Abstract base class for consequent bounds. More...

#include <CbcConsequence.hpp>

Inheritance diagram for CbcConsequence:

Public Member Functions
	CbcConsequence ()

	CbcConsequence (const CbcConsequence &rhs)

CbcConsequence &	operator= (const CbcConsequence &rhs)

virtual CbcConsequence *	clone () const =0
	Clone. More...

virtual	~CbcConsequence ()
	Destructor. More...

virtual void	applyToSolver (OsiSolverInterface *solver, int state) const =0
	Apply to an LP solver. More...

Detailed Description

Abstract base class for consequent bounds.

When a variable is branched on it normally interacts with other variables by means of equations. There are cases where we want to step outside LP and do something more directly e.g. fix bounds. This class is for that.

At present it need not be virtual as only instance is CbcFixVariable, but ...

Definition at line 22 of file CbcConsequence.hpp.

Constructor & Destructor Documentation

◆ CbcConsequence() [1/2]

CbcConsequence::CbcConsequence ( )

◆ CbcConsequence() [2/2]

CbcConsequence::CbcConsequence ( const CbcConsequence & rhs )

◆ ~CbcConsequence()

virtual CbcConsequence::~CbcConsequence ( )

virtual

Destructor.

Member Function Documentation

◆ operator=()

CbcConsequence& CbcConsequence::operator= ( const CbcConsequence & rhs )

◆ clone()

virtual CbcConsequence* CbcConsequence::clone ( ) const

pure virtual

Clone.

Implemented in CbcFixVariable.

◆ applyToSolver()

virtual void CbcConsequence::applyToSolver	(	OsiSolverInterface *	solver,
		int	state
	)		const