SH::ShAttrib< N, Binding, T, Swizzled > Class Template Reference

A generic attribute (or parameter) holding N values. More...

#include <ShAttrib.hpp>

Inheritance diagram for SH::ShAttrib< N, Binding, T, Swizzled >:

[legend]Collaboration diagram for SH::ShAttrib< N, Binding, T, Swizzled >:

[legend]List of all members.

Public Types
typedef T	storage_type
typedef ShHostType< T >::type	host_type
typedef ShMemType< T >::type	mem_type
typedef ShAttrib< N, SH_INPUT, T >	InputType
typedef ShAttrib< N, SH_OUTPUT, T >	OutputType
typedef ShAttrib< N, SH_INOUT, T >	InOutType
typedef ShAttrib< N, SH_TEMP, T >	TempType
typedef ShAttrib< N, SH_CONST, T >	ConstType
Public Member Functions
template<typename T2>
	ShAttrib (const ShGeneric< N, T2 > &other)
	ShAttrib (const ShAttrib< N, Binding, T, Swizzled > &other)
template<typename T2>
	ShAttrib (const ShAttrib< N, Binding, T2, Swizzled > &other)
	ShAttrib (const ShVariableNodePtr &node, const ShSwizzle &swizzle, bool neg)
	ShAttrib (host_type data[N])
template<typename T2>
ShAttrib &	operator= (const ShGeneric< N, T2 > &other)
template<typename T2>
ShAttrib &	operator= (const ShAttrib< N, Binding, T2, Swizzled > &other)
ShAttrib &	operator= (const ShAttrib< N, Binding, T, Swizzled > &other)
ShAttrib &	operator= (const ShProgram &prg)
template<typename T2>
ShAttrib &	operator+= (const ShGeneric< N, T2 > &right)
template<typename T2>
ShAttrib &	operator-= (const ShGeneric< N, T2 > &right)
template<typename T2>
ShAttrib &	operator *= (const ShGeneric< N, T2 > &right)
template<typename T2>
ShAttrib &	operator/= (const ShGeneric< N, T2 > &right)
template<typename T2>
ShAttrib &	operator%= (const ShGeneric< N, T2 > &right)
ShAttrib &	operator *= (host_type)
ShAttrib &	operator/= (host_type)
ShAttrib &	operator%= (host_type)
ShAttrib &	operator+= (host_type)
ShAttrib &	operator-= (host_type)
template<typename T2>
ShAttrib &	operator+= (const ShGeneric< 1, T2 > &)
template<typename T2>
ShAttrib &	operator-= (const ShGeneric< 1, T2 > &)
template<typename T2>
ShAttrib &	operator *= (const ShGeneric< 1, T2 > &)
template<typename T2>
ShAttrib &	operator/= (const ShGeneric< 1, T2 > &)
template<typename T2>
ShAttrib &	operator%= (const ShGeneric< 1, T2 > &)
ShAttrib< 1, Binding, T, true >	operator() (int) const
ShAttrib< 2, Binding, T, true >	operator() (int, int) const
ShAttrib< 3, Binding, T, true >	operator() (int, int, int) const
ShAttrib< 4, Binding, T, true >	operator() (int, int, int, int) const
ShAttrib< 1, Binding, T, true >	operator[] (int) const
template<int N2>
ShAttrib< N2, Binding, T, true >	swiz (int indices[]) const
ShAttrib	operator- () const
Static Public Attributes
static const ShBindingType	binding_type
static const ShSemanticType	semantic_type

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Detailed Description

template<int N, ShBindingType Binding, typename T = float, bool Swizzled = false>
class SH::ShAttrib< N, Binding, T, Swizzled >

A generic attribute (or parameter) holding N values.

The reason we have the Swizzle template argument is so that swizzled variables, which need to be copied (i.e. have an ASN statement generated) when another variable is initialized through them, may otherwise be simply placed into new variables (through copy constructor eliding, as per paragraph 12.8.15 of the C++ standard), causing variables to share ShVariableNodes when they shouldn't. By making swizzled variables separate types we enforce calling a conversion constructor instead, which cannot be elided. If this paragraph confuses you, and you're not modifying Sh internals, you may safely ignore it.

Definition at line 61 of file ShAttrib.hpp.

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The documentation for this class was generated from the following files:

• ShAttrib.hpp
• ShAttribImpl.hpp

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