated remaining time for preprocessing LPs is 7349 secs Estimated remaining time for preprocessing LPs is 7399 secs Estimated remaining time for preprocessing LPs is 7434 secs Estimated remaining time for preprocessing LPs is 7474 secs Estimated remaining time for preprocessing LPs is 7495 secs Estimated remaining time for preprocessing LPs is 7505 secs Estimated remaining time for preprocessing LPs is 7492 secs Estimated remaining time for preprocessing LPs is 7498 secs Estimated remaining time for preprocessing LPs is 7485 secs Estimated remaining time for preprocessing LPs is 7480 secs Estimated remaining time for preprocessing LPs is 7475 secs Estimated remaining time for preprocessing LPs is 7454 secs Estimated remaining time for preprocessing LPs is 7428 secs Estimated remaining time for preprocessing LPs is 7406 secs Estimated remaining time for preprocessing LPs is 7389 secs Estimated remaining time for preprocessing LPs is 7365 secs Estimated remaining time for preprocessing LPs is 7342 secs Estimated remaining time for preprocessing LPs is 7329 secs Estimated remaining time for preprocessing LPs is 7313 secs Estimated remaining time for preprocessing LPs is 7298 secs Estimated remaining time for preprocessing LPs is 7268 secs Estimated remaining time for preprocessing LPs is 7243 secs Estimated remaining time for preprocessing LPs is 7230 secs Estimated remaining time for preprocessing LPs is 7205 secs Estimated remaining time for preprocessing LPs is 7173 secs Estimated remaining time for preprocessing LPs is 7148 secs Estimated remaining time for preprocessing LPs is 7126 secs Estimated remaining time for preprocessing LPs is 7105 secs Estimated remaining time for preprocessing LPs is 7074 secs Estimated remaining time for preprocessing LPs is 7042 secs Estimated remaining time for preprocessing LPs is 7015 secs Estimated remaining time for preprocessing LPs is 6980 secs Estimated remaining time for preprocessing LPs is 6960 secs Estimated remaining time for preprocessing LPs is 6936 secs Estimated remaining time for preprocessing LPs is 6745 secs Estimated remaining time for preprocessing LPs is 6723 secs Estimated remaining time for preprocessing LPs is 6701 secs Estimated remaining time for preprocessing LPs is 6388 secs Estimated remaining time for preprocessing LPs is 6372 secs Estimated remaining time for preprocessing LPs is 6352 secs Estimated remaining time for preprocessing LPs is 6328 secs Estimated remaining time for preprocessing LPs is 6311 secs Estimated remaining time for preprocessing LPs is 6290 secs Estimated remaining time for preprocessing LPs is 6269 secs Estimated remaining time for preprocessing LPs is 6140 secs Estimated remaining time for preprocessing LPs is 6009 secs Estimated remaining time for preprocessing LPs is 5499 secs Estimated remaining time for preprocessing LPs is 5310 secs Estimated remaining time for preprocessing LPs is 4897 secs Estimated remaining time for preprocessing LPs is 4890 secs Estimated remaining time for preprocessing LPs is 4883 secs Estimated remaining time for preprocessing LPs is 4875 secs Estimated remaining time for preprocessing LPs is 4868 secs Estimated remaining time for preprocessing LPs is 4861 secs Estimated remaining time for preprocessing LPs is 4852 secs Estimated remaining time for preprocessing LPs is 4844 secs Estimated remaining time for preprocessing LPs is 4835 secs Estimated remaining time for preprocessing LPs is 4825 secs Estimated remaining time for preprocessing LPs is 4816 secs Estimated remaining time for preprocessing LPs is 4805 secs Estimated remaining time for preprocessing LPs is 4792 secs Estimated remaining time for preprocessing LPs is 4782 secs Estimated remaining time for preprocessing LPs is 4767 secs Estimated remaining time for preprocessing LPs is 4755 secs Estimated remaining time for preprocessing LPs is 4742 secs Estimated remaining time for preprocessing LPs is 4727 secs Estimated remaining time for preprocessing LPs is 4712 secs Estimated remaining time for preprocessing LPs is 4526 secs Estimated remaining time for preprocessing LPs is 4458 secs Estimated remaining time for preprocessing LPs is 4445 secs Estimated remaining time for preprocessing LPs is 4324 secs Estimated remaining time for preprocessing LPs is 4313 secs Estimated remaining time for preprocessing LPs is 4298 secs Estimated remaining time for preprocessing LPs is 4286 secs Estimated remaining time for preprocessing LPs is 4272 secs Estimated remaining time for preprocessing LPs is 4255 secs Estimated remaining time for preprocessing LPs is 4238 secs Estimated remaining time for preprocessing LPs is 4224 secs Estimated remaining time for preprocessing LPs is 4208 secs Estimated remaining time for preprocessing LPs is 4192 secs Estimated remaining time for preprocessing LPs is 4177 secs Estimated remaining time for preprocessing LPs is 4160 secs Estimated remaining time for preprocessing LPs is 4145 secs Estimated remaining time for preprocessing LPs is 4126 secs Estimated remaining time for preprocessing LPs is 4112 secs Estimated remaining time for preprocessing LPs is 4096 secs Estimated remaining time for preprocessing LPs is 4076 secs Estimated remaining time for preprocessing LPs is 4057 secs Estimated remaining time for preprocessing LPs is 4040 secs Estimated remaining time for preprocessing LPs is 4021 secs Estimated remaining time for preprocessing LPs is 4003 secs Estimated remaining time for preprocessing LPs is 3982 secs Estimated remaining time for preprocessing LPs is 3964 secs Estimated remaining time for preprocessing LPs is 3943 secs Estimated remaining time for preprocessing LPs is 3883 secs Estimated remaining time for preprocessing LPs is 3865 secs Estimated remaining time for preprocessing LPs is 3845 secs Estimated remaining time for preprocessing LPs is 3748 secs Estimated remaining time for preprocessing LPs is 3728 secs Estimated remaining time for preprocessing LPs is 3710 secs Estimated remaining time for preprocessing LPs is 3689 secs Estimated remaining time for preprocessing LPs is 3669 secs Estimated remaining time for preprocessing LPs is 3646 secs Estimated remaining time for preprocessing LPs is 3625 secs Estimated remaining time for preprocessing LPs is 3603 secs Estimated remaining time for preprocessing LPs is 3582 secs Estimated remaining time for preprocessing LPs is 3562 secs Estimated remaining time for preprocessing LPs is 3540 secs Estimated remaining time for preprocessing LPs is 3519 secs Estimated remaining time for preprocessing LPs is 3498 secs Estimated remaining time for preprocessing LPs is 3477 secs Estimated remaining time for preprocessing LPs is 3454 secs Estimated remaining time for preprocessing LPs is 3432 secs Estimated remaining time for preprocessing LPs is 3409 secs Estimated remaining time for preprocessing LPs is 3387 secs Estimated remaining time for preprocessing LPs is 3362 secs Estimated remaining time for preprocessing LPs is 3338 secs Estimated remaining time for preprocessing LPs is 3315 secs Estimated remaining time for preprocessing LPs is 3293 secs Estimated remaining time for preprocessing LPs is 3269 secs Estimated remaining time for preprocessing LPs is 3246 secs Estimated remaining time for preprocessing LPs is 3221 secs Estimated remaining time for preprocessing LPs is 3200 secs Estimated remaining time for preprocessing LPs is 3175 secs Estimated remaining time for preprocessing LPs is 3150 secs Estimated remaining time for preprocessing LPs is 3126 secs Estimated remaining time for preprocessing LPs is 3102 secs Estimated remaining time for preprocessing LPs is 3075 secs Estimated remaining time for preprocessing LPs is 3050 secs Estimated remaining time for preprocessing LPs is 3025 secs Estimated remaining time for preprocessing LPs is 3001 secs Estimated remaining time for preprocessing LPs is 2975 secs Estimated remaining time for preprocessing LPs is 2950 secs Estimated remaining time for preprocessing LPs is 2900 secs Estimated remaining time for preprocessing LPs is 2874 secs Estimated remaining time for preprocessing LPs is 2847 secs Estimated remaining time for preprocessing LPs is 2822 secs Estimated remaining time for preprocessing LPs is 2796 secs Estimated remaining time for preprocessing LPs is 2769 secs Estimated remaining time for preprocessing LPs is 2743 secs Estimated remaining time for preprocessing LPs is 2715 secs Estimated remaining time for preprocessing LPs is 2689 secs Estimated remaining time for preprocessing LPs is 2662 secs Estimated remaining time for preprocessing LPs is 2636 secs Estimated remaining time for preprocessing LPs is 2611 secs Estimated remaining time for preprocessing LPs is 2584 secs Estimated remaining time for preprocessing LPs is 2558 secs Estimated remaining time for preprocessing LPs is 2530 secs Estimated remaining time for preprocessing LPs is 2502 secs Estimated remaining time for preprocessing LPs is 2474 secs Estimated remaining time for preprocessing LPs is 2446 secs Estimated remaining time for preprocessing LPs is 2419 secs Estimated remaining time for preprocessing LPs is 2391 secs Estimated remaining time for preprocessing LPs is 2341 secs Estimated remaining time for preprocessing LPs is 2313 secs Estimated remaining time for preprocessing LPs is 2286 secs Estimated remaining time for preprocessing LPs is 2257 secs Estimated remaining time for preprocessing LPs is 2155 secs Estimated remaining time for preprocessing LPs is 2000 secs Estimated remaining time for preprocessing LPs is 1886 secs Estimated remaining time for preprocessing LPs is 1861 secs Estimated remaining time for preprocessing LPs is 1835 secs Estimated remaining time for preprocessing LPs is 1793 secs Estimated remaining time for preprocessing LPs is 1768 secs Estimated remaining time for preprocessing LPs is 1711 secs Estimated remaining time for preprocessing LPs is 1686 secs Estimated remaining time for preprocessing LPs is 1659 secs Estimated remaining time for preprocessing LPs is 1635 secs Estimated remaining time for preprocessing LPs is 1566 secs Estimated remaining time for preprocessing LPs is 1484 secs Estimated remaining time for preprocessing LPs is 1445 secs Estimated remaining time for preprocessing LPs is 1419 secs Estimated remaining time for preprocessing LPs is 1395 secs Estimated remaining time for preprocessing LPs is 1369 secs Estimated remaining time for preprocessing LPs is 1332 secs Estimated remaining time for preprocessing LPs is 1269 secs Lower bound is 0.956626000000D+06 *** Max. allowable CPU time exceeded *** *** No feasible solution was found *** LP subsolver time: 001:04:17, in seconds: 3856.93 NLP subsolver time: 000:00:00, in seconds: 0.12 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:55:43, in seconds: 3342.97 Total time elapsed: 002:00:00, in seconds: 7200.02 on parsing: 000:27:35, in seconds: 1655.25 on preprocessing: 001:32:25, in seconds: 5544.78 on navigating: 000:00:00, in seconds: 0.00 on relaxed: 000:00:00, in seconds: 0.00 on local: 000:00:00, in seconds: 0.00 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: -1 Best solution found at node: -3 Max. no. of nodes in memory: 0 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.22 Multilinears 0 1.78 Convexity 0 0.00 All done =========================================================================== *** Time or user interrupt, gap calculations *** are invalid because of an incomplete solution. *** No solution found - further Baron post processing aborted --- Restarting execution --- pb302095.gms(75800) 23 Mb --- Reading solution for model m *** Status: Normal completion --- Job pb302095.gms Stop 11/21/12 04:11:57 elapsed 2:00:22.289 @04 1353467517 ----------------------------- Mi 21. Nov 04:11:57 CET 2012 ----------------------------- =ready= Linux opt212 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/pb351535.gms =========== ----------------------------- Mi 21. Nov 02:20:36 CET 2012 ----------------------------- @03 1353460836 --- Job pb351535.gms Start 11/21/12 02:20:36 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- pb351535.gms(30621) 11 Mb --- pb351535.gms(57055) 18 Mb --- Starting execution: elapsed 0:00:00.899 --- pb351535.gms(57050) 19 Mb --- Generating MINLP model m --- pb351535.gms(105) 57 Mb --- pb351535.gms(57055) 60 Mb --- 51 rows 526 columns 1,576 non-zeroes --- 1,000,652 nl-code 525 nl-non-zeroes --- 525 discrete-columns --- pb351535.gms(57055) 54 Mb --- Executing BARON: elapsed 0:00:01.457 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb --- Restarting execution --- pb351535.gms(57055) 17 Mb --- Reading solution for model m *** Status: Normal completion --- Job pb351535.gms Stop 11/21/12 11:03:38 elapsed 8:43:01.323 @04 1353492218 ----------------------------- Mi 21. Nov 11:03:38 CET 2012 ----------------------------- =ready= Linux opt222 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/pb351555.gms =========== ----------------------------- Mi 21. Nov 02:24:19 CET 2012 ----------------------------- @03 1353461059 --- Job pb351555.gms Start 11/21/12 02:24:19 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- pb351555.gms(28168) 10 Mb --- pb351555.gms(57039) 18 Mb --- Starting execution: elapsed 0:00:00.831 --- pb351555.gms(57034) 19 Mb --- Generating MINLP model m --- pb351555.gms(105) 57 Mb --- pb351555.gms(57039) 60 Mb --- 51 rows 526 columns 1,576 non-zeroes --- 1,000,652 nl-code 525 nl-non-zeroes --- 525 discrete-columns --- pb351555.gms(57039) 54 Mb --- Executing BARON: elapsed 0:00:01.420 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb --- Restarting execution --- pb351555.gms(57039) 17 Mb --- Reading solution for model m *** Status: Normal completion --- Job pb351555.gms Stop 11/21/12 11:03:22 elapsed 8:39:03.188 @04 1353492202 ----------------------------- Mi 21. Nov 11:03:22 CET 2012 ----------------------------- =ready= Linux opt213 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/pb351575.gms =========== ----------------------------- Mi 21. Nov 02:27:52 CET 2012 ----------------------------- @03 1353461272 --- Job pb351575.gms Start 11/21/12 02:27:52 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- pb351575.gms(28497) 10 Mb --- pb351575.gms(57321) 18 Mb --- Starting execution: elapsed 0:00:00.906 --- pb351575.gms(57316) 19 Mb --- Generating MINLP model m --- pb351575.gms(105) 57 Mb --- pb351575.gms(57321) 60 Mb --- 51 rows 526 columns 1,576 non-zeroes --- 1,000,652 nl-code 525 nl-non-zeroes --- 525 discrete-columns --- pb351575.gms(57321) 54 Mb --- Executing BARON: elapsed 0:00:01.465 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb --- Restarting execution --- pb351575.gms(57321) 17 Mb --- Reading solution for model m *** Status: Normal completion --- Job pb351575.gms Stop 11/21/12 11:04:33 elapsed 8:36:40.892 @04 1353492273 ----------------------------- Mi 21. Nov 11:04:33 CET 2012 ----------------------------- =ready= Linux opt217 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/pb351595.gms =========== ----------------------------- Mi 21. Nov 02:30:54 CET 2012 ----------------------------- @03 1353461454 --- Job pb351595.gms Start 11/21/12 02:30:54 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- pb351595.gms(26670) 10 Mb --- pb351595.gms(57118) 18 Mb --- Starting execution: elapsed 0:00:00.884 --- pb351595.gms(57113) 19 Mb --- Generating MINLP model m --- pb351595.gms(105) 57 Mb --- pb351595.gms(57118) 60 Mb --- 51 rows 526 columns 1,576 non-zeroes --- 1,000,652 nl-code 525 nl-non-zeroes --- 525 discrete-columns --- pb351595.gms(57118) 54 Mb --- Executing BARON: elapsed 0:00:01.443 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb --- Restarting execution --- pb351595.gms(57118) 17 Mb --- Reading solution for model m *** Status: Normal completion --- Job pb351595.gms Stop 11/21/12 11:04:16 elapsed 8:33:21.587 @04 1353492256 ----------------------------- Mi 21. Nov 11:04:16 CET 2012 ----------------------------- =ready= Linux opt207 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/prob02.gms =========== ----------------------------- Mi 21. Nov 02:38:53 CET 2012 ----------------------------- @03 1353461933 --- Job prob02.gms Start 11/21/12 02:38:53 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- prob02.gms(76) 2 Mb --- Starting execution: elapsed 0:00:00.049 --- prob02.gms(71) 3 Mb --- Generating MINLP model m --- prob02.gms(76) 5 Mb --- 9 rows 7 columns 32 non-zeroes --- 26 nl-code 10 nl-non-zeroes --- 6 discrete-columns --- prob02.gms(76) 3 Mb --- Executing BARON: elapsed 0:00:00.053 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Starting solution is feasible with a value of 0.112235000000D+06 Problem solved during preprocessing Lower bound is 0.112235000000D+06 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.00 NLP subsolver time: 000:00:00, in seconds: 0.00 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.03 Total time elapsed: 000:00:00, in seconds: 0.03 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.02 on navigating: 000:00:00, in seconds: 0.00 on relaxed: 000:00:00, in seconds: 0.00 on local: 000:00:00, in seconds: 0.00 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: -1 Best solution found at node: -1 Max. no. of nodes in memory: 0 Cut generation statistics (number of cuts / CPU sec) Bilinear 3 0.00 Multilinears 0 0.00 Convexity 0 0.00 All done =========================================================================== Solution = 112235 best solution found during preprocessing Best possible = 112235 Absolute gap = 0 optca = 1E-9 Relative gap = 0 optcr = 1E-6 --- Restarting execution --- prob02.gms(76) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job prob02.gms Stop 11/21/12 02:38:53 elapsed 0:00:00.179 @04 1353461933 ----------------------------- Mi 21. Nov 02:38:53 CET 2012 ----------------------------- =ready= Linux opt207 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/prob03.gms =========== ----------------------------- Mi 21. Nov 02:38:53 CET 2012 ----------------------------- @03 1353461933 --- Job prob03.gms Start 11/21/12 02:38:53 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- prob03.gms(51) 2 Mb --- Starting execution: elapsed 0:00:00.015 --- prob03.gms(46) 3 Mb --- Generating MINLP model m --- prob03.gms(51) 5 Mb --- 2 rows 3 columns 5 non-zeroes --- 6 nl-code 2 nl-non-zeroes --- 2 discrete-columns --- prob03.gms(51) 3 Mb --- Executing BARON: elapsed 0:00:00.019 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Preprocessing found feasible solution with value 0.250000000000D+02 Doing local search Preprocessing found feasible solution with value 0.100000000000D+02 Solving bounding LP Problem solved during preprocessing Lower bound is 0.100000000000D+02 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.00 NLP subsolver time: 000:00:00, in seconds: 0.00 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.03 Total time elapsed: 000:00:00, in seconds: 0.03 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.03 on navigating: 000:00:00, in seconds: 0.00 on relaxed: 000:00:00, in seconds: 0.00 on local: 000:00:00, in seconds: 0.00 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: -1 Best solution found at node: -1 Max. no. of nodes in memory: 0 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 0 0.00 All done =========================================================================== Solution = 10 best solution found during preprocessing Best possible = 10 Absolute gap = 0 optca = 1E-9 Relative gap = 0 optcr = 1E-6 --- Restarting execution --- prob03.gms(51) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job prob03.gms Stop 11/21/12 02:38:53 elapsed 0:00:00.100 @04 1353461933 ----------------------------- Mi 21. Nov 02:38:53 CET 2012 ----------------------------- =ready= Linux opt207 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/procsel.gms =========== ----------------------------- Mi 21. Nov 02:38:54 CET 2012 ----------------------------- @03 1353461934 --- Job procsel.gms Start 11/21/12 02:38:54 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- procsel.gms(65) 2 Mb --- Starting execution: elapsed 0:00:00.019 --- procsel.gms(60) 3 Mb --- Generating MINLP model m --- procsel.gms(65) 5 Mb --- 8 rows 11 columns 26 non-zeroes --- 9 nl-code 2 nl-non-zeroes --- 3 discrete-columns --- procsel.gms(65) 3 Mb --- Executing BARON: elapsed 0:00:00.022 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Preprocessing found feasible solution with value 0.000000000000D+00 Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 67104765 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 -0.538889D+01 0.000000D+00 * 1+ 1 000:00:00 -0.263208D+01 -0.192310D+01 1 0 000:00:00 -0.192310D+01 -0.192310D+01 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.01 NLP subsolver time: 000:00:00, in seconds: 0.02 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.03 Total time elapsed: 000:00:00, in seconds: 0.06 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.04 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.00 on local: 000:00:00, in seconds: 0.01 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: 1 Best solution found at node: 1 Max. no. of nodes in memory: 1 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 144 0.00 All done =========================================================================== Solution = -1.92309964723 found at node 1 Best possible = -1.92310157034 Absolute gap = 1.9231100001349E-6 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- procsel.gms(65) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job procsel.gms Stop 11/21/12 02:38:54 elapsed 0:00:00.138 @04 1353461934 ----------------------------- Mi 21. Nov 02:38:54 CET 2012 ----------------------------- =ready= Linux opt207 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/product2.gms =========== ----------------------------- Mi 21. Nov 02:38:54 CET 2012 ----------------------------- @03 1353461934 --- Job product2.gms Start 11/21/12 02:38:54 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- product2.gms(9131) 4 Mb --- Starting execution: elapsed 0:00:00.102 --- product2.gms(9126) 4 Mb --- Generating MINLP model m --- product2.gms(9131) 7 Mb --- 3,126 rows 2,843 columns 8,250 non-zeroes --- 4,752 nl-code 1,056 nl-non-zeroes --- 128 discrete-columns --- product2.gms(9131) 5 Mb --- Executing BARON: elapsed 0:00:00.141 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 363833 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 0 000:00:06 -0.206839D+04 -0.206839D+04 Cleaning up solution and calculating dual *** Normal Completion *** *** No feasible solution was found *** LP subsolver time: 000:00:03, in seconds: 3.36 NLP subsolver time: 000:00:02, in seconds: 1.80 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:01, in seconds: 0.76 Total time elapsed: 000:00:06, in seconds: 5.93 on parsing: 000:00:00, in seconds: 0.37 on preprocessing: 000:00:06, in seconds: 5.55 on navigating: 000:00:00, in seconds: 0.00 on relaxed: 000:00:00, in seconds: 0.00 on local: 000:00:00, in seconds: 0.00 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: 1 Best solution found at node: -3 Max. no. of nodes in memory: 1 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 2930 0.00 All done =========================================================================== --- Restarting execution --- product2.gms(9131) 3 Mb --- Reading solution for model m *** Status: Normal completion --- Job product2.gms Stop 11/21/12 02:39:00 elapsed 0:00:06.184 @04 1353461940 ----------------------------- Mi 21. Nov 02:39:00 CET 2012 ----------------------------- =ready= Linux opt207 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/product.gms =========== ----------------------------- Mi 21. Nov 02:39:00 CET 2012 ----------------------------- @03 1353461940 --- Job product.gms Start 11/21/12 02:39:01 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- product.gms(5112) 3 Mb --- Starting execution: elapsed 0:00:00.063 --- product.gms(5107) 3 Mb --- Generating MINLP model m --- product.gms(5112) 6 Mb --- 1,926 rows 1,554 columns 5,556 non-zeroes --- 1,188 nl-code 264 nl-non-zeroes --- 107 discrete-columns --- product.gms(5112) 4 Mb --- Executing BARON: elapsed 0:00:00.087 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 686712 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 0 000:00:07 -0.173062D+04 -0.173062D+04 Cleaning up solution and calculating dual *** Normal Completion *** *** No feasible solution was found *** LP subsolver time: 000:00:03, in seconds: 2.85 NLP subsolver time: 000:00:03, in seconds: 3.44 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.44 Total time elapsed: 000:00:07, in seconds: 6.73 on parsing: 000:00:00, in seconds: 0.16 on preprocessing: 000:00:07, in seconds: 6.57 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.00 on local: 000:00:00, in seconds: 0.00 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: 1 Best solution found at node: -3 Max. no. of nodes in memory: 1 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 1257 0.00 All done =========================================================================== --- Restarting execution --- product.gms(5112) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job product.gms Stop 11/21/12 02:39:07 elapsed 0:00:06.918 @04 1353461947 ----------------------------- Mi 21. Nov 02:39:07 CET 2012 ----------------------------- =ready= Linux opt207 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/pump.gms =========== ----------------------------- Mi 21. Nov 02:39:08 CET 2012 ----------------------------- @03 1353461948 --- Job pump.gms Start 11/21/12 02:39:08 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- pump.gms(159) 2 Mb --- Starting execution: elapsed 0:00:00.022 --- pump.gms(152) 3 Mb --- Generating MINLP model m --- pump.gms(157) 5 Mb --- 35 rows 25 columns 94 non-zeroes --- 161 nl-code 36 nl-non-zeroes --- 9 discrete-columns --- pump.gms(157) 3 Mb --- Executing BARON: elapsed 0:00:00.024 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 31578712 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.000000D+00 0.166024D+07 1 1 000:00:00 0.000000D+00 0.166024D+07 * 2 2 000:00:00 0.000000D+00 0.131124D+06 * 81 30 000:00:01 0.457510D+05 0.131124D+06 * 2876 88 000:00:10 0.131123D+06 0.131124D+06 3025 0 000:00:10 0.131124D+06 0.131124D+06 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:08, in seconds: 7.71 NLP subsolver time: 000:00:00, in seconds: 0.46 Cutting time: 000:00:00, in seconds: 0.33 All other time: 000:00:02, in seconds: 1.90 Total time elapsed: 000:00:10, in seconds: 10.40 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.04 on navigating: 000:00:00, in seconds: 0.09 on relaxed: 000:00:01, in seconds: 1.47 on local: 000:00:00, in seconds: 0.45 on tightening: 000:00:01, in seconds: 1.04 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:07, in seconds: 7.31 Total no. of BaR iterations: 3025 Best solution found at node: 2876 Max. no. of nodes in memory: 194 Cut generation statistics (number of cuts / CPU sec) Bilinear 109 0.02 Multilinears 3287 0.07 Convexity 322865 0.23 All done =========================================================================== Solution = 131123.739552 found at node 2876 Best possible = 131123.608428 Absolute gap = 0.131124000006821 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- pump.gms(157) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job pump.gms Stop 11/21/12 02:39:18 elapsed 0:00:10.496 @04 1353461958 ----------------------------- Mi 21. Nov 02:39:18 CET 2012 ----------------------------- =ready= Linux opt207 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/qap.gms =========== ----------------------------- Mi 21. Nov 02:39:18 CET 2012 ----------------------------- @03 1353461958 --- Job qap.gms Start 11/21/12 02:39:18 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- qap.gms(9571) 5 Mb --- Starting execution: elapsed 0:00:00.231 --- qap.gms(9566) 6 Mb --- Generating MINLP model m --- qap.gms(9571) 14 Mb --- 31 rows 226 columns 676 non-zeroes --- 171,394 nl-code 225 nl-non-zeroes --- 225 discrete-columns --- qap.gms(9571) 11 Mb --- Executing BARON: elapsed 0:00:00.370 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Preprocessing found feasible solution with value 0.392926000000D+06 Solving bounding LP Starting preprocessing LPs Estimated remaining time for preprocessing LPs is 109 secs Estimated remaining time for preprocessing LPs is 82 secs Estimated remaining time for preprocessing LPs is 52 secs Estimated remaining time for preprocessing LPs is 22 secs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 290181 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:02:35 0.000000D+00 0.392926D+06 1 1 000:02:35 0.000000D+00 0.392926D+06 * 13 11 000:02:40 0.000000D+00 0.392834D+06 124 70 000:03:10 0.345580D+05 0.392834D+06 263 158 000:03:40 0.410050D+05 0.392834D+06 404 252 000:04:10 0.464140D+05 0.392834D+06 544 345 000:04:40 0.488160D+05 0.392834D+06 674 425 000:05:11 0.540920D+05 0.392834D+06 804 496 000:05:41 0.580130D+05 0.392834D+06 919 543 000:06:11 0.598990D+05 0.392834D+06 1052 623 000:06:41 0.610010D+05 0.392834D+06 1186 702 000:07:11 0.627140D+05 0.392834D+06 1318 781 000:07:42 0.638930D+05 0.392834D+06 1463 873 000:08:12 0.649440D+05 0.392834D+06 1598 952 000:08:42 0.665400D+05 0.392834D+06 1739 1036 000:09:12 0.680960D+05 0.392834D+06 1887 1133 000:09:42 0.698240D+05 0.392834D+06 2028 1217 000:10:12 0.706850D+05 0.392834D+06 2170 1307 000:10:42 0.723520D+05 0.392834D+06 2322 1413 000:11:12 0.741750D+05 0.392834D+06 2463 1503 000:11:42 0.761980D+05 0.392834D+06 2615 1606 000:12:12 0.779950D+05 0.392834D+06 2768 1707 000:12:42 0.794480D+05 0.392834D+06 2916 1809 000:13:12 0.812120D+05 0.392834D+06 3074 1918 000:13:43 0.828290D+05 0.392834D+06 3227 2020 000:14:13 0.840610D+05 0.392834D+06 3381 2120 000:14:43 0.855810D+05 0.392834D+06 3525 2210 000:15:13 0.862200D+05 0.392834D+06 3664 2295 000:15:43 0.870310D+05 0.392834D+06 3809 2384 000:16:13 0.876680D+05 0.392834D+06 3955 2471 000:16:43 0.882730D+05 0.392834D+06 4090 2551 000:17:14 0.889440D+05 0.392834D+06 4222 2624 000:17:44 0.896040D+05 0.392834D+06 4361 2709 000:18:14 0.904470D+05 0.392834D+06 4490 2781 000:18:44 0.913360D+05 0.392834D+06 4638 2867 000:19:14 0.919940D+05 0.392834D+06 4780 2955 000:19:44 0.927120D+05 0.392834D+06 4916 3034 000:20:14 0.933620D+05 0.392834D+06 5056 3124 000:20:44 0.938660D+05 0.392834D+06 5202 3220 000:21:15 0.944890D+05 0.392834D+06 5349 3315 000:21:45 0.950300D+05 0.392834D+06 5503 3416 000:22:15 0.956800D+05 0.392834D+06 5644 3507 000:22:45 0.961380D+05 0.392834D+06 5792 3598 000:23:15 0.966860D+05 0.392834D+06 5944 3693 000:23:45 0.971740D+05 0.392834D+06 6102 3794 000:24:15 0.975900D+05 0.392834D+06 6248 3883 000:24:45 0.980330D+05 0.392834D+06 6398 3979 000:25:16 0.983870D+05 0.392834D+06 6540 4065 000:25:46 0.988360D+05 0.392834D+06 6689 4157 000:26:16 0.991950D+05 0.392834D+06 6831 4240 000:26:46 0.994630D+05 0.392834D+06 6988 4337 000:27:16 0.998420D+05 0.392834D+06 7132 4420 000:27:46 0.100119D+06 0.392834D+06 7282 4515 000:28:16 0.100420D+06 0.392834D+06 7432 4612 000:28:46 0.100659D+06 0.392834D+06 7580 4706 000:29:16 0.101020D+06 0.392834D+06 7738 4809 000:29:46 0.101300D+06 0.392834D+06 7892 4907 000:30:17 0.101554D+06 0.392834D+06 8043 5000 000:30:47 0.101821D+06 0.392834D+06 8201 5104 000:31:17 0.102023D+06 0.392834D+06 8351 5197 000:31:47 0.102292D+06 0.392834D+06 8502 5289 000:32:17 0.102521D+06 0.392834D+06 8654 5385 000:32:47 0.102758D+06 0.392834D+06 8808 5481 000:33:17 0.102955D+06 0.392834D+06 8968 5587 000:33:47 0.103293D+06 0.392834D+06 9123 5684 000:34:18 0.103496D+06 0.392834D+06 9272 5780 000:34:48 0.103675D+06 0.392834D+06 9422 5872 000:35:18 0.103891D+06 0.392834D+06 9570 5963 000:35:48 0.104151D+06 0.392834D+06 9720 6057 000:36:18 0.104392D+06 0.392834D+06 9868 6150 000:36:49 0.104634D+06 0.392834D+06 10022 6249 000:37:19 0.104864D+06 0.392834D+06 10174 6342 000:37:49 0.105055D+06 0.392834D+06 10328 6440 000:38:19 0.105253D+06 0.392834D+06 10479 6535 000:38:49 0.105468D+06 0.392834D+06 10626 6627 000:39:20 0.105707D+06 0.392834D+06 10777 6718 000:39:50 0.105934D+06 0.392834D+06 10925 6809 000:40:20 0.106118D+06 0.392834D+06 11076 6904 000:40:50 0.106274D+06 0.392834D+06 11216 6990 000:41:20 0.106454D+06 0.392834D+06 11360 7079 000:41:50 0.106570D+06 0.392834D+06 11502 7167 000:42:20 0.106759D+06 0.392834D+06 11641 7243 000:42:51 0.106954D+06 0.392834D+06 11790 7331 000:43:21 0.107124D+06 0.392834D+06 11936 7424 000:43:51 0.107299D+06 0.392834D+06 12077 7512 000:44:21 0.107511D+06 0.392834D+06 12222 7599 000:44:51 0.107727D+06 0.392834D+06 12372 7693 000:45:21 0.107898D+06 0.392834D+06 12510 7778 000:45:52 0.108093D+06 0.392834D+06 12658 7867 000:46:22 0.108292D+06 0.392834D+06 12808 7962 000:46:52 0.108444D+06 0.392834D+06 12952 8049 000:47:22 0.108659D+06 0.392834D+06 13094 8142 000:47:52 0.108833D+06 0.392834D+06 13241 8236 000:48:22 0.108993D+06 0.392834D+06 13390 8325 000:48:52 0.109187D+06 0.392834D+06 13540 8417 000:49:22 0.109342D+06 0.392834D+06 13688 8507 000:49:52 0.109495D+06 0.392834D+06 13835 8601 000:50:22 0.109684D+06 0.392834D+06 13982 8694 000:50:53 0.109856D+06 0.392834D+06 14126 8782 000:51:23 0.110034D+06 0.392834D+06 14270 8866 000:51:53 0.110220D+06 0.392834D+06 14410 8954 000:52:23 0.110341D+06 0.392834D+06 14560 9048 000:52:53 0.110529D+06 0.392834D+06 14702 9136 000:53:23 0.110697D+06 0.392834D+06 14854 9232 000:53:53 0.110929D+06 0.392834D+06 15007 9329 000:54:23 0.111075D+06 0.392834D+06 15147 9418 000:54:54 0.111290D+06 0.392834D+06 15293 9505 000:55:24 0.111474D+06 0.392834D+06 15435 9591 000:55:54 0.111631D+06 0.392834D+06 15584 9685 000:56:24 0.111826D+06 0.392834D+06 15730 9773 000:56:54 0.112027D+06 0.392834D+06 15877 9862 000:57:24 0.112219D+06 0.392834D+06 16030 9957 000:57:54 0.112414D+06 0.392834D+06 16191 10069 000:58:24 0.112605D+06 0.392834D+06 16345 10165 000:58:54 0.112808D+06 0.392834D+06 16494 10255 000:59:24 0.113012D+06 0.392834D+06 16649 10357 000:59:54 0.113266D+06 0.392834D+06 16795 10449 001:00:24 0.113506D+06 0.392834D+06 16943 10541 001:00:55 0.113727D+06 0.392834D+06 17102 10644 001:01:25 0.113966D+06 0.392834D+06 17259 10743 001:01:56 0.114113D+06 0.392834D+06 17417 10844 001:02:26 0.114290D+06 0.392834D+06 17574 10946 001:02:56 0.114439D+06 0.392834D+06 17722 11033 001:03:26 0.114649D+06 0.392834D+06 17869 11127 001:03:56 0.114816D+06 0.392834D+06 18023 11228 001:04:26 0.115003D+06 0.392834D+06 18177 11329 001:04:56 0.115181D+06 0.392834D+06 18331 11422 001:05:26 0.115351D+06 0.392834D+06 18488 11516 001:05:56 0.115515D+06 0.392834D+06 18646 11617 001:06:26 0.115743D+06 0.392834D+06 18802 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0.392834D+06 22123 13813 001:17:29 0.119456D+06 0.392834D+06 22280 13915 001:18:00 0.119632D+06 0.392834D+06 22438 14019 001:18:30 0.119762D+06 0.392834D+06 22600 14123 001:19:00 0.119960D+06 0.392834D+06 22760 14225 001:19:30 0.120150D+06 0.392834D+06 22918 14322 001:20:00 0.120284D+06 0.392834D+06 23084 14432 001:20:30 0.120435D+06 0.392834D+06 23236 14522 001:21:00 0.120538D+06 0.392834D+06 23392 14623 001:21:30 0.120688D+06 0.392834D+06 23545 14713 001:22:00 0.120854D+06 0.392834D+06 23712 14825 001:22:31 0.121001D+06 0.392834D+06 23872 14928 001:23:01 0.121131D+06 0.392834D+06 24031 15032 001:23:31 0.121305D+06 0.392834D+06 24191 15137 001:24:01 0.121470D+06 0.392834D+06 24350 15236 001:24:31 0.121603D+06 0.392834D+06 24508 15334 001:25:01 0.121765D+06 0.392834D+06 24667 15437 001:25:31 0.121910D+06 0.392834D+06 24826 15533 001:26:02 0.122046D+06 0.392834D+06 24991 15638 001:26:32 0.122172D+06 0.392834D+06 25154 15745 001:27:02 0.122344D+06 0.392834D+06 25312 15847 001:27:32 0.122526D+06 0.392834D+06 25470 15941 001:28:02 0.122650D+06 0.392834D+06 25625 16039 001:28:32 0.122811D+06 0.392834D+06 25786 16144 001:29:02 0.122951D+06 0.392834D+06 25941 16242 001:29:32 0.123066D+06 0.392834D+06 26102 16346 001:30:02 0.123189D+06 0.392834D+06 26262 16445 001:30:33 0.123313D+06 0.392834D+06 26417 16538 001:31:03 0.123447D+06 0.392834D+06 26573 16634 001:31:33 0.123628D+06 0.392834D+06 26732 16735 001:32:03 0.123755D+06 0.392834D+06 26883 16823 001:32:33 0.123896D+06 0.392834D+06 27036 16918 001:33:03 0.124027D+06 0.392834D+06 27197 17020 001:33:33 0.124200D+06 0.392834D+06 27358 17121 001:34:03 0.124374D+06 0.392834D+06 27513 17222 001:34:33 0.124501D+06 0.392834D+06 27673 17317 001:35:03 0.124685D+06 0.392834D+06 27832 17418 001:35:33 0.124808D+06 0.392834D+06 28000 17530 001:36:04 0.124916D+06 0.392834D+06 28163 17634 001:36:34 0.125074D+06 0.392834D+06 28320 17734 001:37:04 0.125194D+06 0.392834D+06 28484 17839 001:37:34 0.125370D+06 0.392834D+06 28639 17932 001:38:04 0.125493D+06 0.392834D+06 28801 18029 001:38:34 0.125677D+06 0.392834D+06 28961 18121 001:39:04 0.125810D+06 0.392834D+06 29120 18225 001:39:34 0.125919D+06 0.392834D+06 29284 18332 001:40:05 0.126053D+06 0.392834D+06 29438 18423 001:40:35 0.126186D+06 0.392834D+06 29600 18528 001:41:05 0.126320D+06 0.392834D+06 29762 18628 001:41:35 0.126440D+06 0.392834D+06 29927 18736 001:42:05 0.126559D+06 0.392834D+06 30088 18839 001:42:35 0.126722D+06 0.392834D+06 30249 18941 001:43:05 0.126823D+06 0.392834D+06 30396 19029 001:43:35 0.126938D+06 0.392834D+06 30560 19132 001:44:05 0.127070D+06 0.392834D+06 30717 19231 001:44:36 0.127195D+06 0.392834D+06 30880 19331 001:45:06 0.127335D+06 0.392834D+06 31037 19426 001:45:36 0.127482D+06 0.392834D+06 31200 19533 001:46:06 0.127632D+06 0.392834D+06 31361 19635 001:46:36 0.127734D+06 0.392834D+06 31519 19736 001:47:06 0.127864D+06 0.392834D+06 31678 19834 001:47:36 0.127970D+06 0.392834D+06 31837 19933 001:48:06 0.128094D+06 0.392834D+06 32002 20036 001:48:36 0.128244D+06 0.392834D+06 32155 20126 001:49:06 0.128371D+06 0.392834D+06 32314 20225 001:49:37 0.128472D+06 0.392834D+06 32475 20325 001:50:07 0.128581D+06 0.392834D+06 32642 20432 001:50:37 0.128676D+06 0.392834D+06 32799 20531 001:51:07 0.128805D+06 0.392834D+06 32962 20633 001:51:37 0.128939D+06 0.392834D+06 33132 20744 001:52:07 0.129089D+06 0.392834D+06 33285 20830 001:52:37 0.129191D+06 0.392834D+06 33438 20925 001:53:07 0.129276D+06 0.392834D+06 33600 21026 001:53:37 0.129411D+06 0.392834D+06 33762 21130 001:54:08 0.129520D+06 0.392834D+06 33927 21238 001:54:38 0.129622D+06 0.392834D+06 34093 21348 001:55:08 0.129722D+06 0.392834D+06 34252 21446 001:55:38 0.129826D+06 0.392834D+06 34412 21549 001:56:08 0.129909D+06 0.392834D+06 34576 21656 001:56:38 0.130025D+06 0.392834D+06 34740 21760 001:57:08 0.130139D+06 0.392834D+06 34899 21858 001:57:38 0.130246D+06 0.392834D+06 35056 21957 001:58:08 0.130355D+06 0.392834D+06 35218 22060 001:58:39 0.130456D+06 0.392834D+06 35379 22158 001:59:09 0.130564D+06 0.392834D+06 35541 22260 001:59:39 0.130659D+06 0.392834D+06 35659 22338 002:00:00 0.130732D+06 0.392834D+06 *** Max. allowable CPU time exceeded *** LP subsolver time: 001:37:18, in seconds: 5837.89 NLP subsolver time: 000:01:00, in seconds: 60.33 Cutting time: 000:00:18, in seconds: 17.98 All other time: 000:21:24, in seconds: 1283.80 Total time elapsed: 002:00:00, in seconds: 7200.00 on parsing: 000:00:11, in seconds: 11.35 on preprocessing: 000:02:23, in seconds: 142.91 on navigating: 000:00:49, in seconds: 48.95 on relaxed: 001:48:56, in seconds: 6535.66 on local: 000:01:02, in seconds: 62.29 on tightening: 000:06:17, in seconds: 376.59 on marginals: 000:00:14, in seconds: 14.12 on probing: 000:00:08, in seconds: 8.15 Total no. of BaR iterations: 35659 Best solution found at node: 13 Max. no. of nodes in memory: 22338 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.01 Multilinears 96264 18.52 Convexity 0 0.00 All done =========================================================================== Solution = 392834 found at node 13 Best possible = 130732 Absolute gap = 262102 optca = 1E-9 Relative gap = 2.00488 optcr = 1E-6 --- Restarting execution --- qap.gms(9571) 4 Mb --- Reading solution for model m *** Status: Normal completion --- Job qap.gms Stop 11/21/12 04:39:40 elapsed 2:00:21.299 @04 1353469180 ----------------------------- Mi 21. Nov 04:39:40 CET 2012 ----------------------------- =ready= Linux opt206 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/qapw.gms =========== ----------------------------- Mi 21. Nov 02:45:48 CET 2012 ----------------------------- @03 1353462348 --- Job qapw.gms Start 11/21/12 02:45:48 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- qapw.gms(7843) 4 Mb --- Starting execution: elapsed 0:00:00.213 --- qapw.gms(7838) 5 Mb --- Generating MINLP model m --- qapw.gms(7843) 9 Mb --- 256 rows 451 columns 43,974 non-zeroes --- 677 nl-code 450 nl-non-zeroes --- 225 discrete-columns --- qapw.gms(7843) 7 Mb --- Executing BARON: elapsed 0:00:00.267 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb *** no solution found --- Restarting execution --- qapw.gms(7843) 3 Mb --- Reading solution for