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# RepairWeightedInfeasBounds(Double[], Double[], Double[], Double[], Double[], Double[], Double[], Double[], Char, Double, String) Method

Convenience wrapper for RepairWeightedInfeasBounds(int,double[],double[],double[],double[],double[],double[],double[],double[],char,double,string) that returns the output argument.
Namespace: Optimizer
Assembly: xprsdn (in xprsdn.dll) Version: 47.01.01+0ba4e76731516b80760698bbaa939494dae84e49
Syntax
C#

    public int RepairWeightedInfeasBounds(
    	double[] lepref,
    	double[] gepref,
    	double[] lbpref,
    	double[] ubpref,
    	double[] lerelax,
    	double[] gerelax,
    	double[] lbrelax,
    	double[] ubrelax,
    	char phase2,
    	double delta,
    	string flags
    )

#### Parameters

lepref Double
  Array of size ROWS containing the preferences for relaxing the less or equal side of row. For the console use -lrp value.
gepref Double
  Array of size ROWS containing the preferences for relaxing the greater or equal side of a row. For the console use -grp value.
lbpref Double
  Array of size COLS containing the preferences for relaxing lower bounds. For the console use -lbp value.
ubpref Double
  Array of size COLS containing preferences for relaxing upper bounds. For the console use -ubp value.
lerelax Double
  Array of size ROWS containing the upper bounds on the amount the less or equal side of a row can be relaxed. For the console use -lrb value.
gerelax Double
  Array of size ROWS containing the upper bounds on the amount the greater or equal side of a row can be relaxed. For the console use -grb value.
lbrelax Double
  Array of size COLS containing the upper bounds on the amount the lower bounds can be relaxed. For the console use -lbb value.
ubrelax Double
  Array of size COLS containing the upper bounds on the amount the upper bounds can be relaxed. For the console use -ubb value.
phase2 Char
  Controls the second phase of optimization:
  - o: use the objective sense of the original problem (default);
  - x: maximize the relaxed problem using the original objective;
  - f: skip optimization regarding the original objective;
  - n: minimize the relaxed problem using the original objective;
  - i: if the relaxation is infeasible, generate an irreducible infeasible subset for the analysis of the problem;
  - a: if the relaxation is infeasible, generate all irreducible infeasible subsets for the analysis of the problem.
delta Double
  The relaxation multiplier in the second phase -1.
flags String
  Specifies flags to be passed to optimize.

#### Return Value

Int32
The value that the wrapped function would return in p_status.
See Also

#### Reference

XPRSprob Class
RepairWeightedInfeasBounds Overload
Optimizer Namespace
Parent Topic RepairWeightedInfeasBounds Method

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