This method computes a minimum-cost relaxation in order to make the active model feasible by relaxing the constraints specified in cts
.
This method computes a minimum-cost relaxation in order to make the active model feasible by relaxing the constraints specified in cts
.
public virtual bool FeasOpt(IConstraint[],double[]);
This method computes a minimum-cost relaxation in order to make the active model feasible by relaxing the bounds of the variables specified in the array vars
.
public virtual bool FeasOpt(INumVar[],double[],double[]);
This method computes a minimum-cost relaxation in order to make the active model feasible by relaxing the bounds of the range constraints specified in the array rngs
.
public virtual bool FeasOpt(IRange[],double[],double[]);
This method computes a minimum-cost relaxation in order to make the active model feasible by relaxing the bounds of the variables specified in the array vars
and by relaxing the bounds of the range constraints specified in the array rngs
.
public virtual bool FeasOpt(IRange[],double[],double[],INumVar[],double[],double[]);