Solver Square Comparison

Solver Square Comparison: Considers all models.

Date / Time: 09/01/07 15:43:56

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 DICOPT-CONOPT-CPLEX is represented on the left (rows) and solver DICOPT-IPOPT-CPLEX 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-DICOPT-1.trc`
Tracefile 2 :	`2-DICOPT-2.trc`
Solvers used :	`DICOPT-CONOPT-CPLEX`
	`DICOPT-IPOPT-CPLEX`
Modeltype(s)	`MINLP`

	DICOPT-IPOPT-CPLEX: optimal	DICOPT-IPOPT-CPLEX: feasible	DICOPT-IPOPT-CPLEX: infeasible	DICOPT-IPOPT-CPLEX: unbounded	DICOPT-IPOPT-CPLEX: fail	DICOPT-IPOPT-CPLEX: no data	total DICOPT-CONOPT-CPLEX
DICOPT-CONOPT-CPLEX: optimal	-	-	-	-	-	-	`-`
DICOPT-CONOPT-CPLEX: feasible	-	`105`	-	-	`5`	-	`110`
DICOPT-CONOPT-CPLEX: infeasible	-	`5`	`1`	-	-	-	`6`
DICOPT-CONOPT-CPLEX: unbounded	-	-	-	-	-	-	`-`
DICOPT-CONOPT-CPLEX: fail	-	`8`	`1`	-	`28`	-	`37`
DICOPT-CONOPT-CPLEX: no data	-	-	-	-	-	-	`-`
total DICOPT-IPOPT-CPLEX	`-`	`118`	`2`	`-`	`33`	`-`	`153`

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.