model m *** Status: Normal completion --- Job qapw.gms Stop 11/21/12 02:45:49 elapsed 0:00:01.195 @04 1353462349 ----------------------------- Mi 21. Nov 02:45:49 CET 2012 ----------------------------- =ready= Linux opt206 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/ravem.gms =========== ----------------------------- Mi 21. Nov 02:45:49 CET 2012 ----------------------------- @03 1353462349 --- Job ravem.gms Start 11/21/12 02:45:49 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- ravem.gms(554) 2 Mb --- Starting execution: elapsed 0:00:00.029 --- ravem.gms(549) 3 Mb --- Generating MINLP model m --- ravem.gms(554) 5 Mb --- 187 rows 113 columns 611 non-zeroes --- 76 nl-code 28 nl-non-zeroes --- 53 discrete-columns --- ravem.gms(554) 3 Mb --- Executing BARON: elapsed 0:00:00.033 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 14509137 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.534583D+05 0.330294D+07 1 1 000:00:00 0.230062D+06 0.330294D+07 * 3 2 000:00:00 0.230062D+06 0.332658D+06 * 20 14 000:00:01 0.249943D+06 0.315482D+06 * 36 11 000:00:01 0.254336D+06 0.275479D+06 * 39 10 000:00:01 0.257987D+06 0.269590D+06 58 0 000:00:01 0.269590D+06 0.269590D+06 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.08 NLP subsolver time: 000:00:01, in seconds: 0.98 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.06 Total time elapsed: 000:00:01, in seconds: 1.12 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.12 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.21 on local: 000:00:01, in seconds: 0.76 on tightening: 000:00:00, in seconds: 0.01 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: 58 Best solution found at node: 39 Max. no. of nodes in memory: 16 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 5409 0.00 All done =========================================================================== Solution = 269590.219315 found at node 39 Best possible = 269589.949725 Absolute gap = 0.26958999998169 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- ravem.gms(554) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job ravem.gms Stop 11/21/12 02:45:50 elapsed 0:00:01.192 @04 1353462350 ----------------------------- Mi 21. Nov 02:45:50 CET 2012 ----------------------------- =ready= Linux opt206 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/ravempb.gms =========== ----------------------------- Mi 21. Nov 02:45:51 CET 2012 ----------------------------- @03 1353462351 --- Job ravempb.gms Start 11/21/12 02:45:51 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- ravempb.gms(561) 2 Mb --- Starting execution: elapsed 0:00:00.027 --- ravempb.gms(556) 3 Mb --- Generating MINLP model m --- ravempb.gms(561) 5 Mb --- 187 rows 113 columns 611 non-zeroes --- 76 nl-code 28 nl-non-zeroes --- 53 discrete-columns --- ravempb.gms(561) 3 Mb --- Executing BARON: elapsed 0:00:00.030 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 14509137 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.534583D+05 0.330294D+07 1 1 000:00:00 0.230062D+06 0.330294D+07 * 2 2 000:00:00 0.230062D+06 0.389856D+06 * 2 2 000:00:00 0.230062D+06 0.353035D+06 * 10 5 000:00:01 0.240726D+06 0.330264D+06 * 26 13 000:00:01 0.259921D+06 0.302448D+06 * 28 13 000:00:01 0.264512D+06 0.295684D+06 * 44 8 000:00:01 0.267029D+06 0.285875D+06 * 51 1 000:00:01 0.268074D+06 0.269590D+06 51 0 000:00:01 0.269590D+06 0.269590D+06 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.11 NLP subsolver time: 000:00:01, in seconds: 0.96 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.06 Total time elapsed: 000:00:01, in seconds: 1.13 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.09 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.26 on local: 000:00:01, in seconds: 0.76 on tightening: 000:00:00, in seconds: 0.01 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: 51 Best solution found at node: 51 Max. no. of nodes in memory: 16 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 5877 0.00 All done =========================================================================== Solution = 269590.219315 found at node 51 Best possible = 269589.949725 Absolute gap = 0.26958999998169 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- ravempb.gms(561) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job ravempb.gms Stop 11/21/12 02:45:52 elapsed 0:00:01.206 @04 1353462352 ----------------------------- Mi 21. Nov 02:45:52 CET 2012 ----------------------------- =ready= Linux opt206 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/risk2b.gms =========== ----------------------------- Mi 21. Nov 02:45:52 CET 2012 ----------------------------- @03 1353462352 --- Job risk2b.gms Start 11/21/12 02:45:52 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- risk2b.gms(1440) 2 Mb --- Starting execution: elapsed 0:00:00.047 --- risk2b.gms(1435) 3 Mb --- Generating MINLP model m --- risk2b.gms(1440) 5 Mb --- 581 rows 464 columns 2,289 non-zeroes --- 15 nl-code 3 nl-non-zeroes --- 12 discrete-columns --- risk2b.gms(1440) 3 Mb --- Executing BARON: elapsed 0:00:00.053 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Preprocessing found feasible solution with value 0.000000000000D+00 Doing local search Preprocessing found feasible solution with value -.557361685005D+02 Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 2262752 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 -0.809414D+02 -0.557362D+02 1 1 000:00:01 -0.564546D+02 -0.557362D+02 * 10 2 000:00:01 -0.559216D+02 -0.558761D+02 11 0 000:00:01 -0.558762D+02 -0.558761D+02 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.07 NLP subsolver time: 000:00:01, in seconds: 1.17 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.10 Total time elapsed: 000:00:01, in seconds: 1.34 on parsing: 000:00:00, in seconds: 0.02 on preprocessing: 000:00:00, in seconds: 0.43 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.21 on local: 000:00:01, in seconds: 0.67 on tightening: 000:00:00, in seconds: 0.01 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: 11 Best solution found at node: 10 Max. no. of nodes in memory: 2 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 259 0.00 All done =========================================================================== Solution = -55.876139395 found at node 10 Best possible = -55.8761952712 Absolute gap = 5.58761999940316E-5 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- risk2b.gms(1440) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job risk2b.gms Stop 11/21/12 02:45:54 elapsed 0:00:01.444 @04 1353462354 ----------------------------- Mi 21. Nov 02:45:54 CET 2012 ----------------------------- =ready= Linux opt206 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/risk2bpb.gms =========== ----------------------------- Mi 21. Nov 02:45:54 CET 2012 ----------------------------- @03 1353462354 --- Job risk2bpb.gms Start 11/21/12 02:45:54 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- risk2bpb.gms(1445) 2 Mb --- Starting execution: elapsed 0:00:00.034 --- risk2bpb.gms(1440) 3 Mb --- Generating MINLP model m --- risk2bpb.gms(1445) 5 Mb --- 581 rows 464 columns 2,289 non-zeroes --- 15 nl-code 3 nl-non-zeroes --- 12 discrete-columns --- risk2bpb.gms(1445) 3 Mb --- Executing BARON: elapsed 0:00:00.040 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Preprocessing found feasible solution with value -.557361685005D+02 Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 2262752 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:01 -0.809414D+02 -0.557362D+02 1 1 000:00:01 -0.564546D+02 -0.557362D+02 * 18 2 000:00:01 -0.559187D+02 -0.558761D+02 19 0 000:00:01 -0.558762D+02 -0.558761D+02 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.08 NLP subsolver time: 000:00:01, in seconds: 1.09 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.09 Total time elapsed: 000:00:01, in seconds: 1.26 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.45 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.22 on local: 000:00:01, in seconds: 0.55 on tightening: 000:00:00, in seconds: 0.01 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: 19 Best solution found at node: 18 Max. no. of nodes in memory: 2 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 329 0.00 All done =========================================================================== Solution = -55.876139395 found at node 18 Best possible = -55.8761952712 Absolute gap = 5.58761999940316E-5 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- risk2bpb.gms(1445) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job risk2bpb.gms Stop 11/21/12 02:45:55 elapsed 0:00:01.349 @04 1353462355 ----------------------------- Mi 21. Nov 02:45:55 CET 2012 ----------------------------- =ready= Linux opt206 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/saa_2.gms =========== ----------------------------- Mi 21. Nov 02:45:55 CET 2012 ----------------------------- @03 1353462355 --- Job saa_2.gms Start 11/21/12 02:45:55 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- saa_2.gms(43579) 11 Mb --- saa_2.gms(43579) 11 Mb --- Starting execution: elapsed 0:00:00.505 --- saa_2.gms(43574) 12 Mb --- Generating MINLP model m --- saa_2.gms(43579) 17 Mb --- 6,206 rows 4,408 columns 26,610 non-zeroes --- 304,398 nl-code 15,400 nl-non-zeroes --- 400 discrete-columns --- saa_2.gms(43579) 13 Mb --- Executing BARON: elapsed 0:00:00.750 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Estimated remaining time for preprocessing LPs is 306 secs Estimated remaining time for preprocessing LPs is 536 secs Estimated remaining time for preprocessing LPs is 716 secs Estimated remaining time for preprocessing LPs is 862 secs Estimated remaining time for preprocessing LPs is 985 secs Estimated remaining time for preprocessing LPs is 1094 secs Estimated remaining time for preprocessing LPs is 1160 secs Estimated remaining time for preprocessing LPs is 1191 secs Estimated remaining time for preprocessing LPs is 1237 secs Estimated remaining time for preprocessing LPs is 1297 secs Estimated remaining time for preprocessing LPs is 1348 secs Estimated remaining time for preprocessing LPs is 1393 secs Estimated remaining time for preprocessing LPs is 1431 secs Estimated remaining time for preprocessing LPs is 1463 secs Estimated remaining time for preprocessing LPs is 1491 secs Estimated remaining time for preprocessing LPs is 1514 secs Estimated remaining time for preprocessing LPs is 1533 secs Estimated remaining time for preprocessing LPs is 1550 secs Estimated remaining time for preprocessing LPs is 1564 secs Estimated remaining time for preprocessing LPs is 1574 secs Estimated remaining time for preprocessing LPs is 1582 secs Estimated remaining time for preprocessing LPs is 1588 secs Estimated remaining time for preprocessing LPs is 1592 secs Estimated remaining time for preprocessing LPs is 1594 secs Estimated remaining time for preprocessing LPs is 1594 secs Estimated remaining time for preprocessing LPs is 1593 secs Estimated remaining time for preprocessing LPs is 1590 secs Estimated remaining time for preprocessing LPs is 1586 secs Estimated remaining time for preprocessing LPs is 1580 secs Estimated remaining time for preprocessing LPs is 1573 secs Estimated remaining time for preprocessing LPs is 1564 secs Estimated remaining time for preprocessing LPs is 1555 secs Estimated remaining time for preprocessing LPs is 1545 secs Estimated remaining time for preprocessing LPs is 1534 secs Estimated remaining time for preprocessing LPs is 1522 secs Estimated remaining time for preprocessing LPs is 1510 secs Estimated remaining time for preprocessing LPs is 1497 secs Estimated remaining time for preprocessing LPs is 1483 secs Estimated remaining time for preprocessing LPs is 1469 secs Estimated remaining time for preprocessing LPs is 1454 secs Estimated remaining time for preprocessing LPs is 1438 secs Estimated remaining time for preprocessing LPs is 1422 secs Estimated remaining time for preprocessing LPs is 1405 secs Estimated remaining time for preprocessing LPs is 1388 secs Estimated remaining time for preprocessing LPs is 1370 secs Estimated remaining time for preprocessing LPs is 1352 secs Estimated remaining time for preprocessing LPs is 1333 secs Estimated remaining time for preprocessing LPs is 1315 secs Estimated remaining time for preprocessing LPs is 1296 secs Estimated remaining time for preprocessing LPs is 1276 secs Estimated remaining time for preprocessing LPs is 1256 secs Estimated remaining time for preprocessing LPs is 1236 secs Estimated remaining time for preprocessing LPs is 1215 secs Estimated remaining time for preprocessing LPs is 1194 secs Estimated remaining time for preprocessing LPs is 1173 secs Estimated remaining time for preprocessing LPs is 1151 secs Estimated remaining time for preprocessing LPs is 1129 secs Estimated remaining time for preprocessing LPs is 1108 secs Estimated remaining time for preprocessing LPs is 1085 secs Estimated remaining time for preprocessing LPs is 1062 secs Estimated remaining time for preprocessing LPs is 1041 secs Estimated remaining time for preprocessing LPs is 1018 secs Estimated remaining time for preprocessing LPs is 995 secs Estimated remaining time for preprocessing LPs is 972 secs Estimated remaining time for preprocessing LPs is 948 secs Estimated remaining time for preprocessing LPs is 925 secs Estimated remaining time for preprocessing LPs is 902 secs Estimated remaining time for preprocessing LPs is 878 secs Estimated remaining time for preprocessing LPs is 854 secs Estimated remaining time for preprocessing LPs is 830 secs Estimated remaining time for preprocessing LPs is 806 secs Estimated remaining time for preprocessing LPs is 782 secs Estimated remaining time for preprocessing LPs is 757 secs Estimated remaining time for preprocessing LPs is 732 secs Estimated remaining time for preprocessing LPs is 707 secs Estimated remaining time for preprocessing LPs is 682 secs Estimated remaining time for preprocessing LPs is 657 secs Estimated remaining time for preprocessing LPs is 632 secs Estimated remaining time for preprocessing LPs is 607 secs Estimated remaining time for preprocessing LPs is 581 secs Estimated remaining time for preprocessing LPs is 556 secs Estimated remaining time for preprocessing LPs is 530 secs Estimated remaining time for preprocessing LPs is 505 secs Estimated remaining time for preprocessing LPs is 479 secs Estimated remaining time for preprocessing LPs is 453 secs Estimated remaining time for preprocessing LPs is 427 secs Estimated remaining time for preprocessing LPs is 401 secs Estimated remaining time for preprocessing LPs is 375 secs Estimated remaining time for preprocessing LPs is 355 secs Estimated remaining time for preprocessing LPs is 345 secs Estimated remaining time for preprocessing LPs is 334 secs Estimated remaining time for preprocessing LPs is 322 secs Estimated remaining time for preprocessing LPs is 305 secs Estimated remaining time for preprocessing LPs is 287 secs Estimated remaining time for preprocessing LPs is 270 secs Estimated remaining time for preprocessing LPs is 253 secs Estimated remaining time for preprocessing LPs is 235 secs Estimated remaining time for preprocessing LPs is 217 secs Estimated remaining time for preprocessing LPs is 199 secs Estimated remaining time for preprocessing LPs is 181 secs Estimated remaining time for preprocessing LPs is 163 secs Estimated remaining time for preprocessing LPs is 144 secs Estimated remaining time for preprocessing LPs is 126 secs Estimated remaining time for preprocessing LPs is 107 secs Estimated remaining time for preprocessing LPs is 88 secs Estimated remaining time for preprocessing LPs is 70 secs Estimated remaining time for preprocessing LPs is 50 secs Estimated remaining time for preprocessing LPs is 32 secs Estimated remaining time for preprocessing LPs is 12 secs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 107641 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:57:03 -0.112016D+03 0.100000D+52 1+ 1 001:00:01 -0.356100D+01 0.100000D+52 1+ 1 001:03:32 -0.356100D+01 0.100000D+52 1+ 1 001:05:42 -0.356100D+01 0.100000D+52 1+ 1 001:07:19 -0.356100D+01 0.100000D+52 1+ 1 001:09:35 -0.356100D+01 0.100000D+52 1+ 1 001:11:28 -0.356100D+01 0.100000D+52 1 1 001:12:51 -0.356100D+01 0.100000D+52 1+ 1 001:16:59 -0.175032D+01 0.100000D+52 1+ 1 001:20:48 -0.175032D+01 0.100000D+52 1+ 1 001:24:33 -0.175032D+01 0.100000D+52 1+ 1 001:26:20 -0.175032D+01 0.100000D+52 1+ 1 001:29:49 -0.175032D+01 0.100000D+52 1+ 1 001:32:39 -0.175032D+01 0.100000D+52 1 1 001:37:20 -0.175032D+01 0.100000D+52 1+ 1 001:41:33 -0.510595D+00 0.100000D+52 1+ 1 001:43:46 -0.510595D+00 0.100000D+52 1+ 1 001:45:54 -0.510595D+00 0.100000D+52 1+ 1 001:47:33 -0.510595D+00 0.100000D+52 1+ 1 001:49:56 -0.510595D+00 0.100000D+52 1+ 1 001:52:16 -0.510595D+00 0.100000D+52 1 1 001:54:56 -0.510595D+00 0.100000D+52 1+ 1 001:58:55 0.571423D+00 0.100000D+52 1+ 1 001:59:57 0.571423D+00 0.100000D+52 1 1 002:00:00 0.571423D+00 0.100000D+52 *** Max. allowable CPU time exceeded *** *** No feasible solution was found *** LP subsolver time: 001:30:24, in seconds: 5424.39 NLP subsolver time: 000:02:15, in seconds: 134.84 Cutting time: 000:26:05, in seconds: 1564.93 All other time: 000:01:16, in seconds: 75.92 Total time elapsed: 002:00:00, in seconds: 7200.08 on parsing: 000:00:03, in seconds: 2.63 on preprocessing: 000:55:33, in seconds: 3333.50 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:06:18, in seconds: 377.59 on local: 000:01:36, in seconds: 95.83 on tightening: 000:00:02, in seconds: 1.71 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:56:29, in seconds: 3388.81 Total no. of BaR iterations: 1 Best solution found at node: -3 Max. no. of nodes in memory: 1 Cut generation statistics (number of cuts / CPU sec) Bilinear 558450 0.92 Multilinears 145189 1564.68 Convexity 3773 0.00 All done =========================================================================== *** Time or user interrupt, gap calculations *** are invalid because of an incomplete solution. *** No solution found - further Baron post processing aborted --- Restarting execution --- saa_2.gms(43579) 11 Mb --- Reading solution for model m *** Status: Normal completion --- Job saa_2.gms Stop 11/21/12 04:46:16 elapsed 2:00:20.610 @04 1353469576 ----------------------------- Mi 21. Nov 04:46:16 CET 2012 ----------------------------- =ready= Linux opt223 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/sep1.gms =========== ----------------------------- Mi 21. Nov 02:46:48 CET 2012 ----------------------------- @03 1353462408 --- Job sep1.gms Start 11/21/12 02:46:48 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- sep1.gms(152) 2 Mb --- Starting execution: elapsed 0:00:00.014 --- sep1.gms(147) 3 Mb --- Generating MINLP model m --- sep1.gms(152) 5 Mb --- 32 rows 30 columns 99 non-zeroes --- 30 nl-code 12 nl-non-zeroes --- 2 discrete-columns --- sep1.gms(152) 3 Mb --- Executing BARON: elapsed 0:00:00.019 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Preprocessing found feasible solution with value -.470130089793D+03 Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 28631366 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 -0.723500D+03 -0.470130D+03 1 1 000:00:00 -0.535275D+03 -0.470130D+03 * 10 5 000:00:00 -0.512891D+03 -0.470130D+03 * 12+ 7 000:00:00 -0.512891D+03 -0.470131D+03 * 12+ 7 000:00:00 -0.512891D+03 -0.470131D+03 * 14+ 8 000:00:00 -0.512891D+03 -0.470132D+03 * 14+ 8 000:00:00 -0.512891D+03 -0.470132D+03 * 14+ 8 000:00:00 -0.512891D+03 -0.470132D+03 * 14+ 8 000:00:00 -0.512891D+03 -0.470133D+03 * 19+ 12 000:00:00 -0.512141D+03 -0.470133D+03 * 19+ 12 000:00:00 -0.512141D+03 -0.470134D+03 * 21+ 13 000:00:00 -0.512141D+03 -0.470134D+03 * 28+ 16 000:00:00 -0.511331D+03 -0.470135D+03 * 28+ 16 000:00:00 -0.511331D+03 -0.470135D+03 * 28+ 16 000:00:00 -0.511331D+03 -0.470136D+03 * 28+ 16 000:00:00 -0.511331D+03 -0.470136D+03 * 36 6 000:00:00 -0.510564D+03 -0.510073D+03 * 42+ 2 000:00:00 -0.510081D+03 -0.510074D+03 * 42 0 000:00:00 -0.510081D+03 -0.510081D+03 42 0 000:00:00 -0.510081D+03 -0.510081D+03 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.07 NLP subsolver time: 000:00:00, in seconds: 0.12 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.05 Total time elapsed: 000:00:00, in seconds: 0.25 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.05 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.02 on local: 000:00:00, in seconds: 0.10 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.06 Total no. of BaR iterations: 42 Best solution found at node: 42 Max. no. of nodes in memory: 20 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 0 0.00 All done =========================================================================== Solution = -510.080986661 found at node 42 Best possible = -510.081294697 Absolute gap = 0.000308035999978529 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- sep1.gms(152) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job sep1.gms Stop 11/21/12 02:46:49 elapsed 0:00:00.339 @04 1353462409 ----------------------------- Mi 21. Nov 02:46:49 CET 2012 ----------------------------- =ready= Linux opt223 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/space25a.gms =========== ----------------------------- Mi 21. Nov 02:46:49 CET 2012 ----------------------------- @03 1353462409 --- Job space25a.gms Start 11/21/12 02:46:49 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- space25a.gms(790) 2 Mb --- Starting execution: elapsed 0:00:00.035 --- space25a.gms(785) 3 Mb --- Generating MINLP model m --- space25a.gms(790) 5 Mb --- 202 rows 384 columns 1,513 non-zeroes --- 262 nl-code 111 nl-non-zeroes --- 240 discrete-columns --- space25a.gms(790) 3 Mb --- Executing BARON: elapsed 0:00:00.042 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Preprocessing found feasible solution with value 0.638827640268D+03 Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 6242302 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:01 0.665779D+02 0.638828D+03 1 1 000:00:01 0.665779D+02 0.638828D+03 *** gevCallSolver: Solve failed (conopt,RMINLP,sl=5) *** gevCallSolver: rc=2 msg=conCallSolver failed =5) *** gmoSetVarLOne: Given Variable Index not in [1,384] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,384] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,384] *** gmoSetVarLOne: Given Variable Index not in [1,384] e Index not in [1,384] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,384] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,384] * 32 18 000:00:02 0.665779D+02 0.507549D+03 *** gmoSetVarLOne: Given Variable Index not in [1,384] e Index not in [1,384] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,384] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,384] *** gmoSetVarLOne: Given Variable Index not in [1,384] e Index not in [1,384] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,384] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,384] *** gmoSetVarLOne: Given Variable Index not in [1,384] e Index not in [1,384] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,384] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,384] *** gmoSetVarLOne: Given Variable Index not in [1,384] e Index not in [1,384] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,384] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,384] *** gevCallSolver: Solve failed (conopt,RMINLP,sl=5) *** gevCallSolver: rc=2 msg=conCallSolver failed =5) *** gmoSetVarLOne: Given Variable Index not in [1,384] e Index not in [1,384] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,384] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,384] *** gmoSetVarLOne: Given Variable Index not in [1,384] e Index not in [1,384] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,384] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,384] 1116+ 510 000:00:32 0.772411D+02 0.507549D+03 *** gmoSetVarLOne: Given Variable Index not in [1,384] e Index not in [1,384] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,384] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,384] *** gmoSetVarLOne: Given Variable Index not in [1,384] e Index not in [1,384] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,384] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,384] 2051 935 000:01:02 0.806189D+02 0.507549D+03 *** gmoSetVarLOne: Given Variable Index not in [1,384] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,384] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,384] *** gmoSetVarLOne: Given Variable Index not in [1,384] e Index not in [1,384] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,384] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,384] 2901+ 1306 000:01:32 0.833984D+02 0.507549D+03 *** gmoSetVarLOne: Given Variable Index not in [1,384] e Index not in [1,384] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,384] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,384] 3865+ 1772 000:02:02 0.842546D+02 0.507549D+03 *** gmoSetVarLOne: Given Variable Index not in [1,384] e Index not in [1,384] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,384] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,384] 4794+ 2228 000:02:32 0.854225D+02 0.507549D+03 5619+ 2601 000:03:02 0.868451D+02 0.507549D+03 *** gmoSetVarLOne: Given Variable Index not in [1,384] e Index not in [1,384] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,384] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,384] *** gmoSetVarLOne: Given Variable Index not in [1,384] e Index not in [1,384] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,384] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,384] 6526+ 2987 000:03:32 0.876434D+02 0.507549D+03 7419+ 3350 000:04:02 0.887875D+02 0.507549D+03 *** gmoSetVarLOne: Given Variable Index not in [1,384] e Index not in [1,384] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,384] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,384] 8300+ 3708 000:04:32 0.895567D+02 0.507549D+03 *** gmoSetVarLOne: Given Variable Index not in [1,384] e Index not in [1,384] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,384] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,384] 9231+ 4086 000:05:02 0.906372D+02 0.507549D+03 * 9762 4297 000:05:20 0.909550D+02 0.505523D+03 10616+ 4655 000:05:50 0.915056D+02 0.505523D+03 *** gmoSetVarLOne: Given Variable Index not in [1,384] e Index not in [1,384] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,384] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,384] *** gevCallSolver: Solve failed (conopt,RMINLP,sl=5) *** gevCallSolver: rc=2 msg=conCallSolver failed =5) 11529 5011 000:06:20 0.920873D+02 0.505523D+03 12505+ 5394 000:06:50 0.927013D+02 0.505523D+03 *** gmoSetVarLOne: Given Variable Index not in [1,384] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,384] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,384] 13348+ 5746 000:07:20 0.931887D+02 0.505523D+03 14216+ 6066 000:07:50 0.938639D+02 0.505523D+03 *** gmoSetVarLOne: Given Variable Index not in [1,384] e Index not in [1,384] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,384] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,384] 15100+ 6435 000:08:20 0.944220D+02 0.505523D+03 15964+ 6797 000:08:50 0.949403D+02 0.505523D+03 *** gmoSetVarLOne: Given Variable Index not in [1,384] e Index not in [1,384] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,384] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,384] 16875+ 7190 000:09:20 0.954230D+02 0.505523D+03 17731+ 7546 000:09:50 0.958678D+02 0.505523D+03 * 18153 7715 000:10:04 0.960269D+02 0.503498D+03 19062+ 8075 000:10:34 0.963668D+02 0.503498D+03 19937+ 8400 000:11:04 0.967389D+02 0.503498D+03 *** gmoSetVarLOne: Given Variable Index not in [1,384] e Index not in [1,384] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,384] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,384] *** gevCallSolver: Solve failed (conopt,RMINLP,sl=5) *** gevCallSolver: rc=2 msg=conCallSolver failed =5) 20824+ 8768 000:11:34 0.970857D+02 0.503498D+03 21590+ 9091 000:12:04 0.974146D+02 0.503498D+03 22452+ 9446 000:12:34 0.977960D+02 0.503498D+03 23301 9777 000:13:04 0.981513D+02 0.503498D+03 24062 10065 000:13:34 0.984983D+02 0.503498D+03 *** gmoSetVarLOne: Given Variable Index not in [1,384] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,384] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,384] 24877+ 10360 000:14:04 0.987838D+02 0.503498D+03 25758+ 10716 000:14:34 0.991007D+02 0.503498D+03 26570+ 11040 000:15:04 0.993404D+02 0.503498D+03 27420+ 11377 000:15:34 0.996106D+02 0.503498D+03 28255+ 11690 000:16:04 0.998768D+02 0.503498D+03 *** gmoSetVarLOne: Given Variable Index not in [1,384] e Index not in [1,384] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,384] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,384] 29142+ 12022 000:16:34 0.100163D+03 0.503498D+03 29993+ 12347 000:17:04 0.100382D+03 0.503498D+03 30814+ 12696 000:17:34 0.100655D+03 0.503498D+03 31564+ 13014 000:18:04 0.100909D+03 0.503498D+03 *** gmoSetVarLOne: Given Variable Index not in [1,384] e Index not in [1,384] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,384] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,384] 32487+ 13370 000:18:34 0.101169D+03 0.503498D+03 33401+ 13711 000:19:04 0.101495D+03 0.503498D+03 34308 14070 000:19:34 0.101730D+03 0.503498D+03 35108+ 14376 000:20:04 0.101912D+03 0.503498D+03 *** gmoSetVarLOne: Given Variable Index not in [1,384] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,384] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,384] *** gevCallSolver: Solve failed (conopt,RMINLP,sl=5) *** gevCallSolver: rc=2 msg=conCallSolver failed =5) 35942+ 14694 000:20:34 0.102154D+03 0.503498D+03 36729+ 15010 000:21:04 0.102356D+03 0.503498D+03 37592+ 15369 000:21:34 0.102597D+03 0.503498D+03 38375+ 15666 000:22:04 0.102776D+03 0.503498D+03 39185+ 15968 000:22:34 0.103016D+03 0.503498D+03 39910+ 16244 000:23:04 0.103232D+03 0.503498D+03 40718+ 16515 000:23:34 0.103431D+03 0.503498D+03 41560+ 16853 000:24:04 0.103673D+03 0.503498D+03 42410+ 17187 000:24:34 0.103872D+03 0.503498D+03 *** gmoSetVarLOne: Given Variable Index not in [1,384] e Index not in [1,384] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,384] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,384] 43216+ 17518 000:25:04 0.104048D+03 0.503498D+03 44005 17829 000:25:34 0.104253D+03 0.503498D+03 44833 18129 000:26:04 0.104436D+03 0.503498D+03 45692+ 18462 000:26:34 0.104633D+03 0.503498D+03 46591+ 18792 000:27:04 0.104820D+03 0.503498D+03 47377+ 19093 000:27:34 0.104980D+03 0.503498D+03 48258+ 19422 000:28:04 0.105143D+03 0.503498D+03 49093+ 19767 000:28:34 0.105307D+03 0.503498D+03 49898+ 20081 000:29:04 0.105457D+03 0.503498D+03 *** gmoSetVarLOne: Given Variable Index not in [1,384] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,384] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,384] 50738+ 20442 000:29:34 0.105641D+03 0.503498D+03 51481+ 20747 000:30:04 0.105799D+03 0.503498D+03 52303+ 21068 000:30:34 0.105969D+03 0.503498D+03 53140+ 21444 000:31:04 0.106143D+03 0.503498D+03 53883+ 21754 000:31:34 0.106305D+03 0.503498D+03 54688+ 22099 000:32:04 0.106450D+03 0.503498D+03 55495+ 22399 000:32:34 0.106640D+03 0.503498D+03 56258+ 22668 000:33:04 0.106784D+03 0.503498D+03 56951+ 22946 000:33:34 0.106902D+03 0.503498D+03 57706 23261 000:34:04 0.107025D+03 0.503498D+03 *** gmoSetVarLOne: Given Variable Index not in [1,384] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,384] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,384] 58489+ 23557 000:34:34 0.107205D+03 0.503498D+03 59285+ 23877 000:35:04 0.107347D+03 0.503498D+03 60036+ 24184 000:35:34 0.107483D+03 0.503498D+03 60791+ 24484 000:36:04 0.107631D+03 0.503498D+03 61611+ 24790 000:36:34 0.107768D+03 0.503498D+03 62421+ 25118 000:37:04 0.107907D+03 0.503498D+03 63221+ 25440 000:37:34 0.108025D+03 0.503498D+03 63989+ 25765 000:38:04 0.108150D+03 0.503498D+03 64855 26109 000:38:34 0.108275D+03 0.503498D+03 65570+ 26379 000:39:04 0.108340D+03 0.503498D+03 *** gmoSetVarLOne: Given Variable Index not in [1,384] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,384] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,384] 66469+ 26763 000:39:34 0.108466D+03 0.503498D+03 67306+ 27086 000:40:04 0.108603D+03 0.503498D+03 68030+ 27358 000:40:34 0.108721D+03 0.503498D+03 68784+ 27676 000:41:04 0.108810D+03 0.503498D+03 69633+ 28024 000:41:34 0.108945D+03 0.503498D+03 70463+ 28375 000:42:04 0.109048D+03 0.503498D+03 71301+ 28684 000:42:34 0.109152D+03 0.503498D+03 72042 28976 000:43:04 0.109251D+03 0.503498D+03 72793 29296 000:43:34 0.109374D+03 0.503498D+03 *** gmoSetVarLOne: Given Variable Index not in [1,384] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,384] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,384] 73629+ 29600 000:44:04 0.109511D+03 0.503498D+03 74454 29914 000:44:34 0.109624D+03 0.503498D+03 75222 30215 000:45:04 0.109729D+03 0.503498D+03 75976+ 30540 000:45:34 0.109828D+03 0.503498D+03 76725+ 30808 000:46:04 0.109933D+03 0.503498D+03 77499+ 31117 000:46:34 0.110056D+03 0.503498D+03 78276+ 31414 000:47:04 0.110163D+03 0.503498D+03 79055+ 31694 000:47:34 0.110263D+03 0.503498D+03 79913+ 32036 000:48:04 0.110358D+03 0.503498D+03 80666+ 32336 000:48:34 0.110457D+03 0.503498D+03 81523+ 32650 000:49:04 0.110548D+03 0.503498D+03 82358+ 32953 000:49:35 0.110665D+03 0.503498D+03 83157+ 33254 000:50:05 0.110766D+03 0.503498D+03 83924+ 33573 000:50:35 0.110872D+03 0.503498D+03 84692+ 33859 000:51:05 0.110983D+03 0.503498D+03 *** gmoSetVarLOne: Given Variable Index not in [1,384] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,384] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,384] 85471+ 34172 000:51:35 0.111077D+03 0.503498D+03 86230+ 34471 000:52:05 0.111181D+03 0.503498D+03 87049+ 34712 000:52:35 0.111240D+03 0.503498D+03 87857+ 35027 000:53:05 0.111318D+03 0.503498D+03 88632+ 35335 000:53:35 0.111419D+03 0.503498D+03 89448+ 35662 000:54:05 0.111512D+03 0.503498D+03 90280+ 35963 000:54:35 0.111607D+03 0.503498D+03 91118+ 36292 000:55:05 0.111692D+03 0.503498D+03 91856+ 36576 000:55:35 0.111771D+03 0.503498D+03 92634+ 36897 000:56:05 0.111855D+03 0.503498D+03 93489+ 37224 000:56:35 0.111940D+03 0.503498D+03 94252+ 37529 000:57:05 0.112027D+03 0.503498D+03 95021+ 37806 000:57:35 0.112105D+03 0.503498D+03 95751+ 38101 000:58:05 0.112197D+03 0.503498D+03 96511 38441 000:58:35 0.112275D+03 0.503498D+03 97233+ 38722 000:59:05 0.112347D+03 0.503498D+03 98008+ 38993 000:59:35 0.112415D+03 0.503498D+03 98794+ 39280 001:00:05 0.112513D+03 0.503498D+03 99525+ 39564 001:00:35 0.112585D+03 0.503498D+03 100288+ 39834 001:01:05 0.112675D+03 0.503498D+03 *** gmoSetVarLOne: Given Variable Index not in [1,384] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,384] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,384] *** gevCallSolver: Solve failed (conopt,RMINLP,sl=5) *** gevCallSolver: rc=2 msg=conCallSolver failed =5) 101039+ 40135 001:01:35 0.112758D+03 0.503498D+03 101796+ 40462 001:02:05 0.112839D+03 0.503498D+03 102600+ 40780 001:02:35 0.112915D+03 0.503498D+03 103443+ 41116 001:03:05 0.113013D+03 0.503498D+03 104158+ 41358 001:03:35 0.113098D+03 0.503498D+03 104922+ 41675 001:04:05 0.113172D+03 0.503498D+03 105661+ 41971 001:04:35 0.113243D+03 0.503498D+03 106514+ 42317 001:05:05 0.113324D+03 0.503498D+03 107257+ 42611 001:05:35 0.113392D+03 0.503498D+03 108094+ 42936 001:06:05 0.113483D+03 0.503498D+03 108904+ 43275 001:06:35 0.113550D+03 0.503498D+03 109670+ 43555 001:07:05 0.113620D+03 0.503498D+03 110477+ 43881 001:07:35 0.113703D+03 0.503498D+03 111255 44167 001:08:05 0.113780D+03 0.503498D+03 112052 44491 001:08:35 0.113851D+03 0.503498D+03 112879+ 44794 001:09:05 0.113933D+03 0.503498D+03 113570+ 45067 001:09:35 0.114010D+03 0.503498D+03 114376+ 45349 001:10:05 0.114081D+03 0.503498D+03 115224+ 45672 001:10:35 0.114173D+03 0.503498D+03 116038+ 45967 001:11:05 0.114252D+03 0.503498D+03 *** gmoSetVarLOne: Given Variable Index not in [1,384] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,384] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,384] 116814+ 46239 001:11:35 0.114304D+03 0.503498D+03 117670+ 46520 001:12:05 0.114352D+03 0.503498D+03 118430 46820 001:12:35 0.114414D+03 0.503498D+03 119162+ 47124 001:13:05 0.114477D+03 0.503498D+03 119904+ 47413 001:13:35 0.114530D+03 0.503498D+03 120603+ 47673 001:14:05 0.114594D+03 0.503498D+03 121359+ 47944 001:14:35 0.114662D+03 0.503498D+03 122142+ 48211 001:15:05 0.114739D+03 0.503498D+03 123002+ 48547 001:15:35 0.114802D+03 0.503498D+03 123717+ 48830 001:16:05 0.114868D+03 0.503498D+03 * 123858 48885 001:16:09 0.114877D+03 0.501160D+03 124675 49187 001:16:39 0.114942D+03 0.501160D+03 125393 49462 001:17:09 0.115008D+03 0.501160D+03 126255 49759 001:17:39 0.115069D+03 0.501160D+03 127048+ 50075 001:18:09 0.115129D+03 0.501160D+03 127901+ 50386 001:18:39 0.115195D+03 0.501160D+03 128616+ 50671 001:19:09 0.115258D+03 0.501160D+03 129411+ 50945 001:19:39 0.115328D+03 0.501160D+03 130203+ 51253 001:20:09 0.115393D+03 0.501160D+03 *** gmoSetVarLOne: Given Variable Index not in [1,384] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,384] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,384] 130979+ 51525 001:20:39 0.115450D+03 0.501160D+03 131725+ 51803 001:21:09 0.115515D+03 0.501160D+03 132468+ 52094 001:21:39 0.115576D+03 0.501160D+03 133253+ 52401 001:22:09 0.115637D+03 0.501160D+03 134033+ 52682 001:22:39 0.115687D+03 0.501160D+03 134865+ 53009 001:23:09 0.115748D+03 0.501160D+03 135593 53297 001:23:39 0.115799D+03 0.501160D+03 136367+ 53588 001:24:09 0.115861D+03 0.501160D+03 137124+ 53880 001:24:39 0.115919D+03 0.501160D+03 137835+ 54140 001:25:09 0.115973D+03 0.501160D+03 138647+ 54444 001:25:39 0.116037D+03 0.501160D+03 139430+ 54738 001:26:09 0.116097D+03 0.501160D+03 140182+ 54977 001:26:39 0.116159D+03 0.501160D+03 140886+ 55213 001:27:09 0.116215D+03 0.501160D+03 141619+ 55499 001:27:39 0.116273D+03 0.501160D+03 142349+ 55749 001:28:09 0.116343D+03 0.501160D+03 143116+ 56018 001:28:39 0.116398D+03 0.501160D+03 143880+ 56295 001:29:09 0.116454D+03 0.501160D+03 144689+ 56598 001:29:39 0.116529D+03 0.501160D+03 *** gmoSetVarLOne: Given Variable Index not in [1,384] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,384] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,384] 145493+ 56881 001:30:09 0.116579D+03 0.501160D+03 146265+ 57185 001:30:39 0.116625D+03 0.501160D+03 146988+ 57475 001:31:09 0.116668D+03 0.501160D+03 147742+ 57739 001:31:39 0.116721D+03 0.501160D+03 148530+ 58007 001:32:09 0.116777D+03 0.501160D+03 * 148556 58007 001:32:10 0.116779D+03 0.493914D+03 149376+ 58306 001:32:40 0.116833D+03 0.493914D+03 150071 58585 001:33:10 0.116886D+03 0.493914D+03 150826+ 58885 001:33:40 0.116937D+03 0.493914D+03 151498+ 59132 001:34:10 0.116990D+03 0.493914D+03 152214+ 59391 001:34:40 0.117039D+03 0.493914D+03 152947+ 59664 001:35:10 0.117085D+03 0.493914D+03 153736+ 59954 001:35:40 0.117143D+03 0.493914D+03 154531+ 60247 001:36:10 0.117193D+03 0.493914D+03 155276+ 60515 001:36:40 0.117254D+03 0.493914D+03 156106+ 60839 001:37:10 0.117303D+03 0.493914D+03 156932+ 61119 001:37:40 0.117357D+03 0.493914D+03 157834+ 61501 001:38:10 0.117413D+03 0.493914D+03 158670+ 61788 001:38:40 0.117475D+03 0.493914D+03 159493+ 62113 001:39:10 0.117527D+03 0.493914D+03 *** gmoSetVarLOne: Given Variable Index not in [1,384] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,384] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,384] 160230+ 62356 001:39:40 0.117584D+03 0.493914D+03 160982+ 62610 001:40:10 0.117638D+03 0.493914D+03 161776+ 62889 001:40:40 0.117689D+03 0.493914D+03 162553+ 63157 001:41:10 0.117740D+03 0.493914D+03 163318+ 63435 001:41:40 0.117793D+03 0.493914D+03 164118+ 63705 001:42:10 0.117845D+03 0.493914D+03 164857+ 63976 001:42:40 0.117902D+03 0.493914D+03 165597+ 64235 001:43:10 0.117948D+03 0.493914D+03 166326+ 64523 001:43:40 0.118004D+03 0.493914D+03 167023+ 64773 001:44:10 0.118049D+03 0.493914D+03 167860+ 65070 001:44:40 0.118108D+03 0.493914D+03 168673 65352 001:45:10 0.118150D+03 0.493914D+03 169405 65638 001:45:40 0.118200D+03 0.493914D+03 170199+ 65922 001:46:10 0.118251D+03 0.493914D+03 170909+ 66184 001:46:40 0.118301D+03 0.493914D+03 171669+ 66469 001:47:10 0.118354D+03 0.493914D+03 172402 66751 001:47:40 0.118401D+03 0.493914D+03 173152+ 67021 001:48:10 0.118450D+03 0.493914D+03 173913+ 67322 001:48:40 0.118500D+03 0.493914D+03 *** gmoSetVarLOne: Given Variable Index not in [1,384] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,384] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,384] 174638+ 67610 001:49:10 0.118544D+03 0.493914D+03 175452+ 67912 001:49:41 0.118595D+03 0.493914D+03 176186+ 68207 001:50:11 0.118633D+03 0.493914D+03 176921+ 68479 001:50:41 0.118673D+03 