scippp::Var Struct Reference

Wrapper for a SCIP variable. More...

#include <var.hpp>

Public Member Functions
double	getSolVal (const Solution &solution) const
	Get the assigned value in the solution.
int	getSolValAsInt (const Solution &solution) const
	Gets the assigned value in the solution and converts it to int.
long long	getSolValAsLongInt (const Solution &solution) const
	Gets the assigned value in the solution and converts it to long long.
bool	isVoid () const
	Checks whether an existing SCIP variable is wrapped or the wrapper is empty.
bool	isZero (const Solution &solution) const
	Checks whether the value of this variable in the primal solution is in range epsilon of 0.0.

Public Attributes
SCIP_Var *	var { nullptr }
	Pointer to the underlying SCIP variable.

Detailed Description

Wrapper for a SCIP variable.

It does not own the memory. Memory management is done by the Model.

Since

1.0.0

Definition at line 17 of file var.hpp.

Member Function Documentation

getSolVal()

double scippp::Var::getSolVal

(

const Solution &

solution

)

const

Get the assigned value in the solution.

Since

1.0.0

Parameters

solution

Primal CIP solution.

Returns

value of this variable in primal CIP solution.

getSolValAsInt()

int scippp::Var::getSolValAsInt

(

const Solution &

solution

)

const

Gets the assigned value in the solution and converts it to int.

Since

1.1.0

Parameters

solution

Primal CIP solution.

Returns

value of this variable in primal CIP solution as integer.

getSolValAsLongInt()

long long scippp::Var::getSolValAsLongInt

(

const Solution &

solution

)

const

Gets the assigned value in the solution and converts it to long long.

Since

1.1.0

Parameters

solution

Primal CIP solution.

Returns

value of this variable in primal CIP solution as long integer.

isVoid()

bool scippp::Var::isVoid

(

)

const

Checks whether an existing SCIP variable is wrapped or the wrapper is empty.

Since

1.2.0

Returns

true iff the wrapper is empty

isZero()

bool scippp::Var::isZero

(

const Solution &

solution

)

const

Checks whether the value of this variable in the primal solution is in range epsilon of 0.0.

Since

1.1.0

Parameters

solution

Primal CIP solution.

Returns

true iff the value of this variable in the primal solution is in range epsilon of 0.0.

Member Data Documentation

var

SCIP_Var* scippp::Var::var { nullptr }

Pointer to the underlying SCIP variable.

Definition at line 19 of file var.hpp.

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The documentation for this struct was generated from the following file:

• var.hpp