DICOPT-CONOPT-CPLEX: feasible -- DICOPT-IPOPT-CPLEX: feasible Back to top

Modelname	Time (DICOPT-CONOPT-CPLEX)	Time (DICOPT-IPOPT-CPLEX)	Ratio (DICOPT-CONOPT-CPLEX/DICOPT-IPOPT-CPLEX)	Obj (DICOPT-CONOPT-CPLEX)	Obj (DICOPT-IPOPT-CPLEX)
`alan`	`0.0200`	`0.0600`	`0.333`	`3.00000000`	`3.00000000`
`batch`	`0.0400`	`0.1000`	`0.400`	`285506.50824405`	`285506.50824407`
`batchdes`	`0.0200`	`0.0800`	`0.250`	`167427.65711470`	`167427.65711470`
`contvar`	`3.6200`	`0.7500`	`4.827`	`813386.94554659`	`809755.52817400`
`csched1`	`0.0600`	`0.2000`	`0.300`	`-30119.22999659`	`-30603.41895607`
`csched1a`	`0.0200`	`0.0800`	`0.250`	`-30279.74711113`	`-30279.74711113`
`csched2`	`1.7200`	`0.9600`	`1.792`	`-159164.34208812`	`-154670.46541826`
`csched2a`	`1.5900`	`5.1400`	`0.309`	`-164384.23878562`	`-164384.23878562`
`deb6`	`9.1500`	`17.5300`	`0.522`	`209.09460698`	`201.73930493`
`du-opt5`	`0.1100`	`0.1500`	`0.733`	`50.76141757`	`45.19762414`
`du-opt`	`0.1200`	`0.1700`	`0.706`	`108.84574029`	`120.78035256`
`eg_all_s`	`7.3900`	`4.6400`	`1.593`	`11.07283581`	`11.23946680`
`eg_disc_s`	`7.1600`	`3.1900`	`2.245`	`5.86552249`	`6.08875197`
`eg_disc2_s`	`12.5100`	`3.2200`	`3.885`	`6.31052092`	`10.06488502`
`eg_int_s`	`4.7000`	`2.5100`	`1.873`	`6.45310316`	`7.88724302`
`elf`	`0.0400`	`0.6200`	`0.065`	`0.43466667`	`0.39000010`
`eniplac`	`0.1300`	`0.2700`	`0.481`	`-130450.76990401`	`-131091.69263105`
`enpro48`	`0.2900`	`0.4400`	`0.659`	`187277.25940491`	`187277.25942201`
`enpro48pb`	`0.2300`	`0.3700`	`0.622`	`187277.25940491`	`187277.25942436`
`enpro56`	`0.5300`	`1.2700`	`0.417`	`263428.30097265`	`263428.30097264`
`enpro56pb`	`0.5800`	`1.0000`	`0.580`	`263428.30097265`	`263428.30097264`
`ex1222`	`0.0100`	`0.0300`	`---`	`1.07654308`	`1.07654308`
`ex1223`	`0.0300`	`0.0900`	`0.333`	`4.57958240`	`4.57958240`
`ex1223a`	`0.0300`	`0.0500`	`0.600`	`4.57958240`	`4.57958240`
`ex1223b`	`0.0500`	`0.0800`	`0.625`	`4.57958240`	`4.57958240`
`ex1224`	`0.0200`	`0.0800`	`0.250`	`-0.94347050`	`-0.94347050`
`ex1225`	`0.0200`	`0.0500`	`0.400`	`31.00000000`	`31.00000000`
`ex1233`	`0.0700`	`0.8700`	`0.080`	`155010.67127821`	`155010.67127821`
`ex1243`	`0.0600`	`0.3100`	`0.194`	`421713.71427945`	`83402.50641026`
`ex1244`	`0.0800`	`0.6100`	`0.131`	`87646.38251335`	`84035.57053394`
`ex1264`	`0.4100`	`11.4900`	`0.036`	`9.30000000`	`9.60000000`
`ex1264a`	`0.1000`	`0.1200`	`0.833`	`9.60000000`	`10.30000000`
`ex1265`	`0.2900`	`0.5200`	`0.558`	`15.10000000`	`14.30000000`
`ex3`	`0.0600`	`0.1400`	`0.429`	`68.00974405`	`68.00974405`
`ex3pb`	`0.0500`	`0.1400`	`0.357`	`68.00974405`	`68.00974406`
`ex4`	`0.2200`	`0.3500`	`0.629`	`-8.06413617`	`-8.06413616`
`fac1`	`0.0400`	`0.1100`	`0.364`	`160912612.35016900`	`160912612.35017000`
`fac2`	`0.2100`	`0.3300`	`0.636`	`331837498.17677000`	`331837498.17688500`
`fac3`	`0.1600`	`0.3100`	`0.516`	`31982309.84800000`	`31982309.84799990`
`fuel`	`0.0200`	`0.0700`	`0.286`	`8566.11896169`	`8566.11896169`
`gasnet`	`0.1300`	`18.4200`	`0.007`	`7045326.89261438`	`7004607.80639866`
`gear`	`0.1200`	`0.0300`	`4.000`	`0.00000050`	`0.01087418`
`gear2`	`0.1200`	`0.1100`	`1.091`	`0.00000202`	`0.00050119`
`gear3`	`0.1100`	`0.0700`	`1.571`	`0.00000050`	`0.01087418`
`gear4`	`0.0100`	`0.1800`	`0.056`	`104279.32477276`	`104279.32477276`
`hda`	`4.4100`	`471.2500`	`0.009`	`-4057.62739345`	`-5964.53408777`
`johnall`	`0.2900`	`0.2900`	`1.000`	`-222.37303187`	`-224.73016162`
`gkocis`	`0.0300`	`0.1000`	`0.300`	`-1.92309874`	`-1.92309874`
`m3`	`0.1000`	`0.3100`	`0.323`	`37.80000000`	`37.80000000`
`m6`	`2.3700`	`3.2800`	`0.723`	`82.25687691`	`176.80690738`
`m7`	`6.5300`	`3.8100`	`1.714`	`180.35761902`	`106.75687691`
`mbtd`	`45.7000`	`63.6500`	`0.718`	`6.49999000`	`10.74999027`
`meanvarx`	`0.0400`	`0.1700`	`0.235`	`14.36923211`	`14.36923211`
`minlphix`	`0.0500`	`0.2500`	`0.200`	`316.69269544`	`316.69269544`
`nous1`	`0.0500`	`1.4600`	`0.034`	`1.56707200`	`1.56707200`
`nous2`	`0.0500`	`0.5800`	`0.086`	`0.62596741`	`0.62596741`
`nuclearva`	`1.2000`	`2.0100`	`0.597`	`-1.00948507`	`-1.00656046`
`nvs01`	`0.0300`	`0.0400`	`---`	`12.46966882`	`12.46966882`
`nvs03`	`0.0200`	`0.0300`	`---`	`16.00000000`	`16.00000000`
`nvs05`	`0.0500`	`3.5900`	`0.014`	`5.47093411`	`5.47093411`
`nvs06`	`0.0600`	`0.0600`	`1.000`	`1.77031250`	`1.77031250`
`nvs07`	`0.0300`	`0.0300`	`---`	`4.00000000`	`4.00000000`
`nvs08`	`0.0500`	`0.2000`	`0.250`	`23.44972735`	`23.44972735`
`nvs10`	`0.1100`	`0.0500`	`2.200`	`-310.80000000`	`-310.80000000`
`oaer`	`0.0400`	`0.1000`	`0.400`	`-1.92309851`	`-1.72097162`
`ortez`	`0.0600`	`3.7600`	`0.016`	`-4885.69077178`	`-4885.69077178`
`parallel`	`0.1800`	`0.2500`	`0.720`	`924.29555066`	`924.29555067`
`pb302035`	`5.3800`	`8.9600`	`0.600`	`3379359.00000000`	`3818391.99995696`
`pb302095`	`25.6100`	`25.7800`	`0.993`	`5732543.00000000`	`5732542.99998836`
`pb351535`	`4.6400`	`6.5900`	`0.704`	`4478226.00000000`	`4456669.99995037`
`pb351595`	`9.0100`	`9.5200`	`0.946`	`6720919.00000000`	`6670263.99996423`
`prob02`	`0.0600`	`0.0600`	`1.000`	`112235.00000000`	`112235.00000000`
`prob03`	`0.0300`	`0.0300`	`---`	`10.00000000`	`10.00000000`
`prob10`	`0.0300`	`0.4400`	`0.068`	`3.44550379`	`3.44550379`
`procsel`	`0.0400`	`0.0500`	`0.800`	`-1.92309874`	`-1.72097169`
`pump`	`0.1200`	`0.1200`	`1.000`	`134263.58532517`	`134263.58532506`
`qap`	`1.9500`	`2.6300`	`0.741`	`395738.00000000`	`394416.00000000`
`qapw`	`0.8900`	`35.9500`	`0.025`	`399852.00000000`	`404379.99999763`
`ravem`	`0.2300`	`0.3100`	`0.742`	`269590.21931531`	`269590.21933076`
`ravempb`	`0.2000`	`0.2800`	`0.714`	`269590.21931531`	`269590.21931533`
`risk2b`	`0.1800`	`1.9300`	`0.093`	`-55.87613940`	`-55.87613939`
`risk2bpb`	`0.2200`	`1.2400`	`0.177`	`-55.87613940`	`-55.87613797`
`sep1`	`0.0300`	`0.1000`	`0.300`	`-510.08098435`	`-510.08098435`
`spectra2`	`0.1000`	`0.2600`	`0.385`	`19.30073571`	`207.88909044`
`spring`	`0.0700`	`0.2300`	`0.304`	`0.84624567`	`0.84624575`
`st_e14`	`0.0500`	`0.0900`	`0.556`	`4.57958240`	`4.57958240`
`st_e29`	`0.0300`	`0.0700`	`0.429`	`-0.94347050`	`-0.94347050`
`st_e32`	`0.0700`	`0.5100`	`0.137`	`-1.43040728`	`-1.43040728`
`st_e36`	`0.1800`	`0.2200`	`0.818`	`-237.68889097`	`-246.00000000`
`st_miqp1`	`0.0200`	`0.0500`	`0.400`	`281.00000000`	`281.00000000`
`st_miqp2`	`0.0200`	`0.0500`	`0.400`	`5.00000000`	`5.00000000`
`st_test5`	`0.0200`	`0.0400`	`---`	`-110.00000000`	`-110.00000000`
`st_test6`	`0.0400`	`0.0300`	`---`	`471.00000000`	`471.00000000`
`st_test8`	`0.0400`	`0.0500`	`0.800`	`-29575.00000000`	`-29575.00000000`
`st_testgr1`	`0.0400`	`0.0300`	`---`	`-9.57515000`	`-10.13375000`
`st_testgr3`	`0.0300`	`0.0600`	`0.500`	`-20.59000000`	`-20.59000000`
`st_testph4`	`0.0200`	`0.0400`	`---`	`-80.50000000`	`-80.50000000`
`stockcycle`	`0.2000`	`0.2400`	`0.833`	`382333.83192308`	`357714.33192190`
`synheat`	`0.0700`	`0.2500`	`0.280`	`154997.33486599`	`161009.57335208`
`synthes1`	`0.0300`	`0.1000`	`0.300`	`6.00975891`	`6.00975891`
`synthes2`	`0.0200`	`0.0700`	`0.286`	`74.29448652`	`74.29448652`
`synthes3`	`0.0700`	`0.1100`	`0.636`	`76.41938054`	`76.41938054`
`util`	`0.1200`	`0.2500`	`0.480`	`999.57875024`	`999.57875024`
`waterx`	`0.1900`	`0.8600`	`0.221`	`1007.02178069`	`1046.79876491`
`windfac`	`0.0600`	`0.1500`	`0.400`	`0.25448730`	`0.25448730`