0.493914D+03 177818+ 68841 001:51:11 0.118733D+03 0.493914D+03 178534+ 69106 001:51:41 0.118773D+03 0.493914D+03 179271+ 69363 001:52:11 0.118816D+03 0.493914D+03 179999+ 69630 001:52:41 0.118862D+03 0.493914D+03 180716+ 69928 001:53:11 0.118907D+03 0.493914D+03 181481+ 70231 001:53:41 0.118955D+03 0.493914D+03 182259+ 70495 001:54:11 0.119002D+03 0.493914D+03 183025 70775 001:54:41 0.119039D+03 0.493914D+03 183766+ 71059 001:55:11 0.119084D+03 0.493914D+03 184487 71337 001:55:41 0.119133D+03 0.493914D+03 185220+ 71590 001:56:11 0.119187D+03 0.493914D+03 186038+ 71886 001:56:41 0.119245D+03 0.493914D+03 186860+ 72162 001:57:11 0.119301D+03 0.493914D+03 187639+ 72468 001:57:41 0.119345D+03 0.493914D+03 188355+ 72712 001:58:11 0.119396D+03 0.493914D+03 189158+ 73033 001:58:41 0.119440D+03 0.493914D+03 *** gmoSetVarLOne: Given Variable Index not in [1,384] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,384] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,384] 189919+ 73307 001:59:11 0.119481D+03 0.493914D+03 190678+ 73589 001:59:41 0.119525D+03 0.493914D+03 191233 73830 002:00:00 0.119551D+03 0.493914D+03 *** Max. allowable CPU time exceeded *** LP subsolver time: 001:43:18, in seconds: 6198.25 NLP subsolver time: 000:02:46, in seconds: 166.22 Cutting time: 000:01:04, in seconds: 63.57 All other time: 000:12:52, in seconds: 771.97 Total time elapsed: 002:00:00, in seconds: 7200.00 on parsing: 000:00:00, in seconds: 0.02 on preprocessing: 000:00:01, in seconds: 0.54 on navigating: 000:00:18, in seconds: 17.52 on relaxed: 000:00:57, in seconds: 57.06 on local: 000:02:48, in seconds: 167.65 on tightening: 000:06:13, in seconds: 373.16 on marginals: 000:00:01, in seconds: 0.89 on probing: 001:49:43, in seconds: 6583.17 Total no. of BaR iterations: 191233 Best solution found at node: 148556 Max. no. of nodes in memory: 73830 Cut generation statistics (number of cuts / CPU sec) Bilinear 8744954 40.84 Multilinears 0 0.00 Convexity 9 22.73 All done =========================================================================== Solution = 493.913872806 found at node 148556 Best possible = 119.550597613 Absolute gap = 374.363275193 optca = 1E-9 Relative gap = 3.13142 optcr = 1E-6 --- Restarting execution --- space25a.gms(790) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job space25a.gms Stop 11/21/12 04:47:08 elapsed 2:00:19.130 @04 1353469628 ----------------------------- Mi 21. Nov 04:47:08 CET 2012 ----------------------------- =ready= Linux opt205 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/space25.gms =========== ----------------------------- Mi 21. Nov 02:59:25 CET 2012 ----------------------------- @03 1353463165 --- Job space25.gms Start 11/21/12 02:59:25 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- space25.gms(990) 2 Mb --- Starting execution: elapsed 0:00:00.497 --- space25.gms(985) 3 Mb --- Generating MINLP model m --- space25.gms(595) 5 Mb --- space25.gms(990) 5 Mb --- 236 rows 894 columns 2,057 non-zeroes --- 262 nl-code 111 nl-non-zeroes --- 750 discrete-columns --- space25.gms(990) 3 Mb --- Executing BARON: elapsed 0:00:00.512 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Preprocessing found feasible solution with value 0.638827640268D+03 Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 5695891 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:01 0.665779D+02 0.638828D+03 1 1 000:00:01 0.665779D+02 0.638828D+03 974 445 000:00:31 0.736223D+02 0.638828D+03 1876+ 799 000:01:01 0.768612D+02 0.638828D+03 *** gevCallSolver: Solve failed (conopt,RMINLP,sl=5) *** gevCallSolver: rc=2 msg=conCallSolver failed =5) *** gmoSetVarLOne: Given Variable Index not in [1,894] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,894] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,894] 2775+ 1150 000:01:31 0.793128D+02 0.638828D+03 *** gmoSetVarLOne: Given Variable Index not in [1,894] e Index not in [1,894] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,894] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,894] *** gmoSetVarLOne: Given Variable Index not in [1,894] e Index not in [1,894] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,894] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,894] 3579+ 1465 000:02:01 0.806378D+02 0.638828D+03 *** gmoSetVarLOne: Given Variable Index not in [1,894] e Index not in [1,894] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,894] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,894] *** gmoSetVarLOne: Given Variable Index not in [1,894] e Index not in [1,894] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,894] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,894] *** gevCallSolver: Solve failed (conopt,RMINLP,sl=5) *** gevCallSolver: rc=2 msg=conCallSolver failed =5) 4429+ 1760 000:02:31 0.820055D+02 0.638828D+03 *** gmoSetVarLOne: Given Variable Index not in [1,894] e Index not in [1,894] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,894] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,894] 5253 2057 000:03:01 0.831077D+02 0.638828D+03 *** gmoSetVarLOne: Given Variable Index not in [1,894] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,894] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,894] 6064+ 2372 000:03:31 0.840829D+02 0.638828D+03 *** gmoSetVarLOne: Given Variable Index not in [1,894] e Index not in [1,894] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,894] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,894] 6888+ 2624 000:04:01 0.849662D+02 0.638828D+03 *** gmoSetVarLOne: Given Variable Index not in [1,894] e Index not in [1,894] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,894] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,894] 7690+ 2898 000:04:31 0.855770D+02 0.638828D+03 *** gmoSetVarLOne: Given Variable Index not in [1,894] e Index not in [1,894] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,894] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,894] 8575+ 3200 000:05:01 0.863463D+02 0.638828D+03 9444+ 3479 000:05:31 0.871174D+02 0.638828D+03 *** gmoSetVarLOne: Given Variable Index not in [1,894] e Index not in [1,894] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,894] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,894] 10270+ 3716 000:06:01 0.878126D+02 0.638828D+03 11106+ 3957 000:06:31 0.883646D+02 0.638828D+03 11916 4190 000:07:01 0.889281D+02 0.638828D+03 *** gmoSetVarLOne: Given Variable Index not in [1,894] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,894] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,894] 12905+ 4483 000:07:31 0.895790D+02 0.638828D+03 13694 4748 000:08:01 0.899996D+02 0.638828D+03 *** gmoSetVarLOne: Given Variable Index not in [1,894] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,894] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,894] 14600 5042 000:08:31 0.905352D+02 0.638828D+03 15576+ 5337 000:09:01 0.910071D+02 0.638828D+03 *** gmoSetVarLOne: Given Variable Index not in [1,894] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,894] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,894] 16500+ 5621 000:09:31 0.915254D+02 0.638828D+03 17408+ 5905 000:10:01 0.919781D+02 0.638828D+03 *** gmoSetVarLOne: Given Variable Index not in [1,894] e Index not in [1,894] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,894] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,894] 18336+ 6188 000:10:31 0.924609D+02 0.638828D+03 19205+ 6456 000:11:01 0.928894D+02 0.638828D+03 *** gmoSetVarLOne: Given Variable Index not in [1,894] e Index not in [1,894] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,894] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,894] 20094+ 6732 000:11:31 0.932512D+02 0.638828D+03 21013+ 7051 000:12:01 0.936296D+02 0.638828D+03 21850+ 7328 000:12:31 0.939508D+02 0.638828D+03 22666+ 7584 000:13:01 0.942501D+02 0.638828D+03 23581 7873 000:13:31 0.945264D+02 0.638828D+03 *** gmoSetVarLOne: Given Variable Index not in [1,894] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,894] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,894] 24498+ 8160 000:14:01 0.948076D+02 0.638828D+03 25314+ 8400 000:14:31 0.951394D+02 0.638828D+03 26286+ 8714 000:15:01 0.954823D+02 0.638828D+03 27227+ 8986 000:15:31 0.957696D+02 0.638828D+03 *** gmoSetVarLOne: Given Variable Index not in [1,894] e Index not in [1,894] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,894] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,894] 28091 9268 000:16:01 0.960219D+02 0.638828D+03 28999+ 9514 000:16:31 0.962913D+02 0.638828D+03 29853+ 9764 000:17:01 0.965559D+02 0.638828D+03 30763 10015 000:17:31 0.968405D+02 0.638828D+03 *** gmoSetVarLOne: Given Variable Index not in [1,894] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,894] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,894] 31626+ 10295 000:18:01 0.970489D+02 0.638828D+03 32440 10558 000:18:31 0.972826D+02 0.638828D+03 33292+ 10825 000:19:01 0.975430D+02 0.638828D+03 34235 11105 000:19:31 0.977910D+02 0.638828D+03 * 34314 11125 000:19:34 0.978122D+02 0.622073D+03 *** gmoSetVarLOne: Given Variable Index not in [1,894] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,894] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,894] 35153+ 11383 000:20:04 0.980181D+02 0.622073D+03 36065 11684 000:20:34 0.982335D+02 0.622073D+03 36903 11922 000:21:04 0.984157D+02 0.622073D+03 37784+ 12209 000:21:34 0.986262D+02 0.622073D+03 * 38288 12364 000:21:51 0.987606D+02 0.587696D+03 39144+ 12616 000:22:21 0.989650D+02 0.587696D+03 40019 12859 000:22:51 0.991816D+02 0.587696D+03 40932 13170 000:23:21 0.993694D+02 0.587696D+03 41816+ 13435 000:23:51 0.995613D+02 0.587696D+03 *** gmoSetVarLOne: Given Variable Index not in [1,894] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,894] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,894] 42604+ 13673 000:24:21 0.997020D+02 0.587696D+03 43449+ 13954 000:24:51 0.998903D+02 0.587696D+03 44456+ 14273 000:25:21 0.100111D+03 0.587696D+03 45400+ 14572 000:25:51 0.100285D+03 0.587696D+03 46304+ 14833 000:26:21 0.100454D+03 0.587696D+03 47196+ 15095 000:26:51 0.100644D+03 0.587696D+03 48074+ 15333 000:27:21 0.100818D+03 0.587696D+03 49103+ 15646 000:27:51 0.101006D+03 0.587696D+03 50080+ 15899 000:28:21 0.101175D+03 0.587696D+03 *** gmoSetVarLOne: Given Variable Index not in [1,894] e Index not in [1,894] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,894] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,894] 51069 16180 000:28:51 0.101340D+03 0.587696D+03 51905+ 16391 000:29:21 0.101523D+03 0.587696D+03 52904 16665 000:29:51 0.101714D+03 0.587696D+03 53824 16872 000:30:21 0.101877D+03 0.587696D+03 54740+ 17117 000:30:51 0.102056D+03 0.587696D+03 55742+ 17431 000:31:21 0.102260D+03 0.587696D+03 56677+ 17661 000:31:51 0.102440D+03 0.587696D+03 57634+ 17921 000:32:21 0.102580D+03 0.587696D+03 58607+ 18181 000:32:51 0.102760D+03 0.587696D+03 *** gmoSetVarLOne: Given Variable Index not in [1,894] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,894] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,894] 59453+ 18374 000:33:21 0.102908D+03 0.587696D+03 60358+ 18650 000:33:51 0.103056D+03 0.587696D+03 61252+ 18898 000:34:21 0.103208D+03 0.587696D+03 62217+ 19120 000:34:51 0.103386D+03 0.587696D+03 63204+ 19364 000:35:21 0.103531D+03 0.587696D+03 64118+ 19647 000:35:51 0.103679D+03 0.587696D+03 64990+ 19868 000:36:21 0.103831D+03 0.587696D+03 *** gmoSetVarLOne: Given Variable Index not in [1,894] e Index not in [1,894] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,894] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,894] 65877+ 20087 000:36:51 0.103976D+03 0.587696D+03 66682+ 20294 000:37:21 0.104102D+03 0.587696D+03 * 67070 20369 000:37:35 0.104166D+03 0.584213D+03 67949+ 20611 000:38:05 0.104304D+03 0.584213D+03 68858+ 20840 000:38:35 0.104449D+03 0.584213D+03 69836 21102 000:39:05 0.104594D+03 0.584213D+03 70736+ 21309 000:39:35 0.104732D+03 0.584213D+03 71674+ 21565 000:40:05 0.104873D+03 0.584213D+03 72553+ 21787 000:40:35 0.105013D+03 0.584213D+03 73558+ 22032 000:41:05 0.105172D+03 0.584213D+03 *** gmoSetVarLOne: Given Variable Index not in [1,894] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,894] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,894] 74582+ 22300 000:41:35 0.105328D+03 0.584213D+03 75462 22541 000:42:05 0.105461D+03 0.584213D+03 76431+ 22774 000:42:35 0.105588D+03 0.584213D+03 77377+ 23004 000:43:05 0.105719D+03 0.584213D+03 78290+ 23223 000:43:35 0.105855D+03 0.584213D+03 79236+ 23461 000:44:05 0.105986D+03 0.584213D+03 80147+ 23669 000:44:35 0.106127D+03 0.584213D+03 80958 23893 000:45:05 0.106228D+03 0.584213D+03 81886+ 24091 000:45:35 0.106344D+03 0.584213D+03 82886 24323 000:46:05 0.106477D+03 0.584213D+03 * 83158 24393 000:46:17 0.106521D+03 0.582082D+03 84094+ 24601 000:46:47 0.106647D+03 0.582082D+03 85015+ 24860 000:47:17 0.106772D+03 0.582082D+03 85942+ 25127 000:47:47 0.106888D+03 0.582082D+03 86836+ 25364 000:48:17 0.106988D+03 0.582082D+03 87753+ 25572 000:48:47 0.107099D+03 0.582082D+03 88605+ 25818 000:49:17 0.107211D+03 0.582082D+03 *** gmoSetVarLOne: Given Variable Index not in [1,894] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,894] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,894] 89475 26070 000:49:47 0.107325D+03 0.582082D+03 90548+ 26348 000:50:17 0.107464D+03 0.582082D+03 91523+ 26588 000:50:47 0.107594D+03 0.582082D+03 92530+ 26878 000:51:17 0.107711D+03 0.582082D+03 93551+ 27129 000:51:47 0.107825D+03 0.582082D+03 94465+ 27368 000:52:17 0.107932D+03 0.582082D+03 95254+ 27589 000:52:47 0.108030D+03 0.582082D+03 96150+ 27835 000:53:17 0.108150D+03 0.582082D+03 97110+ 28142 000:53:47 0.108252D+03 0.582082D+03 98117 28351 000:54:17 0.108370D+03 0.582082D+03 99054+ 28603 000:54:47 0.108475D+03 0.582082D+03 100065+ 28831 000:55:17 0.108595D+03 0.582082D+03 101006+ 29082 000:55:47 0.108702D+03 0.582082D+03 102001+ 29307 000:56:17 0.108812D+03 0.582082D+03 102950+ 29541 000:56:47 0.108919D+03 0.582082D+03 104047+ 29786 000:57:17 0.109052D+03 0.582082D+03 *** gmoSetVarLOne: Given Variable Index not in [1,894] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,894] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,894] 104926+ 30014 000:57:47 0.109163D+03 0.582082D+03 105884+ 30217 000:58:17 0.109264D+03 0.582082D+03 106850+ 30427 000:58:47 0.109366D+03 0.582082D+03 107838+ 30683 000:59:17 0.109471D+03 0.582082D+03 108877+ 30917 000:59:47 0.109578D+03 0.582082D+03 109884+ 31129 001:00:17 0.109696D+03 0.582082D+03 110744+ 31330 001:00:47 0.109782D+03 0.582082D+03 111774 31521 001:01:17 0.109890D+03 0.582082D+03 112763+ 31739 001:01:47 0.109995D+03 0.582082D+03 113823+ 31976 001:02:17 0.110102D+03 0.582082D+03 114741+ 32218 001:02:47 0.110203D+03 0.582082D+03 115679+ 32461 001:03:17 0.110300D+03 0.582082D+03 116663+ 32669 001:03:47 0.110397D+03 0.582082D+03 117629+ 32915 001:04:17 0.110509D+03 0.582082D+03 118502+ 33132 001:04:47 0.110596D+03 0.582082D+03 119556 33375 001:05:17 0.110697D+03 0.582082D+03 120461+ 33577 001:05:47 0.110787D+03 0.582082D+03 *** gmoSetVarLOne: Given Variable Index not in [1,894] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,894] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,894] 121265+ 33792 001:06:17 0.110861D+03 0.582082D+03 122180+ 34057 001:06:47 0.110946D+03 0.582082D+03 123168 34314 001:07:17 0.111043D+03 0.582082D+03 124087+ 34541 001:07:47 0.111122D+03 0.582082D+03 124950+ 34754 001:08:17 0.111213D+03 0.582082D+03 125979+ 35022 001:08:47 0.111306D+03 0.582082D+03 126964 35282 001:09:17 0.111402D+03 0.582082D+03 127994+ 35530 001:09:47 0.111503D+03 0.582082D+03 128963+ 35750 001:10:17 0.111589D+03 0.582082D+03 129894+ 35987 001:10:47 0.111682D+03 0.582082D+03 130926+ 36232 001:11:17 0.111767D+03 0.582082D+03 131921 36462 001:11:47 0.111866D+03 0.582082D+03 132864+ 36707 001:12:17 0.111959D+03 0.582082D+03 133866+ 36931 001:12:47 0.112053D+03 0.582082D+03 134895+ 37168 001:13:17 0.112153D+03 0.582082D+03 135902+ 37394 001:13:47 0.112248D+03 0.582082D+03 136840+ 37595 001:14:17 0.112329D+03 0.582082D+03 *** gmoSetVarLOne: Given Variable Index not in [1,894] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,894] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,894] 137852+ 37801 001:14:47 0.112427D+03 0.582082D+03 138939+ 38013 001:15:17 0.112528D+03 0.582082D+03 139947+ 38260 001:15:47 0.112600D+03 0.582082D+03 140892+ 38457 001:16:17 0.112689D+03 0.582082D+03 142077+ 38733 001:16:47 0.112790D+03 0.582082D+03 142904+ 38933 001:17:17 0.112866D+03 0.582082D+03 143867+ 39143 001:17:47 0.112948D+03 0.582082D+03 144809+ 39376 001:18:17 0.113038D+03 0.582082D+03 145748+ 39622 001:18:47 0.113122D+03 0.582082D+03 * 146497 39808 001:19:11 0.113192D+03 0.576968D+03 147556+ 40075 001:19:41 0.113275D+03 0.576968D+03 148495+ 40311 001:20:11 0.113348D+03 0.576968D+03 149313+ 40537 001:20:41 0.113408D+03 0.576968D+03 150256+ 40772 001:21:11 0.113500D+03 0.576968D+03 151284+ 40998 001:21:41 0.113587D+03 0.576968D+03 152336+ 41271 001:22:11 0.113677D+03 0.576968D+03 153222 41466 001:22:41 0.113752D+03 0.576968D+03 *** gmoSetVarLOne: Given Variable Index not in [1,894] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,894] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,894] 154116+ 41689 001:23:11 0.113831D+03 0.576968D+03 155035+ 41898 001:23:41 0.113908D+03 0.576968D+03 155960+ 42122 001:24:11 0.113978D+03 0.576968D+03 156874 42287 001:24:41 0.114053D+03 0.576968D+03 157794+ 42510 001:25:11 0.114129D+03 0.576968D+03 158695+ 42713 001:25:41 0.114205D+03 0.576968D+03 159737+ 42923 001:26:11 0.114281D+03 0.576968D+03 160731 43161 001:26:41 0.114354D+03 0.576968D+03 161677+ 43376 001:27:11 0.114430D+03 0.576968D+03 162632 43609 001:27:41 0.114507D+03 0.576968D+03 163713+ 43794 001:28:11 0.114590D+03 0.576968D+03 164700+ 43997 001:28:41 0.114674D+03 0.576968D+03 165663+ 44193 001:29:11 0.114753D+03 0.576968D+03 166510+ 44428 001:29:41 0.114816D+03 0.576968D+03 167496 44640 001:30:11 0.114904D+03 0.576968D+03 168541+ 44915 001:30:41 0.114983D+03 0.576968D+03 169684 45136 001:31:11 0.115072D+03 0.576968D+03 170710 45322 001:31:41 0.115151D+03 0.576968D+03 171718 45551 001:32:11 0.115219D+03 0.576968D+03 172705+ 45776 001:32:41 0.115302D+03 0.576968D+03 173698+ 46008 001:33:11 0.115383D+03 0.576968D+03 174670 46251 001:33:41 0.115457D+03 0.576968D+03 175546+ 46458 001:34:11 0.115532D+03 0.576968D+03 176456+ 46700 001:34:41 0.115608D+03 0.576968D+03 177519+ 46921 001:35:11 0.115689D+03 0.576968D+03 178441+ 47137 001:35:41 0.115755D+03 0.576968D+03 179342+ 47317 001:36:11 0.115822D+03 0.576968D+03 180391+ 47519 001:36:41 0.115905D+03 0.576968D+03 *** gmoSetVarLOne: Given Variable Index not in [1,894] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,894] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,894] 181417+ 47792 001:37:11 0.115990D+03 0.576968D+03 182399 48049 001:37:41 0.116072D+03 0.576968D+03 183406+ 48248 001:38:11 0.116149D+03 0.576968D+03 184433 48482 001:38:41 0.116213D+03 0.576968D+03 185504+ 48664 001:39:11 0.116284D+03 0.576968D+03 186468 48891 001:39:41 0.116361D+03 0.576968D+03 187464 49080 001:40:11 0.116441D+03 0.576968D+03 188413+ 49287 001:40:41 0.116509D+03 0.576968D+03 189392+ 49504 001:41:11 0.116579D+03 0.576968D+03 190316+ 49737 001:41:41 0.116648D+03 0.576968D+03 191401+ 49990 001:42:11 0.116728D+03 0.576968D+03 192290+ 50198 001:42:41 0.116792D+03 0.576968D+03 193313+ 50448 001:43:11 0.116867D+03 0.576968D+03 194373 50658 001:43:41 0.116937D+03 0.576968D+03 195343+ 50878 001:44:11 0.117007D+03 0.576968D+03 196343+ 51079 001:44:41 0.117076D+03 0.576968D+03 197335+ 51272 001:45:11 0.117141D+03 0.576968D+03 198174+ 51444 001:45:41 0.117200D+03 0.576968D+03 199297+ 51661 001:46:11 0.117285D+03 0.576968D+03 200231+ 51894 001:46:41 0.117352D+03 0.576968D+03 201121+ 52084 001:47:11 0.117415D+03 0.576968D+03 * 201814 52240 001:47:31 0.117468D+03 0.531362D+03 202631+ 52417 001:48:01 0.117529D+03 0.531362D+03 203732+ 52621 001:48:31 0.117604D+03 0.531362D+03 204662+ 52810 001:49:01 0.117664D+03 0.531362D+03 205524 52989 001:49:31 0.117725D+03 0.531362D+03 206620+ 53249 001:50:01 0.117794D+03 0.531362D+03 207609+ 53470 001:50:31 0.117858D+03 0.531362D+03 208530+ 53701 001:51:01 0.117924D+03 0.531362D+03 209704+ 53960 001:51:31 0.118004D+03 0.531362D+03 210682+ 54147 001:52:01 0.118069D+03 0.531362D+03 211561 54319 001:52:31 0.118133D+03 0.531362D+03 212559+ 54575 001:53:01 0.118192D+03 0.531362D+03 *** gmoSetVarLOne: Given Variable Index not in [1,894] *** gmoSetAltVarLowerOne: Given Variable Index not in [1,894] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,894] 213501+ 54793 001:53:31 0.118248D+03 0.531362D+03 214428+ 54997 001:54:01 0.118303D+03 0.531362D+03 215426+ 55219 001:54:31 0.118366D+03 0.531362D+03 216462+ 55428 001:55:01 0.118437D+03 0.531362D+03 217410+ 55642 001:55:31 0.118495D+03 0.531362D+03 218430+ 55858 001:56:01 0.118565D+03 0.531362D+03 219544+ 56049 001:56:31 0.118639D+03 0.531362D+03 220446+ 56204 001:57:01 0.118702D+03 0.531362D+03 221471 56425 001:57:31 0.118770D+03 0.531362D+03 222490+ 56644 001:58:01 0.118840D+03 0.531362D+03 223459+ 56830 001:58:31 0.118902D+03 0.531362D+03 224422+ 57004 001:59:01 0.118963D+03 0.531362D+03 225396 57216 001:59:31 0.119023D+03 0.531362D+03 226316 57413 002:00:00 0.119081D+03 0.531362D+03 *** Max. allowable CPU time exceeded *** LP subsolver time: 001:39:39, in seconds: 5978.80 NLP subsolver time: 000:02:41, in seconds: 161.19 Cutting time: 000:00:58, in seconds: 57.58 All other time: 000:16:42, in seconds: 1002.43 Total time elapsed: 002:00:00, in seconds: 7200.00 on parsing: 000:00:00, in seconds: 0.03 on preprocessing: 000:00:01, in seconds: 0.66 on navigating: 000:00:25, in seconds: 25.05 on relaxed: 000:03:43, in seconds: 223.04 on local: 000:02:43, in seconds: 162.70 on tightening: 000:07:18, in seconds: 438.03 on marginals: 000:00:02, in seconds: 1.70 on probing: 001:45:49, in seconds: 6348.79 Total no. of BaR iterations: 226316 Best solution found at node: 201814 Max. no. of nodes in memory: 57413 Cut generation statistics (number of cuts / CPU sec) Bilinear 12516840 39.55 Multilinears 0 0.00 Convexity 11 18.03 All done =========================================================================== Solution = 531.362133283 found at node 201814 Best possible = 119.080933585 Absolute gap = 412.281199698 optca = 1E-9 Relative gap = 3.46219 optcr = 1E-6 --- Restarting execution --- space25.gms(990) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job space25.gms Stop 11/21/12 04:59:45 elapsed 2:00:19.847 @04 1353470385 ----------------------------- Mi 21. Nov 04:59:45 CET 2012 ----------------------------- =ready= Linux opt229 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/space960.gms =========== ----------------------------- Mi 21. Nov 03:04:58 CET 2012 ----------------------------- @03 1353463498 --- Job space960.gms Start 11/21/12 03:04:58 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- space960.gms(21604) 5 Mb --- Starting execution: elapsed 0:00:00.208 --- space960.gms(21599) 6 Mb --- Generating MINLP model m --- space960.gms(21604) 10 Mb --- 6,498 rows 5,538 columns 19,961 non-zeroes --- 10,364 nl-code 4,700 nl-non-zeroes --- 960 discrete-columns --- space960.gms(21604) 8 Mb --- Executing BARON: elapsed 0:00:00.311 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Estimated remaining time for preprocessing LPs is 40 secs Estimated remaining time for preprocessing LPs is 32 secs Estimated remaining time for preprocessing LPs is 33 secs Estimated remaining time for preprocessing LPs is 7 secs Done with preprocessing LPs Starting multi-start local search Estimated remaining time for local search is 36 secs Done with local search =========================================================================== We have space for 192898 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:04:54 0.648766D+07 0.480000D+08 1 1 000:05:00 0.648766D+07 0.480000D+08 1+ 1 000:06:11 0.651319D+07 0.480000D+08 1+ 1 000:06:49 0.651319D+07 0.480000D+08 1 1 000:07:08 0.651319D+07 0.480000D+08 3 2 000:08:49 0.651319D+07 0.480000D+08 4 3 000:10:10 0.651350D+07 0.480000D+08 5 4 000:11:46 0.651350D+07 0.480000D+08 5+ 4 000:12:58 0.651350D+07 0.480000D+08 5+ 4 000:13:28 0.651350D+07 0.480000D+08 7 5 000:15:38 0.651350D+07 0.480000D+08 7+ 5 000:17:19 0.651350D+07 0.480000D+08 7+ 5 000:17:49 0.651350D+07 0.480000D+08 8 5 000:18:19 0.651355D+07 0.480000D+08 9 6 000:20:34 0.651371D+07 0.480000D+08 10 7 000:22:09 0.651371D+07 0.480000D+08 10+ 7 000:22:40 0.651371D+07 0.480000D+08 10+ 7 000:23:20 0.651371D+07 0.480000D+08 12+ 8 000:24:00 0.651389D+07 0.480000D+08 12+ 8 000:24:31 0.651389D+07 0.480000D+08 14 10 000:25:24 0.651389D+07 0.480000D+08 17+ 11 000:26:22 0.651392D+07 0.480000D+08 17+ 11 000:26:53 0.651392D+07 0.480000D+08 19 13 000:27:49 0.651394D+07 0.480000D+08 22 14 000:28:51 0.651395D+07 0.480000D+08 22+ 14 000:29:30 0.651395D+07 0.480000D+08 23 15 000:30:01 0.651395D+07 0.480000D+08 27+ 18 000:30:33 0.651401D+07 0.480000D+08 28 19 000:31:13 0.651401D+07 0.480000D+08 29+ 19 000:31:45 0.651401D+07 0.480000D+08 30 20 000:32:24 0.651402D+07 0.480000D+08 31+ 20 000:33:35 0.651402D+07 0.480000D+08 31+ 20 000:34:07 0.651402D+07 0.480000D+08 32 20 000:34:38 0.651402D+07 0.480000D+08 36+ 22 000:35:10 0.651406D+07 0.480000D+08 36+ 22 000:35:40 0.651406D+07 0.480000D+08 38+ 23 000:36:11 0.651410D+07 0.480000D+08 38+ 23 000:36:42 0.651410D+07 0.480000D+08 40 24 000:37:14 0.651415D+07 0.480000D+08 40+ 24 000:37:46 0.651415D+07 0.480000D+08 40+ 24 000:38:16 0.651415D+07 0.480000D+08 45+ 28 000:38:48 0.651418D+07 0.480000D+08 45+ 28 000:39:18 0.651418D+07 0.480000D+08 47+ 29 000:39:57 0.651418D+07 0.480000D+08 47+ 29 000:40:37 0.651418D+07 0.480000D+08 54+ 32 000:41:17 0.651431D+07 0.480000D+08 54+ 32 000:41:57 0.651431D+07 0.480000D+08 56+ 33 000:42:36 0.651431D+07 0.480000D+08 56+ 33 000:43:17 0.651431D+07 0.480000D+08 58 35 000:44:02 0.651431D+07 0.480000D+08 61+ 37 000:44:41 0.651431D+07 0.480000D+08 63+ 38 000:45:21 0.651431D+07 0.480000D+08 63+ 38 000:46:01 0.651431D+07 0.480000D+08 67 40 000:46:52 0.651438D+07 0.480000D+08 72+ 42 000:47:23 0.651453D+07 0.480000D+08 72+ 42 000:47:53 0.651453D+07 0.480000D+08 77+ 46 000:48:27 0.651455D+07 0.480000D+08 77+ 46 000:49:06 0.651455D+07 0.480000D+08 79+ 47 000:49:37 0.651455D+07 0.480000D+08 79+ 47 000:50:17 0.651455D+07 0.480000D+08 82+ 49 000:50:48 0.651456D+07 0.480000D+08 82+ 49 000:51:29 0.651456D+07 0.480000D+08 84+ 50 000:52:11 0.651457D+07 0.480000D+08 84+ 50 000:52:48 0.651457D+07 0.480000D+08 89+ 54 000:53:19 0.651457D+07 0.480000D+08 89+ 54 000:53:51 0.651457D+07 0.480000D+08 90 55 000:54:21 0.651457D+07 0.480000D+08 91+ 55 000:55:00 0.651457D+07 0.480000D+08 94 57 000:55:48 0.651458D+07 0.480000D+08 94+ 57 000:56:27 0.651458D+07 0.480000D+08 95 57 000:56:58 0.651458D+07 0.480000D+08 96+ 58 000:57:30 0.651459D+07 0.480000D+08 97 59 000:58:09 0.651459D+07 0.480000D+08 101+ 61 000:58:41 0.651459D+07 0.480000D+08 102 62 000:59:20 0.651459D+07 0.480000D+08 103 62 000:59:51 0.651459D+07 0.480000D+08 103+ 62 001:00:21 0.651459D+07 0.480000D+08 103+ 62 001:00:53 0.651459D+07 0.480000D+08 106+ 63 001:01:26 0.651466D+07 0.480000D+08 106+ 63 001:01:59 0.651466D+07 0.480000D+08 111+ 67 001:03:09 0.651468D+07 0.480000D+08 111+ 67 001:03:39 0.651468D+07 0.480000D+08 112 68 001:04:10 0.651468D+07 0.480000D+08 113+ 68 001:04:43 0.651468D+07 0.480000D+08 114 68 001:05:22 0.651469D+07 0.480000D+08 116+ 70 001:06:03 0.651469D+07 0.480000D+08 117 70 001:06:33 0.651469D+07 0.480000D+08 118+ 71 001:07:13 0.651473D+07 0.480000D+08 119 72 001:07:44 0.651473D+07 0.480000D+08 122+ 73 001:08:20 0.651475D+07 0.480000D+08 122+ 73 001:08:57 0.651475D+07 0.480000D+08 127+ 77 001:09:28 0.651476D+07 0.480000D+08 127+ 77 001:10:06 0.651476D+07 0.480000D+08 129+ 78 001:10:37 0.651476D+07 0.480000D+08 129+ 78 001:11:16 0.651476D+07 0.480000D+08 132+ 79 001:11:48 0.651484D+07 0.480000D+08 132+ 79 001:12:28 0.651484D+07 0.480000D+08 134+ 80 001:13:06 0.651484D+07 0.480000D+08 134+ 80 001:13:39 0.651484D+07 0.480000D+08 139 84 001:14:17 0.651484D+07 0.480000D+08 139+ 84 001:14:47 0.651484D+07 0.480000D+08 140 85 001:15:26 0.651484D+07 0.480000D+08 141+ 85 001:15:58 0.651484D+07 0.480000D+08 142 86 001:16:37 0.651485D+07 0.480000D+08 148 89 001:17:16 0.651489D+07 0.480000D+08 148+ 89 001:17:46 0.651489D+07 0.480000D+08 149 89 001:18:25 0.651489D+07 0.480000D+08 150+ 90 001:18:56 0.651490D+07 0.480000D+08 151 91 001:19:35 0.651490D+07 0.480000D+08 155+ 94 001:20:06 0.651491D+07 0.480000D+08 156 95 001:20:45 0.651491D+07 0.480000D+08 157 95 001:21:16 0.651491D+07 0.480000D+08 157+ 95 001:21:46 0.651491D+07 0.480000D+08 158 96 001:22:26 0.651491D+07 0.480000D+08 164+ 99 001:22:56 0.651491D+07 0.480000D+08 165 99 001:23:35 0.651491D+07 0.480000D+08 166+ 100 001:24:06 0.651492D+07 0.480000D+08 166+ 100 001:24:37 0.651492D+07 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0.651515D+07 0.480000D+08 238+ 144 001:50:47 0.651515D+07 0.480000D+08 242 147 001:51:17 0.651516D+07 0.480000D+08 243+ 148 001:51:57 0.651516D+07 0.480000D+08 245+ 149 001:52:37 0.651516D+07 0.480000D+08 245+ 149 001:53:10 0.651516D+07 0.480000D+08 246 150 001:53:43 0.651516D+07 0.480000D+08 248 151 001:54:13 0.651516D+07 0.480000D+08 252+ 153 001:54:48 0.651517D+07 0.480000D+08 252+ 153 001:55:18 0.651517D+07 0.480000D+08 254+ 154 001:55:58 0.651518D+07 0.480000D+08 254+ 154 001:56:30 0.651518D+07 0.480000D+08 259+ 158 001:57:06 0.651519D+07 0.480000D+08 259+ 158 001:57:45 0.651519D+07 0.480000D+08 261+ 159 001:58:24 0.651519D+07 0.480000D+08 261+ 159 001:59:03 0.651519D+07 0.480000D+08 264+ 161 001:59:33 0.651520D+07 0.480000D+08 265 161 002:00:00 0.651520D+07 0.480000D+08 *** Max. allowable CPU time exceeded *** *** No feasible solution was found *** LP subsolver time: 001:30:11, in seconds: 5410.91 NLP subsolver time: 000:29:33, in seconds: 1772.97 Cutting time: 000:00:01, in seconds: 0.79 All other time: 000:00:15, in seconds: 15.34 Total time elapsed: 002:00:00, in seconds: 7200.00 on parsing: 000:00:01, in seconds: 1.23 on preprocessing: 000:04:53, in seconds: 292.67 on navigating: 000:00:00, in seconds: 0.16 on relaxed: 000:01:36, in seconds: 95.58 on local: 000:26:49, in seconds: 1608.96 on tightening: 000:00:02, in seconds: 2.34 on marginals: 000:00:00, in seconds: 0.01 on probing: 001:26:39, in seconds: 5199.06 Total no. of BaR iterations: 265 Best solution found at node: -3 Max. no. of nodes in memory: 161 Cut generation statistics (number of cuts / CPU sec) Bilinear 13917 0.32 Multilinears 0 0.00 Convexity 0 0.48 All done =========================================================================== *** Time or user interrupt, gap calculations *** are invalid because of an incomplete solution. *** No solution found - further Baron post processing aborted --- Restarting execution --- space960.gms(21604) 5 Mb --- Reading solution for model m *** Status: Normal completion --- Job space960.gms Stop 11/21/12 05:05:17 elapsed 2:00:19.658 @04 1353470717 ----------------------------- Mi 21. Nov 05:05:17 CET 2012 ----------------------------- =ready= Linux opt219 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/spectra2.gms =========== ----------------------------- Mi 21. Nov 03:08:59 CET 2012 ----------------------------- @03 1353463739 --- Job spectra2.gms Start 11/21/12 03:08:59 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- spectra2.gms(294) 2 Mb --- Starting execution: elapsed 0:00:00.052 --- spectra2.gms(289) 3 Mb --- Generating MINLP model m --- spectra2.gms(294) 5 Mb --- 73 rows 70 columns 409 non-zeroes --- 1,064 nl-code 240 nl-non-zeroes --- 30 discrete-columns --- spectra2.gms(294) 3 Mb --- Executing BARON: elapsed 0:00:00.059 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Preprocessing found feasible solution with value 0.119874300000D+03 Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 19003118 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.000000D+00 0.119874D+03 1 1 000:00:00 0.958946D+01 0.119874D+03 * 18 12 000:00:01 0.124963D+02 0.844818D+02 * 58 29 000:00:02 0.131544D+02 0.304623D+02 * 60+ 31 000:00:02 0.131544D+02 0.295788D+02 * 60+ 31 000:00:02 0.131544D+02 0.295788D+02 * 75 39 000:00:02 0.138836D+02 0.270109D+02 * 83 45 000:00:02 0.139357D+02 0.268205D+02 * 105 3 000:00:02 0.139782D+02 0.139784D+02 * 107 3 000:00:02 0.139782D+02 0.139783D+02 * 109+ 2 000:00:02 0.139782D+02 0.139783D+02 110 0 000:00:02 0.139783D+02 0.139783D+02 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:01, in seconds: 0.77 NLP subsolver time: 000:00:01, in seconds: 1.23 Cutting time: 000:00:00, in seconds: 0.02 All other time: 000:00:00, in seconds: 0.26 Total time elapsed: 000:00:02, in seconds: 2.28 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.22 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.29 on local: 000:00:01, in seconds: 1.12 on tightening: 000:00:00, in seconds: 0.08 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:01, in seconds: 0.55 Total no. of BaR iterations: 110 Best solution found at node: 109 Max. no. of nodes in memory: 56 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 98432 0.03 All done =========================================================================== Solution = 13.9782850304 found at node 109 Best possible = 13.9782710522 Absolute gap = 1.39782000001532E-5 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- spectra2.gms(294) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job spectra2.gms Stop 11/21/12 03:09:01 elapsed 0:00:02.491 @04 1353463741 ----------------------------- Mi 21. Nov 03:09:01 CET 2012 ----------------------------- =ready= Linux opt219 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/spring.gms =========== ----------------------------- Mi 21. Nov 03:09:02 CET 2012 ----------------------------- @03 1353463742 --- Job spring.gms Start 11/21/12 03:09:02 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- spring.gms(71) 2 Mb --- Starting execution: elapsed 0:00:00.019 --- spring.gms(66) 3 Mb --- Generating MINLP model m --- spring.gms(71) 5 Mb --- 9 rows 18 columns 44 non-zeroes --- 55 nl-code 14 nl-non-zeroes --- 12 discrete-columns --- spring.gms(71) 3 Mb --- Executing BARON: elapsed 0:00:00.022 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 61352928 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.447838D-01 0.208686D+03 1 1 000:00:00 0.135911D+00 0.208686D+03 * 2 2 000:00:00 0.135911D+00 0.935232D+00 * 7+ 2 000:00:01 0.237428D+00 0.926161D+00 * 12+ 2 000:00:01 0.557679D+00 0.868884D+00 * 12 2 000:00:01 0.557679D+00 0.859276D+00 * 13+ 2 000:00:01 0.557679D+00 0.846246D+00 17 0 000:00:01 0.846245D+00 0.846246D+00 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.11 NLP subsolver time: 000:00:00, in seconds: 0.36 Cutting time: 000:00:00, in seconds: 0.01 All other time: 000:00:00, in seconds: 0.06 Total time elapsed: 000:00:01, in seconds: 0.55 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.15 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.01 on local: 000:00:00, in seconds: 0.24 on tightening: 000:00:00, in seconds: 0.01 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.12 Total no. of BaR iterations: 17 Best solution found at node: 17 Max. no. of nodes in memory: 3 Cut generation statistics (number of cuts / CPU sec) Bilinear 300 0.00 Multilinears 111 0.00 Convexity 2580 0.01 All done =========================================================================== Solution = 0.846245665643 found at node 17 Best possible = 0.846244819398 Absolute gap = 8.46244999963552E-7 optca = 1E-9 Relative gap = 0 optcr = 1E-6 --- Restarting execution --- spring.gms(71) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job spring.gms Stop 11/21/12 03:09:02 elapsed 0:00:00.621 @04 1353463742 ----------------------------- Mi 21. Nov 03:09:02 CET 2012 ----------------------------- =ready= Linux opt219 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/st_e13.gms =========== ----------------------------- Mi 21. Nov 03:09:02 CET 2012 ----------------------------- @03 1353463742 --- Job st_e13.gms Start 11/21/12 03:09:02 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- st_e13.gms(54) 2 Mb --- Starting execution: elapsed 0:00:00.018 --- st_e13.gms(49) 3 Mb --- Generating MINLP model m --- st_e13.gms(54) 5 Mb --- 3 rows 3 columns 7 non-zeroes --- 5 nl-code 1 nl-non-zeroes --- 1 discrete-columns --- st_e13.gms(54) 3 Mb --- Executing BARON: elapsed 0:00:00.021 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Preprocessing found feasible solution with value 0.200000000000D+01 Solving bounding LP Problem solved during preprocessing Lower bound is 0.199999800000D+01 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.00 NLP subsolver time: 000:00:00, in seconds: 0.00 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.03 Total time elapsed: 000:00:00, in seconds: 0.03 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.02 on navigating: 000:00:00, in seconds: 0.00 on relaxed: 000:00:00, in seconds: 0.00 on local: 000:00:00, in seconds: 0.00 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: -1 Best solution found at node: -1 Max. no. of nodes in memory: 0 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 0 0.00 All done =========================================================================== Solution = 2 best solution found during preprocessing Best possible = 1.999998 Absolute gap = 2.00000000005751E-6 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- st_e13.gms(54) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job st_e13.gms Stop 11/21/12 03:09:02 elapsed 0:00:00.099 @04 1353463742 ----------------------------- Mi 21. Nov 03:09:03 CET 2012 ----------------------------- =ready= Linux opt219 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/st_e14.gms =========== ----------------------------- Mi 21. Nov 03:09:03 CET 2012 ----------------------------- @03 1353463743 --- Job st_e14.gms Start 11/21/12 03:09:03 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- st_e14.gms(83) 2 Mb --- Starting execution: elapsed 0:00:00.022 --- st_e14.gms(78) 3 Mb --- Generating MINLP model m --- st_e14.gms(83) 5 Mb --- 14 rows 12 columns 40 non-zeroes --- 65 nl-code 17 nl-non-zeroes --- 4 discrete-columns --- st_e14.gms(83) 3 Mb --- Executing BARON: elapsed 0:00:00.025 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Preprocessing found feasible solution with value 0.200000000000D+02 Doing local search Preprocessing found feasible solution with value 0.563685281944D+01 Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 58036553 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.170504D+01 0.563685D+01 1 1 000:00:00 0.388530D+01 0.563685D+01 * 3 2 000:00:00 0.388530D+01 0.457958D+01 5 0 000:00:00 0.457958D+01 0.457958D+01 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.00 NLP subsolver time: 000:00:00, in seconds: 0.05 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.04 Total time elapsed: 000:00:00, in seconds: 0.09 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.05 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.01 on local: 000:00:00, in seconds: 0.02 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: 5 Best solution found at node: 3 Max. no. of nodes in memory: 2 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 209 0.00 All done =========================================================================== Solution = 4.57958240244 found at node 3 Best possible = 4.57957782286 Absolute gap = 4.57957999966396E-6 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- st_e14.gms(83) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job st_e14.gms Stop 11/21/12 03:09:03 elapsed 0:00:00.169 @04 1353463743 ----------------------------- Mi 21. Nov 03:09:03 CET 2012 ----------------------------- =ready= Linux opt219 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/st_e15.gms =========== ----------------------------- Mi 21. Nov 03:09:03 CET 2012 ----------------------------- @03 1353463743 --- Job st_e15.gms Start 11/21/12 03:09:03 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- st_e15.gms(61) 2 Mb --- Starting execution: elapsed 0:00:00.018 --- st_e15.gms(56) 3 Mb --- Generating MINLP model m --- st_e15.gms(61) 5 Mb --- 6 rows 6 columns 17 non-zeroes --- 9 nl-code 2 nl-non-zeroes --- 3 discrete-columns --- st_e15.gms(61) 3 Mb --- Executing BARON: elapsed 0:00:00.022 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Preprocessing found feasible solution with value 0.793111209131D+01 Solving bounding LP Starting preprocessing LPs Preprocessing found feasible solution with value 0.766718006881D+01 Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 97606932 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 0 000:00:00 0.766717D+01 0.766718D+01 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.00 NLP subsolver time: 000:00:00, in seconds: 0.00 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.03 Total