--- Job nuclearva Start 09/03/08 01:42:10 GAMS Rev 228 Copyright (C) 1987-2008 GAMS Development. All rights reserved *** License File has expired 2 days ago Licensee: Stefan Vigerske G071106/0001CB-LNX Humboldt University Berlin, Numerical Mathematics DC5918 --- Starting compilation --- nuclearva.gms(1263) 2 Mb --- Starting execution: elapsed 0:00:00.049 --- nuclearva.gms(1258) 3 Mb --- Generating MINLP model m --- nuclearva.gms(1263) 5 Mb --- 318 rows 352 columns 2,545 non-zeroes --- 11,347 nl-code 2,024 nl-non-zeroes --- 168 discrete-columns --- nuclearva.gms(1263) 3 Mb --- Executing BONMIN: elapsed 0:00:00.065 GAMS/Bonmin MINLP Solver (Bonmin Library 0.99) written by P. Bonami List of user-set options: Name Value used bonmin.algorithm = B-BB yes ****************************************************************************** This program contains Ipopt, a library for large-scale nonlinear optimization. Ipopt is released as open source code under the Common Public License (CPL). For more information visit http://projects.coin-or.org/Ipopt ****************************************************************************** NLP0012I Num Status Obj It time NLP0013I 1 OPT -1.005237016739586 94 0.896056 NLP0013I 2 OPT -1.009105481389102 85 0.728046 NLP0013I 3 OPT -1.011226572837903 134 1.18007 NLP0013I 4 OPT -1.007519433104673 186 1.70411 NLP0013I 5 OPT -1.009105481625423 69 0.608038 NLP0013I 6 OPT -1.007519433955062 184 1.6761 NLP0013I 7 OPT -1.009105481548399 66 0.584037 NLP0013I 8 OPT -1.010709489554768 222 2.16813 NLP0013I 9 OPT -1.011226572858506 141 1.50409 NLP0013I 10 OPT -1.007627446019157 111 1.28008 NLP0013I 11 OPT -1.009029246080668 105 1.16807 NLP0013I 12 OPT -1.011225043823969 104 0.896056 NLP0013I 13 OPT -1.010237924149433 87 0.780049 NLP0013I 14 OPT -1.011225043216869 104 0.908057 NLP0013I 15 OPT -1.010237924150216 87 0.764048 NLP0013I 16 OPT -1.008536795732581 137 1.39209 NLP0013I 17 OPT -1.010758620465868 131 1.40409 NLP0013I 18 OPT -1.009336359115321 111 0.964061 NLP0013I 19 OPT -1.007624181346776 192 2.02413 NLP0013I 20 OPT -1.00896429451973 159 1.6601 NLP0012I Num Status Obj It time NLP0013I 21 OPT -1.009944630042098 98 1.16007 NLP0013I 22 OPT -1.011225044601241 114 1.04006 NLP0013I 23 OPT -1.011542104059975 153 1.44009 NLP0013I 24 OPT -1.009105481385223 87 0.740046 NLP0013I 25 OPT -1.006697435800544 95 1.05607 NLP0013I 26 OPT -1.01122657259778 98 0.868055 NLP0013I 27 OPT -1.011225044841618 100 0.904056 NLP0013I 28 OPT -1.008739103549022 97 0.912057 NLP0013I 29 OPT -1.009092543789311 94 1.12807 NLP0013I 30 OPT -1.009823872621828 131 1.46809 NLP0013I 31 OPT -1.011198784553404 124 1.11207 NLP0013I 32 OPT -1.009939600477217 106 1.08007 NLP0013I 33 OPT -1.011225044831854 98 0.884056 NLP0013I 34 OPT -1.009092544343582 89 0.760047 NLP0013I 35 OPT -1.009105481624191 70 0.612038 NLP0013I 36 OPT -1.011225044591299 124 1.26808 NLP0013I 37 OPT -1.009105481632469 67 0.556034 NLP0013I 38 OPT -1.01122657259338 97 0.844053 NLP0013I 39 OPT -1.011225044835396 98 0.852054 NLP0013I 40 OPT -1.009092544343521 94 0.844053 NLP0012I Num Status Obj It time NLP0013I 41 OPT -1.009105481542193 62 0.548034 NLP0013I 42 OPT -1.008885431998411 167 1.5121 NLP0013I 43 OPT -1.011198784553061 120 1.08407 NLP0013I 44 OPT -1.008506706026057 75 0.808051 NLP0013I 45 OPT -1.010890724255048 266 2.64417 NLP0013I 46 OPT -1.009105481382983 85 0.748047 NLP0013I 47 OPT -1.006893541845835 124 1.07607 NLP0013I 48 OPT -1.011134569822083 129 1.16407 NLP0013I 49 OPT -1.01154210406003 156 1.45209 NLP0013I 50 OPT -1.01034956776219 65 0.720045 NLP0013I 51 OPT -1.010311118796301 98 1.24008 NLP0013I 52 OPT -1.011225044613639 93 0.860054 NLP0013I 53 OPT -1.010845270298173 167 1.5921 NLP0013I 54 OPT -1.01113456982205 119 1.06007 NLP0013I 55 OPT -1.011542104074417 149 1.40409 NLP0013I 56 OPT -1.009336359115151 108 0.940058 NLP0013I 57 OPT -1.007335335470583 143 1.27608 NLP0013I 58 OPT -1.011743410115623 177 1.69611 NLP0013I 59 OPT -1.010609240184788 116 0.988062 NLP0013I 60 OPT -1.009098967705774 94 0.820051 NLP0012I Num Status Obj It time NLP0013I 61 OPT -1.010941574139785 111 1.18007 NLP0013I 62 OPT -1.011829457539195 96 0.836052 NLP0013I 63 OPT -1.010401062511479 263 2.67617 NLP0013I 64 OPT -1.009098967696906 90 0.792049 NLP0013I 65 OPT -1.009139840991485 97 1.01606 NLP0013I 66 OPT -1.007002777683746 92 0.840052 NLP0013I 67 OPT -1.011099042065204 115 1.19207 NLP0013I 68 OPT -1.008376221100254 92 0.828052 NLP0013I 69 INFEAS -0.9984376380779467 63 0.612038 NLP0013I 70 OPT -1.008376221100254 92 0.80005 NLP0012I Num Status Obj It time NLP0013I 1 OPT -1.0083762228113 3 0.032002 Cbc0004I Integer solution of -1.00838 found after 92 iterations and 0 nodes (77.44 seconds) Cbc0001I Search completed - best objective -1.0083762228113, took 92 iterations and 0 nodes (77.44 seconds) Cbc0032I Strong branching done 34 times (7981 iterations), fathomed 0 nodes and fixed 1 variables Cbc0035I Maximum depth 0, 0 variables fixed on reduced cost Bonmin finished. Found feasible point. Objective function = -1.008376. Resolve with fixed discrete variables to get dual values. NLP0012I Num Status Obj It time NLP0013I 1 OPT -1.0083762228113 3 0.032002 MINLP solution: -1.008376223 (0 nodes, 78.38 seconds) Best possible: -1.008376223 Absolute gap: 0 Relative gap: 0 GAMS/Bonmin finished. --- Restarting execution --- nuclearva.gms(1263) 0 Mb --- Reading solution for model m *** Status: Normal completion --- Job nuclearva.gms Stop 09/03/08 01:43:30 elapsed 0:01:20.019