DICOPT-CONOPT-CPLEX: feasible -- DICOPT-IPOPT-CPLEX: fail Back to top

Modelname	Time (DICOPT-CONOPT-CPLEX)	Time (DICOPT-IPOPT-CPLEX)	Ratio (DICOPT-CONOPT-CPLEX/DICOPT-IPOPT-CPLEX)	Obj (DICOPT-CONOPT-CPLEX)	Status (DICOPT-IPOPT-CPLEX)
`4stufen`	`0.8000`	`26.1300`	---	`119785.95915620`	`mstat( 9) sstat( 4)`
`dosemin2d`	`12.5000`	`0.0000`	---	`195.47896407`	`mstat(13) sstat( 4)`
`ex1263`	`19.7700`	`19.1100`	---	`20.60000000`	`mstat( 9) sstat( 4)`
`fuzzy`	`2.4700`	`3600.0400`	---	`-0.19488360`	`mstat( 9) sstat( 3)`
`water3`	`20.8800`	`38.8000`	---	`1180.60753778`	`mstat( 9) sstat( 4)`

DICOPT-CONOPT-CPLEX: infeasible -- DICOPT-IPOPT-CPLEX: feasible Back to top

Modelname	Time (DICOPT-CONOPT-CPLEX)	Time (DICOPT-IPOPT-CPLEX)	Ratio (DICOPT-CONOPT-CPLEX/DICOPT-IPOPT-CPLEX)	Status (DICOPT-CONOPT-CPLEX)	Obj (DICOPT-IPOPT-CPLEX)
`deb7`	`1.7600`	`343.9100`	---	`mstat( 5) sstat( 1)`	`120.68258911`
`deb8`	`1.7500`	`221.3000`	---	`mstat( 5) sstat( 1)`	`126.05907867`
`feedtray2`	`0.0200`	`117.3000`	---	`mstat( 5) sstat( 1)`	`0.00000000`
`nvs04`	`0.0000`	`0.1600`	---	`mstat( 5) sstat( 1)`	`2.12000000`
`st_e31`	`0.0000`	`0.3300`	---	`mstat( 5) sstat( 1)`	`-2.00000000`

