## Resource Times:

Results created on 09/14/12 19:33:55 using the PAVER Server/Performance tools available at http://www.gamsworld.eu/performance/paver

See the solver return definitions for optimal/feasible model and solve statuses. Solutions are not checked for how close they are to eachother.

Resource times are considered the same, if they are within 10% of eachother. A solver is considered faster than another, if it is less than 50% faster than the other. A solver is considered much faster than another, if it is more than 50% faster than the other.

If a model was not solved optimal/feasible by both solvers, the resource time is considered the same. If a model was solved optimal/feasible by solver A but not by solver B, then solver A is considered infinitely faster than solver B. Similarly, if one solver has trace data and the other has no data, then the first solver is consideredinfinitely faster.

A solver is considered to have a better objective function value, if the relative objective value difference is greater than 1.50E-04 For objective values below 1e-1 we use absolute differences.

Input File Number Filename
Tracefile 1: minlpconvex_scip32.pav
Tracefile 2: minlpconvex_sbb.pav
Solvers used : MYSCIP_assumeconvex
SBB_sbb
Modeltype(s)   MINLP
Threshold: Solver Faster 10%
Threshold: Solver Much Faster 50%
Threshold: Solver Infinitely Faster Other solver failed

Total Obj MYSCIP_assumeconvex better Obj same Obj SBB_sbb better
Solver MYSCIP_assumeconvex infinitely faster : 10 10 - -
Solver MYSCIP_assumeconvex much faster : 110 44 66 -
Solver MYSCIP_assumeconvex faster : 10 6 4 -
Solvers perform the same : 8 6 2 -
Solver SBB_sbb faster : 3 - 3 -
Solver SBB_sbb much faster : 10 - 8 2
Solver SBB_sbb infinitely faster : 3 - - 3
Both solvers failed to solve optimally : 1 - 1 -
Total models: : 15566845

### Solver return definition:

Outcome Model Status Solver Status
globally optimal 1 or 15 1
locally optimal/feasible 2 or 8 or 16 1 or 2 or 3 or 4 or 5 or 8

### Resource Times:

• Models for each resource time category. Listed are the solver resource times TIME(.) in seconds, as well as the ratio of resource times RATIO(.)for the two solvers if both solved optimally. Models not solved optimally by a solver have status listed instead of resource time.
• 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 1.50E-04.
• Solver resource time ratios for a particular model are listed only if both solvers are optimal and if one solver has resource time greater than 5.00E-02.

### Solver MYSCIP_assumeconvex infinitely faster - Obj of MYSCIP_assumeconvex better:

 Modelname Time (MYSCIP_assumeconvex) Time (SBB_sbb) Ratio (MYSCIP_assumeconvex / SBB_sbb) Obj (MYSCIP_assumeconvex) Obj (SBB_sbb) clay0303m 0.4360 fail -- 2.66691000E+04 2.75883000E+04 FLay05H 232.2830 fail -- 6.44981000E+01 6.40444000E+01 FLay06M 2587.4000 fail -- 6.69327000E+01 6.67916000E+01 fo9_ar2_1 1361.5800 fail -- 3.26250000E+01 1.00000000E+20 fo9_ar25_1 7458.6500 fail -- 3.21864000E+01 1.00000000E+20 fo9_ar3_1 80.7270 fail -- 2.48155000E+01 1.00000000E+20 fo9_ar4_1 700.2040 fail -- 2.34643000E+01 1.00000000E+20 netmod_dol2 38.4470 fail -- -5.60008000E-01 -6.47293000E-01 o9_ar4_1 7412.4000 fail -- 2.36138000E+02 1.00000000E+20 tls7 7315.0100 fail -- 1.58000000E+01 1.00000000E+20

