Data Structures
class	Rational
class	ObjBenders
	C++ wrapper for Benders' decomposition plugins. More...
class	ObjBenderscut
	C++ wrapper for Benders' decomposition cut plugin. More...
class	ObjBranchrule
	C++ wrapper for branching rules. More...
struct	ObjCloneable
	Definition of base class for all clonable classes. More...
class	ObjConshdlr
	C++ wrapper for constraint handlers. More...
class	ObjCutsel
	C++ wrapper for cut selectors. More...
class	ObjDialog
	C++ wrapper for dialogs. More...
class	ObjDisp
	C++ wrapper for display columns. More...
class	ObjEventhdlr
	C++ wrapper for event handlers. More...
class	ObjExprhdlr
	C++ wrapper for expression handlers. More...
class	ObjHeur
	C++ wrapper for primal heuristics. More...
class	ObjIISfinder
	C++ wrapper for iis finders. More...
class	ObjMessagehdlr
	C++ wrapper for message handlers. More...
class	ObjNodesel
	C++ wrapper for node selectors. More...
class	ObjPresol
	C++ wrapper for presolvers. More...
class	ObjPricer
	C++ wrapper for variable pricer. More...
struct	ObjProbCloneable
	Definition of base class for all clonable classes which define problem data. More...
class	ObjProbData
	C++ wrapper for user problem data. More...
class	ObjProp
	C++ wrapper for propagators. More...
class	ObjReader
	C++ wrapper for file readers and writers. More...
class	ObjRelax
	C++ wrapper for relaxation handlers. More...
class	ObjSepa
	C++ wrapper for cut separators. More...
class	ObjTable
	C++ wrapper for statistics tables. More...
class	ObjVardata
	C++ wrapper for user variable data. More...

Typedefs
using	Integer = Rational
using	sparsevec = std::vector<SCIP_RATIONAL>

Functions
INLINE Rational &	abs (Rational &r)
INLINE Rational &	max (Rational &r1, Rational &r2)
INLINE Rational &	min (Rational &r1, Rational &r2)
INLINE SCIP_Longint	denominator (Rational &r)
INLINE SCIP_Longint	numerator (Rational &r)
	SCIP_DECL_TABLEOUTPUT (ObjTable::scip_output)

Typedef Documentation

◆ Integer

using scip::Integer = Rational

Definition at line 113 of file multiprecision.hpp.

◆ sparsevec

using scip::sparsevec = std::vector<SCIP_RATIONAL>

Definition at line 114 of file multiprecision.hpp.

Function Documentation

◆ abs()

INLINE Rational & scip::abs ( Rational & r )

Definition at line 115 of file multiprecision.hpp.

References INLINE, and r.

Referenced by SCIPrationalAbs(), SCIPrationalIsAbsEQ(), SCIPrationalIsAbsGT(), SCIPrationalRelDiff(), SCIPrationalRoundInteger(), and SCIPrationalRoundLong().

◆ max()

INLINE Rational & scip::max	(	Rational &	r1,
		Rational &	r2 )

Definition at line 116 of file multiprecision.hpp.

References INLINE.

◆ min()

INLINE Rational & scip::min	(	Rational &	r1,
		Rational &	r2 )

Definition at line 117 of file multiprecision.hpp.

References INLINE.

◆ denominator()

INLINE SCIP_Longint scip::denominator ( Rational & r )

Definition at line 118 of file multiprecision.hpp.

References INLINE, r, and SCIP_Longint.

Referenced by SCIPrationalComputeApproximation(), SCIPrationalGetFrac(), SCIPrationalIsIntegral(), SCIPrationalRoundInteger(), SCIPrationalRoundLong(), and SCIPrationalSetString().

◆ numerator()

INLINE SCIP_Longint scip::numerator ( Rational & r )

Definition at line 119 of file multiprecision.hpp.

References INLINE, r, and SCIP_Longint.

Referenced by SCIPrationalComputeApproximation(), SCIPrationalGetFrac(), SCIPrationalIsIntegral(), SCIPrationalRoundInteger(), and SCIPrationalRoundLong().

◆ SCIP_DECL_TABLEOUTPUT()

scip::SCIP_DECL_TABLEOUTPUT ( ObjTable::scip_output )

Definition at line 54 of file objtable.cpp.

References SCIP_CALL, SCIP_OKAY, SCIPcreateDatatree(), SCIPfreeDatatree(), and SCIPprintDatatreeAsTable().

Data Structures

Typedefs

Functions