DICOPT-CONOPT-CPLEX: infeasible -- DICOPT-IPOPT-CPLEX: infeasible Back to top

Modelname	Time (DICOPT-CONOPT-CPLEX)	Time (DICOPT-IPOPT-CPLEX)	Ratio (DICOPT-CONOPT-CPLEX/DICOPT-IPOPT-CPLEX)	Status (DICOPT-CONOPT-CPLEX)	Status (DICOPT-IPOPT-CPLEX)
`st_e40`	`0.0000`	`0.0400`	---	`mstat( 5) sstat( 1)`	`mstat( 5) sstat( 1)`

DICOPT-CONOPT-CPLEX: fail -- DICOPT-IPOPT-CPLEX: feasible Back to top

Modelname	Time (DICOPT-CONOPT-CPLEX)	Time (DICOPT-IPOPT-CPLEX)	Ratio (DICOPT-CONOPT-CPLEX/DICOPT-IPOPT-CPLEX)	Status (DICOPT-CONOPT-CPLEX)	Obj (DICOPT-IPOPT-CPLEX)
`deb10`	`1644.2200`	`0.6700`	---	`mstat( 9) sstat( 2)`	`209.42781162`
`deb9`	`179.9200`	`896.1000`	---	`mstat( 9) sstat( 4)`	`118.80935410`
`ex1265a`	`0.1000`	`0.1400`	---	`mstat( 9) sstat( 4)`	`14.30000000`
`fo7`	`31.2300`	`69.8800`	---	`mstat( 9) sstat( 4)`	`31.20019025`
`st_e35`	`0.0000`	`0.4200`	---	`mstat( 9) sstat( 1)`	`92981.28012956`
`st_miqp4`	`NA`	`0.0800`	---	`mstat(13) sstat(13)`	`-4573.99999999`
`var_con10`	`41.5200`	`6.9000`	---	`mstat( 9) sstat( 4)`	`444.21395401`
`var_con5`	`44.9100`	`6.4800`	---	`mstat( 9) sstat( 4)`	`278.14489375`

DICOPT-CONOPT-CPLEX: fail -- DICOPT-IPOPT-CPLEX: infeasible Back to top

Modelname	Time (DICOPT-CONOPT-CPLEX)	Time (DICOPT-IPOPT-CPLEX)	Ratio (DICOPT-CONOPT-CPLEX/DICOPT-IPOPT-CPLEX)	Status (DICOPT-CONOPT-CPLEX)	Status (DICOPT-IPOPT-CPLEX)
`oil2`	`0.8900`	`0.3500`	---	`mstat( 9) sstat( 4)`	`mstat( 5) sstat( 1)`

DICOPT-CONOPT-CPLEX: fail -- DICOPT-IPOPT-CPLEX: fail Back to top

Modelname	Time (DICOPT-CONOPT-CPLEX)	Time (DICOPT-IPOPT-CPLEX)	Ratio (DICOPT-CONOPT-CPLEX/DICOPT-IPOPT-CPLEX)	Status (DICOPT-CONOPT-CPLEX)	Status (DICOPT-IPOPT-CPLEX)
`beuster`	`0.8100`	`2315.8800`	---	`mstat( 9) sstat( 4)`	`mstat( 9) sstat( 2)`
`cecil_13`	`496.9100`	`558.5500`	---	`mstat( 9) sstat( 4)`	`mstat( 9) sstat( 4)`
`ex1252`	`0.3400`	`4.1500`	---	`mstat( 9) sstat( 4)`	`mstat( 9) sstat( 4)`
`ex1252a`	`0.1300`	`0.9200`	---	`mstat( 9) sstat( 4)`	`mstat( 9) sstat( 4)`
`ex1263a`	`1.1200`	`0.2000`	---	`mstat( 9) sstat( 4)`	`mstat( 9) sstat( 4)`
`ex1266`	`0.5900`	`2.6500`	---	`mstat( 9) sstat( 4)`	`mstat( 9) sstat( 4)`
`ex1266a`	`0.0700`	`0.1600`	---	`mstat( 9) sstat( 4)`	`mstat( 9) sstat( 4)`
`gastrans`	`0.5300`	`22.1100`	---	`mstat( 9) sstat( 4)`	`mstat( 9) sstat( 4)`
`lop97icx`	`63.1500`	`2061.9000`	---	`mstat( 9) sstat( 2)`	`mstat( 9) sstat( 4)`
`meanvarxsc`	`NA`	`NA`	---	`mstat(13) sstat(13)`	`mstat(13) sstat(13)`
`hmittelman`	`0.2900`	`1.1000`	---	`mstat( 9) sstat( 4)`	`mstat( 9) sstat( 4)`
`nvs02`	`0.5500`	`4.9000`	---	`mstat( 9) sstat( 4)`	`mstat( 9) sstat( 4)`
`o7`	`151.4200`	`1863.3800`	---	`mstat( 9) sstat( 2)`	`mstat( 9) sstat( 4)`
`space25`	`162.1900`	`151.7900`	---	`mstat( 9) sstat( 4)`	`mstat( 9) sstat( 4)`
`space25a`	`148.0000`	`214.2900`	---	`mstat( 9) sstat( 4)`	`mstat( 9) sstat( 4)`
`tln12`	`164.4300`	`624.1200`	---	`mstat( 9) sstat( 2)`	`mstat( 9) sstat( 4)`
`tln6`	`23.6000`	`22.3300`	---	`mstat( 9) sstat( 4)`	`mstat( 9) sstat( 4)`
`tln7`	`93.4100`	`19.7100`	---	`mstat( 9) sstat( 4)`	`mstat( 9) sstat( 4)`
`tloss`	`0.0900`	`0.1300`	---	`mstat( 9) sstat( 4)`	`mstat( 9) sstat( 4)`
`tls12`	`1182.4400`	`1105.6700`	---	`mstat( 9) sstat( 4)`	`mstat( 9) sstat( 4)`
`tls6`	`83.7700`	`872.2700`	---	`mstat( 9) sstat( 2)`	`mstat( 9) sstat( 4)`
`tls7`	`86.1100`	`899.8500`	---	`mstat( 9) sstat( 2)`	`mstat( 9) sstat( 4)`
`tltr`	`0.5800`	`0.6500`	---	`mstat( 9) sstat( 4)`	`mstat( 9) sstat( 4)`
`water4`	`16.7400`	`2141.0200`	---	`mstat( 9) sstat( 4)`	`mstat( 9) sstat( 2)`
`waters`	`3.0300`	`17.7200`	---	`mstat( 9) sstat( 4)`	`mstat( 9) sstat( 4)`
`watersbp`	`3.9300`	`19.1800`	---	`mstat( 9) sstat( 4)`	`mstat( 9) sstat( 4)`
`watersym1`	`36.4800`	`1934.6100`	---	`mstat( 9) sstat( 4)`	`mstat( 9) sstat( 2)`
`watersym2`	`9.4300`	`39.9400`	---	`mstat( 9) sstat( 4)`	`mstat( 9) sstat( 4)`

