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

A (geometric) n-vector. More...

#include <ShVector.hpp>

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

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

---

Detailed Description

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

A (geometric) n-vector.

By "vector" we mean a geometric vector, not just a tuple or an array (unlike the unfortunate terminology in the standard library).

Definition at line 48 of file ShVector.hpp.

---

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

• ShVector.hpp
• ShVectorImpl.hpp

---