Description
Run trnsport with transport.trylinear = 1 using different combinations of model types, solvers, and solvelink choices and make sure the final model type and solver used is correct Contributor: Jan-H. Jagla, April 2010
Small Model of Type : GAMS
Category : GAMS Test library
Main file : trylin01.gms
$title Test model attribute TryLinear (TRYLIN01,SEQ=482)
$onText
Run trnsport with transport.trylinear = 1 using different combinations of model
types, solvers, and solvelink choices and make sure the final model type and
solver used is correct
Contributor: Jan-H. Jagla, April 2010
$offText
$onEcho > trnstl.gms
Sets
i canning plants / seattle, san-diego /
j markets / new-york, chicago, topeka / ;
Parameters
a(i) capacity of plant i in cases
/ seattle 350
san-diego 600 /
b(j) demand at market j in cases
/ new-york 325
chicago 300
topeka 275 / ;
Table d(i,j) distance in thousands of miles
new-york chicago topeka
seattle 2.5 1.7 1.8
san-diego 2.5 1.8 1.4 ;
Scalar f freight in dollars per case per thousand miles /90/ ;
Parameter c(i,j) transport cost in thousands of dollars per case ;
c(i,j) = f * d(i,j) / 1000 ;
Variables
x(i,j) shipment quantities in cases
z total transportation costs in thousands of dollars ;
Positive Variable x ;
Equations
cost define objective function
supply(i) observe supply limit at plant i
demand(j) satisfy demand at market j ;
cost .. z =e= sum((i,j), c(i,j)*x(i,j)) ;
supply(i) .. sum(j, x(i,j)) =l= a(i) ;
demand(j) .. sum(i, x(i,j)) =g= b(j) ;
Model transport /all/ ;
transport.trylinear = 1;
Solve transport using %MTYPE% minimizing z ;
$offEcho
$onEchoV > tlscript.gms
$log --MTYPE=%2 %3=%4 solvelink=%5
$call gams trnstl lo=2 --MTYPE=%2 %3=%4 solvelink=%5
$echo %3 > shouldbe.txt
$echo %4 >> shouldbe.txt
$call grep "^ TYPE " trnstl.lst | tr -s " " | cut -d" " -f3 > is.txt
$call grep "^ SOLVER " trnstl.lst | tr -s " " | cut -d" " -f3 >> is.txt
$call diff -bw shouldbe.txt is.txt
$if errorlevel 1 $abort --MTYPE=%2 %3=%4 solvelink=%5 failed
$offEcho
$batInclude tlscript.gms 1 QCP LP SOPLEX %solveLink.chainScript%
$batInclude tlscript.gms 1 NLP LP SOPLEX %solveLink.chainScript%
$batInclude tlscript.gms 1 DNLP LP SOPLEX %solveLink.chainScript%
$batInclude tlscript.gms 1 RMIQCP RMIP SOPLEX %solveLink.chainScript%
$batInclude tlscript.gms 1 RMINLP RMIP SOPLEX %solveLink.chainScript%
$batInclude tlscript.gms 1 MIQCP MIP SCIP %solveLink.chainScript%
$batInclude tlscript.gms 1 MINLP MIP SCIP %solveLink.chainScript%
$batInclude tlscript.gms 1 QCP LP SOPLEX %solveLink.callScript%
$batInclude tlscript.gms 1 NLP LP SOPLEX %solveLink.callScript%
$batInclude tlscript.gms 1 DNLP LP SOPLEX %solveLink.callScript%
$batInclude tlscript.gms 1 RMIQCP RMIP SOPLEX %solveLink.callScript%
$batInclude tlscript.gms 1 RMINLP RMIP SOPLEX %solveLink.callScript%
$batInclude tlscript.gms 1 MIQCP MIP SCIP %solveLink.callScript%