DICOPT-CONOPT-CPLEX: feasible: Back to top

Modelname	Time (DICOPT-CONOPT-CPLEX)	Obj (DICOPT-CONOPT-CPLEX)
`4stufen`	`0.8000`	`119785.95915620`
`alan`	`0.0200`	`3.00000000`
`batch`	`0.0400`	`285506.50824405`
`batchdes`	`0.0200`	`167427.65711470`
`contvar`	`3.6200`	`813386.94554659`
`csched1`	`0.0600`	`-30119.22999659`
`csched1a`	`0.0200`	`-30279.74711113`
`csched2`	`1.7200`	`-159164.34208812`
`csched2a`	`1.5900`	`-164384.23878562`
`deb6`	`9.1500`	`209.09460698`
`dosemin2d`	`12.5000`	`195.47896407`
`du-opt5`	`0.1100`	`50.76141757`
`du-opt`	`0.1200`	`108.84574029`
`eg_all_s`	`7.3900`	`11.07283581`
`eg_disc_s`	`7.1600`	`5.86552249`
`eg_disc2_s`	`12.5100`	`6.31052092`
`eg_int_s`	`4.7000`	`6.45310316`
`elf`	`0.0400`	`0.43466667`
`eniplac`	`0.1300`	`-130450.76990401`
`enpro48`	`0.2900`	`187277.25940491`
`enpro48pb`	`0.2300`	`187277.25940491`
`enpro56`	`0.5300`	`263428.30097265`
`enpro56pb`	`0.5800`	`263428.30097265`
`ex1222`	`0.0100`	`1.07654308`
`ex1223`	`0.0300`	`4.57958240`
`ex1223a`	`0.0300`	`4.57958240`
`ex1223b`	`0.0500`	`4.57958240`
`ex1224`	`0.0200`	`-0.94347050`
`ex1225`	`0.0200`	`31.00000000`
`ex1233`	`0.0700`	`155010.67127821`
`ex1243`	`0.0600`	`421713.71427945`
`ex1244`	`0.0800`	`87646.38251335`
`ex1263`	`19.7700`	`20.60000000`
`ex1264`	`0.4100`	`9.30000000`
`ex1264a`	`0.1000`	`9.60000000`
`ex1265`	`0.2900`	`15.10000000`
`ex3`	`0.0600`	`68.00974405`
`ex3pb`	`0.0500`	`68.00974405`
`ex4`	`0.2200`	`-8.06413617`
`fac1`	`0.0400`	`160912612.35016900`
`fac2`	`0.2100`	`331837498.17677000`
`fac3`	`0.1600`	`31982309.84800000`
`fuel`	`0.0200`	`8566.11896169`
`fuzzy`	`2.4700`	`-0.19488360`
`gasnet`	`0.1300`	`7045326.89261438`
`gear`	`0.1200`	`0.00000050`
`gear2`	`0.1200`	`0.00000202`
`gear3`	`0.1100`	`0.00000050`
`gear4`	`0.0100`	`104279.32477276`
`hda`	`4.4100`	`-4057.62739345`
`johnall`	`0.2900`	`-222.37303187`
`gkocis`	`0.0300`	`-1.92309874`
`m3`	`0.1000`	`37.80000000`
`m6`	`2.3700`	`82.25687691`
`m7`	`6.5300`	`180.35761902`
`mbtd`	`45.7000`	`6.49999000`
`meanvarx`	`0.0400`	`14.36923211`
`minlphix`	`0.0500`	`316.69269544`
`nous1`	`0.0500`	`1.56707200`
`nous2`	`0.0500`	`0.62596741`
`nuclearva`	`1.2000`	`-1.00948507`
`nvs01`	`0.0300`	`12.46966882`
`nvs03`	`0.0200`	`16.00000000`
`nvs05`	`0.0500`	`5.47093411`
`nvs06`	`0.0600`	`1.77031250`
`nvs07`	`0.0300`	`4.00000000`
`nvs08`	`0.0500`	`23.44972735`
`nvs10`	`0.1100`	`-310.80000000`
`oaer`	`0.0400`	`-1.92309851`
`ortez`	`0.0600`	`-4885.69077178`
`parallel`	`0.1800`	`924.29555066`
`pb302035`	`5.3800`	`3379359.00000000`
`pb302095`	`25.6100`	`5732543.00000000`
`pb351535`	`4.6400`	`4478226.00000000`
`pb351595`	`9.0100`	`6720919.00000000`
`prob02`	`0.0600`	`112235.00000000`
`prob03`	`0.0300`	`10.00000000`
`prob10`	`0.0300`	`3.44550379`
`procsel`	`0.0400`	`-1.92309874`
`pump`	`0.1200`	`134263.58532517`
`qap`	`1.9500`	`395738.00000000`
`qapw`	`0.8900`	`399852.00000000`
`ravem`	`0.2300`	`269590.21931531`
`ravempb`	`0.2000`	`269590.21931531`
`risk2b`	`0.1800`	`-55.87613940`
`risk2bpb`	`0.2200`	`-55.87613940`
`sep1`	`0.0300`	`-510.08098435`
`spectra2`	`0.1000`	`19.30073571`
`spring`	`0.0700`	`0.84624567`
`st_e14`	`0.0500`	`4.57958240`
`st_e29`	`0.0300`	`-0.94347050`
`st_e32`	`0.0700`	`-1.43040728`
`st_e36`	`0.1800`	`-237.68889097`
`st_miqp1`	`0.0200`	`281.00000000`
`st_miqp2`	`0.0200`	`5.00000000`
`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`
`stockcycle`	`0.2000`	`382333.83192308`
`synheat`	`0.0700`	`154997.33486599`
`synthes1`	`0.0300`	`6.00975891`
`synthes2`	`0.0200`	`74.29448652`
`synthes3`	`0.0700`	`76.41938054`
`util`	`0.1200`	`999.57875024`
`water3`	`20.8800`	`1180.60753778`
`waterx`	`0.1900`	`1007.02178069`
`windfac`	`0.0600`	`0.25448730`