time elapsed: 000:00:00, in seconds: 0.04 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.03 on navigating: 000:00:00, in seconds: 0.00 on relaxed: 000:00:00, in seconds: 0.00 on local: 000:00:00, in seconds: 0.00 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: 1 Best solution found at node: 1 Max. no. of nodes in memory: 1 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 10 0.00 All done =========================================================================== Solution = 7.66718006881 found at node 1 Best possible = 7.66717240164 Absolute gap = 7.66716999933692E-6 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- st_e15.gms(61) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job st_e15.gms Stop 11/21/12 03:09:03 elapsed 0:00:00.113 @04 1353463743 ----------------------------- Mi 21. Nov 03:09:03 CET 2012 ----------------------------- =ready= Linux opt219 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/st_e27.gms =========== ----------------------------- Mi 21. Nov 03:09:04 CET 2012 ----------------------------- @03 1353463744 --- Job st_e27.gms Start 11/21/12 03:09:04 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- st_e27.gms(63) 2 Mb --- Starting execution: elapsed 0:00:00.018 --- st_e27.gms(58) 3 Mb --- Generating MINLP model m --- st_e27.gms(63) 5 Mb --- 7 rows 5 columns 17 non-zeroes --- 14 nl-code 2 nl-non-zeroes --- 2 discrete-columns --- st_e27.gms(63) 3 Mb --- Executing BARON: elapsed 0:00:00.021 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Preprocessing found feasible solution with value 0.200000000000D+01 Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 97606932 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 -0.214679D+02 0.200000D+01 1 0 000:00:00 0.200000D+01 0.200000D+01 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.00 NLP subsolver time: 000:00:00, in seconds: 0.00 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.03 Total time elapsed: 000:00:00, in seconds: 0.04 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.03 on navigating: 000:00:00, in seconds: 0.00 on relaxed: 000:00:00, in seconds: 0.00 on local: 000:00:00, in seconds: 0.00 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: 1 Best solution found at node: 1 Max. no. of nodes in memory: 1 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 2 0.00 All done =========================================================================== Solution = 2 found at node 1 Best possible = 1.999999999 Absolute gap = 1.00000008274037E-9 optca = 1E-9 Relative gap = 0 optcr = 1E-6 --- Restarting execution --- st_e27.gms(63) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job st_e27.gms Stop 11/21/12 03:09:04 elapsed 0:00:00.110 @04 1353463744 ----------------------------- Mi 21. Nov 03:09:04 CET 2012 ----------------------------- =ready= Linux opt219 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/st_e29.gms =========== ----------------------------- Mi 21. Nov 03:09:04 CET 2012 ----------------------------- @03 1353463744 --- Job st_e29.gms Start 11/21/12 03:09:04 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- st_e29.gms(68) 2 Mb --- Starting execution: elapsed 0:00:00.018 --- st_e29.gms(63) 3 Mb --- Generating MINLP model m --- st_e29.gms(68) 5 Mb --- 8 rows 12 columns 31 non-zeroes --- 23 nl-code 6 nl-non-zeroes --- 8 discrete-columns --- st_e29.gms(68) 3 Mb --- Executing BARON: elapsed 0:00:00.022 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Preprocessing found feasible solution with value -.904961500000D+00 Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 85894100 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 -0.994310D+00 -0.904962D+00 1 1 000:00:00 -0.954339D+00 -0.904962D+00 * 11 1 000:00:00 -0.944131D+00 -0.943471D+00 11 0 000:00:00 -0.943471D+00 -0.943471D+00 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.03 NLP subsolver time: 000:00:00, in seconds: 0.06 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.05 Total time elapsed: 000:00:00, in seconds: 0.13 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.05 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.01 on local: 000:00:00, in seconds: 0.04 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.02 Total no. of BaR iterations: 11 Best solution found at node: 11 Max. no. of nodes in memory: 6 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 7 0.00 Convexity 972 0.00 All done =========================================================================== Solution = -0.9434705 found at node 11 Best possible = -0.943471443471 Absolute gap = 9.43470999992257E-7 optca = 1E-9 Relative gap = 0 optcr = 1E-6 --- Restarting execution --- st_e29.gms(68) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job st_e29.gms Stop 11/21/12 03:09:04 elapsed 0:00:00.206 @04 1353463744 ----------------------------- Mi 21. Nov 03:09:04 CET 2012 ----------------------------- =ready= Linux opt219 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/st_e31.gms =========== ----------------------------- Mi 21. Nov 03:09:04 CET 2012 ----------------------------- @03 1353463744 --- Job st_e31.gms Start 11/21/12 03:09:04 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- st_e31.gms(424) 2 Mb --- Starting execution: elapsed 0:00:00.026 --- st_e31.gms(419) 3 Mb --- Generating MINLP model m --- st_e31.gms(424) 5 Mb --- 136 rows 113 columns 314 non-zeroes --- 33 nl-code 14 nl-non-zeroes --- 24 discrete-columns --- st_e31.gms(424) 3 Mb --- Executing BARON: elapsed 0:00:00.031 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Preprocessing found feasible solution with value 0.000000000000D+00 Preprocessing found feasible solution with value -.999999999999D+00 Preprocessing found feasible solution with value -.102859734046D+01 Preprocessing found feasible solution with value -.141421355723D+01 Preprocessing found feasible solution with value -.173262467634D+01 Preprocessing found feasible solution with value -.190211303883D+01 Done with local search =========================================================================== We have space for 10578090 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:01 -0.300000D+01 -0.190211D+01 1 1 000:00:01 -0.300000D+01 -0.190211D+01 * 10 6 000:00:01 -0.300000D+01 -0.200000D+01 99 0 000:00:01 -0.200001D+01 -0.200001D+01 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.22 NLP subsolver time: 000:00:01, in seconds: 0.72 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.14 Total time elapsed: 000:00:01, in seconds: 1.09 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:01, in seconds: 0.55 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.02 on local: 000:00:00, in seconds: 0.25 on tightening: 000:00:00, in seconds: 0.05 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.20 Total no. of BaR iterations: 99 Best solution found at node: 28 Max. no. of nodes in memory: 16 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 4271 0.00 All done =========================================================================== Solution = -2.00000600001 found at node 28 Best possible = -2.00000800002 Absolute gap = 2.00000999983629E-6 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- st_e31.gms(424) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job st_e31.gms Stop 11/21/12 03:09:06 elapsed 0:00:01.208 @04 1353463746 ----------------------------- Mi 21. Nov 03:09:06 CET 2012 ----------------------------- =ready= Linux opt219 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/st_e32.gms =========== ----------------------------- Mi 21. Nov 03:09:06 CET 2012 ----------------------------- @03 1353463746 --- Job st_e32.gms Start 11/21/12 03:09:06 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- st_e32.gms(142) 2 Mb --- Starting execution: elapsed 0:00:00.015 --- st_e32.gms(137) 3 Mb --- Generating MINLP model m --- st_e32.gms(142) 5 Mb --- 19 rows 36 columns 169 non-zeroes --- 243 nl-code 63 nl-non-zeroes --- 18 discrete-columns --- st_e32.gms(142) 3 Mb --- Executing BARON: elapsed 0:00:00.018 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 25563719 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 -0.125000D+02 -0.571429D+00 1 1 000:00:00 -0.532833D+01 -0.571429D+00 * 24 6 000:00:01 -0.357852D+01 -0.143041D+01 53 0 000:00:01 -0.143041D+01 -0.143041D+01 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.46 NLP subsolver time: 000:00:00, in seconds: 0.26 Cutting time: 000:00:00, in seconds: 0.02 All other time: 000:00:00, in seconds: 0.12 Total time elapsed: 000:00:01, in seconds: 0.86 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.03 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.03 on local: 000:00:00, in seconds: 0.25 on tightening: 000:00:00, in seconds: 0.05 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.48 Total no. of BaR iterations: 53 Best solution found at node: 24 Max. no. of nodes in memory: 6 Cut generation statistics (number of cuts / CPU sec) Bilinear 258 0.00 Multilinears 118 0.00 Convexity 17709 0.02 All done =========================================================================== Solution = -1.43040728334 found at node 24 Best possible = -1.43040871375 Absolute gap = 1.43041000000288E-6 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- st_e32.gms(142) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job st_e32.gms Stop 11/21/12 03:09:07 elapsed 0:00:00.912 @04 1353463747 ----------------------------- Mi 21. Nov 03:09:07 CET 2012 ----------------------------- =ready= Linux opt219 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/st_e35.gms =========== ----------------------------- Mi 21. Nov 03:09:07 CET 2012 ----------------------------- @03 1353463747 --- Job st_e35.gms Start 11/21/12 03:09:07 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- st_e35.gms(174) 2 Mb --- Starting execution: elapsed 0:00:00.018 --- st_e35.gms(169) 3 Mb --- Generating MINLP model m --- st_e35.gms(174) 5 Mb --- 40 rows 33 columns 131 non-zeroes --- 105 nl-code 16 nl-non-zeroes --- 7 discrete-columns --- st_e35.gms(174) 3 Mb --- Executing BARON: elapsed 0:00:00.022 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Preprocessing found feasible solution with value 0.115561139319D+07 Starting preprocessing LPs Preprocessing found feasible solution with value 0.112921139319D+07 Preprocessing found feasible solution with value 0.117178934237D+06 Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 24969214 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.132000D+05 0.117179D+06 1 1 000:00:00 0.147849D+05 0.117179D+06 * 24 15 000:00:01 0.404123D+05 0.843340D+05 * 24 15 000:00:01 0.404123D+05 0.843340D+05 * 37 18 000:00:01 0.431255D+05 0.828244D+05 * 37 18 000:00:01 0.431255D+05 0.827056D+05 * 37 18 000:00:01 0.431255D+05 0.825686D+05 * 44 21 000:00:02 0.443245D+05 0.767159D+05 * 44 21 000:00:02 0.443245D+05 0.749823D+05 * 44 19 000:00:02 0.443245D+05 0.744540D+05 * 44 19 000:00:02 0.443245D+05 0.742915D+05 * 44 19 000:00:02 0.443245D+05 0.742413D+05 * 46 20 000:00:02 0.449009D+05 0.742258D+05 * 46 20 000:00:02 0.449009D+05 0.742210D+05 * 46 20 000:00:02 0.449009D+05 0.742196D+05 * 46 20 000:00:02 0.449009D+05 0.742191D+05 * 48 21 000:00:02 0.451138D+05 0.742190D+05 * 48 21 000:00:02 0.451138D+05 0.732496D+05 * 49 22 000:00:02 0.451138D+05 0.731155D+05 * 63 23 000:00:02 0.492162D+05 0.687861D+05 * 63 23 000:00:02 0.492162D+05 0.684183D+05 * 63 23 000:00:02 0.492162D+05 0.684132D+05 * 68+ 25 000:00:02 0.493472D+05 0.684132D+05 * 70+ 25 000:00:02 0.500315D+05 0.684132D+05 * 93 10 000:00:02 0.551252D+05 0.649070D+05 * 93 10 000:00:02 0.551252D+05 0.648737D+05 * 93+ 10 000:00:02 0.551252D+05 0.648683D+05 * 93 10 000:00:02 0.551252D+05 0.648682D+05 * 96 12 000:00:02 0.563914D+05 0.648681D+05 * 96 12 000:00:02 0.563914D+05 0.648681D+05 * 96 12 000:00:02 0.563914D+05 0.648681D+05 * 240 15 000:00:03 0.648643D+05 0.648681D+05 * 250 19 000:00:03 0.648643D+05 0.648681D+05 335 0 000:00:03 0.648680D+05 0.648681D+05 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:02, in seconds: 2.40 NLP subsolver time: 000:00:00, in seconds: 0.19 Cutting time: 000:00:00, in seconds: 0.10 All other time: 000:00:00, in seconds: 0.49 Total time elapsed: 000:00:03, in seconds: 3.19 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.05 on navigating: 000:00:00, in seconds: 0.03 on relaxed: 000:00:01, in seconds: 0.57 on local: 000:00:00, in seconds: 0.18 on tightening: 000:00:00, in seconds: 0.22 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:02, in seconds: 2.12 Total no. of BaR iterations: 335 Best solution found at node: 335 Max. no. of nodes in memory: 26 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 170162 0.10 All done =========================================================================== Solution = 64868.0770253 found at node 335 Best possible = 64868.0121573 Absolute gap = 0.0648680000012973 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- st_e35.gms(174) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job st_e35.gms Stop 11/21/12 03:09:10 elapsed 0:00:03.267 @04 1353463750 ----------------------------- Mi 21. Nov 03:09:10 CET 2012 ----------------------------- =ready= Linux opt219 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/st_e36.gms =========== ----------------------------- Mi 21. Nov 03:09:10 CET 2012 ----------------------------- @03 1353463750 --- Job st_e36.gms Start 11/21/12 03:09:10 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- st_e36.gms(56) 2 Mb --- Starting execution: elapsed 0:00:00.017 --- st_e36.gms(51) 3 Mb --- Generating MINLP model m --- st_e36.gms(56) 5 Mb --- 3 rows 3 columns 7 non-zeroes --- 86 nl-code 6 nl-non-zeroes --- 1 discrete-columns --- st_e36.gms(56) 3 Mb --- Executing BARON: elapsed 0:00:00.020 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Preprocessing found feasible solution with value -.246000000000D+03 Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 79531574 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 -0.444823D+03 -0.246000D+03 1 1 000:00:00 -0.304500D+03 -0.246000D+03 5 0 000:00:00 -0.246000D+03 -0.246000D+03 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.01 NLP subsolver time: 000:00:00, in seconds: 0.22 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.04 Total time elapsed: 000:00:00, in seconds: 0.27 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.22 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.01 on local: 000:00:00, in seconds: 0.03 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: 5 Best solution found at node: 5 Max. no. of nodes in memory: 2 Cut generation statistics (number of cuts / CPU sec) Bilinear 6 0.00 Multilinears 0 0.00 Convexity 251 0.00 All done =========================================================================== Solution = -246 found at node 5 Best possible = -246.000246001 Absolute gap = 0.000246000999993612 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- st_e36.gms(56) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job st_e36.gms Stop 11/21/12 03:09:11 elapsed 0:00:00.338 @04 1353463751 ----------------------------- Mi 21. Nov 03:09:11 CET 2012 ----------------------------- =ready= Linux opt219 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/st_e38.gms =========== ----------------------------- Mi 21. Nov 03:09:11 CET 2012 ----------------------------- @03 1353463751 --- Job st_e38.gms Start 11/21/12 03:09:11 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- st_e38.gms(58) 2 Mb --- Starting execution: elapsed 0:00:00.019 --- st_e38.gms(53) 3 Mb --- Generating MINLP model m --- st_e38.gms(58) 5 Mb --- 4 rows 5 columns 11 non-zeroes --- 34 nl-code 6 nl-non-zeroes --- 2 discrete-columns --- st_e38.gms(58) 3 Mb --- Executing BARON: elapsed 0:00:00.022 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Preprocessing found feasible solution with value 0.159204796125D+06 Doing local search Preprocessing found feasible solution with value 0.719772714852D+04 Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 85894100 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.409124D+04 0.719773D+04 1 0 000:00:00 0.719772D+04 0.719773D+04 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.01 NLP subsolver time: 000:00:00, in seconds: 0.02 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.04 Total time elapsed: 000:00:00, in seconds: 0.07 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.03 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.00 on local: 000:00:00, in seconds: 0.02 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.01 Total no. of BaR iterations: 1 Best solution found at node: -1 Max. no. of nodes in memory: 1 Cut generation statistics (number of cuts / CPU sec) Bilinear 2 0.00 Multilinears 9 0.00 Convexity 226 0.00 All done =========================================================================== Solution = 7197.72714852 best solution found during preprocessing Best possible = 7197.7199508 Absolute gap = 0.0071977199995672 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- st_e38.gms(58) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job st_e38.gms Stop 11/21/12 03:09:11 elapsed 0:00:00.145 @04 1353463751 ----------------------------- Mi 21. Nov 03:09:11 CET 2012 ----------------------------- =ready= Linux opt219 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/st_e40.gms =========== ----------------------------- Mi 21. Nov 03:09:11 CET 2012 ----------------------------- @03 1353463751 --- Job st_e40.gms Start 11/21/12 03:09:11 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- st_e40.gms(73) 2 Mb --- Starting execution: elapsed 0:00:00.016 --- st_e40.gms(68) 3 Mb --- Generating MINLP model m --- st_e40.gms(73) 5 Mb --- 9 rows 5 columns 23 non-zeroes --- 80 nl-code 6 nl-non-zeroes --- 3 discrete-columns --- st_e40.gms(73) 3 Mb --- Executing BARON: elapsed 0:00:00.020 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Preprocessing found feasible solution with value 0.529705620000D+02 Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Preprocessing found feasible solution with value 0.322426405000D+02 Done with local search =========================================================================== We have space for 65071287 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.441421D+01 0.322426D+02 * 1+ 1 000:00:00 0.244206D+02 0.304142D+02 1 1 000:00:00 0.253109D+02 0.304142D+02 7 0 000:00:00 0.304142D+02 0.304142D+02 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.03 NLP subsolver time: 000:00:00, in seconds: 0.08 Cutting time: 000:00:00, in seconds: 0.01 All other time: 000:00:00, in seconds: 0.04 Total time elapsed: 000:00:00, in seconds: 0.16 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.08 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.00 on local: 000:00:00, in seconds: 0.03 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.03 Total no. of BaR iterations: 7 Best solution found at node: 7 Max. no. of nodes in memory: 3 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 7 0.01 Convexity 49 0.00 All done =========================================================================== Solution = 30.4142135 found at node 7 Best possible = 30.4141830858 Absolute gap = 3.04141999976082E-5 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- st_e40.gms(73) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job st_e40.gms Stop 11/21/12 03:09:12 elapsed 0:00:00.351 @04 1353463752 ----------------------------- Mi 21. Nov 03:09:12 CET 2012 ----------------------------- =ready= Linux opt219 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/st_miqp1.gms =========== ----------------------------- Mi 21. Nov 03:09:12 CET 2012 ----------------------------- @03 1353463752 --- Job st_miqp1.gms Start 11/21/12 03:09:12 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- st_miqp1.gms(55) 2 Mb --- Starting execution: elapsed 0:00:00.013 --- st_miqp1.gms(50) 3 Mb --- Generating MINLP model m --- st_miqp1.gms(55) 5 Mb --- 2 rows 6 columns 11 non-zeroes --- 33 nl-code 5 nl-non-zeroes --- 5 discrete-columns --- st_miqp1.gms(55) 3 Mb --- Executing BARON: elapsed 0:00:00.017 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Preprocessing found feasible solution with value 0.475500000000D+03 Doing local search Preprocessing found feasible solution with value 0.281000000000D+03 Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 113018553 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.168727D+03 0.281000D+03 1 1 000:00:00 0.240066D+03 0.281000D+03 3 0 000:00:00 0.281000D+03 0.281000D+03 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.00 NLP subsolver time: 000:00:00, in seconds: 0.01 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.03 Total time elapsed: 000:00:00, in seconds: 0.05 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.03 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.00 on local: 000:00:00, in seconds: 0.00 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: 3 Best solution found at node: 3 Max. no. of nodes in memory: 2 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 16 0.00 All done =========================================================================== Solution = 281 found at node 3 Best possible = 280.999719 Absolute gap = 0.000280999999972664 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- st_miqp1.gms(55) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job st_miqp1.gms Stop 11/21/12 03:09:12 elapsed 0:00:00.112 @04 1353463752 ----------------------------- Mi 21. Nov 03:09:12 CET 2012 ----------------------------- =ready= Linux opt219 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/st_miqp2.gms =========== ----------------------------- Mi 21. Nov 03:09:12 CET 2012 ----------------------------- @03 1353463752 --- Job st_miqp2.gms Start 11/21/12 03:09:12 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- st_miqp2.gms(57) 2 Mb --- Starting execution: elapsed 0:00:00.018 --- st_miqp2.gms(52) 3 Mb --- Generating MINLP model m --- st_miqp2.gms(57) 5 Mb --- 4 rows 5 columns 11 non-zeroes --- 15 nl-code 2 nl-non-zeroes --- 4 discrete-columns --- st_miqp2.gms(57) 3 Mb --- Executing BARON: elapsed 0:00:00.021 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Preprocessing found feasible solution with value 0.200000000000D+01 Solving bounding LP Problem solved during preprocessing Lower bound is 0.200000000000D+01 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.00 NLP subsolver time: 000:00:00, in seconds: 0.00 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.03 Total time elapsed: 000:00:00, in seconds: 0.03 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.03 on navigating: 000:00:00, in seconds: 0.00 on relaxed: 000:00:00, in seconds: 0.00 on local: 000:00:00, in seconds: 0.00 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: -1 Best solution found at node: -1 Max. no. of nodes in memory: 0 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 0 0.00 All done =========================================================================== Solution = 2 best solution found during preprocessing Best possible = 2 Absolute gap = 0 optca = 1E-9 Relative gap = 0 optcr = 1E-6 --- Restarting execution --- st_miqp2.gms(57) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job st_miqp2.gms Stop 11/21/12 03:09:12 elapsed 0:00:00.102 @04 1353463752 ----------------------------- Mi 21. Nov 03:09:12 CET 2012 ----------------------------- =ready= Linux opt219 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/st_miqp3.gms =========== ----------------------------- Mi 21. Nov 03:09:13 CET 2012 ----------------------------- @03 1353463753 --- Job st_miqp3.gms Start 11/21/12 03:09:13 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- st_miqp3.gms(51) 2 Mb --- Starting execution: elapsed 0:00:00.019 --- st_miqp3.gms(46) 3 Mb --- Generating MINLP model m --- st_miqp3.gms(51) 5 Mb --- 2 rows 3 columns 5 non-zeroes --- 7 nl-code 1 nl-non-zeroes --- 2 discrete-columns --- st_miqp3.gms(51) 3 Mb --- Executing BARON: elapsed 0:00:00.022 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Preprocessing found feasible solution with value 0.000000000000D+00 Doing local search Preprocessing found feasible solution with value -.600000000000D+01 Solving bounding LP Problem solved during preprocessing Lower bound is -.600000000000D+01 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.00 NLP subsolver time: 000:00:00, in seconds: 0.00 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.03 Total time elapsed: 000:00:00, in seconds: 0.03 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.03 on navigating: 000:00:00, in seconds: 0.00 on relaxed: 000:00:00, in seconds: 0.00 on local: 000:00:00, in seconds: 0.00 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: -1 Best solution found at node: -1 Max. no. of nodes in memory: 0 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 0 0.00 All done =========================================================================== Solution = -6 best solution found during preprocessing Best possible = -6 Absolute gap = 0 optca = 1E-9 Relative gap = 0 optcr = 1E-6 --- Restarting execution --- st_miqp3.gms(51) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job st_miqp3.gms Stop 11/21/12 03:09:13 elapsed 0:00:00.101 @04 1353463753 ----------------------------- Mi 21. Nov 03:09:13 CET 2012 ----------------------------- =ready= Linux opt219 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/st_miqp4.gms =========== ----------------------------- Mi 21. Nov 03:09:14 CET 2012 ----------------------------- @03 1353463754 --- Job st_miqp4.gms Start 11/21/12 03:09:14 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- st_miqp4.gms(64) 2 Mb --- Starting execution: elapsed 0:00:00.019 --- st_miqp4.gms(59) 3 Mb --- Generating MINLP model m --- st_miqp4.gms(64) 5 Mb --- 5 rows 7 columns 16 non-zeroes --- 21 nl-code 3 nl-non-zeroes --- 3 discrete-columns --- st_miqp4.gms(64) 3 Mb --- Executing BARON: elapsed 0:00:00.022 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Preprocessing found feasible solution with value 0.000000000000D+00 Doing local search Solving bounding LP Preprocessing found feasible solution with value -.457400000000D+04 Starting multi-start local search Done with local search =========================================================================== We have space for 85894100 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 0 000:00:00 -0.457400D+04 -0.457400D+04 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.00 NLP subsolver time: 000:00:00, in seconds: 0.01 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.03 Total time elapsed: 000:00:00, in seconds: 0.04 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.03 on navigating: 000:00:00, in seconds: 0.00 on relaxed: 000:00:00, in seconds: 0.00 on local: 000:00:00, in seconds: 0.00 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: 1 Best solution found at node: 1 Max. no. of nodes in memory: 1 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 12 0.00 All done =========================================================================== Solution = -4574 found at node 1 Best possible = -4574.004574 Absolute gap = 0.00457399999959307 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- st_miqp4.gms(64) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job st_miqp4.gms Stop 11/21/12 03:09:14 elapsed 0:00:00.112 @04 1353463754 ----------------------------- Mi 21. Nov 03:09:14 CET 2012 ----------------------------- =ready= Linux opt219 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/st_miqp5.gms =========== ----------------------------- Mi 21. Nov 03:09:14 CET 2012 ----------------------------- @03 1353463754 --- Job st_miqp5.gms Start 11/21/12 03:09:14 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- st_miqp5.gms(94) 2 Mb --- Starting execution: elapsed 0:00:00.105 --- st_miqp5.gms(89) 3 Mb --- Generating MINLP model m --- st_miqp5.gms(94) 5 Mb --- 14 rows 8 columns 75 non-zeroes --- 15 nl-code 2 nl-non-zeroes --- 2 discrete-columns --- st_miqp5.gms(94) 3 Mb --- Executing BARON: elapsed 0:00:00.108 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Starting solution is feasible with a value of 0.000000000000D+00 Doing local search Preprocessing found feasible solution with value -.333888888889D+03 Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 74046638 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 0 000:00:00 -0.333889D+03 -0.333889D+03 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.00 NLP subsolver time: 000:00:00, in seconds: 0.01 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.04 Total time elapsed: 000:00:00, in seconds: 0.04 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.03 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.00 on local: 000:00:00, in seconds: 0.00 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: 1 Best solution found at node: 1 Max. no. of nodes in memory: 1 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 15 0.00 All done =========================================================================== Solution = -333.888888889 found at node 1 Best possible = -333.889222778 Absolute gap = 0.00033388899998954 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- st_miqp5.gms(94) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job st_miqp5.gms Stop 11/21/12 03:09:15 elapsed 0:00:00.205 @04 1353463755 ----------------------------- Mi 21. Nov 03:09:15 CET 2012 ----------------------------- =ready= Linux opt219 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/stockcycle.gms =========== ----------------------------- Mi 21. Nov 03:09:15 CET 2012 ----------------------------- @03 1353463755 --- Job stockcycle.gms Start 11/21/12 03:09:15 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- stockcycle.gms(422) 2 Mb --- Starting execution: elapsed 0:00:00.037 --- stockcycle.gms(417) 3 Mb --- Generating MINLP model m --- stockcycle.gms(422) 5 Mb --- 98 rows 481 columns 1,009 non-zeroes --- 194 nl-code 48 nl-non-zeroes --- 432 discrete-columns --- stockcycle.gms(422) 3 Mb --- Executing BARON: elapsed 0:00:00.044 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Preprocessing found feasible solution with value 0.436419130000D+06 Solving bounding LP Preprocessing found feasible solution with value 0.433304375769D+06 Starting multi-start local search Preprocessing found feasible solution with value 0.431455517500D+06 Preprocessing found feasible solution with value 0.428742767500D+06 Done with local search =========================================================================== We have space for 13173937 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:01 0.839268D+04 0.428743D+06 1 1 000:00:01 0.117916D+06 0.428743D+06 * 3 2 000:00:01 0.117916D+06 0.409689D+06 * 25 19 000:00:01 0.118121D+06 0.396495D+06 * 30 21 000:00:01 0.118121D+06 0.310159D+06 * 34 24 000:00:01 0.118210D+06 0.289000D+06 * 66 46 000:00:02 0.118484D+06 0.268778D+06 * 74 51 000:00:02 0.118520D+06 0.258239D+06 * 120 82 000:00:02 0.118564D+06 0.203638D+06 * 156 101 000:00:02 0.118664D+06 0.159297D+06 * 442 271 000:00:04 0.118994D+06 0.158734D+06 * 770 404 000:00:06 0.119110D+06 0.157176D+06 * 926 290 000:00:07 0.119156D+06 0.150174D+06 * 936 276 000:00:07 0.119162D+06 0.148199D+06 * 1270 280 000:00:08 0.119258D+06 0.126822D+06 * 1362 279 000:00:09 0.119278D+06 0.124258D+06 * 1424 259 000:00:09 0.119294D+06 0.122743D+06 * 1426 219 000:00:09 0.119294D+06 0.121423D+06 * 1584 234 000:00:10 0.119312D+06 0.121099D+06 * 2090 339 000:00:13 0.119379D+06 0.120541D+06 * 2366 401 000:00:14 0.119403D+06 0.120413D+06 * 2942 451 000:00:16 0.119461D+06 0.120232D+06 * 3168 504 000:00:18 0.119486D+06 0.120232D+06 * 3222 498 000:00:18 0.119494D+06 0.120199D+06 * 3860 624 000:00:21 0.119538D+06 0.120199D+06 * 4124 419 000:00:22 0.119558D+06 0.119949D+06 11016 0 000:00:45 0.119949D+06 0.119949D+06 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:18, in seconds: 18.10 NLP subsolver time: 000:00:19, in seconds: 19.45 Cutting time: 000:00:01, in seconds: 0.59 All other time: 000:00:07, in seconds: 6.54 Total time elapsed: 000:00:45, in seconds: 44.66 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:01, in seconds: 0.51 on navigating: 000:00:01, in seconds: 0.57 on relaxed: 000:00:39, in seconds: 38.80 on local: 000:00:02, in seconds: 2.30 on tightening: 000:00:02, in seconds: 2.35 on marginals: 000:00:00, in seconds: 0.09 on probing: 000:00:00, in seconds: 0.03 Total no. of BaR iterations: 11016 Best solution found at node: 4124 Max. no. of nodes in memory: 664 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 3044305 0.59 All done =========================================================================== Solution = 119948.688333 found at node 4124 Best possible = 119948.568385 Absolute gap = 0.119947999992291 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- stockcycle.gms(422) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job stockcycle.gms Stop 11/21/12 03:10:00 elapsed 0:00:44.902 @04 1353463800 ----------------------------- Mi 21. Nov 03:10:00 CET 2012 ----------------------------- =ready= Linux opt219 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/st_test1.gms =========== ----------------------------- Mi 21. Nov 03:10:00 CET 2012 ----------------------------- @03 1353463800 --- Job st_test1.gms Start 11/21/12 03:10:00 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- st_test1.gms(55) 2 Mb --- Starting execution: elapsed 0:00:00.020 --- st_test1.gms(50) 3 Mb --- Generating MINLP model m --- st_test1.gms(55) 5 Mb --- 2 rows 6 columns 11 non-zeroes --- 27 nl-code 4 nl-non-zeroes --- 5 discrete-columns --- st_test1.gms(55) 3 Mb --- Executing BARON: elapsed 0:00:00.024 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Preprocessing found feasible solution with value 0.000000000000D+00 Doing local search Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 113018553 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 -0.138500D+03 0.000000D+00 1 1 000:00:00 -0.320063D+02 0.000000D+00 7 0 000:00:00 -0.100000D-08 0.000000D+00 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.00 NLP subsolver time: 000:00:00, in seconds: 0.02 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.03 Total time elapsed: 000:00:00, in seconds: 0.06 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.03 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.01 on local: 000:00:00, in seconds: 0.01 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: 7 Best solution found at node: 7 Max. no. of nodes in memory: 3 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 53 0.00 All done =========================================================================== Solution = 0 found at node 7 Best possible = -1E-9 Absolute gap = 1E-9 optca = 1E-9 Relative gap = 0 optcr = 1E-6 --- Restarting execution --- st_test1.gms(55) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job st_test1.gms Stop 11/21/12 03:10:00 elapsed 0:00:00.140 @04 1353463800 ----------------------------- Mi 21. Nov 03:10:00 CET 2012 ----------------------------- =ready= Linux opt219 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/st_test2.gms =========== ----------------------------- Mi 21. Nov 03:10:00 CET 2012 ----------------------------- @03 1353463800 --- Job st_test2.gms Start 11/21/12 03:10:00 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- st_test2.gms(58) 2 Mb --- Starting execution: elapsed 0:00:00.019 --- st_test2.gms(53) 3 Mb --- Generating MINLP model m --- st_test2.gms(58) 5 Mb --- 3 rows 7 columns 15 non-zeroes --- 33 nl-code 5 nl-non-zeroes --- 6 discrete-columns --- st_test2.gms(58) 3 Mb --- Executing BARON: elapsed 0:00:00.023 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Preprocessing found feasible solution with value 0.000000000000D+00 Doing local search Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 113018553 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 -0.119167D+02 0.000000D+00 1 1 000:00:00 -0.101250D+02 0.000000D+00 * 2 2 000:00:00 -0.101250D+02 -0.825000D+01 * 3 1 000:00:00 -0.101250D+02 -0.925000D+01 3 0 000:00:00 -0.925001D+01 -0.925000D+01 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.00 NLP subsolver time: 000:00:00, in seconds: 0.00 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.04 Total time elapsed: 000:00:00, in seconds: 0.04 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.03 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.00 on local: 000:00:00, in seconds: 0.00 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: 3 Best solution found at node: 3 Max. no. of nodes in memory: 2 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 22 0.00 All done =========================================================================== Solution = -9.25 found at node 3 Best possible = -9.25000925001 Absolute gap = 9.25001000062764E-6 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- st_test2.gms(58) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job st_test2.gms Stop 11/21/12 03:10:00 elapsed 0:00:00.115 @04 1353463800 ----------------------------- Mi 21. Nov 03:10:00 CET 2012 ----------------------------- =ready= Linux opt219 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/st_test3.gms =========== ----------------------------- Mi 21. Nov 03:10:01 CET 2012 ----------------------------- @03 1353463801 --- Job st_test3.gms Start 11/21/12 03:10:01 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- st_test3.gms(82) 2 Mb --- Starting execution: elapsed 0:00:00.021 --- st_test3.gms(77) 3 Mb --- Generating MINLP model m --- st_test3.gms(82) 5 Mb --- 11 rows 14 columns 42 non-zeroes --- 32 nl-code 5 nl-non-zeroes --- 13 discrete-columns --- st_test3.gms(82) 3 Mb --- Executing BARON: elapsed 0:00:00.024 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Preprocessing found feasible solution with value 0.000000000000D+00 Doing local search Preprocessing found feasible solution with value -.700000000000D+01 Solving bounding LP Problem solved during preprocessing Lower bound is -.700000000000D+01 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.00 NLP subsolver time: 000:00:00, in seconds: 0.00 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.03 Total time elapsed: 000:00:00, in seconds: 0.03 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.03 on navigating: 000:00:00, in seconds: 0.00 on relaxed: 000:00:00, in seconds: 0.00 on local: 000:00:00, in seconds: 0.00 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: -1 Best solution found at node: -1 Max. no. of nodes in memory: 0 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 0 0.00 All done =========================================================================== Solution = -7 best solution found during preprocessing Best possible = -7 Absolute gap = 0 optca = 1E-9 Relative gap = 0 optcr = 1E-6 --- Restarting execution --- st_test3.gms(82) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job st_test3.gms Stop 11/21/12 03:10:01 elapsed 0:00:00.106 @04 1353463801 ----------------------------- Mi 21. Nov 03:10:01 CET 2012 ----------------------------- =ready= Linux opt219 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/st_test4.gms =========== ----------------------------- Mi 21. Nov 03:10:01 CET 2012 ----------------------------- @03 1353463801 --- Job st_test4.gms Start 11/21/12 03:10:01 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- st_test4.gms(64) 2 Mb --- Starting execution: elapsed 0:00:00.016 --- st_test4.gms(59) 3 Mb --- Generating MINLP model m --- st_test4.gms(64) 5 Mb --- 6 rows 7 columns 37 non-zeroes --- 14 nl-code 2 nl-non-zeroes --- 6 discrete-columns --- st_test4.gms(64) 3 Mb --- Executing BARON: elapsed 0:00:00.020 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Preprocessing found feasible solution with value -.700000000000D+01 Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 107367625 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 -0.774051D+01 -0.700000D+01 1 0 000:00:00 -0.700001D+01 -0.700000D+01 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.00 NLP subsolver time: 000:00:00, in seconds: 0.01 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.03 Total time elapsed: 000:00:00, in seconds: 0.04 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.03 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.00 on local: 000:00:00, in seconds: 0.00 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: 1 Best solution found at node: -1 Max. no. of nodes in memory: 1 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 0 0.00 All done =========================================================================== Solution = -7 best solution found during preprocessing Best possible = -7.00000700001 Absolute gap = 7.00001000009109E-6 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- st_test4.gms(64) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job st_test4.gms Stop 11/21/12 03:10:01 elapsed 0:00:00.115 @04 1353463801 ----------------------------- Mi 21. Nov 