ILOG CPLEX C++ API 9.0 Reference Manual

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IloCplex::ControlCallbackI For each element in the array vars, this method puts the upper bound at the current node into the corresponding element of the array vals. The bounds are those in the relaxation at the current node. These bounds are likely to be different from the bounds in the original model because an instance of IloCplex tightens bounds when it branches from a node to its subnodes. protected void getUBs(IloNumArray val, const IloNumVarArray vars) For each element in the array vars, this method puts the upper bound at the current node into the corresponding element of the array vals. The bounds are those in the relaxation at the current node. These bounds are likely to be different from the bounds in the original model because an instance of IloCplex tightens bounds when it branches from a node to its subnodes. protected IloNum getUpPseudoCost(const IloIntVar var) This method returns the current pseudo cost for branching upward on the variable var. protected IloNum getUpPseudoCost(const IloNumVar var) This method returns the current pseudo cost for branching upward on the variable var. protected IloNum getValue(const IloIntVar var) This method returns the value of the variable var in the solution of the relaxation at the current node. protected IloNum getValue(const IloNumVar var) This method returns the value of the variable var in the solution of the relaxation at the current node. protected IloNum getValue(const IloExprArg expr) This method returns the value of the expression expr in the solution of the relaxation at the current node. protected void getValues(IloNumArray val, const IloIntVarArray vars) For each variable in the array vars, this method puts the value in the solution of the relaxation at the current node into the corresponding element of the array vals. protected void getValues(IloNumArray val, const IloNumVarArray vars) For each variable in the array vars, this method puts the value in the solution of the relaxation at the current node into the corresponding element of the array vals. protected IloBool isSOSFeasible(const IloSOS2 sos2) This method returns IloTrue if the solution of the LP at the current node is SOS feasible for the special ordered set indicated in its argument. The SOS set passed as a ILOG CPLEX C++ API 9.0 REFERENCE M ANUAL 112
IloCplex::ControlCallbackI parameter to this method may be of type 2. See the ILOG CPLEX User's Manual for more explanation of types of special ordered sets. protected IloBool isSOSFeasible(const IloSOS1 sos1) This method returns IloTrue if the solution of the LP at the current node is SOS feasible for the special ordered set indicated in its argument. The SOS set passed as a parameter to this method may be of type 1. See the ILOG CPLEX User's Manual for more explanation about these types of special ordered sets. ILOG CPLEX C++ API 9.0 REFERENCE M ANUAL 113
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ILOG CPLEX C++ API 9.0 Reference Ma
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T ABLE OF C ONTENTS IloCplex::Branc
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About This Manual This reference ma
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Concepts Branch & Cut IloCplex, lik
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It is possible to tell IloCplex to
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Group optim.cplex.cpp The API of IL
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IloCplex::Algorithm IloCplex::Basis
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ILOFLOAT, for continuous, ILOINT, f
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ILOBARRIERCALLBACK0 ILOBARRIERCALLB
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ILOCONTINUOUSCALLBACK0 ILOCONTINUOU
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ILOCPLEXGOAL0 } return 0; This macr
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ILOCUTCALLBACK0 ILOCUTCALLBACK0 Cat
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ILOFRACTIONALCUTCALLBACK0 ILOFRACTI
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ILOINCUMBENTCALLBACK0 ILOINCUMBENTC
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ILOMIPCALLBACK0 ILOMIPCALLBACK0 Cat
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ILONODECALLBACK0 ILONODECALLBACK0 C
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ILOPROBINGCALLBACK0 ILOPROBINGCALLB
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ILOSOLVECALLBACK0 ILOSOLVECALLBACK0
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IloCplex IloCplex Category Class In
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IloCplex public IloCplex::CplexStat
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IloCplex public void public void pu
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IloCplex IloCplex::NodeSelect IloCp
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IloCplex Mathematical Programming m
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IloCplex IloCplex effectively treat
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IloCplex classes that allow the use
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IloCplex When IloCplex is not divin
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IloCplex public const IloConstraint
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IloCplex This method deletes all la
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IloCplex to use for the constraint
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IloCplex public IloCplex::CplexStat
Page 62 and 63: IloCplex Note:CPLEX resizes these a
Page 64 and 65: IloCplex This method returns the nu
Page 66 and 67: IloCplex public IloCplex::PWLFormul
Page 68 and 69: IloCplex public void getValues(cons
Page 70 and 71: IloCplex This method creates and re