DICOPT-CONOPT-CPLEX: infeasible: Back to top

Modelname	Time (DICOPT-CONOPT-CPLEX)	Status (DICOPT-CONOPT-CPLEX)
`deb7`	`--`	`mstat( 5) sstat( 1)`
`deb8`	`--`	`mstat( 5) sstat( 1)`
`feedtray2`	`--`	`mstat( 5) sstat( 1)`
`nvs04`	`--`	`mstat( 5) sstat( 1)`
`st_e13`	`--`	`mstat( 5) sstat( 1)`
`st_e15`	`--`	`mstat( 5) sstat( 1)`
`st_e31`	`--`	`mstat( 5) sstat( 1)`
`st_e40`	`--`	`mstat( 5) sstat( 1)`

DICOPT-CONOPT-CPLEX: fail: Back to top

Modelname	Time (DICOPT-CONOPT-CPLEX)	Status (DICOPT-CONOPT-CPLEX)
`beuster`	`--`	`mstat( 9) sstat( 4)`
`cecil_13`	`--`	`mstat( 9) sstat( 4)`
`deb10`	`--`	`mstat( 9) sstat( 2)`
`deb9`	`--`	`mstat( 9) sstat( 4)`
`ex1252`	`--`	`mstat( 9) sstat( 4)`
`ex1252a`	`--`	`mstat( 9) sstat( 4)`
`ex1263a`	`--`	`mstat( 9) sstat( 4)`
`ex1265a`	`--`	`mstat( 9) sstat( 4)`
`ex1266`	`--`	`mstat( 9) sstat( 4)`
`ex1266a`	`--`	`mstat( 9) sstat( 4)`
`fo7`	`--`	`mstat( 9) sstat( 4)`
`gastrans`	`--`	`mstat( 9) sstat( 4)`
`lop97icx`	`--`	`mstat( 9) sstat( 2)`
`meanvarxsc`	`--`	`mstat(13) sstat(13)`
`hmittelman`	`--`	`mstat( 9) sstat( 4)`
`nvs02`	`--`	`mstat( 9) sstat( 4)`
`o7`	`--`	`mstat( 9) sstat( 2)`
`oil2`	`--`	`mstat( 9) sstat( 4)`
`space25`	`--`	`mstat( 9) sstat( 4)`
`space25a`	`--`	`mstat( 9) sstat( 4)`
`st_e35`	`--`	`mstat( 9) sstat( 1)`
`st_miqp3`	`--`	`mstat(13) sstat(13)`
`st_miqp4`	`--`	`mstat(13) sstat(13)`
`tln12`	`--`	`mstat( 9) sstat( 2)`
`tln6`	`--`	`mstat( 9) sstat( 4)`
`tln7`	`--`	`mstat( 9) sstat( 4)`
`tloss`	`--`	`mstat( 9) sstat( 4)`
`tls12`	`--`	`mstat( 9) sstat( 4)`
`tls6`	`--`	`mstat( 9) sstat( 2)`
`tls7`	`--`	`mstat( 9) sstat( 2)`
`tltr`	`--`	`mstat( 9) sstat( 4)`
`var_con10`	`--`	`mstat( 9) sstat( 4)`
`var_con5`	`--`	`mstat( 9) sstat( 4)`
`water4`	`--`	`mstat( 9) sstat( 4)`
`waters`	`--`	`mstat( 9) sstat( 4)`
`watersbp`	`--`	`mstat( 9) sstat( 4)`
`watersym1`	`--`	`mstat( 9) sstat( 4)`
`watersym2`	`--`	`mstat( 9) sstat( 4)`

