CQKnPCplex Class Reference

Solver of Continuous Quadratic Knapsack Problems (CQKnP) based on calls to the Cplex callable library. More...

#include <CQKnPCplex.h>

Inheritance diagram for CQKnPCplex:

List of all members.

Public Member Functions
	CQKnPCplex (const int alg=0, const double eps=1e-6)
	The parameter alg controls which algorithm CPLEX uses to solve continuous quadratic knapsack problem.
void	SetCplexParam (int whichparam, double value)
	The first two methods allow to set the many algorithmic parameters of Cplex; see the documentation of CPXsetintparam() and CPXsetdblparam() in the Cplex manual for details.
void	SetAlg (const int alg=0)
	Allows to change the algorithm to be used in the next calls to SolveKNP(); see the comments to the constructor for details.

---

Detailed Description

Solver of Continuous Quadratic Knapsack Problems (CQKnP) based on calls to the Cplex callable library.

Derives from CQKnpClass and therefore it conforms to its interface.

---

Constructor & Destructor Documentation

CQKnPCplex	(	const int	alg = 0,
		const double	eps = 1e-6
	)

The parameter alg controls which algorithm CPLEX uses to solve continuous quadratic knapsack problem.

Possible values of this parameter are:

0   [default] et CPLEX choose.
1   Primal simplex;
2   Dual simplex

[See the documentation of CPX_PARAM_QPMETHOD in the Cplex manual for
 details.]

The parameter Eps defines the convergence tolerance required to construct
the solution [default value is 1e-6].

[See the documentation of CPX_PARAM_BAREPCOMP in the Cplex manual for
 details.]

The choices can be changed at any time with SetAlg() and SetEps(),
respectively [see below].  

---

Member Function Documentation

void SetCplexParam	(	int	whichparam,
		double	value
	)		[inline]

The first two methods allow to set the many algorithmic parameters of Cplex; see the documentation of CPXsetintparam() and CPXsetdblparam() in the Cplex manual for details.

void SetAlg

(

const int

alg = 0

)

[inline]

Allows to change the algorithm to be used in the next calls to SolveKNP(); see the comments to the constructor for details.