### Solver MYSCIP_assumeconvex much faster - Obj of MYSCIP_assumeconvex better:

 Modelname Time (MYSCIP_assumeconvex) Time (SBB_sbb) Ratio (MYSCIP_assumeconvex / SBB_sbb) Obj (MYSCIP_assumeconvex) Obj (SBB_sbb) RSyn0810M02M 38.7710 8679.9900 0.004 1.74139000E+03 1.59216000E+03 RSyn0810M03M 95.1980 7569.2100 0.013 2.72245000E+03 2.36877000E+03 RSyn0810M04M 491.3120 7495.6000 0.066 6.58193000E+03 5.43333000E+03 RSyn0820M02M 189.1830 7627.2200 0.025 1.09209000E+03 6.69537000E+02 RSyn0840M02M 984.6840 8159.1100 0.121 7.34983000E+02 1.91126000E+02 RSyn0840M 1.7030 11688.7000 0.000 3.25555000E+02 2.47397000E+02 SLay08H 30.9390 7413.2200 0.004 8.49602000E+04 8.51150000E+04 SLay09H 986.2290 7412.7900 0.133 1.07806000E+05 1.22507000E+05 SLay10H 1748.7000 7356.2200 0.238 1.29580000E+05 1.53256000E+05 Syn20M04M 17.5570 7781.6900 0.002 3.53274000E+03 3.50074000E+03 Syn40M02M 94.3190 8804.5400 0.011 3.88772000E+02 3.44487000E+02 Syn40M03M 1733.0000 7548.5800 0.230 3.95148000E+02 2.94290000E+02 sssd-10-4-3 2.6580 12944.6000 0.000 1.52710000E+05 1.59329000E+05 sssd-12-5-3 4.0020 19374.5000 0.000 2.61143000E+05 3.30320000E+05 sssd-15-6-3 11.3280 15779.7000 0.001 4.40711000E+05 5.13871000E+05 sssd-16-8-3 444.4330 13118.5000 0.034 6.15763000E+05 7.09652000E+05 sssd-18-8-3 542.1740 12851.3000 0.042 5.24063000E+05 6.37320000E+05 fo7_ar2_1 32.3480 7545.5400 0.004 2.48398000E+01 3.48713000E+01 fo7_ar25_1 22.1460 7414.1500 0.003 2.30936000E+01 2.56784000E+01 fo7_ar3_1 26.0700 7413.0500 0.004 2.25175000E+01 2.31210000E+01 fo7_ar4_1 44.5350 7368.0300 0.006 2.07298000E+01 2.94755000E+01 fo7_ar5_1 13.2490 7340.0900 0.002 1.77493000E+01 1.90120000E+01 fo7 128.7190 7431.2200 0.017 2.07298000E+01 2.84523000E+01 fo8_ar2_1 225.8400 7498.4800 0.030 3.03406000E+01 4.84199000E+01 fo8_ar25_1 168.2290 7372.1000 0.023 2.80452000E+01 4.16304000E+01 fo8_ar3_1 107.9150 7329.2200 0.015 2.39100000E+01 4.07912000E+01 fo8_ar4_1 128.2540 7294.2400 0.018 2.23819000E+01 3.34653000E+01 fo8_ar5_1 90.1740 7299.6800 0.012 2.23819000E+01 4.56578000E+01 fo8 377.7440 7381.7800 0.051 2.23819000E+01 4.10696000E+01 fo9_ar5_1 913.2290 7263.1100 0.126 2.34643000E+01 4.16603000E+01 fo9 877.6090 7344.6400 0.119 2.34643000E+01 4.99615000E+01 no7_ar2_1 19.6950 7471.5700 0.003 1.07815000E+02 1.51860000E+02 no7_ar25_1 53.3200 7380.7300 0.007 1.07815000E+02 1.48786000E+02 no7_ar3_1 171.5720 7374.7100 0.023 1.07815000E+02 1.34427000E+02 no7_ar4_1 101.1420 7367.5900 0.014 9.85184000E+01 1.20701000E+02 no7_ar5_1 63.5460 7343.6400 0.009 9.06227000E+01 1.18382000E+02 o7_2 1272.4600 7409.9700 0.172 1.16946000E+02 1.22353000E+02 o7_ar2_1 78.4490 7458.1000 0.011 1.40412000E+02 1.77946000E+02 o7_ar25_1 465.1740 7424.6000 0.063 1.40412000E+02 1.80922000E+02 o7_ar3_1 712.5000 7369.9300 0.097 1.37932000E+02 1.63977000E+02 o7_ar4_1 1244.0700 7346.2800 0.169 1.31653000E+02 1.83000000E+02 o7_ar5_1 419.9260 7350.2000 0.057 1.16946000E+02 1.29239000E+02 o7 1575.0800 7424.4200 0.212 1.31653000E+02 1.65396000E+02 tls4 9.2560 15208.6000 0.001 8.30000000E+00 1.37000000E+01

