ZeroFunctionOptimizations

Functions
template<class ZeroExpression >
static ZeroExpression	Dune::ACFem::operator* (const typename ZeroExpression::RangeFieldType &s, const ZeroGridFunctionExpression< typename ZeroExpression::FunctionSpaceType, ZeroExpression > &z)
	s * zero = zero
template<class Parameter , class ZeroExpression >
static ZeroExpression	Dune::ACFem::operator* (const ParameterInterface< Parameter > &s_, const ZeroGridFunctionExpression< typename ZeroExpression::FunctionSpaceType, ZeroExpression > &z)
	Param * zero = zero.
template<class Function , class ZeroExpression >
static auto	Dune::ACFem::operator* (const ZeroGridFunctionExpression< typename ZeroExpression::FunctionSpaceType, ZeroExpression > &z_, const Fem::Function< typename Function::FunctionSpaceType, Function > &g_) -> decltype(zeroProduct(*z_, g_))
	Zero * SomeThing = Zero.
template<class Function , class ZeroExpression >
static auto	Dune::ACFem::operator* (const Fem::Function< typename Function::FunctionSpaceType, Function > &g_, const ZeroGridFunctionExpression< typename ZeroExpression::FunctionSpaceType, ZeroExpression > &z_) -> decltype(z_ *g_)
	SomeThing * Zero = Zero.
template<class ZeroExpression1 , class ZeroExpression2 >
static auto	Dune::ACFem::operator* (const ZeroGridFunctionExpression< typename ZeroExpression1::FunctionSpaceType, ZeroExpression1 > &z1, const ZeroGridFunctionExpression< typename ZeroExpression2::FunctionSpaceType, ZeroExpression2 > &z2) -> decltype(zeroProduct(*z1, z2))
	Zero * Zero = Zero.
template<class Function , class ZeroExpression >
static auto	Dune::ACFem::operator+ (const ZeroGridFunctionExpression< typename ZeroExpression::FunctionSpaceType, ZeroExpression > &z_, const Fem::Function< typename Function::FunctionSpaceType, Function > &f_) -> decltype(*asImp(f_))
	Zero + SomeThing = SomeThing.
template<class Function , class ZeroExpression >
static auto	Dune::ACFem::operator+ (const Fem::Function< typename Function::FunctionSpaceType, Function > &f_, const ZeroGridFunctionExpression< typename ZeroExpression::FunctionSpaceType, ZeroExpression > &z_) -> decltype(*asImp(f_))
	SomeThing + Zero = SomeThing.
template<class ZeroExpression1 , class ZeroExpression2 >
static ZeroExpression1	Dune::ACFem::operator+ (const ZeroGridFunctionExpression< typename ZeroExpression1::FunctionSpaceType, ZeroExpression1 > &z1_, const ZeroGridFunctionExpression< typename ZeroExpression2::FunctionSpaceType, ZeroExpression2 > &z2_)
	Zero + Zero has to be specialized in order to avoid ambiguous overloading.
template<class Function , class ZeroExpression >
static auto	Dune::ACFem::operator- (const Fem::Function< typename Function::FunctionSpaceType, Function > &f_, const ZeroGridFunctionExpression< typename ZeroExpression::FunctionSpaceType, ZeroExpression > &z_) -> decltype(*asImp(f_))
	SomeThing - Zero = SomeThing.
template<class Function , class ZeroExpression >
static auto	Dune::ACFem::operator- (const ZeroGridFunctionExpression< typename ZeroExpression::FunctionSpaceType, ZeroExpression > &z_, const Fem::Function< typename Function::FunctionSpaceType, Function > &f_) -> decltype(-asImp(f_))
	Zero - SomeThing = -SomeThing.
template<class ZeroExpression1 , class ZeroExpression2 >
static ZeroExpression1	Dune::ACFem::operator- (const ZeroGridFunctionExpression< typename ZeroExpression1::FunctionSpaceType, ZeroExpression1 > &z1_, const ZeroGridFunctionExpression< typename ZeroExpression2::FunctionSpaceType, ZeroExpression2 > &z2_)
	Zero - Zero = Zero. More...
template<class ZeroExpression >
static ZeroExpression	Dune::ACFem::operator- (const ZeroGridFunctionExpression< typename ZeroExpression::FunctionSpaceType, ZeroExpression > &z_)
	-Zero = Zero

Detailed Description

Function Documentation

operator-()

template<class ZeroExpression1 , class ZeroExpression2 >

static ZeroExpression1 Dune::ACFem::operator- ( const ZeroGridFunctionExpression< typename ZeroExpression1::FunctionSpaceType, ZeroExpression1 > &  z1_, const ZeroGridFunctionExpression< typename ZeroExpression2::FunctionSpaceType, ZeroExpression2 > &  z2_  )

inlinestatic

Zero - Zero = Zero.

This has to be specialized in order to avoid ambiguous overloading.