03:10:01 CET 2012 ----------------------------- =ready= Linux opt219 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/st_test5.gms =========== ----------------------------- Mi 21. Nov 03:10:01 CET 2012 ----------------------------- @03 1353463801 --- Job st_test5.gms Start 11/21/12 03:10:01 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- st_test5.gms(82) 2 Mb --- Starting execution: elapsed 0:00:00.016 --- st_test5.gms(77) 3 Mb --- Generating MINLP model m --- st_test5.gms(82) 5 Mb --- 12 rows 11 columns 112 non-zeroes --- 43 nl-code 7 nl-non-zeroes --- 10 discrete-columns --- st_test5.gms(82) 3 Mb --- Executing BARON: elapsed 0:00:00.019 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 107367625 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 -0.246000D+03 -0.228311D+02 1 1 000:00:00 -0.224000D+03 -0.228311D+02 * 12 2 000:00:00 -0.185000D+03 -0.110000D+03 13 0 000:00:00 -0.110000D+03 -0.110000D+03 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.01 NLP subsolver time: 000:00:00, in seconds: 0.01 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.04 Total time elapsed: 000:00:00, in seconds: 0.06 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.03 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.01 on local: 000:00:00, in seconds: 0.01 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: 13 Best solution found at node: 13 Max. no. of nodes in memory: 5 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 146 0.00 All done =========================================================================== Solution = -110 found at node 13 Best possible = -110 Absolute gap = 0 optca = 1E-9 Relative gap = 0 optcr = 1E-6 --- Restarting execution --- st_test5.gms(82) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job st_test5.gms Stop 11/21/12 03:10:02 elapsed 0:00:00.128 @04 1353463802 ----------------------------- Mi 21. Nov 03:10:02 CET 2012 ----------------------------- =ready= Linux opt219 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/st_test6.gms =========== ----------------------------- Mi 21. Nov 03:10:02 CET 2012 ----------------------------- @03 1353463802 --- Job st_test6.gms Start 11/21/12 03:10:02 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- st_test6.gms(70) 2 Mb --- Starting execution: elapsed 0:00:00.022 --- st_test6.gms(65) 3 Mb --- Generating MINLP model m --- st_test6.gms(70) 5 Mb --- 6 rows 11 columns 57 non-zeroes --- 63 nl-code 10 nl-non-zeroes --- 10 discrete-columns --- st_test6.gms(70) 3 Mb --- Executing BARON: elapsed 0:00:00.025 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 102254880 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.172000D+03 0.854831D+03 1 1 000:00:00 0.331000D+03 0.854831D+03 * 4 3 000:00:00 0.363000D+03 0.471000D+03 13 0 000:00:00 0.471000D+03 0.471000D+03 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.01 NLP subsolver time: 000:00:00, in seconds: 0.02 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.03 Total time elapsed: 000:00:00, in seconds: 0.06 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.03 on navigating: 000:00:00, in seconds: 0.00 on relaxed: 000:00:00, in seconds: 0.01 on local: 000:00:00, in seconds: 0.01 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: 13 Best solution found at node: 13 Max. no. of nodes in memory: 3 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 282 0.00 All done =========================================================================== Solution = 471 found at node 13 Best possible = 471 Absolute gap = 0 optca = 1E-9 Relative gap = 0 optcr = 1E-6 --- Restarting execution --- st_test6.gms(70) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job st_test6.gms Stop 11/21/12 03:10:02 elapsed 0:00:00.137 @04 1353463802 ----------------------------- Mi 21. Nov 03:10:02 CET 2012 ----------------------------- =ready= Linux opt219 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/st_test8.gms =========== ----------------------------- Mi 21. Nov 03:10:02 CET 2012 ----------------------------- @03 1353463802 --- Job st_test8.gms Start 11/21/12 03:10:02 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- st_test8.gms(121) 2 Mb --- Starting execution: elapsed 0:00:00.071 --- st_test8.gms(116) 3 Mb --- Generating MINLP model m --- st_test8.gms(121) 5 Mb --- 21 rows 25 columns 121 non-zeroes --- 147 nl-code 24 nl-non-zeroes --- 24 discrete-columns --- st_test8.gms(121) 3 Mb --- Executing BARON: elapsed 0:00:00.075 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Preprocessing found feasible solution with value -.296050000000D+05 Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 42947049 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 -0.464400D+05 -0.296050D+05 1 0 000:00:00 -0.296050D+05 -0.296050D+05 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.00 NLP subsolver time: 000:00:00, in seconds: 0.01 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.03 Total time elapsed: 000:00:00, in seconds: 0.05 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.03 on navigating: 000:00:00, in seconds: 0.00 on relaxed: 000:00:00, in seconds: 0.00 on local: 000:00:00, in seconds: 0.00 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: 1 Best solution found at node: 1 Max. no. of nodes in memory: 1 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 73 0.00 All done =========================================================================== Solution = -29605 found at node 1 Best possible = -29605 Absolute gap = 0 optca = 1E-9 Relative gap = 0 optcr = 1E-6 --- Restarting execution --- st_test8.gms(121) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job st_test8.gms Stop 11/21/12 03:10:02 elapsed 0:00:00.174 @04 1353463802 ----------------------------- Mi 21. Nov 03:10:02 CET 2012 ----------------------------- =ready= Linux opt219 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/st_testgr1.gms =========== ----------------------------- Mi 21. Nov 03:10:03 CET 2012 ----------------------------- @03 1353463803 --- Job st_testgr1.gms Start 11/21/12 03:10:03 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- st_testgr1.gms(70) 2 Mb --- Starting execution: elapsed 0:00:00.019 --- st_testgr1.gms(65) 3 Mb --- Generating MINLP model m --- st_testgr1.gms(70) 5 Mb --- 6 rows 11 columns 52 non-zeroes --- 63 nl-code 10 nl-non-zeroes --- 10 discrete-columns --- st_testgr1.gms(70) 3 Mb --- Executing BARON: elapsed 0:00:00.022 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Preprocessing found feasible solution with value 0.000000000000D+00 Doing local search Preprocessing found feasible solution with value -.127859500000D+02 Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 74046637 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 -0.241752D+02 -0.127860D+02 1 1 000:00:00 -0.128257D+02 -0.127860D+02 * 3 2 000:00:00 -0.128257D+02 -0.127954D+02 * 10+ 7 000:00:00 -0.128240D+02 -0.127954D+02 * 12+ 8 000:00:00 -0.128238D+02 -0.128104D+02 * 28 4 000:00:00 -0.128182D+02 -0.128112D+02 * 33 1 000:00:00 -0.128174D+02 -0.128116D+02 33 0 000:00:00 -0.128116D+02 -0.128116D+02 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.02 NLP subsolver time: 000:00:00, in seconds: 0.08 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.05 Total time elapsed: 000:00:00, in seconds: 0.15 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.04 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.04 on local: 000:00:00, in seconds: 0.05 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.01 Total no. of BaR iterations: 33 Best solution found at node: 33 Max. no. of nodes in memory: 8 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 1047 0.00 All done =========================================================================== Solution = -12.8116 found at node 33 Best possible = -12.8116128116 Absolute gap = 1.28115999995515E-5 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- st_testgr1.gms(70) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job st_testgr1.gms Stop 11/21/12 03:10:03 elapsed 0:00:00.227 @04 1353463803 ----------------------------- Mi 21. Nov 03:10:03 CET 2012 ----------------------------- =ready= Linux opt219 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/st_testgr3.gms =========== ----------------------------- Mi 21. Nov 03:10:04 CET 2012 ----------------------------- @03 1353463804 --- Job st_testgr3.gms Start 11/21/12 03:10:04 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- st_testgr3.gms(119) 2 Mb --- Starting execution: elapsed 0:00:00.016 --- st_testgr3.gms(114) 3 Mb --- Generating MINLP model m --- st_testgr3.gms(119) 5 Mb --- 21 rows 21 columns 182 non-zeroes --- 123 nl-code 20 nl-non-zeroes --- 20 discrete-columns --- st_testgr3.gms(119) 3 Mb --- Executing BARON: elapsed 0:00:00.019 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Preprocessing found feasible solution with value 0.000000000000D+00 Doing local search Preprocessing found feasible solution with value -.204015000000D+02 Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 47718943 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 -0.248696D+02 -0.204015D+02 1 1 000:00:00 -0.207200D+02 -0.204015D+02 * 3 2 000:00:00 -0.207200D+02 -0.204911D+02 * 5 3 000:00:00 -0.207193D+02 -0.205354D+02 * 56 21 000:00:00 -0.206912D+02 -0.205900D+02 153 0 000:00:01 -0.205900D+02 -0.205900D+02 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.21 NLP subsolver time: 000:00:00, in seconds: 0.15 Cutting time: 000:00:00, in seconds: 0.03 All other time: 000:00:00, in seconds: 0.13 Total time elapsed: 000:00:01, in seconds: 0.52 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.05 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.11 on local: 000:00:00, in seconds: 0.11 on tightening: 000:00:00, in seconds: 0.05 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.19 Total no. of BaR iterations: 153 Best solution found at node: 153 Max. no. of nodes in memory: 28 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 17013 0.03 All done =========================================================================== Solution = -20.59 found at node 153 Best possible = -20.59002059 Absolute gap = 2.05900000018744E-5 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- st_testgr3.gms(119) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job st_testgr3.gms Stop 11/21/12 03:10:04 elapsed 0:00:00.593 @04 1353463804 ----------------------------- Mi 21. Nov 03:10:04 CET 2012 ----------------------------- =ready= Linux opt219 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/st_testph4.gms =========== ----------------------------- Mi 21. Nov 03:10:05 CET 2012 ----------------------------- @03 1353463805 --- Job st_testph4.gms Start 11/21/12 03:10:05 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- st_testph4.gms(71) 2 Mb --- Starting execution: elapsed 0:00:00.076 --- st_testph4.gms(66) 3 Mb --- Generating MINLP model m --- st_testph4.gms(71) 5 Mb --- 11 rows 4 columns 28 non-zeroes --- 21 nl-code 3 nl-non-zeroes --- 3 discrete-columns --- st_testph4.gms(71) 3 Mb --- Executing BARON: elapsed 0:00:00.079 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Preprocessing found feasible solution with value 0.000000000000D+00 Doing local search Preprocessing found feasible solution with value -.805000000000D+02 Solving bounding LP Problem solved during preprocessing Lower bound is -.805000805001D+02 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.00 NLP subsolver time: 000:00:00, in seconds: 0.00 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.03 Total time elapsed: 000:00:00, in seconds: 0.03 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.03 on navigating: 000:00:00, in seconds: 0.00 on relaxed: 000:00:00, in seconds: 0.00 on local: 000:00:00, in seconds: 0.00 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: -1 Best solution found at node: -1 Max. no. of nodes in memory: 0 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 0 0.00 All done =========================================================================== Solution = -80.5 best solution found during preprocessing Best possible = -80.5000805001 Absolute gap = 8.05000999974936E-5 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- st_testph4.gms(71) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job st_testph4.gms Stop 11/21/12 03:10:05 elapsed 0:00:00.157 @04 1353463805 ----------------------------- Mi 21. Nov 03:10:05 CET 2012 ----------------------------- =ready= Linux opt219 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/super1.gms =========== ----------------------------- Mi 21. Nov 03:10:05 CET 2012 ----------------------------- @03 1353463805 --- Job super1.gms Start 11/21/12 03:10:05 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- super1.gms(5420) 3 Mb --- Starting execution: elapsed 0:00:00.082 --- super1.gms(5413) 3 Mb --- Generating MINLP model m --- super1.gms(5418) 6 Mb --- 1,659 rows 1,308 columns 4,805 non-zeroes --- 6,429 nl-code 1,201 nl-non-zeroes --- 44 discrete-columns --- super1.gms(5418) 4 Mb --- Executing BARON: elapsed 0:00:00.109 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Problem solved during preprocessing Lower bound is 0.100000000000D+52 Cleaning up solution and calculating dual *** Normal Completion *** *** No feasible solution was found *** LP subsolver time: 000:00:00, in seconds: 0.00 NLP subsolver time: 000:00:00, in seconds: 0.00 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.26 Total time elapsed: 000:00:00, in seconds: 0.26 on parsing: 000:00:00, in seconds: 0.23 on preprocessing: 000:00:00, in seconds: 0.03 on navigating: 000:00:00, in seconds: 0.00 on relaxed: 000:00:00, in seconds: 0.00 on local: 000:00:00, in seconds: 0.00 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: -1 Best solution found at node: -3 Max. no. of nodes in memory: 0 Cut generation statistics (number of cuts / CPU sec) Bilinear 10 0.00 Multilinears 0 0.00 Convexity 0 0.01 All done =========================================================================== --- Restarting execution --- super1.gms(5418) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job super1.gms Stop 11/21/12 03:10:06 elapsed 0:00:00.457 @04 1353463806 ----------------------------- Mi 21. Nov 03:10:06 CET 2012 ----------------------------- =ready= Linux opt219 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/super2.gms =========== ----------------------------- Mi 21. Nov 03:10:06 CET 2012 ----------------------------- @03 1353463806 --- Job super2.gms Start 11/21/12 03:10:06 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- super2.gms(5418) 3 Mb --- Starting execution: elapsed 0:00:00.072 --- super2.gms(5413) 3 Mb --- Generating MINLP model m --- super2.gms(5418) 6 Mb --- 1,659 rows 1,308 columns 4,809 non-zeroes --- 6,433 nl-code 1,201 nl-non-zeroes --- 44 discrete-columns --- super2.gms(5418) 4 Mb --- Executing BARON: elapsed 0:00:00.099 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Problem solved during preprocessing Lower bound is 0.100000000000D+52 Cleaning up solution and calculating dual *** Normal Completion *** *** No feasible solution was found *** LP subsolver time: 000:00:00, in seconds: 0.00 NLP subsolver time: 000:00:00, in seconds: 0.00 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.26 Total time elapsed: 000:00:00, in seconds: 0.26 on parsing: 000:00:00, in seconds: 0.23 on preprocessing: 000:00:00, in seconds: 0.03 on navigating: 000:00:00, in seconds: 0.00 on relaxed: 000:00:00, in seconds: 0.00 on local: 000:00:00, in seconds: 0.00 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: -1 Best solution found at node: -3 Max. no. of nodes in memory: 0 Cut generation statistics (number of cuts / CPU sec) Bilinear 10 0.00 Multilinears 0 0.00 Convexity 0 0.01 All done =========================================================================== --- Restarting execution --- super2.gms(5418) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job super2.gms Stop 11/21/12 03:10:06 elapsed 0:00:00.449 @04 1353463806 ----------------------------- Mi 21. Nov 03:10:06 CET 2012 ----------------------------- =ready= Linux opt219 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/super3.gms =========== ----------------------------- Mi 21. Nov 03:10:07 CET 2012 ----------------------------- @03 1353463807 --- Job super3.gms Start 11/21/12 03:10:07 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- super3.gms(5418) 3 Mb --- Starting execution: elapsed 0:00:00.072 --- super3.gms(5413) 3 Mb --- Generating MINLP model m --- super3.gms(5418) 6 Mb --- 1,659 rows 1,308 columns 4,817 non-zeroes --- 6,441 nl-code 1,201 nl-non-zeroes --- 44 discrete-columns --- super3.gms(5418) 4 Mb --- Executing BARON: elapsed 0:00:00.099 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Problem solved during preprocessing Lower bound is 0.100000000000D+52 Cleaning up solution and calculating dual *** Normal Completion *** *** No feasible solution was found *** LP subsolver time: 000:00:00, in seconds: 0.00 NLP subsolver time: 000:00:00, in seconds: 0.00 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.26 Total time elapsed: 000:00:00, in seconds: 0.26 on parsing: 000:00:00, in seconds: 0.23 on preprocessing: 000:00:00, in seconds: 0.03 on navigating: 000:00:00, in seconds: 0.00 on relaxed: 000:00:00, in seconds: 0.00 on local: 000:00:00, in seconds: 0.00 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: -1 Best solution found at node: -3 Max. no. of nodes in memory: 0 Cut generation statistics (number of cuts / CPU sec) Bilinear 10 0.00 Multilinears 0 0.00 Convexity 0 0.00 All done =========================================================================== --- Restarting execution --- super3.gms(5418) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job super3.gms Stop 11/21/12 03:10:07 elapsed 0:00:00.450 @04 1353463807 ----------------------------- Mi 21. Nov 03:10:07 CET 2012 ----------------------------- =ready= Linux opt219 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/super3t.gms =========== ----------------------------- Mi 21. Nov 03:10:07 CET 2012 ----------------------------- @03 1353463807 --- Job super3t.gms Start 11/21/12 03:10:07 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- super3t.gms(4393) 2 Mb --- Starting execution: elapsed 0:00:00.072 --- super3t.gms(4391) 3 Mb --- Generating MINLP model m --- super3t.gms(4393) 6 Mb --- 1,343 rows 1,056 columns 3,719 non-zeroes --- 5,275 nl-code 872 nl-non-zeroes --- 44 discrete-columns --- super3t.gms(4393) 3 Mb --- Executing BARON: elapsed 0:00:00.094 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 884047 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:07 -0.100000D+01 0.000000D+00 1 1 000:00:17 -0.100000D+01 0.000000D+00 *** gevCallSolver: Solve failed (conopt,RMINLP,sl=5) *** gevCallSolver: rc=2 msg=conCallSolver failed =5) *** gmoSetVarLOne: Given Variable Index not in [1,1056] –ô*** gmoSetAltVarLowerOne: Given Variable Index not in [1,1056] àc×*** gmoSetAltVarUpperOne: Given Variable Index not in [1,1056] àc× 8+ 7 000:00:48 -0.100000D+01 0.000000D+00 *** gmoSetVarLOne: Given Variable Index not in [1,1056] ˜ô*** gmoSetAltVarLowerOne: Given Variable Index not in [1,1056] Ød×*** gmoSetAltVarUpperOne: Given Variable Index not in [1,1056] Ød×*** gmoSetVarLOne: Given Variable Index not in [1,1056] “ô*** gmoSetAltVarLowerOne: Given Variable Index not in [1,1056] ¸b×*** gmoSetAltVarUpperOne: Given Variable Index not in [1,1056] ¸b×*** gevCallSolver: Solve failed (conopt,RMINLP,sl=5) *** gevCallSolver: rc=2 msg=conCallSolver failed =5) 15+ 13 000:01:18 -0.100000D+01 0.000000D+00 23+ 18 000:01:48 -0.100000D+01 0.000000D+00 *** gmoSetVarLOne: Given Variable Index not in [1,1056] ô*** gmoSetAltVarLowerOne: Given Variable Index not in [1,1056] (`×*** gmoSetAltVarUpperOne: Given Variable Index not in [1,1056] (`× 34+ 27 000:02:18 -0.100000D+01 0.000000D+00 *** gmoSetVarLOne: Given Variable Index not in [1,1056] –ô*** gmoSetAltVarLowerOne: Given Variable Index not in [1,1056] ˆb×*** gmoSetAltVarUpperOne: Given Variable Index not in [1,1056] ˆb× 43+ 34 000:02:48 -0.100000D+01 0.000000D+00 54+ 38 000:03:19 -0.100000D+01 0.000000D+00 *** gmoSetVarLOne: Given Variable Index not in [1,1056] ”ô*** gmoSetAltVarLowerOne: Given Variable Index not in [1,1056] àa×*** gmoSetAltVarUpperOne: Given Variable Index not in [1,1056] àa× 63+ 43 000:03:49 -0.100000D+01 0.000000D+00 71+ 48 000:04:19 -0.100000D+01 0.000000D+00 79+ 53 000:04:49 -0.100000D+01 0.000000D+00 *** gmoSetVarLOne: Given Variable Index not in [1,1056] —ô*** gmoSetAltVarLowerOne: Given Variable Index not in [1,1056] ˆd×*** gmoSetAltVarUpperOne: Given Variable Index not in [1,1056] ˆd× 92+ 52 000:05:19 -0.100000D+01 0.000000D+00 112 55 000:05:49 -0.100000D+01 0.000000D+00 125 55 000:06:20 -0.100000D+01 0.000000D+00 *** gmoSetVarLOne: Given Variable Index not in [1,1056] •ô*** gmoSetAltVarLowerOne: Given Variable Index not in [1,1056] Pc×*** gmoSetAltVarUpperOne: Given Variable Index not in [1,1056] Pc× 143+ 55 000:06:50 -0.100000D+01 0.000000D+00 152+ 57 000:07:20 -0.100000D+01 0.000000D+00 170 62 000:07:52 -0.100000D+01 0.000000D+00 178+ 63 000:08:23 -0.100000D+01 0.000000D+00 186+ 64 000:08:54 -0.100000D+01 0.000000D+00 *** gmoSetVarLOne: Given Variable Index not in [1,1056] •ô*** gmoSetAltVarLowerOne: Given Variable Index not in [1,1056] °b×*** gmoSetAltVarUpperOne: Given Variable Index not in [1,1056] °b× 207+ 67 000:09:24 -0.100000D+01 0.000000D+00 222+ 68 000:09:55 -0.100000D+01 0.000000D+00 239 66 000:10:25 -0.100000D+01 0.000000D+00 248+ 63 000:10:55 -0.100000D+01 0.000000D+00 *** gmoSetVarLOne: Given Variable Index not in [1,1056] •ô*** gmoSetAltVarLowerOne: Given Variable Index not in [1,1056] €c×*** gmoSetAltVarUpperOne: Given Variable Index not in [1,1056] €c× 271 61 000:11:25 -0.100000D+01 0.000000D+00 292+ 59 000:11:55 -0.100000D+01 0.000000D+00 303 61 000:12:25 -0.100000D+01 0.000000D+00 321 64 000:12:56 -0.100000D+01 0.000000D+00 *** gmoSetVarLOne: Given Variable Index not in [1,1056] ˜ô*** gmoSetAltVarLowerOne: Given Variable Index not in [1,1056] ˆe×*** gmoSetAltVarUpperOne: Given Variable Index not in [1,1056] ˆe× 344+ 65 000:13:26 -0.100000D+01 0.000000D+00 365+ 65 000:13:57 -0.100000D+01 0.000000D+00 384 63 000:14:27 -0.100000D+01 0.000000D+00 *** gmoSetVarLOne: Given Variable Index not in [1,1056] ™ô*** gmoSetAltVarLowerOne: Given Variable Index not in [1,1056] Pe×*** gmoSetAltVarUpperOne: Given Variable Index not in [1,1056] Pe× 411+ 62 000:14:57 -0.100000D+01 0.000000D+00 432+ 61 000:15:27 -0.100000D+01 0.000000D+00 453+ 59 000:15:59 -0.100000D+01 0.000000D+00 477 58 000:16:29 -0.100000D+01 0.000000D+00 507 59 000:16:59 -0.100000D+01 0.000000D+00 *** gmoSetVarLOne: Given Variable Index not in [1,1056] —ô*** gmoSetAltVarLowerOne: Given Variable Index not in [1,1056] `d×*** gmoSetAltVarUpperOne: Given Variable Index not in [1,1056] `d× 533 55 000:17:30 -0.100000D+01 0.000000D+00 556+ 53 000:18:00 -0.100000D+01 0.000000D+00 571+ 53 000:18:30 -0.100000D+01 0.000000D+00 586+ 53 000:19:01 -0.100000D+01 0.000000D+00 598+ 55 000:19:32 -0.100000D+01 0.000000D+00 608 53 000:20:02 -0.100000D+01 0.000000D+00 *** gmoSetVarLOne: Given Variable Index not in [1,1056] “ô*** gmoSetAltVarLowerOne: Given Variable Index not in [1,1056] Hb×*** gmoSetAltVarUpperOne: Given Variable Index not in [1,1056] Hb× 632+ 56 000:20:32 -0.100000D+01 0.000000D+00 647 53 000:21:03 -0.100000D+01 0.000000D+00 662+ 54 000:21:33 -0.100000D+01 0.000000D+00 674+ 55 000:22:04 -0.100000D+01 0.000000D+00 685+ 55 000:22:34 -0.100000D+01 0.000000D+00 709 59 000:23:04 -0.100000D+01 0.000000D+00 732+ 61 000:23:34 -0.100000D+01 0.000000D+00 742+ 58 000:24:04 -0.100000D+01 0.000000D+00 769+ 59 000:24:35 -0.100000D+01 0.000000D+00 *** gmoSetVarLOne: Given Variable Index not in [1,1056] •ô*** gmoSetAltVarLowerOne: Given Variable Index not in [1,1056] ˆc×*** gmoSetAltVarUpperOne: Given Variable Index not in [1,1056] ˆc× 783+ 62 000:25:05 -0.100000D+01 0.000000D+00 790+ 67 000:25:35 -0.100000D+01 0.000000D+00 818+ 66 000:26:06 -0.100000D+01 0.000000D+00 828+ 69 000:26:36 -0.100000D+01 0.000000D+00 836+ 68 000:27:06 -0.100000D+01 0.000000D+00 875+ 62 000:27:37 -0.100000D+01 0.000000D+00 885 66 000:28:08 -0.100000D+01 0.000000D+00 *** gmoSetVarLOne: Given Variable Index not in [1,1056] —ô*** gmoSetAltVarLowerOne: Given Variable Index not in [1,1056] ˆc×*** gmoSetAltVarUpperOne: Given Variable Index not in [1,1056] ˆc× 892+ 68 000:28:38 -0.100000D+01 0.000000D+00 916 69 000:29:08 -0.100000D+01 0.000000D+00 939+ 70 000:29:38 -0.100000D+01 0.000000D+00 960+ 71 000:30:09 -0.100000D+01 0.000000D+00 988+ 72 000:30:39 -0.100000D+01 0.000000D+00 1004 72 000:31:10 -0.100000D+01 0.000000D+00 1020+ 72 000:31:40 -0.100000D+01 0.000000D+00 1029+ 69 000:32:10 -0.100000D+01 0.000000D+00 *** gmoSetVarLOne: Given Variable Index not in [1,1056] —ô*** gmoSetAltVarLowerOne: Given Variable Index not in [1,1056] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,1056] 1047+ 68 000:32:40 -0.100000D+01 0.000000D+00 1056+ 70 000:33:10 -0.100000D+01 0.000000D+00 1064+ 75 000:33:40 -0.100000D+01 0.000000D+00 1072+ 75 000:34:11 -0.100000D+01 0.000000D+00 1084 82 000:34:41 -0.100000D+01 0.000000D+00 1098 85 000:35:11 -0.100000D+01 0.000000D+00 1106+ 89 000:35:42 -0.100000D+01 0.000000D+00 1112 88 000:36:12 -0.100000D+01 0.000000D+00 1121+ 88 000:36:42 -0.100000D+01 0.000000D+00 1136 88 000:37:13 -0.100000D+01 0.000000D+00 1167 87 000:37:43 -0.100000D+01 0.000000D+00 1196 86 000:38:13 -0.100000D+01 0.000000D+00 1214+ 89 000:38:43 -0.100000D+01 0.000000D+00 1229+ 85 000:39:14 -0.100000D+01 0.000000D+00 1245+ 87 000:39:45 -0.100000D+01 0.000000D+00 1251+ 92 000:40:15 -0.100000D+01 0.000000D+00 1279+ 91 000:40:45 -0.100000D+01 0.000000D+00 1299 91 000:41:15 -0.100000D+01 0.000000D+00 *** gmoSetVarLOne: Given Variable Index not in [1,1056] •ô*** gmoSetAltVarLowerOne: Given Variable Index not in [1,1056] àb×*** gmoSetAltVarUpperOne: Given Variable Index not in [1,1056] àb× 1318+ 92 000:41:46 -0.100000D+01 0.000000D+00 1335+ 89 000:42:16 -0.100000D+01 0.000000D+00 1346+ 90 000:42:46 -0.100000D+01 0.000000D+00 1360+ 90 000:43:17 -0.100000D+01 0.000000D+00 1388+ 90 000:43:47 -0.100000D+01 0.000000D+00 1400+ 92 000:44:18 -0.100000D+01 0.000000D+00 1426+ 90 000:44:48 -0.100000D+01 0.000000D+00 1447+ 89 000:45:18 -0.100000D+01 0.000000D+00 1481 87 000:45:48 -0.100000D+01 0.000000D+00 1494+ 85 000:46:19 -0.100000D+01 0.000000D+00 1520 88 000:46:49 -0.100000D+01 0.000000D+00 1546 88 000:47:19 -0.100000D+01 0.000000D+00 *** gmoSetVarLOne: Given Variable Index not in [1,1056] –ô*** gmoSetAltVarLowerOne: Given Variable Index not in [1,1056]  c×*** gmoSetAltVarUpperOne: Given Variable Index not in [1,1056]  c× 1588+ 83 000:47:49 -0.100000D+01 0.000000D+00 1602+ 88 000:48:20 -0.100000D+01 0.000000D+00 1646+ 84 000:48:50 -0.100000D+01 0.000000D+00 1662+ 85 000:49:21 -0.100000D+01 0.000000D+00 1670+ 86 000:49:51 -0.100000D+01 0.000000D+00 1691+ 89 000:50:22 -0.100000D+01 0.000000D+00 1707+ 88 000:50:53 -0.100000D+01 0.000000D+00 1749 87 000:51:24 -0.100000D+01 0.000000D+00 1772+ 83 000:51:55 -0.100000D+01 0.000000D+00 1786+ 83 000:52:25 -0.100000D+01 0.000000D+00 1793+ 84 000:52:55 -0.100000D+01 0.000000D+00 1807+ 87 000:53:26 -0.100000D+01 0.000000D+00 1824 86 000:53:56 -0.100000D+01 0.000000D+00 1837+ 89 000:54:27 -0.100000D+01 0.000000D+00 1848+ 87 000:54:58 -0.100000D+01 0.000000D+00 *** gmoSetVarLOne: Given Variable Index not in [1,1056] •ô*** gmoSetAltVarLowerOne: Given Variable Index not in [1,1056] èb×*** gmoSetAltVarUpperOne: Given Variable Index not in [1,1056] èb× 1870+ 83 000:55:28 -0.100000D+01 0.000000D+00 1889+ 82 000:56:00 -0.100000D+01 0.000000D+00 1895+ 84 000:56:31 -0.100000D+01 0.000000D+00 1904 91 000:57:01 -0.100000D+01 0.000000D+00 1918 95 000:57:31 -0.100000D+01 0.000000D+00 1937+ 95 000:58:02 -0.100000D+01 0.000000D+00 1949 99 000:58:32 -0.100000D+01 0.000000D+00 1962+ 100 000:59:03 -0.100000D+01 0.000000D+00 1970+ 100 000:59:33 -0.100000D+01 0.000000D+00 1990+ 101 001:00:03 -0.100000D+01 0.000000D+00 2006+ 99 001:00:34 -0.100000D+01 0.000000D+00 2021+ 103 001:01:08 -0.100000D+01 0.000000D+00 2040+ 101 001:01:38 -0.100000D+01 0.000000D+00 2053+ 101 001:02:08 -0.100000D+01 0.000000D+00 2068 100 001:02:39 -0.100000D+01 0.000000D+00 2079+ 104 001:03:09 -0.100000D+01 0.000000D+00 2094+ 106 001:03:40 -0.100000D+01 0.000000D+00 2102+ 108 001:04:10 -0.100000D+01 0.000000D+00 *** gmoSetVarLOne: Given Variable Index not in [1,1056] “ô*** gmoSetAltVarLowerOne: Given Variable Index not in [1,1056] @b×*** gmoSetAltVarUpperOne: Given Variable Index not in [1,1056] @b× 2110+ 112 001:04:41 -0.100000D+01 0.000000D+00 2124+ 112 001:05:11 -0.100000D+01 0.000000D+00 2145+ 115 001:05:41 -0.100000D+01 0.000000D+00 2152+ 115 001:06:11 -0.100000D+01 0.000000D+00 2168 114 001:06:42 -0.100000D+01 0.000000D+00 2186 115 001:07:13 -0.100000D+01 0.000000D+00 2208+ 117 001:07:43 -0.100000D+01 0.000000D+00 2219+ 117 001:08:13 -0.100000D+01 0.000000D+00 2232+ 119 001:08:44 -0.100000D+01 0.000000D+00 2245+ 121 001:09:16 -0.100000D+01 0.000000D+00 2264 120 001:09:46 -0.100000D+01 0.000000D+00 2275+ 124 001:10:17 -0.100000D+01 0.000000D+00 2315+ 123 001:10:48 -0.100000D+01 0.000000D+00 2332+ 119 001:11:18 -0.100000D+01 0.000000D+00 2343+ 124 001:11:48 -0.100000D+01 0.000000D+00 2349+ 126 001:12:18 -0.100000D+01 0.000000D+00 *** gmoSetVarLOne: Given Variable Index not in [1,1056] –ô*** gmoSetAltVarLowerOne: Given Variable Index not in [1,1056] c×*** gmoSetAltVarUpperOne: Given Variable Index not in [1,1056] c× 2354 128 001:12:48 -0.100000D+01 0.000000D+00 2374+ 125 001:13:19 -0.100000D+01 0.000000D+00 2391 126 001:13:49 -0.100000D+01 0.000000D+00 2408+ 124 001:14:19 -0.100000D+01 0.000000D+00 2416+ 122 001:14:52 -0.100000D+01 0.000000D+00 2442+ 121 001:15:22 -0.100000D+01 0.000000D+00 2461+ 121 001:15:53 -0.100000D+01 0.000000D+00 2470 125 001:16:24 -0.100000D+01 0.000000D+00 2475+ 124 001:16:54 -0.100000D+01 0.000000D+00 2502+ 123 001:17:24 -0.100000D+01 0.000000D+00 2526 124 001:17:54 -0.100000D+01 0.000000D+00 2549+ 123 001:18:25 -0.100000D+01 0.000000D+00 2574 122 001:18:55 -0.100000D+01 0.000000D+00 2593+ 121 001:19:25 -0.100000D+01 0.000000D+00 2627+ 121 001:19:55 -0.100000D+01 0.000000D+00 2637+ 119 001:20:25 -0.100000D+01 0.000000D+00 2660+ 118 001:20:56 -0.100000D+01 0.000000D+00 2673+ 118 001:21:26 -0.100000D+01 0.000000D+00 2693+ 113 001:21:57 -0.100000D+01 0.000000D+00 2728 119 001:22:28 -0.100000D+01 0.000000D+00 2740+ 121 001:22:58 -0.100000D+01 0.000000D+00 2760 112 001:23:29 -0.100000D+01 0.000000D+00 2774+ 119 001:23:59 -0.100000D+01 0.000000D+00 2785+ 116 001:24:29 -0.100000D+01 0.000000D+00 2799+ 123 001:25:00 -0.100000D+01 0.000000D+00 2808+ 124 001:25:30 -0.100000D+01 0.000000D+00 2826+ 128 001:26:01 -0.100000D+01 0.000000D+00 2840+ 129 001:26:32 -0.100000D+01 0.000000D+00 2852 127 001:27:03 -0.100000D+01 0.000000D+00 2868 130 001:27:34 -0.100000D+01 0.000000D+00 2880+ 131 001:28:05 -0.100000D+01 0.000000D+00 2907+ 130 001:28:35 -0.100000D+01 0.000000D+00 *** gmoSetVarLOne: Given Variable Index not in [1,1056] “ô*** gmoSetAltVarLowerOne: Given Variable Index not in [1,1056] *** gmoSetAltVarUpperOne: Given Variable Index not in [1,1056] 2936+ 131 001:29:05 -0.100000D+01 0.000000D+00 2943+ 132 001:29:36 -0.100000D+01 0.000000D+00 2952 134 001:30:06 -0.100000D+01 0.000000D+00 2969 132 001:30:36 -0.100000D+01 0.000000D+00 2984+ 133 001:31:06 -0.100000D+01 0.000000D+00 3003 132 001:31:36 -0.100000D+01 0.000000D+00 3044+ 131 001:32:06 -0.100000D+01 0.000000D+00 3063+ 129 001:32:37 -0.100000D+01 0.000000D+00 3070+ 129 001:33:07 -0.100000D+01 0.000000D+00 3089+ 128 001:33:37 -0.100000D+01 0.000000D+00 3101+ 131 001:34:07 -0.100000D+01 0.000000D+00 3120+ 137 001:34:39 -0.100000D+01 0.000000D+00 3135+ 138 001:35:09 -0.100000D+01 0.000000D+00 3157+ 136 001:35:39 -0.100000D+01 0.000000D+00 3167 134 001:36:09 -0.100000D+01 0.000000D+00 3177+ 133 001:36:40 -0.100000D+01 0.000000D+00 3196 136 001:37:10 -0.100000D+01 0.000000D+00 3212 132 001:37:40 -0.100000D+01 0.000000D+00 3229+ 130 001:38:10 -0.100000D+01 0.000000D+00 3242 132 001:38:41 -0.100000D+01 0.000000D+00 3255 134 001:39:11 -0.100000D+01 0.000000D+00 3263+ 136 001:39:41 -0.100000D+01 0.000000D+00 3288+ 135 001:40:11 -0.100000D+01 0.000000D+00 3303 135 001:40:42 -0.100000D+01 0.000000D+00 3323+ 140 001:41:12 -0.100000D+01 0.000000D+00 3337+ 136 001:41:43 -0.100000D+01 0.000000D+00 3344+ 139 001:42:13 -0.100000D+01 0.000000D+00 3367 141 001:42:43 -0.100000D+01 0.000000D+00 3388 140 001:43:14 -0.100000D+01 0.000000D+00 3402+ 139 001:43:44 -0.100000D+01 0.000000D+00 3422+ 140 001:44:15 -0.100000D+01 0.000000D+00 3434+ 139 001:44:45 -0.100000D+01 0.000000D+00 3450 145 001:45:15 -0.100000D+01 0.000000D+00 *** gmoSetVarLOne: Given Variable Index not in [1,1056] ”ô*** gmoSetAltVarLowerOne: Given Variable Index not in [1,1056] Hb×*** gmoSetAltVarUpperOne: Given Variable Index not in [1,1056] Hb× 3460+ 142 001:45:45 -0.100000D+01 0.000000D+00 3483+ 143 001:46:16 -0.100000D+01 0.000000D+00 3501+ 139 001:46:46 -0.100000D+01 0.000000D+00 3511+ 139 001:47:16 -0.100000D+01 0.000000D+00 3523+ 142 001:47:47 -0.100000D+01 0.000000D+00 3529+ 142 001:48:17 -0.100000D+01 0.000000D+00 3557 144 001:48:47 -0.100000D+01 0.000000D+00 3596+ 142 001:49:17 -0.100000D+01 0.000000D+00 3616+ 142 001:49:48 -0.100000D+01 0.000000D+00 3643+ 141 001:50:18 -0.100000D+01 0.000000D+00 3671 140 001:50:48 -0.100000D+01 0.000000D+00 3693+ 139 001:51:20 -0.100000D+01 0.000000D+00 3713+ 143 001:51:50 -0.100000D+01 0.000000D+00 3726+ 144 001:52:21 -0.100000D+01 0.000000D+00 3752+ 143 001:52:52 -0.100000D+01 0.000000D+00 3771+ 141 001:53:23 -0.100000D+01 0.000000D+00 3787+ 141 001:53:53 -0.100000D+01 0.000000D+00 3805 141 001:54:23 -0.100000D+01 0.000000D+00 3830+ 137 001:54:54 -0.100000D+01 0.000000D+00 3844+ 143 001:55:24 -0.100000D+01 0.000000D+00 3858 142 001:55:54 -0.100000D+01 0.000000D+00 3886 136 001:56:24 -0.100000D+01 0.000000D+00 3897+ 140 001:56:55 -0.100000D+01 0.000000D+00 3919+ 140 001:57:26 -0.100000D+01 0.000000D+00 3933+ 138 001:57:57 -0.100000D+01 0.000000D+00 3941+ 141 001:58:28 -0.100000D+01 0.000000D+00 3949+ 143 001:58:58 -0.100000D+01 0.000000D+00 3976 142 001:59:28 -0.100000D+01 0.000000D+00 *** gmoSetVarLOne: Given Variable Index not in [1,1056] •ô*** gmoSetAltVarLowerOne: Given Variable Index not in [1,1056] ¸b×*** gmoSetAltVarUpperOne: Given Variable Index not in [1,1056] ¸b× 3999+ 141 001:59:58 -0.100000D+01 0.000000D+00 3999 141 002:00:00 -0.100000D+01 0.000000D+00 *** Max. allowable CPU time exceeded *** *** No feasible solution was found *** LP subsolver time: 001:45:25, in seconds: 6325.16 NLP subsolver time: 000:09:30, in seconds: 570.05 Cutting time: 000:00:39, in seconds: 38.51 All other time: 000:04:26, in seconds: 266.28 Total time elapsed: 002:00:00, in seconds: 7200.00 on parsing: 000:00:00, in seconds: 0.16 on preprocessing: 000:00:07, in seconds: 6.77 on navigating: 000:00:01, in seconds: 0.58 on relaxed: 000:12:46, in seconds: 765.59 on local: 000:09:27, in seconds: 567.38 on tightening: 000:04:14, in seconds: 254.43 on marginals: 000:00:00, in seconds: 0.05 on probing: 001:33:25, in seconds: 5605.03 Total no. of BaR iterations: 3999 Best solution found at node: -3 Max. no. of nodes in memory: 146 Cut generation statistics (number of cuts / CPU sec) Bilinear 2579164 3.40 Multilinears 32126 0.62 Convexity 30625012 34.50 All done =========================================================================== *** Time or user interrupt, gap calculations *** are invalid because of an incomplete solution. *** No solution found - further Baron post processing aborted --- Restarting execution --- super3t.gms(4393) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job super3t.gms Stop 11/21/12 05:10:27 elapsed 2:00:19.518 @04 1353471027 ----------------------------- Mi 21. Nov 05:10:27 CET 2012 ----------------------------- =ready= Linux opt226 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/synheat.gms =========== ----------------------------- Mi 21. Nov 03:11:54 CET 2012 ----------------------------- @03 1353463914 --- Job synheat.gms Start 11/21/12 03:11:54 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- synheat.gms(249) 2 Mb --- Starting execution: elapsed 0:00:00.020 --- synheat.gms(244) 3 Mb --- Generating MINLP model m --- synheat.gms(249) 5 Mb --- 65 rows 57 columns 225 non-zeroes --- 174 nl-code 28 nl-non-zeroes --- 12 discrete-columns --- synheat.gms(249) 3 Mb --- Executing BARON: elapsed 0:00:00.025 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 16145506 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.381835D+05 0.100000D+52 * 1+ 1 000:00:00 0.460000D+05 0.673793D+06 * 1+ 1 000:00:00 0.460000D+05 0.670236D+06 * 1+ 1 000:00:00 0.460899D+05 0.647841D+06 1 1 000:00:00 0.467644D+05 0.647841D+06 * 7+ 4 000:00:01 0.470789D+05 0.637109D+06 * 7+ 4 000:00:01 0.470789D+05 0.631617D+06 * 7+ 4 000:00:01 0.470789D+05 0.509786D+06 * 7+ 4 000:00:01 0.470789D+05 0.501528D+06 * 12+ 8 000:00:01 0.483715D+05 0.464841D+06 * 12+ 8 000:00:01 0.483715D+05 0.464500D+06 * 12+ 8 000:00:01 0.483715D+05 0.446136D+06 * 42+ 24 000:00:02 0.513286D+05 0.316618D+06 * 135+ 82 000:00:06 0.569568D+05 0.298661D+06 * 220+ 125 000:00:09 0.583486D+05 0.279435D+06 * 220+ 125 000:00:09 0.583486D+05 0.272887D+06 * 236+ 134 000:00:09 0.584998D+05 0.266636D+06 * 310+ 179 000:00:12 0.595552D+05 0.223922D+06 * 322+ 187 000:00:12 0.596755D+05 0.223917D+06 * 322+ 187 000:00:12 0.596755D+05 0.221759D+06 * 322+ 187 000:00:12 0.596755D+05 0.221105D+06 * 322+ 187 000:00:12 0.596755D+05 0.219961D+06 * 324+ 188 000:00:13 0.596932D+05 0.217805D+06 * 333+ 192 000:00:13 0.600143D+05 0.212294D+06 * 464+ 258 000:00:20 0.616959D+05 0.211243D+06 * 464 254 000:00:20 0.616959D+05 0.210140D+06 * 480 261 000:00:21 0.619995D+05 0.210140D+06 * 480 261 000:00:21 0.619995D+05 0.210135D+06 * 535 283 000:00:23 0.624571D+05 0.208642D+06 * 536+ 279 000:00:23 0.625368D+05 0.204571D+06 * 550+ 289 000:00:24 0.626336D+05 0.204571D+06 * 550+ 289 000:00:24 0.626336D+05 0.204571D+06 * 550+ 289 000:00:24 0.626336D+05 0.204571D+06 * 550+ 289 000:00:24 0.626336D+05 0.204570D+06 * 550+ 289 000:00:24 0.626336D+05 0.204570D+06 * 550+ 289 000:00:24 0.626336D+05 0.204570D+06 * 550+ 289 000:00:24 0.626336D+05 0.204570D+06 * 550+ 289 000:00:24 0.626336D+05 0.204570D+06 * 550+ 289 000:00:24 0.626336D+05 0.204570D+06 * 550+ 289 000:00:24 0.626336D+05 0.204569D+06 * 550+ 287 000:00:24 0.626336D+05 0.203528D+06 * 550 284 000:00:24 0.626336D+05 0.202964D+06 * 586 305 000:00:26 0.630796D+05 0.201451D+06 * 594 304 000:00:27 0.630932D+05 0.200077D+06 * 614 302 000:00:28 0.632831D+05 0.198313D+06 * 843+ 392 000:00:40 0.656808D+05 0.196083D+06 * 843+ 383 000:00:40 0.656808D+05 0.195373D+06 * 845+ 381 000:00:40 0.656808D+05 0.194579D+06 * 852+ 368 000:00:40 0.657185D+05 0.192754D+06 * 852+ 361 000:00:40 0.657185D+05 0.191006D+06 * 852+ 349 000:00:40 0.657185D+05 0.188910D+06 * 870 323 000:00:42 0.657581D+05 0.180809D+06 * 892 330 000:00:42 0.659195D+05 0.179598D+06 * 904 338 000:00:43 0.659709D+05 0.179310D+06 * 910 341 000:00:44 0.659734D+05 0.179306D+06 * 910 341 000:00:44 0.659734D+05 0.179301D+06 * 936 350 000:00:45 0.661241D+05 0.179257D+06 * 949 319 000:00:46 0.661503D+05 0.170516D+06 * 950 319 000:00:46 0.661541D+05 0.169833D+06 * 1056 345 000:00:50 0.669234D+05 0.166582D+06 * 1128 360 000:00:52 0.673683D+05 0.165819D+06 * 1128 360 000:00:52 0.673683D+05 0.165813D+06 * 1128 360 000:00:52 0.673683D+05 0.165813D+06 * 1132 360 000:00:52 0.673802D+05 0.165750D+06 * 1132 360 000:00:52 0.673802D+05 0.165745D+06 * 1132 360 000:00:52 0.673802D+05 0.165745D+06 * 1134 362 000:00:52 0.673802D+05 0.165701D+06 * 1162 371 000:00:54 0.674659D+05 0.164846D+06 * 1166 371 000:00:54 0.674740D+05 0.163981D+06 * 1256 373 000:00:56 0.679135D+05 0.155777D+06 * 1748 297 000:01:03 0.728731D+05 0.155459D+06 * 1754 292 000:01:03 0.729101D+05 0.155176D+06 * 1756 293 000:01:03 0.729101D+05 0.155103D+06 * 1758 291 000:01:03 0.729732D+05 0.155057D+06 * 1766 289 000:01:03 0.730451D+05 0.155003D+06 * 1768 290 000:01:03 0.730451D+05 0.155003D+06 * 1770 289 000:01:03 0.730642D+05 0.154998D+06 * 1784+ 288 000:01:03 0.732300D+05 0.154998D+06 * 1784 288 000:01:03 0.732300D+05 0.154997D+06 * 2002 286 000:01:08 0.770092D+05 0.154997D+06 * 2022+ 283 000:01:08 0.773454D+05 0.154997D+06 * 2112+ 276 000:01:09 0.798133D+05 0.154997D+06 * 3676 41 000:01:34 0.150560D+06 0.154997D+06 * 3846 49 000:01:35 0.152481D+06 0.154997D+06 * 4217 57 000:01:37 0.154857D+06 0.154997D+06 4815 0 000:01:42 0.154997D+06 0.154997D+06 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:01:25, in seconds: 85.34 NLP subsolver time: 000:00:01, in seconds: 1.40 Cutting time: 000:00:04, in seconds: 3.59 All other time: 000:00:12, in seconds: 11.58 Total time elapsed: 000:01:42, in seconds: 101.92 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.07 on navigating: 000:00:00, in seconds: 0.30 on