### Solver MYSCIP_assumeconvex much faster - Obj same for both solvers:

 Modelname Time (MYSCIP_assumeconvex) Time (SBB_sbb) Ratio (MYSCIP_assumeconvex / SBB_sbb) Obj (MYSCIP_assumeconvex) Obj (SBB_sbb) BatchS101006M 21.7270 81.6070 0.266 7.69440000E+05 7.69440000E+05 BatchS121208M 30.9590 99.3970 0.311 1.24113000E+06 1.24113000E+06 BatchS201210M 54.2590 517.8210 0.105 2.29535000E+06 2.29535000E+06 clay0203h 0.7740 3.9370 0.197 4.15728000E+04 4.15733000E+04 clay0203m 0.3100 1.8450 0.168 4.15729000E+04 4.15733000E+04 clay0204h 2.6050 43.6850 0.060 6.54500000E+03 6.54500000E+03 clay0204m 1.1560 10.9330 0.106 6.54500000E+03 6.54500000E+03 clay0205h 15.4340 688.0400 0.022 8.09250000E+03 8.09250000E+03 clay0205m 4.7990 231.4940 0.021 8.09250000E+03 8.09250000E+03 clay0303h 0.9120 6.9610 0.131 2.66683000E+04 2.66691000E+04 clay0304h 2.9040 510.2070 0.006 4.02623000E+04 4.02624000E+04 clay0304m 1.7420 94.4630 0.018 4.02622000E+04 4.02624000E+04 clay0305h 17.7480 1521.9900 0.012 8.09250000E+03 8.09250000E+03 clay0305m 7.2880 186.2620 0.039 8.09250000E+03 8.09250000E+03 FLay04H 4.5470 25.2120 0.180 5.44059000E+01 5.44059000E+01 FLay04M 2.2240 10.0850 0.221 5.44059000E+01 5.44059000E+01 FLay05M 58.2750 504.3070 0.116 6.44981000E+01 6.44981000E+01 RSyn0810H 0.3500 2.9460 0.119 1.72145000E+03 1.72145000E+03 RSyn0810M02H 1.3990 20.7120 0.068 1.74139000E+03 1.74139000E+03 RSyn0810M03H 2.1380 106.6050 0.020 2.72245000E+03 2.72245000E+03 RSyn0810M04H 1.9950 30.6420 0.065 6.58194000E+03 6.58194000E+03 RSyn0810M 1.7480 788.8410 0.002 1.72145000E+03 1.72145000E+03 RSyn0820H 0.5400 4.6940 0.115 1.15030000E+03 1.15030000E+03 RSyn0820M02H 1.5070 58.5700 0.026 1.09209000E+03 1.09209000E+03 RSyn0820M03H 3.5940 514.5710 0.007 2.02881000E+03 2.02881000E+03 RSyn0820M04H 2.8120 427.0530 0.007 2.45077000E+03 2.45077000E+03 RSyn0820M 31.5510 7190.5900 0.004 1.15030000E+03 1.15030000E+03 RSyn0840H 0.8380 2.1890 0.383 3.25555000E+02 3.25555000E+02 RSyn0840M02H 1.3060 18.9290 0.069 7.34985000E+02 7.34984000E+02 RSyn0840M03H 3.0000 113.8710 0.026 2.74265000E+03 2.74265000E+03 SLay05H 4.2360 22.2240 0.191 2.26647000E+04 2.26647000E+04 SLay05M 0.8140 2.3020 0.354 2.26647000E+04 2.26647000E+04 SLay06H 5.9620 387.8510 0.015 3.27570000E+04 3.27570000E+04 SLay07H 111.8900 7383.1600 0.015 6.47488000E+04 6.47488000E+04 SLay07M 5.1290 13.6680 0.375 6.47488000E+04 6.47488000E+04 SLay09M 74.1690 330.1600 0.225 1.07806000E+05 1.07806000E+05 SLay10M 152.2020 538.4240 0.283 1.29580000E+05 1.29580000E+05 Syn10M02M 0.9740 3.3410 0.292 2.31030000E+03 2.31030000E+03 Syn10M03M 1.7960 13.2780 0.135 3.35468000E+03 3.35468000E+03 Syn10M04M 2.7110 58.3070 0.046 4.55706000E+03 4.55706000E+03 Syn20M02H 0.4370 0.9990 0.437 1.75213000E+03 1.75213000E+03 Syn20M02M 2.0840 819.5300 0.003 1.75213000E+03 1.75213000E+03 Syn20M03H 0.4680 1.1720 0.399 2.64695000E+03 2.64695000E+03 Syn20M03M 8.3810 7954.4200 0.001 2.64695000E+03 2.64695000E+03 Syn20M04H 0.8560 1.7440 0.491 3.53274000E+03 3.53274000E+03 Syn20M 1.1730 3.3160 0.354 9.24263000E+02 9.24263000E+02 Syn40H 0.3250 0.8680 0.374 6.77135000E+01 6.77134000E+01 Syn40M02H 1.0280 3.8970 0.264 3.88774000E+02 3.88773000E+02 Syn40M03H 2.3970 16.2270 0.148 3.95150000E+02 3.95149000E+02 Syn40M04H 2.5930 60.9210 0.043 9.01752000E+02 9.01752000E+02 Syn40M 3.4460 10415.2000 0.000 6.77133000E+01 6.77133000E+01 sssd-8-4-3 1.2110 931.0760 0.001 1.97181000E+05 1.97181000E+05 nd-10 45.5430 472.2360 0.096 5.24611000E+01 5.24611000E+01 nd-12 72.8130 2721.8200 0.027 5.66696000E+01 5.66696000E+01 fo7_2 63.4920 7403.9100 0.009 1.77493000E+01 1.77493000E+01 m3 0.1630 0.4660 0.350 3.78000000E+01 3.78000000E+01 m6 1.5190 1321.2900 0.001 8.22569000E+01 8.22569000E+01 m7_ar2_1 4.8210 2283.0700 0.002 1.90235000E+02 1.90235000E+02 m7_ar25_1 1.8010 4391.6700 0.000 1.43585000E+02 1.43585000E+02 m7_ar3_1 6.4840 7479.4900 0.001 1.43585000E+02 1.43585000E+02 m7_ar4_1 1.1680 7134.8100 0.000 1.06757000E+02 1.06757000E+02 m7_ar5_1 9.4960 7336.1600 0.001 1.06460000E+02 1.06460000E+02 m7 9.2380 7448.1800 0.001 1.06757000E+02 1.06757000E+02 netmod_kar1 3.8370 204.3500 0.019 -4.19790000E-01 -4.19790000E-01 netmod_kar2 3.8280 202.6730 0.019 -4.19790000E-01 -4.19790000E-01 tls2 0.1810 4.2320 0.043 5.30000000E+00 5.30000000E+00