Page 72 and 73: IloCplex This method sets the prefe
Page 74 and 75: IloCplex its subgoals. See the conc
Page 76 and 77: IloCplex::Algorithm IloCplex::Algor
Page 78 and 79: IloCplex::BarrierCallbackI IloCplex
Page 80 and 81: IloCplex::BasisStatus IloCplex::Bas
Page 82 and 83: IloCplex::BoolParam IloCplex::BoolP
Page 84 and 85: IloCplex::BranchCallbackI IloCplex:
Page 86 and 87: IloCplex::BranchCallbackI ControlCa
Page 88 and 89: IloCplex::BranchCallbackI IloCplex:
Page 90 and 91: IloCplex::BranchCallbackI NodeData
Page 92 and 93: IloCplex::BranchCallbackI no branch
Page 94 and 95: IloCplex::BranchDirection IloCplex:
Page 96 and 97: IloCplex::Callback IloCplex::Callba
Page 98 and 99: IloCplex::CallbackI IloCplex::Callb
Page 100 and 101: IloCplex::CallbackI callbacks can a
Page 102 and 103: Callback::Type Callback::Type Categ
Page 104 and 105: IloCplex::ContinuousCallbackI Descr
Page 106 and 107: IloCplex::ControlCallbackI IloCplex
Page 108 and 109: IloCplex::ControlCallbackI MIPCallb
Page 110 and 111: IloCplex::ControlCallbackI This met
Page 114 and 115: ControlCallbackI::IntegerFeasibilit
Page 116 and 117: IloCplex::CplexStatus See also the
Page 118 and 119: IloCplex::CrossoverCallbackI IloCpl
Page 120 and 121: IloCplex::CutCallbackI IloCplex::Cu
Page 122 and 123: IloCplex::CutCallbackI from a user-
Page 124 and 125: IloCplex::DisjunctiveCutCallbackI I
Page 126 and 127: IloCplex::DualPricing IloCplex::Dua
Page 128 and 129: IloCplex::FlowMIRCutCallbackI IloCp
Page 130 and 131: IloCplex::FractionalCutCallbackI Il
Page 132 and 133: IloCplex::Goal IloCplex::Goal Categ
Page 134 and 135: IloCplex::GoalI IloCplex::GoalI Cat
Page 136 and 137: IloCplex::GoalI public IloInt publi
Page 138 and 139: IloCplex::GoalI Methods public void
Page 140 and 141: IloCplex::GoalI Returns the solutio
Page 142 and 143: IloCplex::GoalI const IloNumVarArra
Page 144 and 145: IloCplex::GoalI Returns the branch
Page 146 and 147: IloCplex::GoalI public IloBool isIn
Page 148 and 149: GoalI::BranchType GoalI::BranchType
Page 150 and 151: GoalI::IntegerFeasibilityArray Goal
Page 152 and 153: IloCplex::HeuristicCallbackI protec
Page 154 and 155: IloCplex::HeuristicCallbackI protec
Page 156 and 157: IloCplex::HeuristicCallbackI The pa
Page 158 and 159: IloCplex::IISStatusArray IloCplex::
Page 160 and 161: IloCplex::IncumbentCallbackI MIPCal
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IloCplex::IntParam IloCplex::IntPar
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IloCplex::IntParam See the referenc
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IloCplex::IntParam = CPX_PARAM_COLR
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IloCplex::IntParam = CPX_PARAM_FRAC
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IloCplex::InvalidCutException IloCp
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IloCplex::LazyConstraintCallbackI M
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IloCplex::MIPCallbackI protected Il
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IloCplex::MIPCallbackI IloCplex::No
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IloCplex::MIPCallbackI Returns the
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MIPCallbackI::NodeData MIPCallbackI
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IloCplex::MIPEmphasisType = CPX_MIP
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IloCplex::MultipleObjException IloC
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IloCplex::NetworkCallbackI The meth
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IloCplex::NodeCallbackI protected v
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IloCplex::NodeCallbackI protected I
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IloCplex::NodeEvaluator IloCplex::N
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IloCplex::NodeEvaluatorI IloCplex::
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IloCplex::NodeEvaluatorI branch, 0
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IloCplex::NodeSelect IloCplex::Node
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IloCplex::NumParam = CPX_PARAM_EPOP
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IloCplex::PWLFormulation IloCplex::
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IloCplex::PresolveCallbackI model,
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IloCplex::ProbingCallbackI IloCplex
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IloCplex::ProbingCallbackI This met
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IloCplex::Quality Primalobj, Primal
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IloCplex::Quality = CPX_SUM_X SumSc
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IloCplex::SearchLimit The default c
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IloCplex::SearchLimitI creates a go
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IloCplex::SimplexCallbackI ILOG CPL
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IloCplex::SolveCallbackI Inherited
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IloCplex::SolveCallbackI const IloN
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IloCplex::UnknownExtractableExcepti
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IloCplex::UserCutCallbackI MIPCallb
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IloCplex::VariableSelect Group opti
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IloCplex::PWLFormulation IloCplex::
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IloCplex::PWLFormulation Descriptio
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IloCplex::LazyConstraintCallbackI I
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IloCplex::UserCutCallbackI Inherite
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I NDEX ILOFRACTIONALCUTCALLBACK0 26
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