relaxed: 000:00:11, in seconds: 10.83 on local: 000:00:01, in seconds: 1.40 on tightening: 000:00:06, in seconds: 6.32 on marginals: 000:00:00, in seconds: 0.03 on probing: 000:01:23, in seconds: 82.95 Total no. of BaR iterations: 4815 Best solution found at node: 4217 Max. no. of nodes in memory: 403 Cut generation statistics (number of cuts / CPU sec) Bilinear 185267 0.40 Multilinears 158033 1.28 Convexity 2927521 1.92 All done =========================================================================== Solution = 154997.334891 found at node 4217 Best possible = 154997.179893 Absolute gap = 0.154998000012711 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- synheat.gms(249) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job synheat.gms Stop 11/21/12 03:13:36 elapsed 0:01:42.283 @04 1353464016 ----------------------------- Mi 21. Nov 03:13:36 CET 2012 ----------------------------- =ready= Linux opt224 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/synthes1.gms =========== ----------------------------- Mi 21. Nov 03:11:59 CET 2012 ----------------------------- @03 1353463919 --- Job synthes1.gms Start 11/21/12 03:11:59 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- synthes1.gms(65) 2 Mb --- Starting execution: elapsed 0:00:00.017 --- synthes1.gms(60) 3 Mb --- Generating MINLP model m --- synthes1.gms(65) 5 Mb --- 7 rows 7 columns 23 non-zeroes --- 37 nl-code 6 nl-non-zeroes --- 3 discrete-columns --- synthes1.gms(65) 3 Mb --- Executing BARON: elapsed 0:00:00.021 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Preprocessing found feasible solution with value 0.100000000000D+02 Doing local search Preprocessing found feasible solution with value 0.600975890889D+01 Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 89473021 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 -0.378684D+02 0.600976D+01 1 1 000:00:00 0.759284D+00 0.600976D+01 3 0 000:00:00 0.600975D+01 0.600976D+01 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.00 NLP subsolver time: 000:00:00, in seconds: 0.03 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.03 Total time elapsed: 000:00:00, in seconds: 0.06 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.04 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.00 on local: 000:00:00, in seconds: 0.01 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: 3 Best solution found at node: 3 Max. no. of nodes in memory: 2 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 34 0.00 All done =========================================================================== Solution = 6.00975890889 found at node 3 Best possible = 6.00975491864 Absolute gap = 3.99025000064057E-6 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- synthes1.gms(65) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job synthes1.gms Stop 11/21/12 03:11:59 elapsed 0:00:00.143 @04 1353463919 ----------------------------- Mi 21. Nov 03:11:59 CET 2012 ----------------------------- =ready= Linux opt224 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/synthes2.gms =========== ----------------------------- Mi 21. Nov 03:11:59 CET 2012 ----------------------------- @03 1353463919 --- Job synthes2.gms Start 11/21/12 03:11:59 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- synthes2.gms(83) 2 Mb --- Starting execution: elapsed 0:00:00.012 --- synthes2.gms(78) 3 Mb --- Generating MINLP model m --- synthes2.gms(83) 5 Mb --- 15 rows 12 columns 49 non-zeroes --- 40 nl-code 8 nl-non-zeroes --- 5 discrete-columns --- synthes2.gms(83) 3 Mb --- Executing BARON: elapsed 0:00:00.015 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Preprocessing found feasible solution with value 0.133389056099D+03 Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 69269435 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 -0.114577D+03 0.133389D+03 1 1 000:00:00 0.347024D+02 0.133389D+03 * 2 2 000:00:00 0.347024D+02 0.124294D+03 * 7+ 2 000:00:00 0.620165D+02 0.742945D+02 * 9 2 000:00:00 0.639814D+02 0.730353D+02 10 0 000:00:00 0.730352D+02 0.730353D+02 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.02 NLP subsolver time: 000:00:00, in seconds: 0.08 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.04 Total time elapsed: 000:00:00, in seconds: 0.14 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.04 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.02 on local: 000:00:00, in seconds: 0.05 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.01 Total no. of BaR iterations: 10 Best solution found at node: 9 Max. no. of nodes in memory: 5 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 583 0.00 All done =========================================================================== Solution = 73.0353125252 found at node 9 Best possible = 73.0352455604 Absolute gap = 6.69647999984591E-5 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- synthes2.gms(83) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job synthes2.gms Stop 11/21/12 03:11:59 elapsed 0:00:00.204 @04 1353463919 ----------------------------- Mi 21. Nov 03:11:59 CET 2012 ----------------------------- =ready= Linux opt224 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/synthes3.gms =========== ----------------------------- Mi 21. Nov 03:11:59 CET 2012 ----------------------------- @03 1353463919 --- Job synthes3.gms Start 11/21/12 03:12:00 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- synthes3.gms(108) 2 Mb --- Starting execution: elapsed 0:00:00.025 --- synthes3.gms(103) 3 Mb --- Generating MINLP model m --- synthes3.gms(108) 5 Mb --- 24 rows 18 columns 91 non-zeroes --- 65 nl-code 12 nl-non-zeroes --- 8 discrete-columns --- synthes3.gms(108) 3 Mb --- Executing BARON: elapsed 0:00:00.029 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Preprocessing found feasible solution with value 0.113389056099D+03 Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 56509276 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 -0.199873D+03 0.113389D+03 1 1 000:00:00 0.444626D+02 0.113389D+03 * 2 2 000:00:00 0.444626D+02 0.104294D+03 * 3 2 000:00:00 0.444626D+02 0.855140D+02 * 7+ 2 000:00:00 0.506351D+02 0.764194D+02 * 7+ 2 000:00:00 0.506351D+02 0.764193D+02 * 7+ 2 000:00:00 0.506351D+02 0.764193D+02 * 7+ 2 000:00:00 0.506351D+02 0.764192D+02 * 7+ 2 000:00:00 0.506351D+02 0.764192D+02 * 9 3 000:00:00 0.634454D+02 0.732780D+02 * 11 1 000:00:00 0.635280D+02 0.680097D+02 11 0 000:00:00 0.680097D+02 0.680097D+02 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.02 NLP subsolver time: 000:00:00, in seconds: 0.14 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.05 Total time elapsed: 000:00:00, in seconds: 0.20 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.06 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.03 on local: 000:00:00, in seconds: 0.09 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.01 Total no. of BaR iterations: 11 Best solution found at node: 11 Max. no. of nodes in memory: 3 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 835 0.00 All done =========================================================================== Solution = 68.0097405214 found at node 11 Best possible = 68.0096885311 Absolute gap = 5.19903000082422E-5 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- synthes3.gms(108) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job synthes3.gms Stop 11/21/12 03:12:00 elapsed 0:00:00.287 @04 1353463920 ----------------------------- Mi 21. Nov 03:12:00 CET 2012 ----------------------------- =ready= Linux opt209 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/tln12.gms =========== ----------------------------- Mi 21. Nov 03:12:00 CET 2012 ----------------------------- @03 1353463920 --- Job tln12.gms Start 11/21/12 03:12:00 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- tln12.gms(580) 2 Mb --- Starting execution: elapsed 0:00:00.027 --- tln12.gms(575) 3 Mb --- Generating MINLP model m --- tln12.gms(580) 5 Mb --- 73 rows 169 columns 793 non-zeroes --- 457 nl-code 288 nl-non-zeroes --- 168 discrete-columns --- tln12.gms(580) 3 Mb --- Executing BARON: elapsed 0:00:00.031 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 9805261 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.853546D+02 0.583800D+03 1 1 000:00:01 0.853546D+02 0.583800D+03 4641 2759 000:00:31 0.857000D+02 0.583800D+03 9000+ 5294 000:01:01 0.857000D+02 0.583800D+03 13807+ 8080 000:01:31 0.857000D+02 0.583800D+03 17953+ 10456 000:02:01 0.857000D+02 0.583800D+03 22295 13089 000:02:31 0.857000D+02 0.583800D+03 26760+ 15737 000:03:01 0.857000D+02 0.583800D+03 30915+ 18329 000:03:31 0.857000D+02 0.583800D+03 35177+ 20870 000:04:01 0.857000D+02 0.583800D+03 39809+ 23639 000:04:31 0.857000D+02 0.583800D+03 44201 26287 000:05:01 0.857000D+02 0.583800D+03 48521+ 28822 000:05:31 0.857000D+02 0.583800D+03 53077+ 31545 000:06:01 0.857000D+02 0.583800D+03 57304 34058 000:06:31 0.857000D+02 0.583800D+03 61449 36541 000:07:01 0.857000D+02 0.583800D+03 65814 39112 000:07:31 0.857000D+02 0.583800D+03 70199+ 41678 000:08:01 0.857000D+02 0.583800D+03 74715 44387 000:08:31 0.857000D+02 0.583800D+03 78785 46791 000:09:01 0.857000D+02 0.583800D+03 82594+ 48977 000:09:31 0.857000D+02 0.583800D+03 86452 51157 000:10:01 0.857000D+02 0.583800D+03 90342+ 53452 000:10:31 0.857000D+02 0.583800D+03 94643+ 56007 000:11:01 0.857000D+02 0.583800D+03 99069+ 58643 000:11:31 0.857000D+02 0.583800D+03 103410+ 61197 000:12:01 0.857000D+02 0.583800D+03 108709+ 64387 000:12:31 0.857000D+02 0.583800D+03 113702 67356 000:13:01 0.857000D+02 0.583800D+03 118540 70204 000:13:31 0.857000D+02 0.583800D+03 123341+ 73079 000:14:01 0.857000D+02 0.583800D+03 128104 75974 000:14:31 0.857000D+02 0.583800D+03 132668+ 78611 000:15:01 0.857000D+02 0.583800D+03 137118+ 81234 000:15:31 0.857000D+02 0.583800D+03 141683+ 83973 000:16:01 0.857000D+02 0.583800D+03 146181+ 86621 000:16:31 0.857000D+02 0.583800D+03 150908+ 89410 000:17:01 0.857000D+02 0.583800D+03 156548+ 92765 000:17:31 0.857000D+02 0.583800D+03 161573+ 95771 000:18:01 0.857000D+02 0.583800D+03 166354 98611 000:18:31 0.857000D+02 0.583800D+03 170814+ 101232 000:19:01 0.857000D+02 0.583800D+03 175475 104031 000:19:31 0.857000D+02 0.583800D+03 179979 106685 000:20:01 0.857000D+02 0.583800D+03 185227 109727 000:20:31 0.857000D+02 0.583800D+03 190025+ 112555 000:21:01 0.857000D+02 0.583800D+03 194492+ 115139 000:21:31 0.857000D+02 0.583800D+03 199268+ 118009 000:22:01 0.857000D+02 0.583800D+03 204190+ 120833 000:22:31 0.857000D+02 0.583800D+03 209370+ 124305 000:23:01 0.857008D+02 0.583800D+03 214626 126931 000:23:31 0.857008D+02 0.583800D+03 220107 130020 000:24:01 0.857008D+02 0.583800D+03 225766+ 133820 000:24:31 0.857008D+02 0.583800D+03 231373 137976 000:25:01 0.857008D+02 0.583800D+03 236908+ 142037 000:25:31 0.857008D+02 0.583800D+03 242546+ 146070 000:26:01 0.857008D+02 0.583800D+03 248389 150171 000:26:31 0.857008D+02 0.583800D+03 253717+ 154056 000:27:01 0.857008D+02 0.583800D+03 259052+ 157574 000:27:31 0.857008D+02 0.583800D+03 263956+ 159919 000:28:01 0.857008D+02 0.583800D+03 268729+ 162062 000:28:31 0.857008D+02 0.583800D+03 273451+ 164210 000:29:01 0.857008D+02 0.583800D+03 278043 166336 000:29:31 0.857008D+02 0.583800D+03 282653+ 168503 000:30:01 0.857008D+02 0.583800D+03 287452+ 170821 000:30:31 0.857008D+02 0.583800D+03 292144 173066 000:31:01 0.857008D+02 0.583800D+03 296907+ 175317 000:31:31 0.857008D+02 0.583800D+03 301562 177487 000:32:01 0.857008D+02 0.583800D+03 306390+ 180029 000:32:31 0.857008D+02 0.583800D+03 311304+ 182804 000:33:01 0.857010D+02 0.583800D+03 316534+ 186679 000:33:31 0.857010D+02 0.583800D+03 321720+ 190588 000:34:01 0.857010D+02 0.583800D+03 327024+ 194617 000:34:31 0.857010D+02 0.583800D+03 331832 197304 000:35:01 0.857010D+02 0.583800D+03 336590 199435 000:35:31 0.857010D+02 0.583800D+03 341347 201665 000:36:01 0.857010D+02 0.583800D+03 345991 203870 000:36:31 0.857010D+02 0.583800D+03 350890+ 206356 000:37:01 0.857010D+02 0.583800D+03 356037 209415 000:37:31 0.857010D+02 0.583800D+03 361084 212388 000:38:01 0.857010D+02 0.583800D+03 366179+ 215408 000:38:31 0.857010D+02 0.583800D+03 371282+ 218434 000:39:01 0.857010D+02 0.583800D+03 376283+ 221443 000:39:31 0.857010D+02 0.583800D+03 381415+ 224504 000:40:01 0.857010D+02 0.583800D+03 386651+ 227697 000:40:31 0.857010D+02 0.583800D+03 391765+ 230588 000:41:01 0.857010D+02 0.583800D+03 396866+ 233532 000:41:31 0.857010D+02 0.583800D+03 402020 237045 000:42:01 0.857012D+02 0.583800D+03 407003+ 239907 000:42:31 0.857012D+02 0.583800D+03 412021 242616 000:43:01 0.857012D+02 0.583800D+03 417239 245745 000:43:31 0.857012D+02 0.583800D+03 422671 249040 000:44:01 0.857012D+02 0.583800D+03 428086 252282 000:44:31 0.857012D+02 0.583800D+03 433454 255521 000:45:01 0.857012D+02 0.583800D+03 438843+ 258723 000:45:31 0.857012D+02 0.583800D+03 444200 261934 000:46:01 0.857012D+02 0.583800D+03 449637 265953 000:46:31 0.857012D+02 0.583800D+03 455082 270044 000:47:01 0.857012D+02 0.583800D+03 460467+ 274049 000:47:31 0.857012D+02 0.583800D+03 465937 277124 000:48:01 0.857012D+02 0.583800D+03 470787+ 279050 000:48:31 0.857012D+02 0.583800D+03 475402+ 280814 000:49:01 0.857012D+02 0.583800D+03 480013 282623 000:49:31 0.857013D+02 0.583800D+03 485246+ 286213 000:50:01 0.857013D+02 0.583800D+03 490217 288839 000:50:31 0.857015D+02 0.583800D+03 496033+ 293142 000:51:01 0.857015D+02 0.583800D+03 501744+ 297414 000:51:31 0.857015D+02 0.583800D+03 507535+ 301661 000:52:01 0.857015D+02 0.583800D+03 513364 305851 000:52:31 0.857015D+02 0.583800D+03 519065+ 309751 000:53:01 0.857015D+02 0.583800D+03 524736 314056 000:53:31 0.857015D+02 0.583800D+03 530504 318471 000:54:01 0.857015D+02 0.583800D+03 536214 322802 000:54:31 0.857015D+02 0.583800D+03 542245+ 327069 000:55:01 0.857015D+02 0.583800D+03 547239+ 328948 000:55:31 0.857015D+02 0.583800D+03 552340+ 330966 000:56:01 0.857015D+02 0.583800D+03 557370+ 332962 000:56:31 0.857015D+02 0.583800D+03 562280 334893 000:57:01 0.857015D+02 0.583800D+03 567193+ 336844 000:57:31 0.857015D+02 0.583800D+03 572354+ 338896 000:58:01 0.857015D+02 0.583800D+03 577481+ 340951 000:58:31 0.857015D+02 0.583800D+03 582840+ 343398 000:59:01 0.857015D+02 0.583800D+03 588687+ 346322 000:59:31 0.857015D+02 0.583800D+03 594085 349451 001:00:02 0.857016D+02 0.583800D+03 600276+ 354227 001:00:32 0.857017D+02 0.583800D+03 606321+ 358914 001:01:02 0.857017D+02 0.583800D+03 612576+ 363712 001:01:32 0.857017D+02 0.583800D+03 618562 368351 001:02:02 0.857017D+02 0.583800D+03 624656+ 373019 001:02:32 0.857017D+02 0.583800D+03 630674 377666 001:03:02 0.857017D+02 0.583800D+03 636723 382337 001:03:32 0.857017D+02 0.583800D+03 642353+ 385659 001:04:02 0.857017D+02 0.583800D+03 647674+ 387908 001:04:32 0.857017D+02 0.583800D+03 652855+ 390069 001:05:02 0.857017D+02 0.583800D+03 658226 392343 001:05:32 0.857017D+02 0.583800D+03 663437 394614 001:06:02 0.857017D+02 0.583800D+03 668746+ 396912 001:06:32 0.857017D+02 0.583800D+03 673987 399076 001:07:02 0.857017D+02 0.583800D+03 679359+ 401416 001:07:32 0.857017D+02 0.583800D+03 685261+ 404921 001:08:02 0.857017D+02 0.583800D+03 691083 408462 001:08:32 0.857017D+02 0.583800D+03 696926+ 411662 001:09:02 0.857017D+02 0.583800D+03 702807+ 414776 001:09:32 0.857017D+02 0.583800D+03 708815+ 417997 001:10:02 0.857017D+02 0.583800D+03 714545+ 421235 001:10:32 0.857017D+02 0.583800D+03 720623+ 425134 001:11:02 0.857019D+02 0.583800D+03 727193 430205 001:11:32 0.857019D+02 0.583800D+03 733671 435203 001:12:02 0.857019D+02 0.583800D+03 740066+ 440171 001:12:32 0.857019D+02 0.583800D+03 746115 444037 001:13:02 0.857019D+02 0.583800D+03 751477 446270 001:13:32 0.857019D+02 0.583800D+03 757141+ 448750 001:14:02 0.857019D+02 0.583800D+03 762955+ 451643 001:14:32 0.857019D+02 0.583800D+03 768853 454486 001:15:02 0.857019D+02 0.583800D+03 774928+ 458101 001:15:32 0.857019D+02 0.583800D+03 781096 461824 001:16:02 0.857019D+02 0.583800D+03 787420+ 465735 001:16:32 0.857019D+02 0.583800D+03 793686+ 469579 001:17:02 0.857019D+02 0.583800D+03 800006 473492 001:17:32 0.857019D+02 0.583800D+03 806475+ 477458 001:18:02 0.857019D+02 0.583800D+03 813373+ 481675 001:18:32 0.857019D+02 0.583800D+03 820320 485795 001:19:02 0.857019D+02 0.583800D+03 827185+ 489744 001:19:32 0.857019D+02 0.583800D+03 833725 493252 001:20:02 0.857019D+02 0.583800D+03 * 840630+ 496917 001:20:31 0.857019D+02 0.123800D+03 848094+ 500971 001:21:01 0.857019D+02 0.123800D+03 855856+ 505914 001:21:31 0.857021D+02 0.123800D+03 863296+ 511201 001:22:01 0.857021D+02 0.123800D+03 869804+ 514405 001:22:31 0.857021D+02 0.123800D+03 876802 518178 001:23:01 0.857021D+02 0.123800D+03 883761+ 522341 001:23:31 0.857021D+02 0.123800D+03 891299 527419 001:24:01 0.857021D+02 0.123800D+03 898751+ 532897 001:24:31 0.857021D+02 0.123800D+03 906517+ 538453 001:25:01 0.857021D+02 0.123800D+03 913973 543759 001:25:31 0.857021D+02 0.123800D+03 921772+ 549167 001:26:01 0.857021D+02 0.123800D+03 929499+ 554646 001:26:31 0.857021D+02 0.123800D+03 937077 559991 001:27:01 0.857021D+02 0.123800D+03 944453+ 564835 001:27:31 0.857021D+02 0.123800D+03 951340 568818 001:28:01 0.857021D+02 0.123800D+03 957985 572030 001:28:31 0.857021D+02 0.123800D+03 964456+ 574643 001:29:01 0.857021D+02 0.123800D+03 970635+ 577076 001:29:31 0.857021D+02 0.123800D+03 976777+ 579527 001:30:01 0.857021D+02 0.123800D+03 983012+ 581977 001:30:31 0.857021D+02 0.123800D+03 989536+ 584536 001:31:01 0.857021D+02 0.123800D+03 996185+ 587339 001:31:31 0.857021D+02 0.123800D+03 1000000 589950 001:31:47 0.857021D+02 0.123800D+03 1006085+ 593031 001:32:17 0.857023D+02 0.123800D+03 1013628+ 597440 001:32:47 0.857023D+02 0.123800D+03 1021886+ 602456 001:33:17 0.857023D+02 0.123800D+03 1030428 607602 001:33:47 0.857023D+02 0.123800D+03 1038907+ 612874 001:34:17 0.857023D+02 0.123800D+03 1047230+ 618290 001:34:47 0.857023D+02 0.123800D+03 1054717+ 623006 001:35:17 0.857023D+02 0.123800D+03 1062081+ 627792 001:35:47 0.857023D+02 0.123800D+03 1069712 632565 001:36:17 0.857023D+02 0.123800D+03 1076906+ 635771 001:36:47 0.857023D+02 0.123800D+03 1083544 638100 001:37:17 0.857023D+02 0.123800D+03 1090052+ 640361 001:37:47 0.857023D+02 0.123800D+03 1096959+ 642717 001:38:17 0.857023D+02 0.123800D+03 1103737+ 645155 001:38:47 0.857023D+02 0.123800D+03 1110598 647621 001:39:17 0.857023D+02 0.123800D+03 1117928+ 650654 001:39:47 0.857023D+02 0.123800D+03 1125254 653972 001:40:17 0.857023D+02 0.123800D+03 1132824+ 657159 001:40:47 0.857023D+02 0.123800D+03 1140732+ 661137 001:41:17 0.857023D+02 0.123800D+03 1147472+ 664503 001:41:47 0.857024D+02 0.123800D+03 1154051+ 668495 001:42:17 0.857024D+02 0.123800D+03 1168434 672058 001:42:47 0.857025D+02 0.123800D+03 1184519+ 675466 001:43:17 0.857025D+02 0.123800D+03 1201661+ 679069 001:43:47 0.857025D+02 0.123800D+03 1212164+ 682491 001:44:17 0.857025D+02 0.123800D+03 1222181 685527 001:44:47 0.857025D+02 0.123800D+03 1235400 688645 001:45:17 0.857025D+02 0.123800D+03 1246774+ 692046 001:45:47 0.857025D+02 0.123800D+03 1257036+ 695913 001:46:17 0.857026D+02 0.123800D+03 1265991+ 699982 001:46:47 0.857027D+02 0.123800D+03 1274764+ 703741 001:47:17 0.857027D+02 0.123800D+03 1283696+ 707168 001:47:47 0.857028D+02 0.123800D+03 1293141+ 710301 001:48:17 0.857029D+02 0.123800D+03 1302485+ 713508 001:48:47 0.857033D+02 0.123800D+03 1311463+ 717391 001:49:17 0.857052D+02 0.123800D+03 1320341+ 721241 001:49:47 0.857075D+02 0.123800D+03 1326950 724887 001:50:17 0.857094D+02 0.123800D+03 1333720 728532 001:50:47 0.857115D+02 0.123800D+03 1340206+ 732138 001:51:17 0.857139D+02 0.123800D+03 1347001+ 735745 001:51:48 0.857167D+02 0.123800D+03 1353731+ 739500 001:52:18 0.857188D+02 0.123800D+03 1360567+ 743410 001:52:48 0.857208D+02 0.123800D+03 1366443+ 746642 001:53:18 0.857225D+02 0.123800D+03 1372432+ 750025 001:53:48 0.857250D+02 0.123800D+03 1378470 753282 001:54:18 0.857260D+02 0.123800D+03 1384547 756405 001:54:48 0.857278D+02 0.123800D+03 1390562 759753 001:55:18 0.857312D+02 0.123800D+03 1396027+ 762747 001:55:48 0.857319D+02 0.123800D+03 1402129+ 766183 001:56:18 0.857350D+02 0.123800D+03 1407913+ 769396 001:56:48 0.857365D+02 0.123800D+03 1413509+ 772287 001:57:18 0.857375D+02 0.123800D+03 1420651+ 776007 001:57:48 0.857398D+02 0.123800D+03 1427276+ 779757 001:58:18 0.857417D+02 0.123800D+03 1433140 783041 001:58:48 0.857438D+02 0.123800D+03 1438529+ 786130 001:59:18 0.857457D+02 0.123800D+03 1444545 789506 001:59:48 0.857469D+02 0.123800D+03 1447227 790970 002:00:00 0.857475D+02 0.123800D+03 *** Max. allowable CPU time exceeded *** LP subsolver time: 001:19:06, in seconds: 4746.29 NLP subsolver time: 000:24:34, in seconds: 1473.77 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:16:20, in seconds: 979.94 Total time elapsed: 002:00:00, in seconds: 7200.00 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.47 on navigating: 000:01:07, in seconds: 67.22 on relaxed: 000:14:50, in seconds: 890.32 on local: 000:24:48, in seconds: 1487.77 on tightening: 000:01:35, in seconds: 95.11 on marginals: 000:00:02, in seconds: 1.66 on probing: 001:17:37, in seconds: 4657.44 Total no. of BaR iterations: 1447227 Best solution found at node: 840630 Max. no. of nodes in memory: 790970 Cut generation statistics (number of cuts / CPU sec) Bilinear 36 0.00 Multilinears 0 0.00 Convexity 0 0.00 All done =========================================================================== Solution = 123.8 found at node 840630 Best possible = 85.7475 Absolute gap = 38.0525 optca = 1E-9 Relative gap = 0.44377 optcr = 1E-6 --- Restarting execution --- tln12.gms(580) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job tln12.gms Stop 11/21/12 05:12:19 elapsed 2:00:18.977 @04 1353471139 ----------------------------- Mi 21. Nov 05:12:19 CET 2012 ----------------------------- =ready= Linux opt224 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/tln2.gms =========== ----------------------------- Mi 21. Nov 03:12:00 CET 2012 ----------------------------- @03 1353463920 --- Job tln2.gms Start 11/21/12 03:12:00 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- tln2.gms(85) 2 Mb --- Starting execution: elapsed 0:00:00.016 --- tln2.gms(80) 3 Mb --- Generating MINLP model m --- tln2.gms(85) 5 Mb --- 13 rows 9 columns 33 non-zeroes --- 17 nl-code 8 nl-non-zeroes --- 8 discrete-columns --- tln2.gms(85) 3 Mb --- Executing BARON: elapsed 0:00:00.019 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 85894100 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.406375D+01 0.303000D+02 1 1 000:00:00 0.406375D+01 0.303000D+02 * 4 3 000:00:00 0.409067D+01 0.730000D+01 * 10 2 000:00:00 0.433684D+01 0.630000D+01 * 12 2 000:00:00 0.433684D+01 0.530000D+01 13 0 000:00:00 0.529999D+01 0.530000D+01 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.01 NLP subsolver time: 000:00:00, in seconds: 0.03 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.04 Total time elapsed: 000:00:00, in seconds: 0.08 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.04 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.00 on local: 000:00:00, in seconds: 0.02 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: 13 Best solution found at node: 13 Max. no. of nodes in memory: 3 Cut generation statistics (number of cuts / CPU sec) Bilinear 6 0.00 Multilinears 0 0.00 Convexity 0 0.00 All done =========================================================================== Solution = 5.3 found at node 13 Best possible = 5.29999470001 Absolute gap = 5.299989999763E-6 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- tln2.gms(85) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job tln2.gms Stop 11/21/12 03:12:00 elapsed 0:00:00.147 @04 1353463920 ----------------------------- Mi 21. Nov 03:12:00 CET 2012 ----------------------------- =ready= Linux opt224 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/tln4.gms =========== ----------------------------- Mi 21. Nov 03:12:00 CET 2012 ----------------------------- @03 1353463920 --- Job tln4.gms Start 11/21/12 03:12:00 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- tln4.gms(140) 2 Mb --- Starting execution: elapsed 0:00:00.021 --- tln4.gms(135) 3 Mb --- Generating MINLP model m --- tln4.gms(140) 5 Mb --- 25 rows 25 columns 105 non-zeroes --- 57 nl-code 32 nl-non-zeroes --- 24 discrete-columns --- tln4.gms(140) 3 Mb --- Executing BARON: elapsed 0:00:00.025 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Preprocessing found feasible solution with value 0.111000000000D+02 Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 47718943 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.766333D+01 0.111000D+02 1 1 000:00:00 0.766909D+01 0.111000D+02 * 198 119 000:00:01 0.790000D+01 0.106000D+02 * 330 180 000:00:01 0.790000D+01 0.970000D+01 * 348 184 000:00:01 0.790000D+01 0.960000D+01 * 368 177 000:00:01 0.790000D+01 0.930000D+01 * 408 92 000:00:01 0.790000D+01 0.830000D+01 931 0 000:00:01 0.829999D+01 0.830000D+01 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:01, in seconds: 0.61 NLP subsolver time: 000:00:00, in seconds: 0.29 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.17 Total time elapsed: 000:00:01, in seconds: 1.07 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.06 on navigating: 000:00:00, in seconds: 0.03 on relaxed: 000:00:00, in seconds: 0.13 on local: 000:00:00, in seconds: 0.27 on tightening: 000:00:00, in seconds: 0.02 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:01, in seconds: 0.56 Total no. of BaR iterations: 931 Best solution found at node: 931 Max. no. of nodes in memory: 199 Cut generation statistics (number of cuts / CPU sec) Bilinear 12 0.00 Multilinears 0 0.00 Convexity 0 0.00 All done =========================================================================== Solution = 8.3 found at node 931 Best possible = 8.29999170001 Absolute gap = 8.29999000018233E-6 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- tln4.gms(140) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job tln4.gms Stop 11/21/12 03:12:02 elapsed 0:00:01.143 @04 1353463922 ----------------------------- Mi 21. Nov 03:12:02 CET 2012 ----------------------------- =ready= Linux opt224 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/tln5.gms =========== ----------------------------- Mi 21. Nov 03:12:02 CET 2012 ----------------------------- @03 1353463922 --- Job tln5.gms Start 11/21/12 03:12:02 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- tln5.gms(174) 2 Mb --- Starting execution: elapsed 0:00:00.089 --- tln5.gms(169) 3 Mb --- Generating MINLP model m --- tln5.gms(174) 5 Mb --- 31 rows 36 columns 156 non-zeroes --- 86 nl-code 50 nl-non-zeroes --- 35 discrete-columns --- tln5.gms(174) 3 Mb --- Executing BARON: elapsed 0:00:00.092 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Preprocessing found feasible solution with value 0.151000000000D+02 Done with local search =========================================================================== We have space for 37023318 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.966400D+01 0.151000D+02 1 1 000:00:00 0.966400D+01 0.151000D+02 * 122+ 79 000:00:01 0.990000D+01 0.149000D+02 * 344+ 79 000:00:01 0.990000D+01 0.103000D+02 2028 0 000:00:02 0.103000D+02 0.103000D+02 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:02, in seconds: 1.70 NLP subsolver time: 000:00:00, in seconds: 0.41 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.37 Total time elapsed: 000:00:02, in seconds: 2.48 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.10 on navigating: 000:00:00, in seconds: 0.05 on relaxed: 000:00:00, in seconds: 0.39 on local: 000:00:00, in seconds: 0.34 on tightening: 000:00:00, in seconds: 0.07 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:02, in seconds: 1.53 Total no. of BaR iterations: 2028 Best solution found at node: 2028 Max. no. of nodes in memory: 213 Cut generation statistics (number of cuts / CPU sec) Bilinear 15 0.00 Multilinears 0 0.00 Convexity 0 0.00 All done =========================================================================== Solution = 10.3 found at node 2028 Best possible = 10.2999897 Absolute gap = 1.03000000013509E-5 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- tln5.gms(174) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job tln5.gms Stop 11/21/12 03:12:05 elapsed 0:00:02.611 @04 1353463925 ----------------------------- Mi 21. Nov 03:12:05 CET 2012 ----------------------------- =ready= Linux opt224 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/tln6.gms =========== ----------------------------- Mi 21. Nov 03:12:05 CET 2012 ----------------------------- @03 1353463925 --- Job tln6.gms Start 11/21/12 03:12:05 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- tln6.gms(212) 2 Mb --- Starting execution: elapsed 0:00:00.013 --- tln6.gms(207) 3 Mb --- Generating MINLP model m --- tln6.gms(212) 5 Mb --- 37 rows 49 columns 217 non-zeroes --- 121 nl-code 72 nl-non-zeroes --- 48 discrete-columns --- tln6.gms(212) 3 Mb --- Executing BARON: elapsed 0:00:00.017 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 29018276 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.146913D+02 0.981000D+02 1 1 000:00:00 0.146913D+02 0.981000D+02 * 316+ 61 000:00:01 0.149050D+02 0.153000D+02 1881 0 000:00:04 0.153000D+02 0.153000D+02 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:03, in seconds: 2.79 NLP subsolver time: 000:00:01, in seconds: 0.85 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:01, in seconds: 0.50 Total time elapsed: 000:00:04, in seconds: 4.14 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.08 on navigating: 000:00:00, in seconds: 0.06 on relaxed: 000:00:01, in seconds: 0.51 on local: 000:00:01, in seconds: 0.82 on tightening: 000:00:00, in seconds: 0.08 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:03, in seconds: 2.59 Total no. of BaR iterations: 1881 Best solution found at node: 1881 Max. no. of nodes in memory: 186 Cut generation statistics (number of cuts / CPU sec) Bilinear 18 0.00 Multilinears 0 0.00 Convexity 0 0.00 All done =========================================================================== Solution = 15.3 found at node 1881 Best possible = 15.2999847 Absolute gap = 1.53000000011616E-5 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- tln6.gms(212) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job tln6.gms Stop 11/21/12 03:12:09 elapsed 0:00:04.217 @04 1353463929 ----------------------------- Mi 21. Nov 03:12:09 CET 2012 ----------------------------- =ready= Linux opt224 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/tln7.gms =========== ----------------------------- Mi 21. Nov 03:12:09 CET 2012 ----------------------------- @03 1353463929 --- Job tln7.gms Start 11/21/12 03:12:09 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- tln7.gms(275) 2 Mb --- Starting execution: elapsed 0:00:00.013 --- tln7.gms(270) 3 Mb --- Generating MINLP model m --- tln7.gms(275) 5 Mb --- 43 rows 64 columns 288 non-zeroes --- 162 nl-code 98 nl-non-zeroes --- 63 discrete-columns --- tln7.gms(275) 3 Mb --- Executing BARON: elapsed 0:00:00.015 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 22844174 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.136507D+02 0.107800D+03 1 1 000:00:00 0.136507D+02 0.107800D+03 8940+ 5394 000:00:30 0.141603D+02 0.107800D+03 * 15768 9603 000:00:53 0.141607D+02 0.213000D+02 * 19476 11696 000:01:00 0.141779D+02 0.192000D+02 * 20746 12398 000:01:03 0.141864D+02 0.182000D+02 * 20800 12249 000:01:03 0.141864D+02 0.172000D+02 * 30480 17160 000:01:29 0.142303D+02 0.163000D+02 41743+ 23271 000:01:59 0.142603D+02 0.163000D+02 51833+ 29290 000:02:29 0.142603D+02 0.163000D+02 62324+ 35566 000:02:59 0.142603D+02 0.163000D+02 73468+ 41999 000:03:29 0.142603D+02 0.163000D+02 * 75678 42585 000:03:34 0.142603D+02 0.162000D+02 85659+ 48413 000:04:04 0.142603D+02 0.162000D+02 95506 54049 000:04:34 0.142603D+02 0.162000D+02 105074+ 59724 000:05:04 0.142603D+02 0.162000D+02 115901+ 65777 000:05:34 0.142724D+02 0.162000D+02 126452+ 71647 000:06:04 0.142903D+02 0.162000D+02 151984 76432 000:06:34 0.143000D+02 0.162000D+02 194945+ 80599 000:07:05 0.143000D+02 0.162000D+02 233073 84134 000:07:35 0.143000D+02 0.162000D+02 271454 87814 000:08:05 0.143000D+02 0.162000D+02 306122 90670 000:08:35 0.143000D+02 0.162000D+02 344008 94464 000:09:05 0.143000D+02 0.162000D+02 387115+ 98035 000:09:35 0.143000D+02 0.162000D+02 429635 101174 000:10:05 0.143000D+02 0.162000D+02 474137+ 104485 000:10:35 0.143000D+02 0.162000D+02 524165 108206 000:11:05 0.143000D+02 0.162000D+02 577823+ 111032 000:11:35 0.143000D+02 0.162000D+02 642513 111489 000:12:05 0.143000D+02 0.162000D+02 692500+ 115587 000:12:35 0.143000D+02 0.162000D+02 739813+ 118180 000:13:05 0.143000D+02 0.162000D+02 * 776844 120971 000:13:34 0.143040D+02 0.160000D+02 788103 126674 000:14:04 0.143163D+02 0.160000D+02 798808+ 132303 000:14:34 0.143275D+02 0.160000D+02 811639+ 138027 000:15:04 0.143353D+02 0.160000D+02 823947+ 144077 000:15:34 0.143443D+02 0.160000D+02 835865+ 149509 000:16:04 0.143443D+02 0.160000D+02 847461+ 155708 000:16:34 0.143537D+02 0.160000D+02 857432 160700 000:17:04 0.143537D+02 0.160000D+02 869845+ 166415 000:17:34 0.143597D+02 0.160000D+02 882597+ 172744 000:18:04 0.143603D+02 0.160000D+02 * 890592+ 175992 000:18:25 0.143603D+02 0.158000D+02 905557+ 182102 000:18:55 0.143603D+02 0.158000D+02 921350+ 188435 000:19:25 0.143603D+02 0.158000D+02 936025+ 194593 000:19:55 0.143603D+02 0.158000D+02 952570+ 201273 000:20:25 0.143603D+02 0.158000D+02 968359+ 207866 000:20:55 0.143603D+02 0.158000D+02 984011+ 214384 000:21:25 0.143603D+02 0.158000D+02 1000000 220424 000:21:53 0.143603D+02 0.158000D+02 1013459+ 226353 000:22:23 0.143684D+02 0.158000D+02 1026275 232121 000:22:53 0.143724D+02 0.158000D+02 1038451+ 237706 000:23:23 0.143724D+02 0.158000D+02 * 1043136 238948 000:23:35 0.143724D+02 0.157000D+02 1057228+ 245001 000:24:05 0.143791D+02 0.157000D+02 1071128+ 251317 000:24:35 0.143868D+02 0.157000D+02 1085787+ 257243 000:25:05 0.143896D+02 0.157000D+02 1100079+ 262890 000:25:35 0.143912D+02 0.157000D+02 1120319 268152 000:26:05 0.144000D+02 0.157000D+02 1201913 268310 000:26:35 0.144000D+02 0.157000D+02 1297603+ 268383 000:27:05 0.144000D+02 0.157000D+02 1388137+ 268528 000:27:35 0.144000D+02 0.157000D+02 1468768 269548 000:28:05 0.144000D+02 0.157000D+02 1537342+ 271642 000:28:35 0.144000D+02 0.157000D+02 1621014+ 273119 000:29:05 0.144000D+02 0.157000D+02 1669371 277302 000:29:35 0.144000D+02 0.157000D+02 1731599+ 278596 000:30:05 0.144000D+02 0.157000D+02 1795965+ 278571 000:30:35 0.144000D+02 0.157000D+02 1817729+ 284874 000:31:05 0.144004D+02 0.157000D+02 1830734+ 290322 000:31:35 0.144004D+02 0.157000D+02 1843483+ 295250 000:32:05 0.144004D+02 0.157000D+02 1857159+ 300780 000:32:35 0.144103D+02 0.157000D+02 1870558+ 306788 000:33:05 0.144163D+02 0.157000D+02 1882869+ 312217 000:33:35 0.144220D+02 0.157000D+02 1898829 317816 000:34:05 0.144224D+02 0.157000D+02 1912360+ 323562 000:34:35 0.144284D+02 0.157000D+02 1925474+ 329910 000:35:05 0.144284D+02 0.157000D+02 1938387+ 335124 000:35:35 0.144284D+02 0.157000D+02 1952399+ 340906 000:36:05 0.144284D+02 0.157000D+02 1967304+ 347120 000:36:35 0.144284D+02 0.157000D+02 1980773+ 353090 000:37:05 0.144353D+02 0.157000D+02 1994432+ 358599 000:37:35 0.144439D+02 0.157000D+02 2000000 361054 000:37:48 0.144443D+02 0.157000D+02 2016475 366907 000:38:18 0.144463D+02 0.157000D+02 2031400+ 372645 000:38:48 0.144513D+02 0.157000D+02 2044316+ 378548 000:39:19 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0.145000D+02 0.157000D+02 6401913 984432 001:46:02 0.145000D+02 0.157000D+02 6498938 984616 001:46:32 0.145000D+02 0.157000D+02 6601661+ 984812 001:47:02 0.145000D+02 0.157000D+02 6703022+ 985289 001:47:32 0.145000D+02 0.157000D+02 6816635 985487 001:48:02 0.145000D+02 0.157000D+02 6918988 986255 001:48:32 0.145000D+02 0.157000D+02 7000000 986681 001:48:56 0.145000D+02 0.157000D+02 7116182 986836 001:49:26 0.145000D+02 0.157000D+02 7221893+ 987096 001:49:56 0.145000D+02 0.157000D+02 7323117+ 987522 001:50:26 0.145000D+02 0.157000D+02 7417390 988023 001:50:56 0.145000D+02 0.157000D+02 7518914+ 988554 001:51:26 0.145000D+02 0.157000D+02 7620469+ 988927 001:51:56 0.145000D+02 0.157000D+02 7720811 989319 001:52:26 0.145000D+02 0.157000D+02 7814510+ 989791 001:52:56 0.145000D+02 0.157000D+02 7913014 989912 001:53:26 0.145000D+02 0.157000D+02 8000000 990244 001:53:53 0.145000D+02 0.157000D+02 8095328+ 990533 001:54:23 0.145000D+02 0.157000D+02 8199486 990778 001:54:53 0.145000D+02 0.157000D+02 8301797 991237 001:55:23 0.145000D+02 0.157000D+02 8404923 991644 001:55:53 0.145000D+02 0.157000D+02 8504879+ 991721 001:56:23 0.145000D+02 0.157000D+02 8592984 991918 001:56:53 0.145000D+02 0.157000D+02 8680908+ 991883 001:57:23 0.145000D+02 0.157000D+02 8767567+ 991899 001:57:53 0.145000D+02 0.157000D+02 8868281 991904 001:58:23 0.145000D+02 0.157000D+02 8962484 992044 001:58:53 0.145000D+02 0.157000D+02 9000000 992121 001:59:04 0.145000D+02 0.157000D+02 9109727+ 992079 001:59:34 0.145000D+02 0.157000D+02 9203131 991980 002:00:00 0.145000D+02 0.157000D+02 *** Max. allowable CPU time exceeded *** LP subsolver time: 001:22:23, in seconds: 4942.68 NLP subsolver time: 000:12:48, in seconds: 767.74 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:24:50, in seconds: 1489.58 Total time elapsed: 002:00:00, in seconds: 7200.00 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.04 on navigating: 000:03:08, in seconds: 188.04 on relaxed: 000:24:47, in seconds: 1487.38 on local: 000:12:53, in seconds: 773.00 on tightening: 000:05:36, in seconds: 336.33 on marginals: 000:00:06, in seconds: 5.84 on probing: 001:13:29, in seconds: 4409.35 Total no. of BaR iterations: 9203131 Best solution found at node: 1043136 Max. no. of nodes in memory: 992210 Cut generation statistics (number of cuts / CPU sec) Bilinear 21 0.00 Multilinears 0 0.00 Convexity 0 0.00 All done =========================================================================== Solution = 15.7 found at node 1043136 Best possible = 14.5 Absolute gap = 1.2 optca = 1E-9 Relative gap = 0.08276 optcr = 1E-6 --- Restarting execution --- tln7.gms(275) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job tln7.gms Stop 11/21/12 05:12:28 elapsed 2:00:18.964 @04 1353471148 ----------------------------- Mi 21. Nov 05:12:28 CET 2012 ----------------------------- =ready= Linux opt218 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/tloss.gms =========== ----------------------------- Mi 21. Nov 03:12:10 CET 2012 ----------------------------- @03 1353463930 --- Job tloss.gms Start 11/21/12 03:12:10 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- tloss.gms(217) 2 Mb --- Starting execution: elapsed 0:00:00.018 --- tloss.gms(212) 3 Mb --- Generating MINLP model m --- tloss.gms(217) 5 Mb --- 54 rows 49 columns 303 non-zeroes --- 114 nl-code 72 nl-non-zeroes --- 48 discrete-columns --- tloss.gms(217) 3 Mb --- Executing BARON: elapsed 0:00:00.022 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 29018276 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.161167D+02 0.501000D+02 1 1 000:00:00 0.163000D+02 0.501000D+02 * 6 5 000:00:00 0.163000D+02 0.203000D+02 * 6 0 000:00:00 0.163000D+02 0.163000D+02 6 0 000:00:00 0.163000D+02 0.163000D+02 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.03 NLP subsolver time: 000:00:00, in seconds: 0.15 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.03 Total time elapsed: 000:00:00, in seconds: 0.22 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.08 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.01 on local: 000:00:00, in seconds: 0.11 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.01 Total no. of BaR iterations: 6 Best solution found at node: 6 Max. no. of nodes in memory: 5 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 0 0.00 All done =========================================================================== Solution = 16.3 found at node 6 Best possible = 16.3 Absolute gap = 0 optca = 1E-9 Relative gap = 0 optcr = 1E-6 --- Restarting execution --- tloss.gms(217) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job tloss.gms Stop 11/21/12 03:12:10 elapsed 0:00:00.290 @04 1353463930 ----------------------------- Mi 21. Nov 03:12:10 CET 2012 ----------------------------- =ready= Linux opt218 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/tls12.gms =========== ----------------------------- Mi 21. Nov 03:12:10 CET 2012 ----------------------------- @03 1353463930 --- Job tls12.gms Start 11/21/12 03:12:10 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- tls12.gms(1941) 2 Mb --- Starting execution: elapsed 0:00:00.063 --- tls12.gms(1936) 3 Mb --- Generating MINLP model m --- tls12.gms(1941) 6 Mb --- 385 rows 813 columns 7,205 non-zeroes --- 601 nl-code 288 nl-non-zeroes --- 668 discrete-columns --- tls12.gms(1941) 3 Mb --- Executing BARON: elapsed 0:00:00.078 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 4286130 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:01 0.000000D+00 0.112800D+03 1 1 