storm::utility::parametric Namespace Reference

Classes
struct	CoefficientType
	Acess the type of coefficients from a given function type. More...
struct	CoefficientType< storm::RationalFunction >
struct	VariableType
	Access the type of variables from a given function type. More...
struct	VariableType< storm::RationalFunction >

Typedefs
template<typename FunctionType >
using	Valuation = std::map< typename VariableType< FunctionType >::type, typename CoefficientType< FunctionType >::type >

Functions
template<typename ReturnType >
ReturnType	evaluateRationalFunction (storm::RationalFunction const &function, Valuation< storm::RationalFunction > const &valuation)
template<>
double	evaluate (storm::RationalFunction const &function, Valuation< storm::RationalFunction > const &valuation)
template<>
storm::RationalFunction	substitute< storm::RationalFunction > (storm::RationalFunction const &function, Valuation< storm::RationalFunction > const &valuation)
template<>
void	gatherOccurringVariables< storm::RationalFunction > (storm::RationalFunction const &function, std::set< typename VariableType< storm::RationalFunction >::type > &variableSet)
template<>
bool	isLinear< storm::RationalFunction > (storm::RationalFunction const &function)
template<>
bool	isMultiLinearPolynomial< storm::RationalFunction > (storm::RationalFunction const &function)
template<typename ReturnType , typename FunctionType >
ReturnType	evaluate (FunctionType const &function, Valuation< FunctionType > const &valuation)
	Evaluates the given function wrt.
template<typename FunctionType >
FunctionType	substitute (FunctionType const &function, Valuation< FunctionType > const &valuation)
	Evaluates the given function wrt.
template<typename FunctionType >
void	gatherOccurringVariables (FunctionType const &function, std::set< typename VariableType< FunctionType >::type > &variableSet)
	Add all variables that occur in the given function to the the given set.
template<typename FunctionType >
bool	isLinear (FunctionType const &function)
	Checks whether the function is linear (in one parameter)
template<typename FunctionType >
bool	isMultiLinearPolynomial (FunctionType const &function)
	Checks whether the function is a multilinear polynomial, i.e., a polynomial which only considers variables with exponent at most 1.

Typedef Documentation

Valuation

template<typename FunctionType >

using storm::utility::parametric::Valuation = typedef std::map<typename VariableType<FunctionType>::type, typename CoefficientType<FunctionType>::type>

Definition at line 38 of file parametric.h.

Function Documentation

evaluate() [1/2]

template<typename ReturnType , typename FunctionType >

ReturnType storm::utility::parametric::evaluate	(	FunctionType const &	function,
		Valuation< FunctionType > const &	valuation
	)

Evaluates the given function wrt.

the given valuation and returns the required type.

evaluate() [2/2]

template<>

double storm::utility::parametric::evaluate	(	storm::RationalFunction const &	function,
		Valuation< storm::RationalFunction > const &	valuation
	)

Definition at line 26 of file parametric.cpp.

evaluateRationalFunction()

template<typename ReturnType >

ReturnType storm::utility::parametric::evaluateRationalFunction	(	storm::RationalFunction const &	function,
		Valuation< storm::RationalFunction > const &	valuation
	)

Definition at line 17 of file parametric.cpp.

gatherOccurringVariables()

template<typename FunctionType >

void storm::utility::parametric::gatherOccurringVariables	(	FunctionType const &	function,
		std::set< typename VariableType< FunctionType >::type > &	variableSet
	)

Add all variables that occur in the given function to the the given set.

gatherOccurringVariables< storm::RationalFunction >()

template<>

void storm::utility::parametric::gatherOccurringVariables< storm::RationalFunction >	(	storm::RationalFunction const &	function,
		std::set< typename VariableType< storm::RationalFunction >::type > &	variableSet
	)

Definition at line 51 of file parametric.cpp.

isLinear()

template<typename FunctionType >

bool storm::utility::parametric::isLinear

(

FunctionType const &

function

)

Checks whether the function is linear (in one parameter)

isLinear< storm::RationalFunction >()

template<>

bool storm::utility::parametric::isLinear< storm::RationalFunction >

(

storm::RationalFunction const &

function

)

Definition at line 57 of file parametric.cpp.

isMultiLinearPolynomial()

template<typename FunctionType >

bool storm::utility::parametric::isMultiLinearPolynomial

(

FunctionType const &

function

)

Checks whether the function is a multilinear polynomial, i.e., a polynomial which only considers variables with exponent at most 1.

isMultiLinearPolynomial< storm::RationalFunction >()

template<>

bool storm::utility::parametric::isMultiLinearPolynomial< storm::RationalFunction >

(

storm::RationalFunction const &

function

)

Definition at line 62 of file parametric.cpp.

substitute()

template<typename FunctionType >

FunctionType storm::utility::parametric::substitute	(	FunctionType const &	function,
		Valuation< FunctionType > const &	valuation
	)

Evaluates the given function wrt.

the given valuation

substitute< storm::RationalFunction >()

template<>

storm::RationalFunction storm::utility::parametric::substitute< storm::RationalFunction >	(	storm::RationalFunction const &	function,
		Valuation< storm::RationalFunction > const &	valuation
	)

Definition at line 45 of file parametric.cpp.