Solver Square Comparison: Considers all models.

 Date / Time: 09/01/07 15:55:26

Solver comparison utility.

Compares all solver return outcomes (for example optimal, locally optimal, infeasible, unbounded, fail) of one solver with all return outcomes of another solver. Interrupt denotes resource or iteration limit has been reached. Solver SBB is represented on the left (rows) and solver DICOPT on top (columns). See the solver return definitions for return codes.

Models having trace data only in one trace file are listed in the "no data" column of the other.

 Tracefile 1 : 1-SBB-1.trc.convex Tracefile 2 : 2-DICOPT-1.trc.convex Solvers used : SBB DICOPT Modeltype(s) MINLP

 DICOPT: optimal DICOPT: feasible DICOPT: infeasible DICOPT: unbounded DICOPT: fail DICOPT: no data total SBB SBB: optimal - - - - - - - SBB: feasible - 30 - - 1 - 31 SBB: infeasible - - - - - - - SBB: unbounded - - - - - - - SBB: fail - - - - 5 - 5 SBB: no data - - - - - - - total DICOPT - 30 - - 6 - 36

Solver return definitions:

 Outcome Model Status Solver Status optimal 1 or 15 1 locally optimal 2 any feasible 8 or 16 1 or 2 or 3 or 4 or 5 infeasible 4 or 5 or 10 or 19 1 unbounded 3 or 18 1 fail all other all other

Solver Resource Times

• Models for each solver pair outcome. Listed are the solver resource times TIME(.) in seconds, as well as the ratio RATIO(./.) of resource times for the two solvers if both solved optimally.
• Also listed are the objective values OBJ(.) using both solvers. The better solution found is listed in boldface. A solution is considered better, if the relative objective function difference is greater than 1.00E-05. If both solutions are less than 1e-1, we use the absolute difference.
• Solver resource time ratios for a particular model are listed only if one solver has resource greater than 5.00E-02.

 Modelname Time (SBB) Time (DICOPT) Ratio (SBB/DICOPT) Obj (SBB) Obj (DICOPT) alan 0.0100 0.0200 --- 2.92500000 3.00000000 batch 0.2300 0.0400 5.750 285506.50815158 285506.50824405 du-opt 1.7400 0.1200 14.500 3.56108965 108.84574029 du-opt5 20.8200 0.1100 189.273 8.07365758 50.76141757 ex1223 0.0600 0.0300 2.000 4.57958240 4.57958240 ex1223a 0.0100 0.0300 --- 4.57958240 4.57958240 ex1223b 0.0000 0.0500 0.000 4.57958240 4.57958240 fac1 0.0100 0.0400 --- 160912612.35016900 160912612.35016900 fac3 0.2900 0.1600 1.812 31982309.84800000 31982309.84800000 m3 0.4000 0.1000 4.000 37.80000000 37.80000000 m6 196.7700 2.3700 83.025 129.82493644 82.25687691 m7 223.4600 6.5300 34.221 123.96437781 180.35761902 meanvarx 0.0200 0.0400 --- 14.49698300 14.36923211 nvs03 0.0200 0.0200 --- 16.00000000 16.00000000 nvs10 0.0200 0.1100 0.182 -310.80000000 -310.80000000 risk2b 0.3900 0.1800 2.167 -55.73616850 -55.87613940 risk2bpb 0.4200 0.2200 1.909 -55.73616850 -55.87613940 st_e14 0.0200 0.0500 0.400 4.57958240 4.57958240 st_miqp1 0.0300 0.0200 --- 281.00000000 281.00000000 st_miqp2 0.0300 0.0200 --- 2.00000000 5.00000000 stockcycle 98.0100 0.2000 490.050 143295.16500000 382333.83192308 st_test5 0.0600 0.0200 3.000 -110.00000000 -110.00000000 st_test6 0.0900 0.0400 2.250 471.00000000 471.00000000 st_test8 0.0100 0.0400 --- -29605.00000000 -29575.00000000 st_testgr1 0.0400 0.0400 --- -12.72810000 -9.57515000 st_testgr3 0.0600 0.0300 2.000 -20.46880000 -20.59000000 st_testph4 0.0200 0.0200 --- -80.50000000 -80.50000000 synthes1 0.0300 0.0300 --- 6.00975891 6.00975891 synthes2 0.0400 0.0200 --- 73.03531253 74.29448652 synthes3 0.1800 0.0700 2.571 68.00974052 76.41938054