000:00:02 0.693854D+01 0.112800D+03 95+ 53 000:00:32 0.726522D+01 0.112800D+03 143+ 75 000:01:02 0.732584D+01 0.112800D+03 176 90 000:01:32 0.736154D+01 0.112800D+03 224 120 000:02:02 0.737684D+01 0.112800D+03 253 140 000:02:32 0.738246D+01 0.112800D+03 282+ 157 000:03:02 0.739068D+01 0.112800D+03 335+ 185 000:03:32 0.741326D+01 0.112800D+03 377+ 204 000:04:03 0.745632D+01 0.112800D+03 433 233 000:04:33 0.746647D+01 0.112800D+03 478+ 257 000:05:03 0.747721D+01 0.112800D+03 533+ 286 000:05:33 0.749655D+01 0.112800D+03 576+ 303 000:06:03 0.751674D+01 0.112800D+03 617+ 324 000:06:33 0.754112D+01 0.112800D+03 664 352 000:07:03 0.756388D+01 0.112800D+03 707+ 375 000:07:33 0.757184D+01 0.112800D+03 761 399 000:08:03 0.758020D+01 0.112800D+03 802 422 000:08:33 0.759684D+01 0.112800D+03 869+ 453 000:09:04 0.762031D+01 0.112800D+03 912+ 476 000:09:34 0.763005D+01 0.112800D+03 960+ 499 000:10:04 0.765211D+01 0.112800D+03 1007+ 526 000:10:34 0.766481D+01 0.112800D+03 1026+ 538 000:11:04 0.766659D+01 0.112800D+03 1068+ 559 000:11:34 0.768332D+01 0.112800D+03 1115+ 586 000:12:04 0.770556D+01 0.112800D+03 1220+ 648 000:12:34 0.774156D+01 0.112800D+03 1307+ 695 000:13:04 0.776602D+01 0.112800D+03 1376 727 000:13:34 0.778432D+01 0.112800D+03 1459+ 768 000:14:05 0.780527D+01 0.112800D+03 1555+ 817 000:14:35 0.782173D+01 0.112800D+03 1613+ 843 000:15:05 0.782874D+01 0.112800D+03 1679+ 876 000:15:35 0.785649D+01 0.112800D+03 1702+ 889 000:16:05 0.786188D+01 0.112800D+03 1737 907 000:16:35 0.786885D+01 0.112800D+03 1793+ 941 000:17:05 0.787357D+01 0.112800D+03 1863+ 979 000:17:35 0.788587D+01 0.112800D+03 1931 1016 000:18:05 0.790142D+01 0.112800D+03 2005+ 1056 000:18:36 0.791864D+01 0.112800D+03 2057+ 1077 000:19:06 0.792440D+01 0.112800D+03 2110+ 1103 000:19:36 0.793180D+01 0.112800D+03 2152+ 1127 000:20:06 0.793909D+01 0.112800D+03 2211+ 1158 000:20:36 0.794841D+01 0.112800D+03 2257+ 1186 000:21:06 0.795135D+01 0.112800D+03 2303 1210 000:21:36 0.795401D+01 0.112800D+03 2355+ 1241 000:22:06 0.795779D+01 0.112800D+03 2389 1260 000:22:36 0.796062D+01 0.112800D+03 2458+ 1293 000:23:06 0.797088D+01 0.112800D+03 2504+ 1321 000:23:36 0.797665D+01 0.112800D+03 2555+ 1345 000:24:07 0.798377D+01 0.112800D+03 2579+ 1361 000:24:37 0.798813D+01 0.112800D+03 2616 1383 000:25:07 0.799525D+01 0.112800D+03 2665+ 1405 000:25:37 0.800899D+01 0.112800D+03 2720+ 1434 000:26:07 0.801608D+01 0.112800D+03 2798+ 1470 000:26:37 0.803216D+01 0.112800D+03 2856+ 1505 000:27:07 0.804220D+01 0.112800D+03 2902 1533 000:27:37 0.804986D+01 0.112800D+03 2942 1559 000:28:07 0.805627D+01 0.112800D+03 2989 1582 000:28:37 0.806123D+01 0.112800D+03 3066+ 1628 000:29:07 0.806997D+01 0.112800D+03 3158 1679 000:29:37 0.807787D+01 0.112800D+03 3226+ 1719 000:30:07 0.808350D+01 0.112800D+03 3302 1763 000:30:37 0.809440D+01 0.112800D+03 3395+ 1814 000:31:08 0.810314D+01 0.112800D+03 3454+ 1843 000:31:38 0.810867D+01 0.112800D+03 3504+ 1874 000:32:08 0.811193D+01 0.112800D+03 3551+ 1901 000:32:38 0.811696D+01 0.112800D+03 3604+ 1928 000:33:08 0.812234D+01 0.112800D+03 3688+ 1980 000:33:38 0.813078D+01 0.112800D+03 3744+ 2013 000:34:08 0.813536D+01 0.112800D+03 3817+ 2050 000:34:38 0.814148D+01 0.112800D+03 3875 2077 000:35:08 0.814580D+01 0.112800D+03 3935+ 2114 000:35:39 0.814927D+01 0.112800D+03 3996+ 2145 000:36:09 0.815571D+01 0.112800D+03 4039+ 2173 000:36:39 0.815899D+01 0.112800D+03 4090 2198 000:37:09 0.816795D+01 0.112800D+03 4175+ 2246 000:37:39 0.817650D+01 0.112800D+03 4278+ 2306 000:38:09 0.818212D+01 0.112800D+03 4382+ 2361 000:38:39 0.818625D+01 0.112800D+03 4439+ 2396 000:39:09 0.818800D+01 0.112800D+03 4500+ 2426 000:39:39 0.819250D+01 0.112800D+03 4566+ 2456 000:40:09 0.819921D+01 0.112800D+03 4631+ 2492 000:40:39 0.820629D+01 0.112800D+03 4691 2525 000:41:10 0.821510D+01 0.112800D+03 4776 2576 000:41:40 0.822146D+01 0.112800D+03 4848+ 2612 000:42:10 0.822833D+01 0.112800D+03 4915+ 2648 000:42:40 0.823159D+01 0.112800D+03 4958+ 2675 000:43:10 0.823477D+01 0.112800D+03 5009+ 2702 000:43:40 0.823972D+01 0.112800D+03 5057+ 2729 000:44:10 0.824426D+01 0.112800D+03 5105+ 2754 000:44:41 0.824811D+01 0.112800D+03 5151 2777 000:45:11 0.825338D+01 0.112800D+03 5207+ 2805 000:45:41 0.825573D+01 0.112800D+03 5273+ 2837 000:46:11 0.826200D+01 0.112800D+03 5318+ 2861 000:46:41 0.826413D+01 0.112800D+03 5367 2886 000:47:11 0.826837D+01 0.112800D+03 5405+ 2910 000:47:41 0.827012D+01 0.112800D+03 5494+ 2961 000:48:11 0.827671D+01 0.112800D+03 5613+ 3022 000:48:41 0.828559D+01 0.112800D+03 5757+ 3104 000:49:11 0.829363D+01 0.112800D+03 5833+ 3142 000:49:41 0.830467D+01 0.112800D+03 5888 3169 000:50:12 0.830940D+01 0.112800D+03 5933+ 3197 000:50:42 0.831207D+01 0.112800D+03 5991+ 3228 000:51:12 0.831575D+01 0.112800D+03 6048 3261 000:51:42 0.831959D+01 0.112800D+03 6125+ 3305 000:52:12 0.832438D+01 0.112800D+03 6232+ 3370 000:52:42 0.833042D+01 0.112800D+03 6359 3444 000:53:12 0.833761D+01 0.112800D+03 6445+ 3495 000:53:42 0.834333D+01 0.112800D+03 6562 3566 000:54:12 0.835628D+01 0.112800D+03 6667+ 3624 000:54:43 0.836152D+01 0.112800D+03 6768 3676 000:55:13 0.836738D+01 0.112800D+03 6837+ 3722 000:55:43 0.837188D+01 0.112800D+03 6887+ 3751 000:56:13 0.837263D+01 0.112800D+03 6940+ 3777 000:56:43 0.837702D+01 0.112800D+03 7017+ 3818 000:57:13 0.837941D+01 0.112800D+03 7090+ 3859 000:57:43 0.838333D+01 0.112800D+03 7178+ 3912 000:58:13 0.838850D+01 0.112800D+03 7269+ 3966 000:58:43 0.839179D+01 0.112800D+03 7357+ 4022 000:59:13 0.839908D+01 0.112800D+03 7468 4085 000:59:44 0.840669D+01 0.112800D+03 7544+ 4119 001:00:14 0.840982D+01 0.112800D+03 7604+ 4153 001:00:44 0.841360D+01 0.112800D+03 7734+ 4224 001:01:14 0.842233D+01 0.112800D+03 7837 4276 001:01:44 0.842771D+01 0.112800D+03 7945+ 4339 001:02:14 0.843308D+01 0.112800D+03 8054+ 4399 001:02:44 0.843676D+01 0.112800D+03 8134+ 4444 001:03:14 0.844085D+01 0.112800D+03 8222+ 4493 001:03:44 0.844661D+01 0.112800D+03 8324+ 4556 001:04:14 0.845248D+01 0.112800D+03 8435+ 4617 001:04:44 0.845828D+01 0.112800D+03 8554+ 4686 001:05:14 0.846673D+01 0.112800D+03 8652+ 4739 001:05:44 0.847042D+01 0.112800D+03 8758+ 4797 001:06:14 0.847386D+01 0.112800D+03 8847+ 4842 001:06:44 0.847736D+01 0.112800D+03 8904 4871 001:07:15 0.848045D+01 0.112800D+03 8962+ 4900 001:07:45 0.848323D+01 0.112800D+03 9009+ 4928 001:08:15 0.848692D+01 0.112800D+03 9056+ 4952 001:08:45 0.848774D+01 0.112800D+03 9108+ 4979 001:09:15 0.849031D+01 0.112800D+03 9173 5009 001:09:45 0.849348D+01 0.112800D+03 9219+ 5037 001:10:15 0.849426D+01 0.112800D+03 9303+ 5079 001:10:45 0.849889D+01 0.112800D+03 9436+ 5148 001:11:15 0.850547D+01 0.112800D+03 9500+ 5186 001:11:45 0.850779D+01 0.112800D+03 9557+ 5215 001:12:16 0.850896D+01 0.112800D+03 9619+ 5243 001:12:46 0.851071D+01 0.112800D+03 9660+ 5265 001:13:16 0.851191D+01 0.112800D+03 9747 5311 001:13:46 0.851458D+01 0.112800D+03 9794+ 5341 001:14:16 0.851557D+01 0.112800D+03 9864+ 5380 001:14:46 0.851866D+01 0.112800D+03 9907+ 5405 001:15:16 0.851965D+01 0.112800D+03 9953+ 5430 001:15:46 0.852062D+01 0.112800D+03 10001+ 5460 001:16:16 0.852166D+01 0.112800D+03 10055 5489 001:16:46 0.852498D+01 0.112800D+03 10105+ 5514 001:17:17 0.852638D+01 0.112800D+03 10161+ 5544 001:17:47 0.852753D+01 0.112800D+03 10208+ 5565 001:18:17 0.853004D+01 0.112800D+03 10266+ 5601 001:18:47 0.853172D+01 0.112800D+03 10323+ 5636 001:19:17 0.853426D+01 0.112800D+03 10401+ 5680 001:19:47 0.853718D+01 0.112800D+03 10489+ 5730 001:20:17 0.854102D+01 0.112800D+03 10584+ 5789 001:20:47 0.854585D+01 0.112800D+03 10675+ 5838 001:21:18 0.855208D+01 0.112800D+03 10728+ 5865 001:21:48 0.855461D+01 0.112800D+03 10798+ 5903 001:22:18 0.855793D+01 0.112800D+03 10860+ 5936 001:22:48 0.856048D+01 0.112800D+03 10925 5973 001:23:18 0.856349D+01 0.112800D+03 10973+ 6003 001:23:48 0.856581D+01 0.112800D+03 11028+ 6037 001:24:18 0.856941D+01 0.112800D+03 11087 6067 001:24:48 0.857013D+01 0.112800D+03 11155+ 6104 001:25:18 0.857364D+01 0.112800D+03 11197+ 6131 001:25:49 0.857458D+01 0.112800D+03 11242 6158 001:26:19 0.857712D+01 0.112800D+03 11314+ 6204 001:26:49 0.858159D+01 0.112800D+03 11412+ 6259 001:27:19 0.858697D+01 0.112800D+03 11511+ 6316 001:27:49 0.858950D+01 0.112800D+03 11567+ 6348 001:28:19 0.859078D+01 0.112800D+03 11666+ 6397 001:28:49 0.859310D+01 0.112800D+03 11765+ 6456 001:29:20 0.859686D+01 0.112800D+03 11966+ 6560 001:29:50 0.860473D+01 0.112800D+03 12074+ 6624 001:30:20 0.860849D+01 0.112800D+03 12219+ 6703 001:30:50 0.861337D+01 0.112800D+03 12267+ 6728 001:31:20 0.861406D+01 0.112800D+03 12318+ 6754 001:31:50 0.861538D+01 0.112800D+03 12369+ 6778 001:32:20 0.861588D+01 0.112800D+03 12409+ 6800 001:32:50 0.861797D+01 0.112800D+03 12449+ 6821 001:33:20 0.861962D+01 0.112800D+03 12484+ 6840 001:33:50 0.862156D+01 0.112800D+03 12531+ 6867 001:34:21 0.862340D+01 0.112800D+03 12586+ 6893 001:34:51 0.862554D+01 0.112800D+03 12639+ 6916 001:35:21 0.862781D+01 0.112800D+03 12677+ 6938 001:35:51 0.862986D+01 0.112800D+03 12738+ 6969 001:36:21 0.863100D+01 0.112800D+03 12811+ 7008 001:36:51 0.863308D+01 0.112800D+03 12859+ 7027 001:37:21 0.863397D+01 0.112800D+03 12906+ 7052 001:37:51 0.863624D+01 0.112800D+03 13021 7117 001:38:21 0.863977D+01 0.112800D+03 13161 7201 001:38:51 0.864218D+01 0.112800D+03 13249 7252 001:39:21 0.864396D+01 0.112800D+03 13320+ 7292 001:39:51 0.864573D+01 0.112800D+03 13377 7322 001:40:21 0.864729D+01 0.112800D+03 13429+ 7353 001:40:52 0.864896D+01 0.112800D+03 13460+ 7367 001:41:22 0.865100D+01 0.112800D+03 13521+ 7398 001:41:52 0.865343D+01 0.112800D+03 13568+ 7421 001:42:22 0.865441D+01 0.112800D+03 13629+ 7449 001:42:52 0.865706D+01 0.112800D+03 13739 7517 001:43:22 0.866084D+01 0.112800D+03 13849 7579 001:43:52 0.866338D+01 0.112800D+03 13973+ 7642 001:44:22 0.866598D+01 0.112800D+03 14064+ 7698 001:44:52 0.866815D+01 0.112800D+03 14170+ 7761 001:45:22 0.867086D+01 0.112800D+03 14248+ 7806 001:45:52 0.867252D+01 0.112800D+03 14358+ 7868 001:46:22 0.867534D+01 0.112800D+03 14523 7953 001:46:52 0.867901D+01 0.112800D+03 14619 8014 001:47:22 0.868253D+01 0.112800D+03 14686+ 8060 001:47:52 0.868370D+01 0.112800D+03 14770+ 8115 001:48:22 0.868552D+01 0.112800D+03 14860+ 8165 001:48:52 0.868764D+01 0.112800D+03 14953 8212 001:49:22 0.868908D+01 0.112800D+03 15008+ 8241 001:49:52 0.869069D+01 0.112800D+03 15086+ 8283 001:50:23 0.869283D+01 0.112800D+03 15153+ 8314 001:50:53 0.869434D+01 0.112800D+03 15196+ 8338 001:51:23 0.869558D+01 0.112800D+03 15256+ 8373 001:51:53 0.869663D+01 0.112800D+03 15326+ 8413 001:52:23 0.869825D+01 0.112800D+03 15383+ 8446 001:52:53 0.869938D+01 0.112800D+03 15429+ 8473 001:53:23 0.870047D+01 0.112800D+03 15500+ 8510 001:53:53 0.870194D+01 0.112800D+03 15564+ 8542 001:54:23 0.870427D+01 0.112800D+03 15636+ 8582 001:54:53 0.870642D+01 0.112800D+03 15713+ 8623 001:55:23 0.870790D+01 0.112800D+03 15795 8670 001:55:53 0.871027D+01 0.112800D+03 15862+ 8706 001:56:23 0.871119D+01 0.112800D+03 15901+ 8731 001:56:53 0.871173D+01 0.112800D+03 15959+ 8763 001:57:23 0.871373D+01 0.112800D+03 16046+ 8811 001:57:54 0.871681D+01 0.112800D+03 16101+ 8841 001:58:24 0.871768D+01 0.112800D+03 16153 8870 001:58:54 0.872000D+01 0.112800D+03 16185 8888 001:59:24 0.872076D+01 0.112800D+03 16254+ 8930 001:59:54 0.872278D+01 0.112800D+03 16281 8941 002:00:00 0.872335D+01 0.112800D+03 *** Max. allowable CPU time exceeded *** *** No feasible solution was found *** LP subsolver time: 001:46:43, in seconds: 6403.36 NLP subsolver time: 000:09:41, in seconds: 580.73 Cutting time: 000:00:44, in seconds: 44.34 All other time: 000:02:52, in seconds: 171.57 Total time elapsed: 002:00:00, in seconds: 7200.00 on parsing: 000:00:00, in seconds: 0.08 on preprocessing: 000:00:01, in seconds: 0.97 on navigating: 000:00:02, in seconds: 2.49 on relaxed: 000:21:03, in seconds: 1262.97 on local: 000:06:13, in seconds: 372.80 on tightening: 000:01:14, in seconds: 73.97 on marginals: 000:00:00, in seconds: 0.34 on probing: 001:31:26, in seconds: 5486.38 Total no. of BaR iterations: 16281 Best solution found at node: -3 Max. no. of nodes in memory: 8942 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 138398216 44.34 All done =========================================================================== *** Time or user interrupt, gap calculations *** are invalid because of an incomplete solution. *** No solution found - further Baron post processing aborted --- Restarting execution --- tls12.gms(1941) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job tls12.gms Stop 11/21/12 05:12:30 elapsed 2:00:19.140 @04 1353471150 ----------------------------- Mi 21. Nov 05:12:30 CET 2012 ----------------------------- =ready= Linux opt220 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/tls2.gms =========== ----------------------------- Mi 21. Nov 03:12:22 CET 2012 ----------------------------- @03 1353463942 --- Job tls2.gms Start 11/21/12 03:12:22 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- tls2.gms(120) 2 Mb --- Starting execution: elapsed 0:00:00.019 --- tls2.gms(115) 3 Mb --- Generating MINLP model m --- tls2.gms(120) 5 Mb --- 25 rows 38 columns 210 non-zeroes --- 21 nl-code 8 nl-non-zeroes --- 33 discrete-columns --- tls2.gms(120) 3 Mb --- Executing BARON: elapsed 0:00:00.024 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 65071286 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.000000D+00 0.153000D+02 1 1 000:00:00 0.718306D+00 0.153000D+02 * 92 21 000:00:00 0.146089D+01 0.143000D+02 * 198+ 39 000:00:01 0.202500D+01 0.113000D+02 * 226 41 000:00:01 0.241582D+01 0.103000D+02 * 230+ 38 000:00:01 0.242245D+01 0.830000D+01 * 267+ 13 000:00:01 0.274571D+01 0.530000D+01 299 0 000:00:01 0.529999D+01 0.530000D+01 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.24 NLP subsolver time: 000:00:00, in seconds: 0.30 Cutting time: 000:00:00, in seconds: 0.01 All other time: 000:00:00, in seconds: 0.12 Total time elapsed: 000:00:01, in seconds: 0.67 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.04 on navigating: 000:00:00, in seconds: 0.02 on relaxed: 000:00:00, in seconds: 0.21 on local: 000:00:00, in seconds: 0.23 on tightening: 000:00:00, in seconds: 0.03 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.13 Total no. of BaR iterations: 299 Best solution found at node: 299 Max. no. of nodes in memory: 42 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 9665 0.01 All done =========================================================================== Solution = 5.3 found at node 299 Best possible = 5.29999470001 Absolute gap = 5.299989999763E-6 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- tls2.gms(120) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job tls2.gms Stop 11/21/12 03:12:23 elapsed 0:00:00.751 @04 1353463943 ----------------------------- Mi 21. Nov 03:12:23 CET 2012 ----------------------------- =ready= Linux opt220 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/tls4.gms =========== ----------------------------- Mi 21. Nov 03:12:23 CET 2012 ----------------------------- @03 1353463943 --- Job tls4.gms Start 11/21/12 03:12:23 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- tls4.gms(255) 2 Mb --- Starting execution: elapsed 0:00:00.026 --- tls4.gms(250) 3 Mb --- Generating MINLP model m --- tls4.gms(255) 5 Mb --- 65 rows 106 columns 614 non-zeroes --- 73 nl-code 32 nl-non-zeroes --- 89 discrete-columns --- tls4.gms(255) 3 Mb --- Executing BARON: elapsed 0:00:00.029 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 28631364 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.000000D+00 0.220000D+02 1 1 000:00:00 0.170933D+01 0.220000D+02 * 816 417 000:00:08 0.246958D+01 0.133000D+02 * 1892 910 000:00:17 0.311393D+01 0.113000D+02 * 2540 1187 000:00:22 0.341784D+01 0.106000D+02 * 3098 1270 000:00:27 0.363416D+01 0.930000D+01 * 5382 1915 000:00:45 0.422071D+01 0.860000D+01 * 8378 2830 000:01:08 0.480705D+01 0.840000D+01 12349 3892 000:01:38 0.527454D+01 0.840000D+01 16485+ 4865 000:02:08 0.559657D+01 0.840000D+01 * 18178 4915 000:02:21 0.572346D+01 0.830000D+01 23220+ 5605 000:02:51 0.606065D+01 0.830000D+01 28355 6507 000:03:21 0.617960D+01 0.830000D+01 35161+ 7570 000:03:51 0.630000D+01 0.830000D+01 40903+ 7910 000:04:21 0.639890D+01 0.830000D+01 46276 8505 000:04:51 0.646266D+01 0.830000D+01 51559 9269 000:05:21 0.650286D+01 0.830000D+01 59013+ 10056 000:05:51 0.660000D+01 0.830000D+01 66663+ 10474 000:06:21 0.667723D+01 0.830000D+01 75085 10680 000:06:51 0.677983D+01 0.830000D+01 83019+ 10551 000:07:21 0.688446D+01 0.830000D+01 93025 9599 000:07:51 0.705077D+01 0.830000D+01 103231+ 8600 000:08:21 0.724937D+01 0.830000D+01 121891+ 6289 000:08:51 0.748117D+01 0.830000D+01 141021 4485 000:09:21 0.760000D+01 0.830000D+01 162134 1994 000:09:51 0.780000D+01 0.830000D+01 180913+ 135 000:10:21 0.800000D+01 0.830000D+01 181868 0 000:10:22 0.829999D+01 0.830000D+01 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:07:52, in seconds: 472.11 NLP subsolver time: 000:00:38, in seconds: 38.28 Cutting time: 000:00:20, in seconds: 20.14 All other time: 000:01:32, in seconds: 91.91 Total time elapsed: 000:10:22, in seconds: 622.44 on parsing: 000:00:00, in seconds: 0.00 on preprocessing: 000:00:00, in seconds: 0.04 on navigating: 000:00:05, in seconds: 4.89 on relaxed: 000:03:13, in seconds: 193.11 on local: 000:00:18, in seconds: 18.08 on tightening: 000:00:38, in seconds: 38.12 on marginals: 000:00:01, in seconds: 0.50 on probing: 000:06:08, in seconds: 367.69 Total no. of BaR iterations: 181868 Best solution found at node: 181868 Max. no. of nodes in memory: 10768 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 44941121 20.14 All done =========================================================================== Solution = 8.3 found at node 181868 Best possible = 8.29999170001 Absolute gap = 8.29999000018233E-6 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- tls4.gms(255) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job tls4.gms Stop 11/21/12 03:22:47 elapsed 0:10:24.156 @04 1353464567 ----------------------------- Mi 21. Nov 03:22:47 CET 2012 ----------------------------- =ready= Linux opt204 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/tls5.gms =========== ----------------------------- Mi 21. Nov 03:12:34 CET 2012 ----------------------------- @03 1353463954 --- Job tls5.gms Start 11/21/12 03:12:34 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- tls5.gms(357) 2 Mb --- Starting execution: elapsed 0:00:00.033 --- tls5.gms(352) 3 Mb --- Generating MINLP model m --- tls5.gms(357) 5 Mb --- 91 rows 162 columns 956 non-zeroes --- 111 nl-code 50 nl-non-zeroes --- 136 discrete-columns --- tls5.gms(357) 3 Mb --- Executing BARON: elapsed 0:00:00.039 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 20068712 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.000000D+00 0.275000D+02 1 1 000:00:01 0.117798D+01 0.275000D+02 873+ 433 000:00:31 0.250706D+01 0.275000D+02 1846+ 926 000:01:01 0.300466D+01 0.275000D+02 2833 1417 000:01:31 0.333064D+01 0.275000D+02 3788+ 1912 000:02:01 0.360072D+01 0.275000D+02 4797+ 2444 000:02:31 0.377917D+01 0.275000D+02 5759+ 2939 000:03:01 0.391659D+01 0.275000D+02 * 6549+ 3321 000:03:24 0.401864D+01 0.185000D+02 * 7496 3811 000:03:45 0.412887D+01 0.171000D+02 8631 4387 000:04:15 0.424667D+01 0.171000D+02 * 9262 4679 000:04:30 0.429401D+01 0.166000D+02 * 9530 4771 000:04:34 0.431547D+01 0.151000D+02 * 10082 5037 000:04:47 0.435567D+01 0.150000D+02 11135+ 5569 000:05:17 0.442261D+01 0.150000D+02 * 11658 5798 000:05:30 0.445300D+01 0.145000D+02 * 11682 5763 000:05:31 0.445471D+01 0.131000D+02 12845+ 6358 000:06:01 0.451813D+01 0.131000D+02 14020+ 6929 000:06:31 0.458419D+01 0.131000D+02 15301+ 7540 000:07:01 0.465135D+01 0.131000D+02 16634+ 8173 000:07:31 0.472212D+01 0.131000D+02 * 17620 8658 000:07:45 0.476796D+01 0.130000D+02 19088+ 9365 000:08:15 0.482483D+01 0.130000D+02 20415+ 10004 000:08:45 0.486665D+01 0.130000D+02 21601+ 10598 000:09:15 0.490444D+01 0.130000D+02 * 21970 10687 000:09:23 0.491464D+01 0.126000D+02 * 22764 10899 000:09:39 0.493337D+01 0.116000D+02 24581+ 11751 000:10:09 0.498252D+01 0.116000D+02 26286+ 12563 000:10:39 0.502459D+01 0.116000D+02 27759+ 13261 000:11:09 0.506230D+01 0.116000D+02 * 28094 13266 000:11:15 0.507005D+01 0.110000D+02 29959+ 14122 000:11:45 0.510610D+01 0.110000D+02 31633+ 14877 000:12:15 0.513417D+01 0.110000D+02 * 32422 15172 000:12:28 0.514784D+01 0.109000D+02 33709+ 15798 000:12:58 0.516920D+01 0.109000D+02 35196+ 16480 000:13:28 0.519174D+01 0.109000D+02 36945+ 17285 000:13:58 0.521797D+01 0.109000D+02 38364+ 17962 000:14:28 0.523810D+01 0.109000D+02 39761+ 18624 000:14:58 0.525428D+01 0.109000D+02 42208 19724 000:15:28 0.528785D+01 0.109000D+02 43813 20410 000:15:59 0.530190D+01 0.109000D+02 45747 21266 000:16:29 0.532408D+01 0.109000D+02 46973 21807 000:16:59 0.533642D+01 0.109000D+02 48697+ 22616 000:17:29 0.535442D+01 0.109000D+02 * 48722 22528 000:17:29 0.535477D+01 0.108000D+02 50505+ 23340 000:17:59 0.537272D+01 0.108000D+02 51923+ 23948 000:18:29 0.538487D+01 0.108000D+02 53331+ 24561 000:18:59 0.539762D+01 0.108000D+02 54620 25136 000:19:29 0.540637D+01 0.108000D+02 55905+ 25718 000:19:59 0.541714D+01 0.108000D+02 57284+ 26325 000:20:29 0.542766D+01 0.108000D+02 58657+ 26904 000:20:59 0.543905D+01 0.108000D+02 60399 27649 000:21:29 0.545346D+01 0.108000D+02 61796+ 28269 000:21:59 0.546341D+01 0.108000D+02 63746+ 29118 000:22:29 0.547872D+01 0.108000D+02 66222+ 30150 000:22:59 0.549787D+01 0.108000D+02 67487+ 30734 000:23:29 0.550326D+01 0.108000D+02 68873+ 31326 000:23:59 0.551288D+01 0.108000D+02 70738+ 32125 000:24:29 0.552472D+01 0.108000D+02 72149+ 32775 000:24:59 0.553107D+01 0.108000D+02 73346 33287 000:25:29 0.553877D+01 0.108000D+02 75206+ 34096 000:25:59 0.555076D+01 0.108000D+02 77322 34982 000:26:29 0.556388D+01 0.108000D+02 79944+ 36033 000:26:59 0.558066D+01 0.108000D+02 81231 36667 000:27:29 0.558640D+01 0.108000D+02 82478+ 37209 000:27:59 0.559353D+01 0.108000D+02 83805+ 37775 000:28:29 0.560000D+01 0.108000D+02 85425+ 38471 000:28:59 0.560730D+01 0.108000D+02 86754+ 39031 000:29:29 0.561262D+01 0.108000D+02 87937 39522 000:29:59 0.561904D+01 0.108000D+02 89100 40041 000:30:29 0.562563D+01 0.108000D+02 90288+ 40590 000:30:59 0.562959D+01 0.108000D+02 91571+ 41144 000:31:29 0.563604D+01 0.108000D+02 92931+ 41706 000:31:59 0.564255D+01 0.108000D+02 94848+ 42486 000:32:29 0.565328D+01 0.108000D+02 96962+ 43370 000:32:59 0.566400D+01 0.108000D+02 99361 44368 000:33:29 0.567670D+01 0.108000D+02 101109+ 45114 000:33:59 0.568438D+01 0.108000D+02 102380 45671 000:34:29 0.568961D+01 0.108000D+02 103643+ 46213 000:34:59 0.569583D+01 0.108000D+02 104893+ 46764 000:35:29 0.570000D+01 0.108000D+02 106242+ 47299 000:35:59 0.570593D+01 0.108000D+02 107691+ 47914 000:36:29 0.571248D+01 0.108000D+02 108855+ 48396 000:36:59 0.571667D+01 0.108000D+02 110172+ 48949 000:37:29 0.572295D+01 0.108000D+02 111377+ 49508 000:37:59 0.572678D+01 0.108000D+02 112612 50085 000:38:29 0.573156D+01 0.108000D+02 113917 50670 000:38:59 0.573749D+01 0.108000D+02 115538 51412 000:39:29 0.574477D+01 0.108000D+02 117814+ 52356 000:39:59 0.575356D+01 0.108000D+02 120010+ 53238 000:40:29 0.576226D+01 0.108000D+02 * 121714 52821 000:40:58 0.576869D+01 0.106000D+02 123379+ 53480 000:41:28 0.577535D+01 0.106000D+02 125492+ 54322 000:41:58 0.578333D+01 0.106000D+02 126715+ 54867 000:42:28 0.578733D+01 0.106000D+02 128096 55437 000:42:58 0.579216D+01 0.106000D+02 129343+ 55956 000:43:28 0.579708D+01 0.106000D+02 130590+ 56456 000:43:58 0.580139D+01 0.106000D+02 131864+ 56967 000:44:28 0.580556D+01 0.106000D+02 133182 57478 000:44:58 0.581000D+01 0.106000D+02 134403+ 58016 000:45:28 0.581427D+01 0.106000D+02 135729+ 58547 000:45:58 0.581913D+01 0.106000D+02 137008+ 59076 000:46:28 0.582347D+01 0.106000D+02 138355+ 59636 000:46:58 0.582761D+01 0.106000D+02 139508 60107 000:47:28 0.583234D+01 0.106000D+02 140886+ 60661 000:47:58 0.583720D+01 0.106000D+02 142300+ 61247 000:48:28 0.584146D+01 0.106000D+02 143688+ 61799 000:48:58 0.584555D+01 0.106000D+02 145014 62340 000:49:28 0.585013D+01 0.106000D+02 146484 62944 000:49:58 0.585483D+01 0.106000D+02 149229 64067 000:50:28 0.586524D+01 0.106000D+02 150845+ 64642 000:50:58 0.587017D+01 0.106000D+02 152916 65475 000:51:28 0.587790D+01 0.106000D+02 154885+ 66271 000:51:58 0.588449D+01 0.106000D+02 156201+ 66771 000:52:28 0.588927D+01 0.106000D+02 158527+ 67648 000:52:58 0.589714D+01 0.106000D+02 160067 68275 000:53:28 0.590097D+01 0.106000D+02 161430+ 68785 000:53:58 0.590559D+01 0.106000D+02 163542+ 69620 000:54:28 0.591250D+01 0.106000D+02 164749+ 70151 000:54:58 0.591585D+01 0.106000D+02 166178+ 70802 000:55:28 0.591824D+01 0.106000D+02 167569+ 71367 000:55:58 0.592249D+01 0.106000D+02 168952+ 71886 000:56:28 0.592500D+01 0.106000D+02 170313+ 72385 000:56:58 0.592840D+01 0.106000D+02 171549 72954 000:57:28 0.593149D+01 0.106000D+02 172809+ 73470 000:57:58 0.593533D+01 0.106000D+02 174192 74073 000:58:28 0.593917D+01 0.106000D+02 175635+ 74638 000:58:58 0.594342D+01 0.106000D+02 177866+ 75573 000:59:28 0.595029D+01 0.106000D+02 179158+ 76159 000:59:58 0.595333D+01 0.106000D+02 180513+ 76754 001:00:28 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147028 001:49:59 0.630000D+01 0.106000D+02 359903+ 147357 001:50:29 0.630000D+01 0.106000D+02 361151+ 147726 001:50:59 0.630000D+01 0.106000D+02 362793+ 148228 001:51:29 0.630000D+01 0.106000D+02 363838 148576 001:51:59 0.630000D+01 0.106000D+02 365088+ 149024 001:52:29 0.630000D+01 0.106000D+02 366355+ 149412 001:52:59 0.630000D+01 0.106000D+02 367367+ 149829 001:53:29 0.630000D+01 0.106000D+02 368491+ 150401 001:53:59 0.630000D+01 0.106000D+02 369627+ 150851 001:54:29 0.630000D+01 0.106000D+02 370738+ 151321 001:54:59 0.630000D+01 0.106000D+02 371809+ 151805 001:55:29 0.630000D+01 0.106000D+02 372907+ 152322 001:55:59 0.630000D+01 0.106000D+02 374089+ 152826 001:56:29 0.630000D+01 0.106000D+02 375287 153340 001:56:59 0.630000D+01 0.106000D+02 376428+ 153792 001:57:29 0.630000D+01 0.106000D+02 377513+ 154254 001:57:59 0.630000D+01 0.106000D+02 378636+ 154750 001:58:29 0.630000D+01 0.106000D+02 379810+ 155308 001:58:59 0.630000D+01 0.106000D+02 380775+ 155727 001:59:29 0.630000D+01 0.106000D+02 381844+ 156069 001:59:59 0.630014D+01 0.106000D+02 381885 156090 002:00:00 0.630017D+01 0.106000D+02 *** Max. allowable CPU time exceeded *** LP subsolver time: 001:36:09, in seconds: 5769.14 NLP subsolver time: 000:08:38, in seconds: 517.75 Cutting time: 000:03:03, in seconds: 183.34 All other time: 000:12:10, in seconds: 729.77 Total time elapsed: 002:00:00, in seconds: 7200.00 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.33 on navigating: 000:00:22, in seconds: 22.18 on relaxed: 000:24:00, in seconds: 1440.31 on local: 000:03:46, in seconds: 225.69 on tightening: 000:04:43, in seconds: 283.42 on marginals: 000:00:02, in seconds: 2.37 on probing: 001:27:06, in seconds: 5225.69 Total no. of BaR iterations: 381885 Best solution found at node: 121714 Max. no. of nodes in memory: 156090 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 449049542 183.34 All done =========================================================================== Solution = 10.6 found at node 121714 Best possible = 6.30016707905 Absolute gap = 4.29983292095 optca = 1E-9 Relative gap = 0.68250 optcr = 1E-6 --- Restarting execution --- tls5.gms(357) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job tls5.gms Stop 11/21/12 05:12:53 elapsed 2:00:19.060 @04 1353471173 ----------------------------- Mi 21. Nov 05:12:53 CET 2012 ----------------------------- =ready= Linux opt228 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/tls6.gms =========== ----------------------------- Mi 21. Nov 03:13:33 CET 2012 ----------------------------- @03 1353464013 --- Job tls6.gms Start 11/21/12 03:13:33 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- tls6.gms(485) 2 Mb --- Starting execution: elapsed 0:00:00.031 --- tls6.gms(480) 3 Mb --- Generating MINLP model m --- tls6.gms(485) 5 Mb --- 121 rows 216 columns 1,370 non-zeroes --- 157 nl-code 72 nl-non-zeroes --- 179 discrete-columns --- tls6.gms(485) 3 Mb --- Executing BARON: elapsed 0:00:00.038 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 15229447 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:01 0.000000D+00 0.411000D+02 1 1 000:00:01 0.164223D+01 0.411000D+02 735 355 000:00:31 0.195319D+01 0.411000D+02 1175 580 000:01:01 0.199903D+01 0.411000D+02 1585+ 797 000:01:31 0.203086D+01 0.411000D+02 2028+ 1034 000:02:01 0.208203D+01 0.411000D+02 2470+ 1264 000:02:31 0.211226D+01 0.411000D+02 2908+ 1501 000:03:01 0.214579D+01 0.411000D+02 3340+ 1729 000:03:31 0.218613D+01 0.411000D+02 3853+ 2001 000:04:01 0.222436D+01 0.411000D+02 4330+ 2248 000:04:31 0.225439D+01 0.411000D+02 4841+ 2509 000:05:01 0.229875D+01 0.411000D+02 5333+ 2761 000:05:31 0.233626D+01 0.411000D+02 5834 3019 000:06:01 0.238104D+01 0.411000D+02 6344 3271 000:06:31 0.242018D+01 0.411000D+02 6839 3524 000:07:01 0.245813D+01 0.411000D+02 7373 3786 000:07:31 0.249467D+01 0.411000D+02 7882+ 4049 000:08:01 0.253719D+01 0.411000D+02 8394+ 4318 000:08:31 0.256561D+01 0.411000D+02 8953+ 4600 000:09:01 0.259663D+01 0.411000D+02 9502+ 4880 000:09:31 0.263044D+01 0.411000D+02 10026+ 5160 000:10:01 0.266026D+01 0.411000D+02 10491+ 5405 000:10:31 0.268610D+01 0.411000D+02 11025+ 5690 000:11:01 0.271667D+01 0.411000D+02 11545+ 5962 000:11:31 0.274142D+01 0.411000D+02 12066+ 6239 000:12:01 0.276161D+01 0.411000D+02 12577+ 6503 000:12:31 0.278343D+01 0.411000D+02 13099+ 6774 000:13:01 0.280761D+01 0.411000D+02 13649 7042 000:13:31 0.283346D+01 0.411000D+02 14159+ 7308 000:14:01 0.285612D+01 0.411000D+02 14706+ 7606 000:14:31 0.287498D+01 0.411000D+02 15253+ 7886 000:15:01 0.289763D+01 0.411000D+02 15790+ 8171 000:15:31 0.292064D+01 0.411000D+02 16338+ 8464 000:16:01 0.294024D+01 0.411000D+02 16858 8736 000:16:31 0.295811D+01 0.411000D+02 17435+ 9045 000:17:01 0.298224D+01 0.411000D+02 18019+ 9351 000:17:31 0.300438D+01 0.411000D+02 18560+ 9638 000:18:01 0.302432D+01 0.411000D+02 19097 9927 000:18:31 0.304321D+01 0.411000D+02 19612 10198 000:19:01 0.306371D+01 0.411000D+02 20151+ 10476 000:19:31 0.308208D+01 0.411000D+02 20697+ 10757 000:20:01 0.310122D+01 0.411000D+02 21251+ 11058 000:20:31 0.311944D+01 0.411000D+02 21798+ 11344 000:21:01 0.313501D+01 0.411000D+02 22350+ 11626 000:21:31 0.315092D+01 0.411000D+02 22890+ 11909 000:22:01 0.316657D+01 0.411000D+02 * 23106 12014 000:22:13 0.317280D+01 0.281000D+02 23782+ 12379 000:22:43 0.319140D+01 0.281000D+02 24475 12736 000:23:13 0.321320D+01 0.281000D+02 25157+ 13094 000:23:43 0.323125D+01 0.281000D+02 25809+ 13422 000:24:13 0.325008D+01 0.281000D+02 26539+ 13790 000:24:43 0.326958D+01 0.281000D+02 27205+ 14122 000:25:13 0.328415D+01 0.281000D+02 27881+ 14481 000:25:43 0.330095D+01 0.281000D+02 28568+ 14828 000:26:13 0.332013D+01 0.281000D+02 29258+ 15195 000:26:43 0.333672D+01 0.281000D+02 29964+ 15551 000:27:13 0.335400D+01 0.281000D+02 30736+ 15960 000:27:43 0.337188D+01 0.281000D+02 31462+ 16324 000:28:13 0.339297D+01 0.281000D+02 32195+ 16693 000:28:43 0.341023D+01 0.281000D+02 32906+ 17052 000:29:13 0.342652D+01 0.281000D+02 33603+ 17424 000:29:43 0.344304D+01 0.281000D+02 34226+ 17745 000:30:13 0.346015D+01 0.281000D+02 34898 18091 000:30:43 0.347396D+01 0.281000D+02 35633 18468 000:31:13 0.348979D+01 0.281000D+02 36376+ 18860 000:31:43 0.350753D+01 0.281000D+02 37046+ 19215 000:32:13 0.352182D+01 0.281000D+02 37715+ 19566 000:32:43 0.353628D+01 0.281000D+02 38434+ 19921 000:33:13 0.355175D+01 0.281000D+02 39101+ 20276 000:33:43 0.356484D+01 0.281000D+02 39781+ 20639 000:34:13 0.357791D+01 0.281000D+02 40471+ 20984 000:34:43 0.359397D+01 0.281000D+02 41182+ 21341 000:35:13 0.360905D+01 0.281000D+02 41938+ 21732 000:35:43 0.362401D+01 0.281000D+02 42679+ 22112 000:36:13 0.363902D+01 0.281000D+02 43363+ 22472 000:36:43 0.365141D+01 0.281000D+02 44170+ 22886 000:37:13 0.366936D+01 0.281000D+02 44886+ 23256 000:37:43 0.368208D+01 0.281000D+02 45545+ 23597 000:38:13 0.369482D+01 0.281000D+02 46243+ 23948 000:38:43 0.371012D+01 0.281000D+02 46957+ 24320 000:39:13 0.372499D+01 0.281000D+02 47659+ 24680 000:39:43 0.374070D+01 0.281000D+02 48383+ 25052 000:40:13 0.375413D+01 0.281000D+02 49082+ 25411 000:40:43 0.376857D+01 0.281000D+02 49809+ 25786 000:41:13 0.378277D+01 0.281000D+02 50468+ 26117 000:41:43 0.379587D+01 0.281000D+02 51194+ 26484 000:42:13 0.381046D+01 0.281000D+02 51961+ 26878 000:42:43 0.382715D+01 0.281000D+02 52671 27236 000:43:13 0.383816D+01 0.281000D+02 53327+ 27563 000:43:43 0.384840D+01 0.281000D+02 54103+ 27950 000:44:13 0.386077D+01 0.281000D+02 54808+ 28325 000:44:43 0.387140D+01 0.281000D+02 55531+ 28704 000:45:13 0.388417D+01 0.281000D+02 56260+ 29065 000:45:43 0.389619D+01 0.281000D+02 56978+ 29419 000:46:13 0.390771D+01 0.281000D+02 57695+ 29785 000:46:43 0.391899D+01 0.281000D+02 * 57706 29774 000:46:43 0.391958D+01 0.260000D+02 58419+ 30134 000:47:13 0.393075D+01 0.260000D+02 59107+ 30484 000:47:43 0.394235D+01 0.260000D+02 59898 30879 000:48:13 0.395351D+01 0.260000D+02 60536+ 31216 000:48:43 0.396370D+01 0.260000D+02 61287+ 31586 000:49:13 0.397324D+01 0.260000D+02 62099+ 31983 000:49:43 0.398658D+01 0.260000D+02 62830+ 32355 000:50:13 0.399835D+01 0.260000D+02 63550+ 32736 000:50:43 0.400990D+01 0.260000D+02 64263+ 33093 000:51:13 0.402106D+01 0.260000D+02 64985+ 33463 000:51:43 0.403368D+01 0.260000D+02 65621 33789 000:52:13 0.404181D+01 0.260000D+02 66368+ 34179 000:52:43 0.405201D+01 0.260000D+02 67075 34549 000:53:13 0.406134D+01 0.260000D+02 67838+ 34903 000:53:43 0.407182D+01 0.260000D+02 68563+ 35280 000:54:13 0.408128D+01 0.260000D+02 69217+ 35626 000:54:43 0.409005D+01 0.260000D+02 69967+ 36006 000:55:13 0.409944D+01 0.260000D+02 70780+ 36422 000:55:43 0.410987D+01 0.260000D+02 71548+ 36817 000:56:13 0.412095D+01 0.260000D+02 72247+ 37176 000:56:43 0.412885D+01 0.260000D+02 * 72712 37028 000:57:03 0.413447D+01 0.191000D+02 73413+ 37384 000:57:33 0.414385D+01 0.191000D+02 * 73506 37376 000:57:36 0.414553D+01 0.190000D+02 74200+ 37727 000:58:06 0.415236D+01 0.190000D+02 74933+ 38091 000:58:36 0.416144D+01 0.190000D+02 75696+ 38468 000:59:06 0.417112D+01 0.190000D+02 76360+ 38792 000:59:36 0.417902D+01 0.190000D+02 77129+ 39189 001:00:06 0.418919D+01 0.190000D+02 77842+ 39534 001:00:36 0.419715D+01 0.190000D+02 78655+ 39931 001:01:06 0.420570D+01 0.190000D+02 79427 40316 001:01:36 0.421440D+01 0.190000D+02 80112+ 40665 001:02:06 0.422161D+01 0.190000D+02 80889+ 41031 001:02:36 0.423193D+01 0.190000D+02 81584+ 41387 001:03:06 0.424105D+01 0.190000D+02 82318+ 41758 001:03:36 0.425015D+01 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0.466744D+01 0.190000D+02 128540+ 64406 001:34:36 0.467398D+01 0.190000D+02 129280+ 64795 001:35:06 0.467965D+01 0.190000D+02 129986+ 65137 001:35:36 0.468560D+01 0.190000D+02 130786+ 65524 001:36:06 0.469069D+01 0.190000D+02 131523 65891 001:36:36 0.469604D+01 0.190000D+02 132301+ 66274 001:37:06 0.470160D+01 0.190000D+02 133089+ 66665 001:37:36 0.470724D+01 0.190000D+02 133848+ 67036 001:38:06 0.471319D+01 0.190000D+02 134660+ 67424 001:38:36 0.472007D+01 0.190000D+02 135414+ 67785 001:39:06 0.472606D+01 0.190000D+02 136198+ 68173 001:39:36 0.473185D+01 0.190000D+02 136954 68550 001:40:06 0.473743D+01 0.190000D+02 137701+ 68918 001:40:36 0.474299D+01 0.190000D+02 138451+ 69289 001:41:06 0.474871D+01 0.190000D+02 139198 69661 001:41:36 0.475396D+01 0.190000D+02 140021+ 70064 001:42:06 0.475970D+01 0.190000D+02 140855+ 70474 001:42:36 0.476460D+01 0.190000D+02 141577+ 70833 001:43:06 0.477036D+01 0.190000D+02 142239+ 71173 001:43:36 0.477506D+01 0.190000D+02 143033+ 71552 001:44:06 0.478086D+01 0.190000D+02 143820+ 71927 001:44:36 0.478647D+01 0.190000D+02 144539+ 72260 001:45:06 0.479106D+01 0.190000D+02 145262+ 72591 001:45:36 0.479572D+01 0.190000D+02 146036+ 72974 001:46:06 0.480151D+01 0.190000D+02 146818+ 73366 001:46:36 0.480658D+01 0.190000D+02 147596 73746 001:47:06 0.481121D+01 0.190000D+02 148304+ 74102 001:47:36 0.481621D+01 0.190000D+02 149017+ 74468 001:48:06 0.482130D+01 0.190000D+02 149719+ 74815 001:48:36 0.482565D+01 0.190000D+02 150465 75192 001:49:06 0.483009D+01 0.190000D+02 151207+ 75568 001:49:36 0.483430D+01 0.190000D+02 151977+ 75940 001:50:06 0.483861D+01 0.190000D+02 152805+ 76331 001:50:36 0.484404D+01 0.190000D+02 153611 76709 001:51:06 0.484928D+01 0.190000D+02 154388+ 77081 001:51:36 0.485472D+01 0.190000D+02 155207+ 77489 001:52:06 0.485972D+01 0.190000D+02 155997 77860 001:52:36 0.486513D+01 0.190000D+02 156809+ 78252 001:53:06 0.487078D+01 0.190000D+02 157553 78607 001:53:37 0.487590D+01 0.190000D+02 158274+ 78958 001:54:07 0.488101D+01 0.190000D+02 159039+ 79338 001:54:37 0.488625D+01 0.190000D+02 159751+ 79697 001:55:07 0.489049D+01 0.190000D+02 160459+ 80043 001:55:37 0.489539D+01 0.190000D+02 161297+ 80421 001:56:07 0.490038D+01 0.190000D+02 162006 80775 001:56:37 0.490490D+01 0.190000D+02 162773+ 81144 001:57:07 0.490933D+01 0.190000D+02 163527 81520 001:57:37 0.491410D+01 0.190000D+02 164318 81908 001:58:07 0.491960D+01 0.190000D+02 165116+ 82280 001:58:37 0.492464D+01 0.190000D+02 165916 82677 001:59:07 0.492898D+01 0.190000D+02 166678+ 83023 001:59:37 0.493378D+01 0.190000D+02 167264 83316 002:00:00 0.493771D+01 0.190000D+02 *** Max. allowable CPU time exceeded *** LP subsolver time: 001:42:07, in seconds: 6127.24 NLP subsolver time: 000:06:39, in seconds: 398.92 Cutting time: 000:02:23, in seconds: 142.99 All other time: 000:08:51, in seconds: 530.85 Total time elapsed: 002:00:00, in seconds: 7200.00 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:01, in seconds: 0.60 on navigating: 000:00:13, in seconds: 12.91 on relaxed: 000:15:24, in seconds: 923.91 on local: 000:06:23, in seconds: 383.48 on tightening: 000:03:28, in seconds: 207.79 on marginals: 000:00:01, in seconds: 1.31 on probing: 001:34:30, in seconds: 5669.98 Total no. of BaR iterations: 167264 Best solution found at node: 73506 Max. no. of nodes in memory: 83316 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 375713766 142.99 All done =========================================================================== Solution = 19 found at node 73506 Best possible = 4.93770853392 Absolute gap = 14.06229146608 optca = 1E-9 Relative gap = 2.84794 optcr = 1E-6 --- Restarting execution --- tls6.gms(485) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job tls6.gms Stop 11/21/12 05:13:52 elapsed 2:00:19.017 @04 1353471232 ----------------------------- Mi 21. Nov 05:13:52 CET 2012 ----------------------------- =ready= Linux opt226 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/tls7.gms =========== ----------------------------- Mi 21. Nov 03:13:36 CET 2012 ----------------------------- @03 1353464016 --- Job tls7.gms Start 11/21/12 03:13:36 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- tls7.gms(678) 2 Mb --- Starting execution: elapsed 0:00:00.051 --- tls7.gms(673) 3 Mb --- Generating MINLP model m --- tls7.gms(678) 5 Mb --- 155 rows 346 columns 2,258 non-zeroes --- 211 nl-code 98 nl-non-zeroes --- 296 discrete-columns --- tls7.gms(678) 3 Mb --- Executing BARON: elapsed 0:00:00.056 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting multi-start local search Done with local search =========================================================================== We have space for 11361650 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:01 0.000000D+00 0.568000D+02 1 1 000:00:01 0.772405D+00 0.568000D+02 382 234 000:00:31 0.949918D+00 0.568000D+02 751+ 425 000:01:01 0.970951D+00 0.568000D+02 1219 650 000:01:31 0.992214D+00 0.568000D+02 1651 865 000:02:01 0.100454D+01 0.568000D+02 2014+ 1051 000:02:31 0.101461D+01 0.568000D+02 2284+ 1185 000:03:01 0.102042D+01 0.568000D+02 2529 1299 000:03:31 0.102680D+01 0.568000D+02 2776+ 1416 000:04:01 0.103125D+01 0.568000D+02 3045+ 1542 000:04:31 0.103617D+01 0.568000D+02 3276+ 1640 000:05:02 0.104073D+01 0.568000D+02 3530+ 1763 000:05:32 0.104450D+01 0.568000D+02 3803+ 1883 000:06:02 0.104922D+01 0.568000D+02 4079+ 2003 000:06:32 0.105324D+01 0.568000D+02 4354+ 2132 000:07:02 0.105628D+01 0.568000D+02 4649+ 2271 000:07:32 0.106038D+01 0.568000D+02 4920 2388 000:08:02 0.106708D+01 0.568000D+02 5196+ 2504 000:08:32 0.107131D+01 0.568000D+02 5477+ 2632 000:09:02 0.107448D+01 0.568000D+02 5731 2745 000:09:32 0.107662D+01 0.568000D+02 6019+ 2873 000:10:02 0.108140D+01 0.568000D+02 6299+ 2986 000:10:32 0.108488D+01 0.568000D+02 6574+ 3095 000:11:02 0.108706D+01 0.568000D+02 6831+ 3210 000:11:32 0.109055D+01 0.568000D+02 7096+ 3336 000:12:02 0.109537D+01 0.568000D+02 7376+ 3463 000:12:32 0.109839D+01 0.568000D+02 7686+ 3607 000:13:02 0.110214D+01 0.568000D+02 7987+ 3730 000:13:32 0.110461D+01 0.568000D+02 8267+ 3857 000:14:02 0.110913D+01 0.568000D+02 8543+ 3969 000:14:32 0.111354D+01 0.568000D+02 8835+ 4090 000:15:02 0.111771D+01 0.568000D+02 9150+ 4230 000:15:32 0.112256D+01 0.568000D+02 9414 4352 000:16:02 0.112511D+01 0.568000D+02 9694+ 4471 000:16:32 0.112856D+01 0.568000D+02 10015+ 4612 000:17:02 