OSDipBlockSolver Class Reference

#include <OSDipBlockSolver.h>

Inheritance diagram for OSDipBlockSolver:

Collaboration diagram for OSDipBlockSolver:

Public Member Functions
virtual void	solve (double *cost, std::vector< IndexValuePair * > *solIndexValPair, double *optVal)=0
virtual void	solve (double *cost, std::string *osrl)=0
	OSDipBlockSolver ()
	Default Constructor. More...
virtual	~OSDipBlockSolver ()=0
	Default destructor. More...

Public Attributes
double *	m_cost
	m_cost is the objective function of (reduced) coefficients More...
SparseVector *	m_sparseVec
	m_sparseVec is the column found by solving the block optimization problem More...
double	m_optVal
	m_optVal is the optimal objective function value of the block optimization problem More...
int	m_whichBlock
	m_whichBlock is the index of the subproblem we are working with More...

Detailed Description

Definition at line 40 of file OSDipBlockSolver.h.

Constructor & Destructor Documentation

OSDipBlockSolver::OSDipBlockSolver

(

)

Default Constructor.

Definition at line 19 of file OSDipBlockSolver.cpp.

OSDipBlockSolver::~OSDipBlockSolver ( )

pure virtual

Default destructor.

Definition at line 25 of file OSDipBlockSolver.cpp.

Member Function Documentation

virtual void OSDipBlockSolver::solve ( double *  cost, std::vector< IndexValuePair * > *  solIndexValPair, double *  optVal  )

pure virtual

Calculate the function value given the current variable values. This is an abstract method which is required to be implemented by the concrete operator nodes that derive or extend from this OSnLNode class.

Parameters

cost	– an input value: pointer to the objective function (reduced) coefficients.
sv	– a return value: sparse vector with the optimal column
optVal	– a return value: the optimal solution value of the subproblem

Implemented in OSDipBlockBearcatSolver, OSDipBlockCoinSolver, and OSDipBlockSlpSolver.

virtual void OSDipBlockSolver::solve ( double *  cost, std::string *  osrl  )

pure virtual

Calculate the function value given the current variable values. This is an abstract method which is required to be implemented by the concrete operator nodes that derive or extend from this OSnLNode class.

Parameters

cost	– an input value: pointer to the objective function (reduced) coefficients.
osrl	– a return value: an osrl string

Implemented in OSDipBlockBearcatSolver, OSDipBlockCoinSolver, and OSDipBlockSlpSolver.

Member Data Documentation

double* OSDipBlockSolver::m_cost

m_cost is the objective function of (reduced) coefficients

Definition at line 48 of file OSDipBlockSolver.h.

SparseVector* OSDipBlockSolver::m_sparseVec

m_sparseVec is the column found by solving the block optimization problem

Definition at line 53 of file OSDipBlockSolver.h.

double OSDipBlockSolver::m_optVal

m_optVal is the optimal objective function value of the block optimization problem

Definition at line 58 of file OSDipBlockSolver.h.

int OSDipBlockSolver::m_whichBlock

m_whichBlock is the index of the subproblem we are working with

Definition at line 64 of file OSDipBlockSolver.h.

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The documentation for this class was generated from the following files:

• /tmp/OS-2.10.2/examples/osDip/OSDipBlockSolver.h
• /tmp/OS-2.10.2/examples/osDip/OSDipBlockSolver.cpp