DICOPT-IPOPT-CPLEX: feasible: Back to top

Modelname	Time (DICOPT-IPOPT-CPLEX)	Obj (DICOPT-IPOPT-CPLEX)
`alan`	`0.0600`	`3.00000000`
`batch`	`0.1000`	`285506.50824407`
`batchdes`	`0.0800`	`167427.65711470`
`contvar`	`0.7500`	`809755.52817400`
`csched1`	`0.2000`	`-30603.41895607`
`csched1a`	`0.0800`	`-30279.74711113`
`csched2`	`0.9600`	`-154670.46541826`
`csched2a`	`5.1400`	`-164384.23878562`
`deb10`	`0.6700`	`209.42781162`
`deb6`	`17.5300`	`201.73930493`
`deb7`	`343.9100`	`120.68258911`
`deb8`	`221.3000`	`126.05907867`
`deb9`	`896.1000`	`118.80935410`
`du-opt5`	`0.1500`	`45.19762414`
`du-opt`	`0.1700`	`120.78035256`
`eg_all_s`	`4.6400`	`11.23946680`
`eg_disc_s`	`3.1900`	`6.08875197`
`eg_disc2_s`	`3.2200`	`10.06488502`
`eg_int_s`	`2.5100`	`7.88724302`
`elf`	`0.6200`	`0.39000010`
`eniplac`	`0.2700`	`-131091.69263105`
`enpro48`	`0.4400`	`187277.25942201`
`enpro48pb`	`0.3700`	`187277.25942436`
`enpro56`	`1.2700`	`263428.30097264`
`enpro56pb`	`1.0000`	`263428.30097264`
`ex1222`	`0.0300`	`1.07654308`
`ex1223`	`0.0900`	`4.57958240`
`ex1223a`	`0.0500`	`4.57958240`
`ex1223b`	`0.0800`	`4.57958240`
`ex1224`	`0.0800`	`-0.94347050`
`ex1225`	`0.0500`	`31.00000000`
`ex1233`	`0.8700`	`155010.67127821`
`ex1243`	`0.3100`	`83402.50641026`
`ex1244`	`0.6100`	`84035.57053394`
`ex1264`	`11.4900`	`9.60000000`
`ex1264a`	`0.1200`	`10.30000000`
`ex1265`	`0.5200`	`14.30000000`
`ex1265a`	`0.1400`	`14.30000000`
`ex3`	`0.1400`	`68.00974405`
`ex3pb`	`0.1400`	`68.00974406`
`ex4`	`0.3500`	`-8.06413616`
`fac1`	`0.1100`	`160912612.35017000`
`fac2`	`0.3300`	`331837498.17688500`
`fac3`	`0.3100`	`31982309.84799990`
`feedtray2`	`117.3000`	`0.00000000`
`fuel`	`0.0700`	`8566.11896169`
`fo7`	`69.8800`	`31.20019025`
`gasnet`	`18.4200`	`7004607.80639866`
`gbd`	`0.0500`	`2.20000000`
`gear`	`0.0300`	`0.01087418`
`gear2`	`0.1100`	`0.00050119`
`gear3`	`0.0700`	`0.01087418`
`gear4`	`0.1800`	`104279.32477276`
`hda`	`471.2500`	`-5964.53408777`
`johnall`	`0.2900`	`-224.73016162`
`gkocis`	`0.1000`	`-1.92309874`
`m3`	`0.3100`	`37.80000000`
`m6`	`3.2800`	`176.80690738`
`m7`	`3.8100`	`106.75687691`
`mbtd`	`63.6500`	`10.74999027`
`meanvarx`	`0.1700`	`14.36923211`
`minlphix`	`0.2500`	`316.69269544`
`nous1`	`1.4600`	`1.56707200`
`nous2`	`0.5800`	`0.62596741`
`nuclear14a`	`3.1700`	`-1.12963353`
`nuclear24a`	`3.1700`	`-1.12963353`
`nuclearva`	`2.0100`	`-1.00656046`
`nvs01`	`0.0400`	`12.46966882`
`nvs03`	`0.0300`	`16.00000000`
`nvs04`	`0.1600`	`2.12000000`
`nvs05`	`3.5900`	`5.47093411`
`nvs06`	`0.0600`	`1.77031250`
`nvs07`	`0.0300`	`4.00000000`
`nvs08`	`0.2000`	`23.44972735`
`nvs10`	`0.0500`	`-310.80000000`
`oaer`	`0.1000`	`-1.72097162`
`ortez`	`3.7600`	`-4885.69077178`
`parallel`	`0.2500`	`924.29555067`
`pb302035`	`8.9600`	`3818391.99995696`
`pb302095`	`25.7800`	`5732542.99998836`
`pb351535`	`6.5900`	`4456669.99995037`
`pb351595`	`9.5200`	`6670263.99996423`
`prob02`	`0.0600`	`112235.00000000`
`prob03`	`0.0300`	`10.00000000`
`prob10`	`0.4400`	`3.44550379`
`procsel`	`0.0500`	`-1.72097169`
`pump`	`0.1200`	`134263.58532506`
`qap`	`2.6300`	`394416.00000000`
`qapw`	`35.9500`	`404379.99999763`
`ravem`	`0.3100`	`269590.21933076`
`ravempb`	`0.2800`	`269590.21931533`
`risk2b`	`1.9300`	`-55.87613939`
`risk2bpb`	`1.2400`	`-55.87613797`
`sep1`	`0.1000`	`-510.08098435`
`spectra2`	`0.2600`	`207.88909044`
`spring`	`0.2300`	`0.84624575`
`st_e14`	`0.0900`	`4.57958240`
`st_e29`	`0.0700`	`-0.94347050`
`st_e31`	`0.3300`	`-2.00000000`
`st_e32`	`0.5100`	`-1.43040728`
`st_e35`	`0.4200`	`92981.28012956`
`st_e36`	`0.2200`	`-246.00000000`
`st_miqp1`	`0.0500`	`281.00000000`
`st_miqp2`	`0.0500`	`5.00000000`
`st_miqp4`	`0.0800`	`-4573.99999999`
`st_test5`	`0.0400`	`-110.00000000`
`st_test6`	`0.0300`	`471.00000000`
`st_test8`	`0.0500`	`-29575.00000000`
`st_testgr1`	`0.0300`	`-10.13375000`
`st_testgr3`	`0.0600`	`-20.59000000`
`st_testph4`	`0.0400`	`-80.50000000`
`stockcycle`	`0.2400`	`357714.33192190`
`synheat`	`0.2500`	`161009.57335208`
`synthes1`	`0.1000`	`6.00975891`
`synthes2`	`0.0700`	`74.29448652`
`synthes3`	`0.1100`	`76.41938054`
`util`	`0.2500`	`999.57875024`
`var_con10`	`6.9000`	`444.21395401`
`var_con5`	`6.4800`	`278.14489375`
`waterx`	`0.8600`	`1046.79876491`
`windfac`	`0.1500`	`0.25448730`

