reader = BiCriteriaProbReaderOR(inputPath)
reader.load()
reader.save(moipInputFile)
reader.displayFeatureNum()
reader.displayTestCaseNum()
reader.displayStmtNum()
reader.displayFaultNum()
reader.displayConstraintInequationNum()
reader.displayConstraintEquationNum()
prob = MOIPProblem(len(reader.objectNames), len(reader.featureNames),
len(reader.objectNames) - 1)
prob.displayObjectiveCount()
prob.displayFeatureCount()
prob.exetractFromFile(moipInputFile)
prob.displayObjectives()
#prob.displayVariableNames()
#prob.displayObjectiveSparseMapList()
prob.displaySparseInequationsMapListCount()
prob.displaySparseEquationsMapListCount()
#prob.displayAttributeMatrix()
time_start = time.time()
sol = CwmoipSol(prob)
sol.prepare()
sol.execute()
time_end = time.time()
exec_time = time_end - time_start
sol.outputCplexParetoMap(paretoOutputFile)
sol.outputFullCplexResultMap(fullResultOutputFile)
# -*- coding: utf-8 -*-
"""
Created on Thu Jun 14 10:03:21 2018
@author: Yinxing Xue
"""
from moipProb import MOIPProblem
from naiveSol import NaiveSol
if __name__ == "__main__":
prob = MOIPProblem(2, 7, 1)
prob.displayObjectiveCount()
prob.displayFeatureCount()
prob.exetractFromFile("../test/test_case/parameter_example.txt")
prob.displayObjectives()
prob.displayVariableNames()
prob.displayObjectiveSparseMapList()
prob.displaySparseInequationsMapList()
prob.displaySparseEquationsMapList()
prob.displayAttributeMatrix()
sol = NaiveSol(prob)
sol.prepare()
sol.execute()
sol.outputCplexParetoMap("../result/test_case/parameter_example.txt")
sol.displaySolvingAttempts()
sol.displayObjsBoundsDictionary()
sol.displayCplexSolutionSetSize()
sol.displayCplexResultMap()
sol.displayFullCplexResultMap()
sol.displayCplexParetoSet()
rsltObj = cplex.solution.get_objective_value()
if origiCplex == None:
cplex.end()
else:
#remove the temp constraints
cplex.linear_constraints.delete(tempConstNames1)
cplex.linear_constraints.delete(tempConstNames2)
return (rsltObj, rsltXvar, rsltSolString)
if __name__ == "__main__":
prob = MOIPProblem(4, 1244, 3)
prob.displayObjectiveCount()
prob.displayFeatureCount()
prob.exetractFromFile("../test/parameter_ecos1.txt")
prob.displayObjectives()
prob.displayVariableNames()
#prob.displayObjectiveSparseMapList()
#prob.displaySparseInequationsMapList()
#prob.displaySparseEquationsMapList()
#prob.displayAttributeMatrix()
sol = NcgopSol(prob)
sol.prepare()
sol.execute()
sol.outputCplexParetoMap("../result/parameter_ecos1.txt")
sol.displaySolvingAttempts()
sol.displayObjsBoundsDictionary()
sol.displayCplexSolutionSetSize()
sol.displayCplexResultMap()
ub = ub+ value
else:
lb = lb + value
return ub, lb
def displaySolvingAttempts(self):
print ("Total Sovling Attempts: %s" % self.solveCounter)
def displayObjsBoundsDictionary(self):
print ("Objectives' Bound Dictionary: %s" % self.boundsDict)
if __name__ == "__main__":
prob = MOIPProblem(2,10,1)
prob.displayObjectiveCount()
prob.displayFeatureCount()
prob.exetractFromFile("../test/tri_input_example.txt")
prob.displayObjectives()
prob.displayVariableNames()
prob.displayObjectiveSparseMapList()
prob.displaySparseInequationsMapList()
prob.displaySparseEquationsMapList()
prob.displayAttributeMatrix()
sol= NaiveSol(prob)
sol.prepare()
sol.execute()
sol.outputCplexParetoMap("../result/tri-obj/Pareto_example.txt")
sol.outputFullCplexResultMap("../result/tri-obj/FullResult_example.txt")
sol.displaySolvingAttempts()
sol.displayObjsBoundsDictionary()
sol.displayCplexSolutionSetSize()