### Solver MYSCIP_assumeconvex faster - Obj of MYSCIP_assumeconvex better:

 Modelname Time (MYSCIP_assumeconvex) Time (SBB_sbb) Ratio (MYSCIP_assumeconvex / SBB_sbb) Obj (MYSCIP_assumeconvex) Obj (SBB_sbb) RSyn0820M03M 4043.5800 7451.4200 0.543 2.02881000E+03 1.43977000E+03 sssd-20-9-3 7714.7200 11853.3000 0.651 4.78093000E+05 5.10261000E+05 sssd-22-8-3 6892.9700 12055.5000 0.572 5.95971000E+05 7.30203000E+05 netmod_dol1 5276.9300 7214.8800 0.731 -5.60008000E-01 -5.51398000E-01 tls5 7410.4800 10552.2000 0.702 1.04000000E+01 1.56000000E+01 tls6 7415.0500 9148.5200 0.811 1.53000000E+01 2.14000000E+01

### Solver MYSCIP_assumeconvex faster - Obj same for both solvers:

 Modelname Time (MYSCIP_assumeconvex) Time (SBB_sbb) Ratio (MYSCIP_assumeconvex / SBB_sbb) Obj (MYSCIP_assumeconvex) Obj (SBB_sbb) FLay03H 0.8930 1.0190 0.876 4.89898000E+01 4.89898000E+01 FLay03M 0.4800 0.6440 0.745 4.89898000E+01 4.89898000E+01 Syn10M04H 0.4620 0.5910 0.782 4.55706000E+03 4.55706000E+03 Syn10M 0.1750 0.2170 0.806 1.26735000E+03 1.26735000E+03