$batInclude tlscript.gms 1 MINLP MIP SCIP %solveLink.callScript%
$batInclude tlscript.gms 1 QCP LP SOPLEX %solveLink.callModule%
$batInclude tlscript.gms 1 NLP LP SOPLEX %solveLink.callModule%
$batInclude tlscript.gms 1 DNLP LP SOPLEX %solveLink.callModule%
$batInclude tlscript.gms 1 RMIQCP RMIP SOPLEX %solveLink.callModule%
$batInclude tlscript.gms 1 RMINLP RMIP SOPLEX %solveLink.callModule%
$batInclude tlscript.gms 1 MIQCP MIP SCIP %solveLink.callModule%
$batInclude tlscript.gms 1 MINLP MIP SCIP %solveLink.callModule%
$batInclude tlscript.gms 1 QCP LP SOPLEX %solveLink.loadLibrary%
$batInclude tlscript.gms 1 NLP LP SOPLEX %solveLink.loadLibrary%
$batInclude tlscript.gms 1 DNLP LP SOPLEX %solveLink.loadLibrary%
$batInclude tlscript.gms 1 RMIQCP RMIP SOPLEX %solveLink.loadLibrary%
$batInclude tlscript.gms 1 RMINLP RMIP SOPLEX %solveLink.loadLibrary%
$batInclude tlscript.gms 1 MIQCP MIP SCIP %solveLink.loadLibrary%
$batInclude tlscript.gms 1 MINLP MIP SCIP %solveLink.loadLibrary%
* Now try solvers that support in-core communication (solvelink=5)
$batInclude tlscript.gms 2 QCP LP CONOPT %solveLink.chainScript%
$batInclude tlscript.gms 2 NLP LP CONOPT %solveLink.chainScript%
$batInclude tlscript.gms 2 DNLP LP CONOPT %solveLink.chainScript%
$batInclude tlscript.gms 2 RMIQCP RMIP CONOPT %solveLink.chainScript%
$batInclude tlscript.gms 2 RMINLP RMIP CONOPT %solveLink.chainScript%
$batInclude tlscript.gms 2 MIQCP MIP CPLEX %solveLink.chainScript%
$batInclude tlscript.gms 2 MINLP MIP CPLEX %solveLink.chainScript%
$batInclude tlscript.gms 2 QCP LP CONOPT %solveLink.callScript%
$batInclude tlscript.gms 2 NLP LP CONOPT %solveLink.callScript%
$batInclude tlscript.gms 2 DNLP LP CONOPT %solveLink.callScript%
$batInclude tlscript.gms 2 RMIQCP RMIP CONOPT %solveLink.callScript%
$batInclude tlscript.gms 2 RMINLP RMIP CONOPT %solveLink.callScript%
$batInclude tlscript.gms 2 MIQCP MIP CPLEX %solveLink.callScript%
$batInclude tlscript.gms 2 MINLP MIP CPLEX %solveLink.callScript%
$batInclude tlscript.gms 2 QCP LP CONOPT %solveLink.callModule%
$batInclude tlscript.gms 2 NLP LP CONOPT %solveLink.callModule%
$batInclude tlscript.gms 2 DNLP LP CONOPT %solveLink.callModule%
$batInclude tlscript.gms 2 RMIQCP RMIP CONOPT %solveLink.callModule%
$batInclude tlscript.gms 2 RMINLP RMIP CONOPT %solveLink.callModule%
$batInclude tlscript.gms 2 MIQCP MIP CPLEX %solveLink.callModule%
$batInclude tlscript.gms 2 MINLP MIP CPLEX %solveLink.callModule%
$batInclude tlscript.gms 2 QCP LP CONOPT %solveLink.loadLibrary%
$batInclude tlscript.gms 2 NLP LP CONOPT %solveLink.loadLibrary%
$batInclude tlscript.gms 2 DNLP LP CONOPT %solveLink.loadLibrary%
$batInclude tlscript.gms 2 RMIQCP RMIP CONOPT %solveLink.loadLibrary%
$batInclude tlscript.gms 2 RMINLP RMIP CONOPT %solveLink.loadLibrary%
$batInclude tlscript.gms 2 MIQCP MIP CPLEX %solveLink.loadLibrary%
$batInclude tlscript.gms 2 MINLP MIP CPLEX %solveLink.loadLibrary%