 Modelname Time (SBB) Time (DICOPT) Ratio (SBB/DICOPT) Obj (SBB) Status (DICOPT) st_miqp4 0.0000 NA --- -4574.00000000 mstat(13) sstat(13)

 Modelname Time (SBB) Time (DICOPT) Ratio (SBB/DICOPT) Status (SBB) Status (DICOPT) fo7 324.9200 31.2300 --- mstat(14) sstat( 4) mstat( 9) sstat( 4) o7 317.6600 151.4200 --- mstat(14) sstat( 4) mstat( 9) sstat( 2) tls12 578.4800 1182.4400 --- mstat(14) sstat( 4) mstat( 9) sstat( 4) tls6 173.5400 83.7700 --- mstat(14) sstat( 4) mstat( 9) sstat( 2) tls7 259.4800 86.1100 --- mstat(14) sstat( 4) mstat( 9) sstat( 2)

 Modelname Time (SBB) Obj (SBB) alan 0.0100 2.92500000 batch 0.2300 285506.50815158 du-opt 1.7400 3.56108965 du-opt5 20.8200 8.07365758 ex1223 0.0600 4.57958240 ex1223a 0.0100 4.57958240 ex1223b 0.0000 4.57958240 fac1 0.0100 160912612.35016900 fac3 0.2900 31982309.84800000 m3 0.4000 37.80000000 m6 196.7700 129.82493644 m7 223.4600 123.96437781 meanvarx 0.0200 14.49698300 nvs03 0.0200 16.00000000 nvs10 0.0200 -310.80000000 risk2b 0.3900 -55.73616850 risk2bpb 0.4200 -55.73616850 st_e14 0.0200 4.57958240 st_miqp1 0.0300 281.00000000 st_miqp2 0.0300 2.00000000 st_miqp4 0.0000 -4574.00000000 stockcycle 98.0100 143295.16500000 st_test5 0.0600 -110.00000000 st_test6 0.0900 471.00000000 st_test8 0.0100 -29605.00000000 st_testgr1 0.0400 -12.72810000 st_testgr3 0.0600 -20.46880000 st_testph4 0.0200 -80.50000000 synthes1 0.0300 6.00975891 synthes2 0.0400 73.03531253 synthes3 0.1800 68.00974052

 Modelname Time (SBB) Status (SBB) fo7 -- mstat(14) sstat( 4) o7 -- mstat(14) sstat( 4) tls12 -- mstat(14) sstat( 4) tls6 -- mstat(14) sstat( 4) tls7 -- mstat(14) sstat( 4)

 Modelname Time (DICOPT) Obj (DICOPT) alan 0.0200 3.00000000 batch 0.0400 285506.50824405 du-opt 0.1200 108.84574029 du-opt5 0.1100 50.76141757 ex1223 0.0300 4.57958240 ex1223a 0.0300 4.57958240 ex1223b 0.0500 4.57958240 fac1 0.0400 160912612.35016900 fac3 0.1600 31982309.84800000 m3 0.1000 37.80000000 m6 2.3700 82.25687691 m7 6.5300 180.35761902 meanvarx 0.0400 14.36923211 nvs03 0.0200 16.00000000 nvs10 0.1100 -310.80000000 risk2b 0.1800 -55.87613940 risk2bpb 0.2200 -55.87613940 st_e14 0.0500 4.57958240 st_miqp1 0.0200 281.00000000 st_miqp2 0.0200 5.00000000 stockcycle 0.2000 382333.83192308 st_test5 0.0200 -110.00000000 st_test6 0.0400 471.00000000 st_test8 0.0400 -29575.00000000 st_testgr1 0.0400 -9.57515000 st_testgr3 0.0300 -20.59000000 st_testph4 0.0200 -80.50000000 synthes1 0.0300 6.00975891 synthes2 0.0200 74.29448652 synthes3 0.0700 76.41938054