### Solvers perform the same - Obj of MYSCIP_assumeconvex better:

 Modelname Time (MYSCIP_assumeconvex) Time (SBB_sbb) Ratio (MYSCIP_assumeconvex / SBB_sbb) Obj (MYSCIP_assumeconvex) Obj (SBB_sbb) RSyn0820M04M 7431.8600 7396.6400 1.005 2.45077000E+03 1.56383000E+03 RSyn0840M03M 7459.9500 7609.5000 0.980 2.74099000E+03 2.24135000E+03 RSyn0840M04M 7314.8000 7575.0000 0.966 2.56248000E+03 2.30143000E+03 Syn40M04M 7477.8100 7557.2600 0.989 9.01602000E+02 8.31896000E+02 nd-15 7255.5800 7230.4100 1.003 8.04694000E+01 8.69265000E+01 o8_ar4_1 7423.9200 7302.2300 1.017 2.43071000E+02 3.04809000E+02

### Solvers perform the same - Obj same for both solvers:

 Modelname Time (MYSCIP_assumeconvex) Time (SBB_sbb) Ratio (MYSCIP_assumeconvex / SBB_sbb) Obj (MYSCIP_assumeconvex) Obj (SBB_sbb) FLay06H 7325.4000 7451.7700 0.983 6.69328000E+01 6.69328000E+01 Syn10M03H 0.4540 0.4480 1.013 3.35468000E+03 3.35468000E+03

### Solver SBB_sbb faster - Obj same for both solvers:

 Modelname Time (MYSCIP_assumeconvex) Time (SBB_sbb) Ratio (MYSCIP_assumeconvex / SBB_sbb) Obj (MYSCIP_assumeconvex) Obj (SBB_sbb) BatchS151208M 225.7170 123.5030 1.828 1.54347000E+06 1.54347000E+06 Syn10M02H 0.3970 0.2850 1.393 2.31030000E+03 2.31030000E+03 Syn20H 0.3240 0.2040 1.588 9.24264000E+02 9.24263000E+02

### Solver SBB_sbb much faster - Obj same for both solvers:

 Modelname Time (MYSCIP_assumeconvex) Time (SBB_sbb) Ratio (MYSCIP_assumeconvex / SBB_sbb) Obj (MYSCIP_assumeconvex) Obj (SBB_sbb) SLay06M 3.4160 1.1210 3.047 3.27570000E+04 3.27570000E+04 SLay08M 21.7900 4.8160 4.525 8.49602000E+04 8.49602000E+04 Syn10H 0.3010 0.1120 2.688 1.26735000E+03 1.26735000E+03 uflquad-15-60 1530.3100 15.8290 96.678 1.06319000E+03 1.06319000E+03 uflquad-20-40 284.2890 19.0030 14.960 8.60960000E+02 8.60961000E+02 uflquad-25-25 14.3800 5.7650 2.494 6.73697000E+02 6.73697000E+02 uflquad-25-30 18.9550 4.6730 4.056 6.69839000E+02 6.69840000E+02 uflquad-25-40 292.6350 27.5040 10.640 8.28164000E+02 8.28165000E+02

### Solver SBB_sbb much faster - Obj of SBB_sbb better:

 Modelname Time (MYSCIP_assumeconvex) Time (SBB_sbb) Ratio (MYSCIP_assumeconvex / SBB_sbb) Obj (MYSCIP_assumeconvex) Obj (SBB_sbb) uflquad-15-80 7220.6900 37.1940 194.136 1.24990000E+03 1.21799000E+03 uflquad-20-50 7220.6600 1623.3800 4.448 3.92951000E+02 3.75919000E+02

### Solver SBB_sbb infinitely faster - Obj of SBB_sbb better:

 Modelname Time (MYSCIP_assumeconvex) Time (SBB_sbb) Ratio (MYSCIP_assumeconvex / SBB_sbb) Obj (MYSCIP_assumeconvex) Obj (SBB_sbb) RSyn0840M04H fail 740.9130 -- 2.55826000E+03 2.56450000E+03 nd-13 fail 7251.3700 -- 6.14116000E+01 6.59079000E+01 nd-16 fail 7227.5800 -- 9.78122000E+01 1.02098000E+02

### Both solvers failed to solve optimally - Obj same for both solvers:

 Modelname Time (MYSCIP_assumeconvex) Time (SBB_sbb) Ratio (MYSCIP_assumeconvex / SBB_sbb) Obj (MYSCIP_assumeconvex) Obj (SBB_sbb) tls12 fail fail -- 1.00000000E+20 1.00000000E+20