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ILOG CPLEX C++ API 9.0 Reference Manual

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IloCplex::ControlCallbackI<br />

This method returns the current pseudo cost for branching downward on the variable<br />

var.<br />

protected void getFeasibilities(IntegerFeasibilityArray stat,<br />

const IloIntVarArray var)<br />

This method indicates whether each of the variables in the array vars is integer<br />

feasible, integer infeasible, or implied integer feasible by putting the indication in the<br />

corresponding element of the array stats.<br />

protected void getFeasibilities(IntegerFeasibilityArray stat,<br />

const IloNumVarArray var)<br />

This method indicates whether each of the variables in the array vars is integer<br />

feasible, integer infeasible, or implied integer feasible by putting the indication in the<br />

corresponding element of the array stats.<br />

protected ControlCallbackI::IntegerFeasibility getFeasibility(const<br />

IloIntVar var)<br />

This method indicates whether the variable var is integer feasible, integer infeasible,<br />

or implied integer feasible in the current node solution.<br />

protected ControlCallbackI::IntegerFeasibility getFeasibility(const<br />

IloNumVar var)<br />

This method indicates whether the variable var is integer feasible, integer infeasible,<br />

or implied integer feasible in the current node solution.<br />

protected ControlCallbackI::IntegerFeasibility getFeasibility(const<br />

IloSOS2 sos)<br />

This method indicates whether the Special Ordered Set sos is integer feasible, integer<br />

infeasible, or implied integer feasible in the current node solution.<br />

protected ControlCallbackI::IntegerFeasibility getFeasibility(const<br />

IloSOS1 sos)<br />

This method indicates whether the Special Ordered Set sos is integer feasible, integer<br />

infeasible, or implied integer feasible in the current node solution.<br />

protected IloNum getLB(const IloIntVar var)<br />

This method returns the lower bound of var at the current node. This bound is likely to<br />

be different from the bound in the original model because an instance of IloCplex<br />

tightens bounds when it branches from a node to its subnodes.<br />

protected IloNum getLB(const IloNumVar var)<br />

This method returns the lower bound of var at the current node. This bound is likely to<br />

be different from the bound in the original model because an instance of IloCplex<br />

tightens bounds when it branches from a node to its subnodes.<br />

protected void getLBs(IloNumArray val,<br />

const IloIntVarArray vars)<br />

<strong>ILOG</strong> <strong>CPLEX</strong> <strong>C++</strong> <strong>API</strong> <strong>9.0</strong> REFERENCE M ANUAL 110

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