0.113333D+01 0.568000D+02 10334 4762 000:17:32 0.113683D+01 0.568000D+02 10623 4887 000:18:02 0.113964D+01 0.568000D+02 10898+ 5013 000:18:32 0.114309D+01 0.568000D+02 11185+ 5148 000:19:02 0.114655D+01 0.568000D+02 11507 5286 000:19:32 0.115001D+01 0.568000D+02 11792+ 5414 000:20:02 0.115287D+01 0.568000D+02 12041+ 5529 000:20:32 0.115524D+01 0.568000D+02 12306+ 5646 000:21:02 0.115887D+01 0.568000D+02 12576+ 5776 000:21:32 0.116141D+01 0.568000D+02 12873+ 5922 000:22:02 0.116400D+01 0.568000D+02 13170+ 6056 000:22:32 0.116684D+01 0.568000D+02 13463+ 6196 000:23:02 0.117101D+01 0.568000D+02 13759+ 6351 000:23:32 0.117447D+01 0.568000D+02 14041+ 6479 000:24:02 0.117754D+01 0.568000D+02 14324+ 6612 000:24:33 0.117971D+01 0.568000D+02 14640+ 6753 000:25:03 0.118257D+01 0.568000D+02 14925 6881 000:25:33 0.118606D+01 0.568000D+02 15226+ 7033 000:26:03 0.118919D+01 0.568000D+02 15528 7175 000:26:33 0.119201D+01 0.568000D+02 15817 7316 000:27:03 0.119465D+01 0.568000D+02 16121 7446 000:27:33 0.119800D+01 0.568000D+02 16419+ 7587 000:28:03 0.120095D+01 0.568000D+02 16713+ 7729 000:28:33 0.120413D+01 0.568000D+02 17035+ 7865 000:29:03 0.120666D+01 0.568000D+02 17341+ 7998 000:29:33 0.120985D+01 0.568000D+02 17650+ 8137 000:30:03 0.121312D+01 0.568000D+02 17954+ 8276 000:30:33 0.121571D+01 0.568000D+02 18253+ 8425 000:31:03 0.121864D+01 0.568000D+02 18596 8589 000:31:33 0.122273D+01 0.568000D+02 18902+ 8742 000:32:03 0.122539D+01 0.568000D+02 19221+ 8894 000:32:33 0.122843D+01 0.568000D+02 19538+ 9037 000:33:03 0.123118D+01 0.568000D+02 19841 9176 000:33:33 0.123458D+01 0.568000D+02 20167+ 9325 000:34:03 0.123761D+01 0.568000D+02 20459 9473 000:34:33 0.124061D+01 0.568000D+02 20802+ 9637 000:35:03 0.124422D+01 0.568000D+02 21120 9780 000:35:33 0.124704D+01 0.568000D+02 21429 9933 000:36:03 0.124984D+01 0.568000D+02 21740 10085 000:36:33 0.125277D+01 0.568000D+02 22045+ 10226 000:37:03 0.125577D+01 0.568000D+02 22359+ 10379 000:37:33 0.125872D+01 0.568000D+02 22671+ 10528 000:38:03 0.126075D+01 0.568000D+02 22991+ 10687 000:38:33 0.126391D+01 0.568000D+02 23317+ 10839 000:39:03 0.126752D+01 0.568000D+02 23643+ 11002 000:39:33 0.127076D+01 0.568000D+02 23961 11153 000:40:03 0.127483D+01 0.568000D+02 24247+ 11288 000:40:33 0.127783D+01 0.568000D+02 24589 11456 000:41:03 0.128071D+01 0.568000D+02 24896+ 11606 000:41:33 0.128360D+01 0.568000D+02 25214 11764 000:42:03 0.128597D+01 0.568000D+02 25535+ 11920 000:42:33 0.128812D+01 0.568000D+02 25831+ 12067 000:43:03 0.129132D+01 0.568000D+02 26142+ 12214 000:43:33 0.129412D+01 0.568000D+02 26473 12369 000:44:03 0.129634D+01 0.568000D+02 26789 12517 000:44:34 0.129921D+01 0.568000D+02 27125+ 12676 000:45:04 0.130303D+01 0.568000D+02 27443+ 12838 000:45:34 0.130619D+01 0.568000D+02 27771+ 13014 000:46:04 0.130930D+01 0.568000D+02 28106 13190 000:46:34 0.131349D+01 0.568000D+02 28454+ 13362 000:47:04 0.131665D+01 0.568000D+02 * 28576 13381 000:47:12 0.131807D+01 0.281000D+02 28956+ 13571 000:47:42 0.132135D+01 0.281000D+02 29361+ 13770 000:48:12 0.132548D+01 0.281000D+02 29804+ 13967 000:48:42 0.132996D+01 0.281000D+02 30231+ 14172 000:49:12 0.133330D+01 0.281000D+02 30612 14355 000:49:42 0.133597D+01 0.281000D+02 31020+ 14543 000:50:12 0.133932D+01 0.281000D+02 31419 14722 000:50:42 0.134215D+01 0.281000D+02 31816 14918 000:51:12 0.134552D+01 0.281000D+02 32207+ 15108 000:51:42 0.134848D+01 0.281000D+02 32638 15313 000:52:12 0.135162D+01 0.281000D+02 33022+ 15497 000:52:42 0.135522D+01 0.281000D+02 33469+ 15716 000:53:12 0.135942D+01 0.281000D+02 33867+ 15887 000:53:42 0.136275D+01 0.281000D+02 34247+ 16076 000:54:12 0.136525D+01 0.281000D+02 34694 16313 000:54:42 0.136892D+01 0.281000D+02 35098+ 16503 000:55:12 0.137229D+01 0.281000D+02 35529+ 16721 000:55:42 0.137606D+01 0.281000D+02 35937+ 16915 000:56:12 0.137926D+01 0.281000D+02 36375 17124 000:56:42 0.138231D+01 0.281000D+02 36797+ 17338 000:57:12 0.138582D+01 0.281000D+02 37197+ 17528 000:57:42 0.138831D+01 0.281000D+02 37602+ 17736 000:58:12 0.139147D+01 0.281000D+02 38012 17931 000:58:42 0.139376D+01 0.281000D+02 38389+ 18116 000:59:12 0.139649D+01 0.281000D+02 38783+ 18311 000:59:42 0.139979D+01 0.281000D+02 39208 18521 001:00:12 0.140291D+01 0.281000D+02 39623+ 18730 001:00:42 0.140611D+01 0.281000D+02 40020 18936 001:01:12 0.140839D+01 0.281000D+02 40383+ 19122 001:01:42 0.141162D+01 0.281000D+02 40800+ 19316 001:02:12 0.141473D+01 0.281000D+02 41190+ 19508 001:02:42 0.141754D+01 0.281000D+02 41576 19701 001:03:12 0.142059D+01 0.281000D+02 42010+ 19908 001:03:42 0.142327D+01 0.281000D+02 42440+ 20111 001:04:12 0.142607D+01 0.281000D+02 42863+ 20314 001:04:42 0.142915D+01 0.281000D+02 43292+ 20521 001:05:12 0.143178D+01 0.281000D+02 43727+ 20733 001:05:42 0.143487D+01 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0.164010D+01 0.281000D+02 80201+ 38769 001:47:13 0.164221D+01 0.281000D+02 80651 38990 001:47:43 0.164460D+01 0.281000D+02 81081+ 39210 001:48:13 0.164672D+01 0.281000D+02 81536+ 39428 001:48:43 0.164869D+01 0.281000D+02 81997 39673 001:49:13 0.165113D+01 0.281000D+02 82449+ 39892 001:49:43 0.165336D+01 0.281000D+02 82908+ 40116 001:50:13 0.165523D+01 0.281000D+02 83359 40327 001:50:43 0.165716D+01 0.281000D+02 83781+ 40531 001:51:13 0.165892D+01 0.281000D+02 84249+ 40764 001:51:43 0.166117D+01 0.281000D+02 84657 40970 001:52:13 0.166329D+01 0.281000D+02 85102+ 41180 001:52:43 0.166520D+01 0.281000D+02 85522+ 41383 001:53:13 0.166696D+01 0.281000D+02 85986+ 41611 001:53:43 0.166897D+01 0.281000D+02 86452+ 41850 001:54:13 0.167099D+01 0.281000D+02 86907+ 42070 001:54:44 0.167308D+01 0.281000D+02 87335+ 42282 001:55:14 0.167491D+01 0.281000D+02 87815+ 42521 001:55:44 0.167721D+01 0.281000D+02 88294+ 42755 001:56:14 0.167943D+01 0.281000D+02 88740+ 42978 001:56:44 0.168139D+01 0.281000D+02 89194 43208 001:57:14 0.168343D+01 0.281000D+02 89654 43435 001:57:44 0.168533D+01 0.281000D+02 90108+ 43663 001:58:14 0.168720D+01 0.281000D+02 90552+ 43878 001:58:44 0.168908D+01 0.281000D+02 91017+ 44122 001:59:14 0.169078D+01 0.281000D+02 91507 44363 001:59:44 0.169302D+01 0.281000D+02 91783 44504 002:00:00 0.169423D+01 0.281000D+02 *** Max. allowable CPU time exceeded *** LP subsolver time: 001:39:39, in seconds: 5979.16 NLP subsolver time: 000:11:13, in seconds: 672.81 Cutting time: 000:01:51, in seconds: 111.45 All other time: 000:07:17, in seconds: 436.58 Total time elapsed: 002:00:00, in seconds: 7200.00 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:01, in seconds: 0.78 on navigating: 000:00:09, in seconds: 8.82 on relaxed: 000:16:40, in seconds: 1000.01 on local: 000:10:37, in seconds: 636.84 on tightening: 000:02:53, in seconds: 173.35 on marginals: 000:00:01, in seconds: 0.94 on probing: 001:29:39, in seconds: 5379.24 Total no. of BaR iterations: 91783 Best solution found at node: 28576 Max. no. of nodes in memory: 44504 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 326772621 111.45 All done =========================================================================== Solution = 28.1 found at node 28576 Best possible = 1.69422884519 Absolute gap = 26.40577115481 optca = 1E-9 Relative gap = 15.58572 optcr = 1E-6 --- Restarting execution --- tls7.gms(678) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job tls7.gms Stop 11/21/12 05:13:55 elapsed 2:00:19.022 @04 1353471235 ----------------------------- Mi 21. Nov 05:13:55 CET 2012 ----------------------------- =ready= Linux opt216 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/tltr.gms =========== ----------------------------- Mi 21. Nov 03:13:47 CET 2012 ----------------------------- @03 1353464027 --- Job tltr.gms Start 11/21/12 03:13:47 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- tltr.gms(212) 2 Mb --- Starting execution: elapsed 0:00:00.025 --- tltr.gms(207) 3 Mb --- Generating MINLP model m --- tltr.gms(212) 5 Mb --- 55 rows 49 columns 228 non-zeroes --- 84 nl-code 54 nl-non-zeroes --- 48 discrete-columns --- tltr.gms(212) 3 Mb --- Executing BARON: elapsed 0:00:00.030 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 37023317 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.000000D+00 0.129412D+03 1 1 000:00:00 0.882688D+01 0.129412D+03 * 28 15 000:00:00 0.100839D+02 0.480667D+02 61 0 000:00:00 0.480666D+02 0.480667D+02 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.07 NLP subsolver time: 000:00:00, in seconds: 0.30 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.06 Total time elapsed: 000:00:00, in seconds: 0.43 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.05 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.02 on local: 000:00:00, in seconds: 0.28 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.05 Total no. of BaR iterations: 61 Best solution found at node: 61 Max. no. of nodes in memory: 18 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 0 0.00 All done =========================================================================== Solution = 48.0666666667 found at node 61 Best possible = 48.0666186 Absolute gap = 4.80667000033463E-5 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- tltr.gms(212) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job tltr.gms Stop 11/21/12 03:13:47 elapsed 0:00:00.550 @04 1353464027 ----------------------------- Mi 21. Nov 03:13:47 CET 2012 ----------------------------- =ready= Linux opt216 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/uselinear.gms =========== ----------------------------- Mi 21. Nov 03:13:47 CET 2012 ----------------------------- @03 1353464027 --- Job uselinear.gms Start 11/21/12 03:13:47 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- uselinear.gms(24221) 6 Mb --- Starting execution: elapsed 0:00:00.203 --- uselinear.gms(24216) 7 Mb --- Generating MINLP model m --- uselinear.gms(24221) 11 Mb --- 7,031 rows 6,793 columns 22,541 non-zeroes --- 36,199 nl-code 14,091 nl-non-zeroes --- 58 discrete-columns --- uselinear.gms(24221) 9 Mb --- Executing BARON: elapsed 0:00:00.310 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Problem solved during preprocessing Lower bound is 0.100000000000D+52 Cleaning up solution and calculating dual *** Normal Completion *** *** No feasible solution was found *** LP subsolver time: 000:00:10, in seconds: 10.49 NLP subsolver time: 000:02:30, in seconds: 149.61 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:03, in seconds: 2.51 Total time elapsed: 000:02:43, in seconds: 162.61 on parsing: 000:00:02, in seconds: 1.69 on preprocessing: 000:02:41, in seconds: 160.92 on navigating: 000:00:00, in seconds: 0.00 on relaxed: 000:00:00, in seconds: 0.00 on local: 000:00:00, in seconds: 0.00 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.00 Total no. of BaR iterations: -1 Best solution found at node: -3 Max. no. of nodes in memory: 0 Cut generation statistics (number of cuts / CPU sec) Bilinear 61 0.03 Multilinears 0 0.04 Convexity 0 0.03 All done =========================================================================== --- Restarting execution --- uselinear.gms(24221) 5 Mb --- Reading solution for model m *** Status: Normal completion --- Job uselinear.gms Stop 11/21/12 03:16:31 elapsed 0:02:43.565 @04 1353464191 ----------------------------- Mi 21. Nov 03:16:31 CET 2012 ----------------------------- =ready= Linux opt216 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/util.gms =========== ----------------------------- Mi 21. Nov 03:16:31 CET 2012 ----------------------------- @03 1353464191 --- Job util.gms Start 11/21/12 03:16:31 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- util.gms(436) 2 Mb --- Starting execution: elapsed 0:00:00.024 --- util.gms(431) 3 Mb --- Generating MINLP model m --- util.gms(436) 5 Mb --- 168 rows 146 columns 467 non-zeroes --- 19 nl-code 10 nl-non-zeroes --- 28 discrete-columns --- util.gms(436) 3 Mb --- Executing BARON: elapsed 0:00:00.030 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Preprocessing found feasible solution with value 0.100376829853D+04 Done with local search =========================================================================== We have space for 8133910 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.536645D+03 0.100377D+04 1 1 000:00:00 0.999554D+03 0.100377D+04 * 3 3 000:00:00 0.999554D+03 0.999841D+03 * 49 18 000:00:00 0.999554D+03 0.999809D+03 * 53 18 000:00:00 0.999554D+03 0.999579D+03 491 0 000:00:01 0.999578D+03 0.999579D+03 Cleaning up solution and calculating dual *** Normal Completion *** LP subsolver time: 000:00:00, in seconds: 0.19 NLP subsolver time: 000:00:00, in seconds: 0.49 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.25 Total time elapsed: 000:00:01, in seconds: 0.93 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.14 on navigating: 000:00:00, in seconds: 0.04 on relaxed: 000:00:00, in seconds: 0.19 on local: 000:00:00, in seconds: 0.43 on tightening: 000:00:00, in seconds: 0.11 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.01 Total no. of BaR iterations: 491 Best solution found at node: 491 Max. no. of nodes in memory: 29 Cut generation statistics (number of cuts / CPU sec) Bilinear 0 0.00 Multilinears 0 0.00 Convexity 0 0.00 All done =========================================================================== Solution = 999.578750235 found at node 491 Best possible = 999.577750658 Absolute gap = 0.000999577000015961 optca = 1E-9 Relative gap = 0.00000 optcr = 1E-6 --- Restarting execution --- util.gms(436) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job util.gms Stop 11/21/12 03:16:32 elapsed 0:00:01.021 @04 1353464192 ----------------------------- Mi 21. Nov 03:16:32 CET 2012 ----------------------------- =ready= Linux opt216 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/waste.gms =========== ----------------------------- Mi 21. Nov 03:16:33 CET 2012 ----------------------------- @03 1353464193 --- Job waste.gms Start 11/21/12 03:16:33 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- waste.gms(5248) 3 Mb --- Starting execution: elapsed 0:00:00.073 --- waste.gms(5242) 3 Mb --- Generating MINLP model m --- waste.gms(5247) 7 Mb --- 1,992 rows 2,485 columns 9,243 non-zeroes --- 6,904 nl-code 2,736 nl-non-zeroes --- 400 discrete-columns --- waste.gms(5247) 4 Mb --- Executing BARON: elapsed 0:00:00.087 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 446434 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:52:27 0.222476D+03 0.100000D+52 1+ 1 000:53:12 0.552118D+03 0.100000D+52 * 1 1 000:53:12 0.567544D+03 0.738022D+03 1 1 000:53:15 0.567544D+03 0.738022D+03 18 10 000:53:46 0.582644D+03 0.738022D+03 * 52 32 000:54:09 0.584987D+03 0.736316D+03 152+ 96 000:54:39 0.587799D+03 0.736316D+03 209 132 000:55:09 0.588478D+03 0.736316D+03 * 227 141 000:55:16 0.588623D+03 0.732556D+03 318+ 200 000:55:46 0.589580D+03 0.732556D+03 361 227 000:56:27 0.589915D+03 0.732556D+03 * 418 249 000:56:39 0.590292D+03 0.717682D+03 487 290 000:57:09 0.590609D+03 0.717682D+03 599+ 361 000:57:39 0.590992D+03 0.717682D+03 664 398 000:58:20 0.591281D+03 0.717682D+03 717 429 000:58:57 0.591495D+03 0.717682D+03 796+ 479 000:59:27 0.591651D+03 0.717682D+03 864+ 521 000:59:57 0.591777D+03 0.717682D+03 941+ 567 001:00:27 0.591854D+03 0.717682D+03 1045+ 630 001:00:57 0.592003D+03 0.717682D+03 1142 694 001:01:29 0.592147D+03 0.717682D+03 1200+ 727 001:01:59 0.592227D+03 0.717682D+03 1272+ 773 001:02:29 0.592313D+03 0.717682D+03 1355+ 829 001:02:59 0.592440D+03 0.717682D+03 1418+ 869 001:03:29 0.592515D+03 0.717682D+03 1472+ 899 001:03:59 0.592549D+03 0.717682D+03 1558+ 957 001:04:29 0.592651D+03 0.717682D+03 1616+ 993 001:04:59 0.592679D+03 0.717682D+03 1709+ 1049 001:05:29 0.592714D+03 0.717682D+03 * 1768 925 001:05:48 0.592747D+03 0.618354D+03 1835+ 963 001:06:18 0.592809D+03 0.618354D+03 * 1876 879 001:06:35 0.592831D+03 0.606001D+03 1940+ 916 001:07:05 0.592864D+03 0.606001D+03 2013+ 951 001:07:35 0.592928D+03 0.606001D+03 * 2042 870 001:07:44 0.592950D+03 0.600334D+03 * 2068 875 001:07:54 0.592971D+03 0.600249D+03 2120+ 890 001:08:24 0.593004D+03 0.600249D+03 2181+ 916 001:08:55 0.593027D+03 0.600249D+03 2264+ 935 001:09:25 0.593126D+03 0.600249D+03 2324+ 952 001:09:55 0.593167D+03 0.600249D+03 * 2350 920 001:10:06 0.593181D+03 0.599339D+03 2410+ 920 001:10:36 0.593246D+03 0.599339D+03 2485+ 954 001:11:06 0.593281D+03 0.599339D+03 2625+ 1010 001:11:36 0.593394D+03 0.599339D+03 2737+ 1049 001:12:07 0.593468D+03 0.599339D+03 2827+ 1085 001:12:37 0.593556D+03 0.599339D+03 2967+ 1141 001:13:07 0.593638D+03 0.599339D+03 3115+ 1191 001:13:37 0.593721D+03 0.599339D+03 3263+ 1235 001:14:07 0.593842D+03 0.599339D+03 3363 1259 001:14:37 0.593921D+03 0.599339D+03 3457+ 1287 001:15:07 0.593991D+03 0.599339D+03 3577+ 1310 001:15:37 0.594040D+03 0.599339D+03 3778 1357 001:16:08 0.594173D+03 0.599339D+03 3931+ 1395 001:16:38 0.594246D+03 0.599339D+03 4059+ 1424 001:17:08 0.594344D+03 0.599339D+03 4221+ 1460 001:17:38 0.594438D+03 0.599339D+03 4431+ 1504 001:18:08 0.594556D+03 0.599339D+03 * 4516 1504 001:18:25 0.594632D+03 0.598923D+03 4739+ 1546 001:18:56 0.594727D+03 0.598923D+03 * 4830 1068 001:19:10 0.594757D+03 0.598919D+03 4994 1081 001:19:40 0.594840D+03 0.598919D+03 5227+ 1131 001:20:10 0.594951D+03 0.598919D+03 5487+ 1181 001:20:40 0.595056D+03 0.598919D+03 5731+ 1217 001:21:11 0.595163D+03 0.598919D+03 6006 1253 001:21:41 0.595289D+03 0.598919D+03 6253+ 1262 001:22:11 0.595408D+03 0.598919D+03 6603+ 1324 001:22:41 0.595576D+03 0.598919D+03 6803+ 1353 001:23:11 0.595656D+03 0.598919D+03 7058 1330 001:23:41 0.595757D+03 0.598919D+03 8917 1712 001:24:11 0.595762D+03 0.598919D+03 11202 2152 001:24:41 0.595762D+03 0.598919D+03 13493 2558 001:25:11 0.595762D+03 0.598919D+03 15915 3034 001:25:41 0.595762D+03 0.598919D+03 18066 3474 001:26:11 0.595762D+03 0.598919D+03 20360 3715 001:26:41 0.595762D+03 0.598919D+03 22567 3929 001:27:12 0.595762D+03 0.598919D+03 24866 4089 001:27:42 0.595762D+03 0.598919D+03 27161 4237 001:28:12 0.595762D+03 0.598919D+03 29554 4473 001:28:43 0.595762D+03 0.598919D+03 31740 4637 001:29:13 0.595762D+03 0.598919D+03 33932 4786 001:29:43 0.595762D+03 0.598919D+03 36194 4908 001:30:13 0.595762D+03 0.598919D+03 38549 4908 001:30:43 0.595762D+03 0.598919D+03 40395 5059 001:31:13 0.595762D+03 0.598919D+03 42409 5217 001:31:43 0.595762D+03 0.598919D+03 44454 5331 001:32:13 0.595762D+03 0.598919D+03 46588 5460 001:32:44 0.595762D+03 0.598919D+03 48654 5475 001:33:14 0.595762D+03 0.598919D+03 51023 5548 001:33:45 0.595762D+03 0.598919D+03 53117 5604 001:34:15 0.595762D+03 0.598919D+03 54889 5639 001:34:56 0.595762D+03 0.598919D+03 57200 5618 001:35:26 0.595762D+03 0.598919D+03 59216 5670 001:35:57 0.595762D+03 0.598919D+03 61264 5662 001:36:27 0.595762D+03 0.598919D+03 63262 5690 001:36:57 0.595762D+03 0.598919D+03 65264 5800 001:37:27 0.595762D+03 0.598919D+03 67483 5941 001:37:57 0.595762D+03 0.598919D+03 69841 5934 001:38:27 0.595762D+03 0.598919D+03 72004 6115 001:38:57 0.595762D+03 0.598919D+03 74216 6444 001:39:27 0.595762D+03 0.598919D+03 76433 6434 001:39:57 0.595762D+03 0.598919D+03 78705 6614 001:40:28 0.595762D+03 0.598919D+03 80929 6931 001:40:58 0.595762D+03 0.598919D+03 83183 7241 001:41:28 0.595762D+03 0.598919D+03 85339 7650 001:41:58 0.595762D+03 0.598919D+03 87543 8022 001:42:28 0.595762D+03 0.598919D+03 89791 8439 001:42:58 0.595762D+03 0.598919D+03 91974 8720 001:43:28 0.595762D+03 0.598919D+03 94162 9057 001:43:58 0.595762D+03 0.598919D+03 96435 9592 001:44:28 0.595762D+03 0.598919D+03 98633 9957 001:44:58 0.595762D+03 0.598919D+03 100704 10316 001:45:29 0.595762D+03 0.598919D+03 102703 10547 001:45:59 0.595762D+03 0.598919D+03 104939 10756 001:46:29 0.595762D+03 0.598919D+03 107045 10818 001:46:59 0.595762D+03 0.598919D+03 109125 10796 001:47:29 0.595762D+03 0.598919D+03 111235 10856 001:47:59 0.595762D+03 0.598919D+03 113657 10893 001:48:29 0.595762D+03 0.598919D+03 116071 10916 001:48:59 0.595762D+03 0.598919D+03 118455 10976 001:49:29 0.595762D+03 0.598919D+03 120855 11029 001:50:00 0.595762D+03 0.598919D+03 123395 10954 001:50:31 0.595762D+03 0.598919D+03 125854 10956 001:51:01 0.595762D+03 0.598919D+03 128221 11118 001:51:31 0.595762D+03 0.598919D+03 130454 11113 001:52:01 0.595762D+03 0.598919D+03 132660 11093 001:52:31 0.595762D+03 0.598919D+03 134820 11086 001:53:01 0.595762D+03 0.598919D+03 137081 11128 001:53:31 0.595762D+03 0.598919D+03 139312 11127 001:54:01 0.595762D+03 0.598919D+03 141747 11114 001:54:31 0.595762D+03 0.598919D+03 144278 11114 001:55:01 0.595762D+03 0.598919D+03 146709 11085 001:55:31 0.595762D+03 0.598919D+03 149308 11157 001:56:01 0.595762D+03 0.598919D+03 151915 11104 001:56:31 0.595762D+03 0.598919D+03 154583 11124 001:57:01 0.595762D+03 0.598919D+03 157057 11206 001:57:31 0.595762D+03 0.598919D+03 159610 11186 001:58:01 0.595762D+03 0.598919D+03 162181 11180 001:58:32 0.595762D+03 0.598919D+03 164774 11194 001:59:02 0.595762D+03 0.598919D+03 167053 11189 001:59:32 0.595762D+03 0.598919D+03 169179 11179 002:00:00 0.595762D+03 0.598919D+03 *** Max. allowable CPU time exceeded *** LP subsolver time: 000:46:51, in seconds: 2810.70 NLP subsolver time: 001:05:53, in seconds: 3952.83 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:07:16, in seconds: 436.47 Total time elapsed: 002:00:00, in seconds: 7200.00 on parsing: 000:00:00, in seconds: 0.32 on preprocessing: 000:52:27, in seconds: 3147.00 on navigating: 000:00:24, in seconds: 24.47 on relaxed: 000:25:08, in seconds: 1508.44 on local: 000:13:30, in seconds: 810.37 on tightening: 000:04:00, in seconds: 240.35 on marginals: 000:00:01, in seconds: 0.69 on probing: 000:24:28, in seconds: 1468.37 Total no. of BaR iterations: 169179 Best solution found at node: 4830 Max. no. of nodes in memory: 11235 Cut generation statistics (number of cuts / CPU sec) Bilinear 84 0.00 Multilinears 0 0.00 Convexity 0 0.00 All done =========================================================================== Solution = 598.919176411 found at node 4830 Best possible = 595.762405402 Absolute gap = 3.15677100899995 optca = 1E-9 Relative gap = 0.00530 optcr = 1E-6 --- Restarting execution --- waste.gms(5247) 3 Mb --- Reading solution for model m *** Status: Normal completion --- Job waste.gms Stop 11/21/12 05:16:52 elapsed 2:00:19.414 @04 1353471412 ----------------------------- Mi 21. Nov 05:16:52 CET 2012 ----------------------------- =ready= Linux opt232 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/water3.gms =========== ----------------------------- Mi 21. Nov 03:18:58 CET 2012 ----------------------------- @03 1353464338 --- Job water3.gms Start 11/21/12 03:18:58 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- water3.gms(729) 3 Mb --- Starting execution: elapsed 0:00:00.050 --- water3.gms(724) 4 Mb --- Generating MINLP model m --- water3.gms(729) 6 Mb --- 138 rows 196 columns 757 non-zeroes --- 140 nl-code 46 nl-non-zeroes --- 28 discrete-columns --- water3.gms(729) 4 Mb --- Executing BARON: elapsed 0:00:00.057 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" *** Cannot handle SOS1 variables --- Bar_Space_Length = 16383Mb --- Restarting execution --- water3.gms(729) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job water3.gms Stop 11/21/12 03:18:58 elapsed 0:00:00.093 @04 1353464338 ----------------------------- Mi 21. Nov 03:18:58 CET 2012 ----------------------------- =ready= Linux opt232 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/water4.gms =========== ----------------------------- Mi 21. Nov 03:18:58 CET 2012 ----------------------------- @03 1353464338 --- Job water4.gms Start 11/21/12 03:18:58 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- water4.gms(692) 2 Mb --- Starting execution: elapsed 0:00:00.027 --- water4.gms(687) 3 Mb --- Generating MINLP model m --- water4.gms(692) 5 Mb --- 138 rows 196 columns 757 non-zeroes --- 140 nl-code 46 nl-non-zeroes --- 126 discrete-columns --- water4.gms(692) 3 Mb --- Executing BARON: elapsed 0:00:00.032 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 11607309 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:00 0.195752D+03 0.100000D+52 1 0 000:00:01 0.100000D+52 0.100000D+52 Cleaning up solution and calculating dual *** Normal Completion *** *** No feasible solution was found *** LP subsolver time: 000:00:01, in seconds: 0.59 NLP subsolver time: 000:00:00, in seconds: 0.23 Cutting time: 000:00:00, in seconds: 0.00 All other time: 000:00:00, in seconds: 0.06 Total time elapsed: 000:00:01, in seconds: 0.88 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:00, in seconds: 0.43 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.01 on local: 000:00:00, in seconds: 0.11 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.31 Total no. of BaR iterations: 1 Best solution found at node: -3 Max. no. of nodes in memory: 1 Cut generation statistics (number of cuts / CPU sec) Bilinear 124 0.00 Multilinears 212 0.00 Convexity 0 0.00 All done =========================================================================== --- Restarting execution --- water4.gms(692) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job water4.gms Stop 11/21/12 03:18:59 elapsed 0:00:00.980 @04 1353464339 ----------------------------- Mi 21. Nov 03:18:59 CET 2012 ----------------------------- =ready= Linux opt232 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/waterful2.gms =========== ----------------------------- Mi 21. Nov 03:18:59 CET 2012 ----------------------------- @03 1353464339 --- Job waterful2.gms Start 11/21/12 03:18:59 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- waterful2.gms(2150) 3 Mb --- Starting execution: elapsed 0:00:00.045 --- waterful2.gms(2145) 4 Mb --- Generating MINLP model m --- waterful2.gms(2150) 6 Mb --- 384 rows 630 columns 2,479 non-zeroes --- 350 nl-code 116 nl-non-zeroes --- 56 discrete-columns --- waterful2.gms(2150) 4 Mb --- Executing BARON: elapsed 0:00:00.051 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" *** Cannot handle SOS1 variables --- Bar_Space_Length = 16383Mb --- Restarting execution --- waterful2.gms(2150) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job waterful2.gms Stop 11/21/12 03:18:59 elapsed 0:00:00.077 @04 1353464339 ----------------------------- Mi 21. Nov 03:18:59 CET 2012 ----------------------------- =ready= Linux opt232 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/watersbp.gms =========== ----------------------------- Mi 21. Nov 03:19:00 CET 2012 ----------------------------- @03 1353464340 --- Job watersbp.gms Start 11/21/12 03:19:00 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- watersbp.gms(687) 3 Mb --- Starting execution: elapsed 0:00:00.037 --- watersbp.gms(682) 4 Mb --- Generating MINLP model m --- watersbp.gms(687) 6 Mb --- 138 rows 196 columns 645 non-zeroes --- 140 nl-code 46 nl-non-zeroes --- 28 discrete-columns --- watersbp.gms(687) 4 Mb --- Executing BARON: elapsed 0:00:00.044 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" *** Cannot handle SOS1 variables --- Bar_Space_Length = 16383Mb --- Restarting execution --- watersbp.gms(687) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job watersbp.gms Stop 11/21/12 03:19:00 elapsed 0:00:00.076 @04 1353464340 ----------------------------- Mi 21. Nov 03:19:00 CET 2012 ----------------------------- =ready= Linux opt232 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/waters.gms =========== ----------------------------- Mi 21. Nov 03:19:01 CET 2012 ----------------------------- @03 1353464341 --- Job waters.gms Start 11/21/12 03:19:01 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- waters.gms(584) 3 Mb --- Starting execution: elapsed 0:00:00.039 --- waters.gms(579) 4 Mb --- Generating MINLP model m --- waters.gms(584) 6 Mb --- 138 rows 196 columns 645 non-zeroes --- 140 nl-code 46 nl-non-zeroes --- 14 discrete-columns --- waters.gms(584) 4 Mb --- Executing BARON: elapsed 0:00:00.046 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" *** Cannot handle SOS1 variables --- Bar_Space_Length = 16383Mb --- Restarting execution --- waters.gms(584) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job waters.gms Stop 11/21/12 03:19:01 elapsed 0:00:00.077 @04 1353464341 ----------------------------- Mi 21. Nov 03:19:01 CET 2012 ----------------------------- =ready= Linux opt232 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/watersym1.gms =========== ----------------------------- Mi 21. Nov 03:19:01 CET 2012 ----------------------------- @03 1353464341 --- Job watersym1.gms Start 11/21/12 03:19:01 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- watersym1.gms(1121) 3 Mb --- Starting execution: elapsed 0:00:00.040 --- watersym1.gms(1116) 4 Mb --- Generating MINLP model m --- watersym1.gms(1121) 6 Mb --- 202 rows 322 columns 1,247 non-zeroes --- 182 nl-code 60 nl-non-zeroes --- 28 discrete-columns --- watersym1.gms(1121) 4 Mb --- Executing BARON: elapsed 0:00:00.048 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" *** Cannot handle SOS1 variables --- Bar_Space_Length = 16383Mb --- Restarting execution --- watersym1.gms(1121) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job watersym1.gms Stop 11/21/12 03:19:01 elapsed 0:00:00.082 @04 1353464341 ----------------------------- Mi 21. Nov 03:19:01 CET 2012 ----------------------------- =ready= Linux opt232 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/watersym2.gms =========== ----------------------------- Mi 21. Nov 03:19:02 CET 2012 ----------------------------- @03 1353464342 --- Job watersym2.gms Start 11/21/12 03:19:02 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- watersym2.gms(1121) 3 Mb --- Starting execution: elapsed 0:00:00.038 --- watersym2.gms(1116) 4 Mb --- Generating MINLP model m --- watersym2.gms(1121) 6 Mb --- 202 rows 322 columns 1,247 non-zeroes --- 182 nl-code 60 nl-non-zeroes --- 28 discrete-columns --- watersym2.gms(1121) 4 Mb --- Executing BARON: elapsed 0:00:00.046 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" *** Cannot handle SOS1 variables --- Bar_Space_Length = 16383Mb --- Restarting execution --- watersym2.gms(1121) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job watersym2.gms Stop 11/21/12 03:19:02 elapsed 0:00:00.081 @04 1353464342 ----------------------------- Mi 21. Nov 03:19:02 CET 2012 ----------------------------- =ready= Linux opt232 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/waterx.gms =========== ----------------------------- Mi 21. Nov 03:19:02 CET 2012 ----------------------------- @03 1353464342 --- Job waterx.gms Start 11/21/12 03:19:02 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- waterx.gms(233) 2 Mb --- Starting execution: elapsed 0:00:00.022 --- waterx.gms(228) 3 Mb --- Generating MINLP model m --- waterx.gms(233) 5 Mb --- 55 rows 71 columns 241 non-zeroes --- 270 nl-code 60 nl-non-zeroes --- 14 discrete-columns --- waterx.gms(233) 3 Mb --- Executing BARON: elapsed 0:00:00.026 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 13255261 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:01 0.145330D+03 0.100000D+52 1 1 000:00:01 0.145330D+03 0.100000D+52 * 2 2 000:00:01 0.145330D+03 0.981351D+03 * 4 3 000:00:02 0.145484D+03 0.940085D+03 257+ 135 000:00:32 0.146513D+03 0.940085D+03 833 392 000:01:02 0.148970D+03 0.940085D+03 1512 657 000:01:32 0.157669D+03 0.940085D+03 2108+ 861 000:02:02 0.173035D+03 0.940085D+03 2666 1071 000:02:32 0.176842D+03 0.940085D+03 3238+ 1272 000:03:02 0.182987D+03 0.940085D+03 3721+ 1455 000:03:32 0.185366D+03 0.940085D+03 4258+ 1685 000:04:02 0.187588D+03 0.940085D+03 4865+ 1949 000:04:32 0.188878D+03 0.940085D+03 5430+ 2186 000:05:02 0.190343D+03 0.940085D+03 5926+ 2379 000:05:32 0.192130D+03 0.940085D+03 6450+ 2588 000:06:02 0.194617D+03 0.940085D+03 7001+ 2778 000:06:32 0.196867D+03 0.940085D+03 7462 2937 000:07:02 0.198514D+03 0.940085D+03 8004+ 3129 000:07:32 0.200774D+03 0.940085D+03 8542 3333 000:08:02 0.203324D+03 0.940085D+03 9012+ 3498 000:08:32 0.205167D+03 0.940085D+03 9520+ 3686 000:09:02 0.207404D+03 0.940085D+03 9988+ 3871 000:09:32 0.208418D+03 0.940085D+03 10432+ 4041 000:10:02 0.209720D+03 0.940085D+03 10909+ 4254 000:10:32 0.210418D+03 0.940085D+03 11433+ 4478 000:11:02 0.211202D+03 0.940085D+03 12012 4688 000:11:32 0.212339D+03 0.940085D+03 12477+ 4886 000:12:02 0.213424D+03 0.940085D+03 12987+ 5089 000:12:32 0.214602D+03 0.940085D+03 13432+ 5261 000:13:02 0.215967D+03 0.940085D+03 13815 5412 000:13:32 0.217067D+03 0.940085D+03 14319+ 5563 000:14:02 0.218623D+03 0.940085D+03 14855+ 5768 000:14:32 0.220267D+03 0.940085D+03 15308 5942 000:15:02 0.221223D+03 0.940085D+03 15805+ 6145 000:15:32 0.222196D+03 0.940085D+03 16295+ 6342 000:16:02 0.223256D+03 0.940085D+03 16820 6555 000:16:32 0.224470D+03 0.940085D+03 17253+ 6750 000:17:02 0.224913D+03 0.940085D+03 17756 6930 000:17:32 0.225789D+03 0.940085D+03 18237+ 7140 000:18:02 0.226283D+03 0.940085D+03 18649 7338 000:18:33 0.226430D+03 0.940085D+03 19199+ 7560 000:19:03 0.227121D+03 0.940085D+03 19718+ 7765 000:19:33 0.227775D+03 0.940085D+03 20285+ 7981 000:20:03 0.228526D+03 0.940085D+03 20795+ 8181 000:20:33 0.229209D+03 0.940085D+03 21303+ 8391 000:21:03 0.229855D+03 0.940085D+03 21836+ 8619 000:21:33 0.230370D+03 0.940085D+03 22360+ 8826 000:22:03 0.231006D+03 0.940085D+03 22921 9063 000:22:33 0.231730D+03 0.940085D+03 23488+ 9270 000:23:03 0.232340D+03 0.940085D+03 23929+ 9449 000:23:33 0.232994D+03 0.940085D+03 24518+ 9656 000:24:03 0.233546D+03 0.940085D+03 25009+ 9839 000:24:33 0.234083D+03 0.940085D+03 25499+ 10017 000:25:03 0.234672D+03 0.940085D+03 26117+ 10256 000:25:33 0.235231D+03 0.940085D+03 26627+ 10457 000:26:03 0.235708D+03 0.940085D+03 27182+ 10677 000:26:33 0.236185D+03 0.940085D+03 27702+ 10862 000:27:03 0.236752D+03 0.940085D+03 28168+ 11042 000:27:33 0.237133D+03 0.940085D+03 28615+ 11226 000:28:03 0.237417D+03 0.940085D+03 29155 11414 000:28:33 0.237867D+03 0.940085D+03 29702+ 11612 000:29:03 0.238286D+03 0.940085D+03 30231 11798 000:29:33 0.238823D+03 0.940085D+03 30740+ 11986 000:30:03 0.239228D+03 0.940085D+03 31368+ 12216 000:30:33 0.239660D+03 0.940085D+03 31851+ 12412 000:31:03 0.240039D+03 0.940085D+03 32328+ 12589 000:31:33 0.240472D+03 0.940085D+03 32805+ 12759 000:32:03 0.240861D+03 0.940085D+03 33432 12981 000:32:33 0.241428D+03 0.940085D+03 33946+ 13195 000:33:03 0.241838D+03 0.940085D+03 34502+ 13387 000:33:33 0.242300D+03 0.940085D+03 35023 13593 000:34:03 0.242801D+03 0.940085D+03 35490+ 13758 000:34:33 0.243155D+03 0.940085D+03 36043 13966 000:35:03 0.243617D+03 0.940085D+03 36597+ 14159 000:35:33 0.244191D+03 0.940085D+03 37115+ 14364 000:36:03 0.244620D+03 0.940085D+03 37565+ 14538 000:36:33 0.244892D+03 0.940085D+03 38080 14725 000:37:03 0.245355D+03 0.940085D+03 38498 14877 000:37:33 0.245775D+03 0.940085D+03 39027+ 15056 000:38:03 0.246240D+03 0.940085D+03 39549+ 15278 000:38:33 0.246616D+03 0.940085D+03 40103+ 15469 000:39:03 0.247102D+03 0.940085D+03 40625+ 15637 000:39:33 0.247596D+03 0.940085D+03 41031+ 15784 000:40:03 0.247950D+03 0.940085D+03 41455 15962 000:40:33 0.248254D+03 0.940085D+03 41823+ 16100 000:41:03 0.248548D+03 0.940085D+03 42278+ 16274 000:41:33 0.248899D+03 0.940085D+03 42793+ 16455 000:42:03 0.249291D+03 0.940085D+03 43219 16593 000:42:33 0.249698D+03 0.940085D+03 43739+ 16785 000:43:03 0.250098D+03 0.940085D+03 44160+ 16946 000:43:33 0.250410D+03 0.940085D+03 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40007 001:55:37 0.282137D+03 0.940085D+03 107965+ 40153 001:56:07 0.282271D+03 0.940085D+03 108350+ 40260 001:56:37 0.282390D+03 0.940085D+03 108833+ 40408 001:57:07 0.282544D+03 0.940085D+03 109195+ 40547 001:57:37 0.282652D+03 0.940085D+03 109652+ 40714 001:58:07 0.282818D+03 0.940085D+03 110045+ 40861 001:58:37 0.282958D+03 0.940085D+03 110480 41015 001:59:07 0.283100D+03 0.940085D+03 110890+ 41140 001:59:37 0.283244D+03 0.940085D+03 111170 41252 002:00:00 0.283329D+03 0.940085D+03 *** Max. allowable CPU time exceeded *** LP subsolver time: 001:45:20, in seconds: 6320.34 NLP subsolver time: 000:07:45, in seconds: 464.50 Cutting time: 000:01:20, in seconds: 80.14 All other time: 000:05:35, in seconds: 335.01 Total time elapsed: 002:00:00, in seconds: 7200.00 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:01, in seconds: 0.72 on navigating: 000:00:07, in seconds: 6.87 on relaxed: 000:13:13, in seconds: 792.70 on local: 000:07:44, in seconds: 464.00 on tightening: 000:02:50, in seconds: 170.30 on marginals: 000:00:01, in seconds: 0.63 on probing: 001:36:05, in seconds: 5764.77 Total no. of BaR iterations: 111170 Best solution found at node: 4 Max. no. of nodes in memory: 41254 Cut generation statistics (number of cuts / CPU sec) Bilinear 7505375 14.30 Multilinears 0 0.00 Convexity 157144229 65.85 All done =========================================================================== Solution = 940.084872397 found at node 4 Best possible = 283.328736974 Absolute gap = 656.756135423 optca = 1E-9 Relative gap = 2.31800 optcr = 1E-6 --- Restarting execution --- waterx.gms(233) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job waterx.gms Stop 11/21/12 05:19:21 elapsed 2:00:19.038 @04 1353471561 ----------------------------- Mi 21. Nov 05:19:21 CET 2012 ----------------------------- =ready= Linux opt220 3.1.10-1.16-desktop #1 SMP PREEMPT Wed Jun 27 05:21:40 UTC 2012 (d016078) x86_64 x86_64 x86_64 GNU/Linux @01 MINLP/instances/MINLPLib/gms/waterz.gms =========== ----------------------------- Mi 21. Nov 03:22:48 CET 2012 ----------------------------- @03 1353464568 --- Job waterz.gms Start 11/21/12 03:22:48 LEX-LEG 23.9.5 x86_64/Linux GAMS Rev 239 Copyright (C) 1987-2012 GAMS Development. All rights reserved Licensee: Stefan Vigerske G120724/0001AV-GEN GAMS Development Corp DC7303 License for teaching and research at degree granting institutions --- Starting compilation --- waterz.gms(548) 2 Mb --- Starting execution: elapsed 0:00:00.027 --- waterz.gms(543) 3 Mb --- Generating MINLP model m --- waterz.gms(548) 5 Mb --- 138 rows 196 columns 645 non-zeroes --- 140 nl-code 46 nl-non-zeroes --- 126 discrete-columns --- waterz.gms(548) 3 Mb --- Executing BARON: elapsed 0:00:00.034 GAMS/BARON Jul 4, 2012 23.9.5 LEX 36376.36401 LEG x86_64/Linux --- Using Option File Reading parameter(s) from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" >> *constraint satisfaction tolerance >> contol 1e-6 Finished reading from "/home/optimi/bzfviger/optimi/scip/check/results/check.minlplibmost.gams.BARON.opt.baron.opt/baron.opt" --- Bar_Space_Length = 16383Mb =========================================================================== BARON version 11.5.2. Built: LNX-64 Mon Oct 22 23:19:12 EDT 2012 If you use this software, please cite: Tawarmalani, M. and N. V. Sahinidis, A polyhedral branch-and-cut approach to global optimization, Mathematical Programming, 103(2), 225-249, 2005. BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/ Parts of the BARON software were created at the University of Illinois at Urbana-Champaign. =========================================================================== Supplied value of maxiter is above allowable maximum Setting maxiter to -1.0000000000000000 and continuing. This BARON run may utilize the following subsolver(s) For LP: ILOG CPLEX For NLP: MINOS, SNOPT, GAMS external NLP solver, COIN IPOPT with MUMPS and METIS =========================================================================== Doing local search Solving bounding LP Starting preprocessing LPs Done with preprocessing LPs Starting multi-start local search Done with local search =========================================================================== We have space for 11607309 nodes in the tree (in 16383 MB memory) =========================================================================== Iteration Open nodes Total time Lower bound Upper bound 1 1 000:00:01 0.225377D+02 0.100000D+52 1 0 000:00:01 0.100000D+52 0.100000D+52 Cleaning up solution and calculating dual *** Normal Completion *** *** No feasible solution was found *** LP subsolver time: 000:00:00, in seconds: 0.38 NLP subsolver time: 000:00:01, in seconds: 0.70 Cutting time: 000:00:00, in seconds: 0.01 All other time: 000:00:00, in seconds: 0.05 Total time elapsed: 000:00:01, in seconds: 1.14 on parsing: 000:00:00, in seconds: 0.01 on preprocessing: 000:00:01, in seconds: 0.78 on navigating: 000:00:00, in seconds: 0.01 on relaxed: 000:00:00, in seconds: 0.01 on local: 000:00:00, in seconds: 0.18 on tightening: 000:00:00, in seconds: 0.00 on marginals: 000:00:00, in seconds: 0.00 on probing: 000:00:00, in seconds: 0.15 Total no. of BaR iterations: 1 Best solution found at node: -3 Max. no. of nodes in memory: 1 Cut generation statistics (number of cuts / CPU sec) Bilinear 151 0.00 Multilinears 229 0.00 Convexity 0 0.00 All done =========================================================================== --- Restarting execution --- waterz.gms(548) 2 Mb --- Reading solution for model m *** Status: Normal completion --- Job waterz.gms Stop 11/21/12 03:22:49 elapsed 0:00:01.231 @04 1353464569 ----------------------------- Mi 21. Nov 03:22:49 CET 2012 ----------------------------- =ready=