DICOPT-IPOPT-CPLEX: infeasible: Back to top

Modelname	Time (DICOPT-IPOPT-CPLEX)	Status (DICOPT-IPOPT-CPLEX)
`oil2`	`--`	`mstat( 5) sstat( 1)`
`st_e40`	`--`	`mstat( 5) sstat( 1)`

DICOPT-IPOPT-CPLEX: fail: Back to top

Modelname	Time (DICOPT-IPOPT-CPLEX)	Status (DICOPT-IPOPT-CPLEX)
`4stufen`	`--`	`mstat( 9) sstat( 4)`
`beuster`	`--`	`mstat( 9) sstat( 2)`
`blendgap`	`--`	`mstat( 9) sstat( 1)`
`cecil_13`	`--`	`mstat( 9) sstat( 4)`
`dosemin2d`	`--`	`mstat(13) sstat( 4)`
`ex1252`	`--`	`mstat( 9) sstat( 4)`
`ex1252a`	`--`	`mstat( 9) sstat( 4)`
`ex1263`	`--`	`mstat( 9) sstat( 4)`
`ex1263a`	`--`	`mstat( 9) sstat( 4)`
`ex1266`	`--`	`mstat( 9) sstat( 4)`
`ex1266a`	`--`	`mstat( 9) sstat( 4)`
`fuzzy`	`--`	`mstat( 9) sstat( 3)`
`gastrans`	`--`	`mstat( 9) sstat( 4)`
`lop97icx`	`--`	`mstat( 9) sstat( 4)`
`meanvarxsc`	`--`	`mstat(13) sstat(13)`
`hmittelman`	`--`	`mstat( 9) sstat( 4)`
`nvs02`	`--`	`mstat( 9) sstat( 4)`
`o7`	`--`	`mstat( 9) sstat( 4)`
`space25`	`--`	`mstat( 9) sstat( 4)`
`space25a`	`--`	`mstat( 9) sstat( 4)`
`tln12`	`--`	`mstat( 9) sstat( 4)`
`tln6`	`--`	`mstat( 9) sstat( 4)`
`tln7`	`--`	`mstat( 9) sstat( 4)`
`tloss`	`--`	`mstat( 9) sstat( 4)`
`tls12`	`--`	`mstat( 9) sstat( 4)`
`tls6`	`--`	`mstat( 9) sstat( 4)`
`tls7`	`--`	`mstat( 9) sstat( 4)`
`tltr`	`--`	`mstat( 9) sstat( 4)`
`water3`	`--`	`mstat( 9) sstat( 4)`
`water4`	`--`	`mstat( 9) sstat( 2)`
`waters`	`--`	`mstat( 9) sstat( 4)`
`watersbp`	`--`	`mstat( 9) sstat( 4)`
`watersym1`	`--`	`mstat( 9) sstat( 2)`
`watersym2`	`--`	`mstat( 9) sstat( 4)`