def __init__(self, moipProblem):
#override parent initializer
CwmoipSol.__init__(self, moipProblem)
#represent the coefficient of the original inequation constraints
self.origi_A = []
#represent the right side value of the original inequation constraints
self.origi_B = []
#represent the coefficient of the original equation constraints
self.origi_Aeq = []
#represent the right side value of the original equation constraints
self.origi_Beq = []
#represent the coefficient of the extra inequation constraints
self.extra_A = []
#represent the right side value of the extra inequation constraints
self.extra_B = []
#represent the coefficient of the extra equation constraints
self.extra_Aeq = []
#represent the right side value of the extra equation constraints
self.extra_Beq = []
self.utopiaPlane = None
self.pGenerator = None
self.objNo = moipProblem.objectiveCount
self.varNv = moipProblem.featureCount
self.builtEqualAndInequalMaps(moipProblem)
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)
sol.displaySolvingAttempts()
sol.displayObjsBoundsDictionary()
sol.displayCplexSolutionSetSize()
sol.displayCplexResultMap()
sol.displayFullCplexResultMap()
sol.displayCplexParetoSet()
print("Solving time", exec_time)
#sol.displayVariableLowerBound()
#sol.displayVariableUpperBound()
def __CwmoipSol(self) -> None:
self.__solver = CwmoipSol(self.__problem)