simd Namespace Reference

Classes
struct	simd_traits
class	simd_vector
struct	simd_vector_traits
struct	simd_vector_traits< vector2d >
struct	simd_vector_traits< vector4f >
class	vector2d
class	vector4f

Functions
template<class X >
const simd_vector< X >	operator+ (const simd_vector< X > &lhs, const typename simd_vector_traits< X >::type &rhs)
template<class X >
const simd_vector< X >	operator+ (const typename simd_vector_traits< X >::type &lhs, const simd_vector< X > &rhs)
template<class X >
const simd_vector< X >	operator- (const simd_vector< X > &lhs, const typename simd_vector_traits< X >::type &rhs)
template<class X >
const simd_vector< X >	operator- (const typename simd_vector_traits< X >::type &lhs, const simd_vector< X > &rhs)
template<class X >
const simd_vector< X >	operator* (const simd_vector< X > &lhs, const typename simd_vector_traits< X >::type &rhs)
template<class X >
const simd_vector< X >	operator* (const typename simd_vector_traits< X >::type &lhs, const simd_vector< X > &rhs)
template<class X >
const simd_vector< X >	operator/ (const simd_vector< X > &lhs, const typename simd_vector_traits< X >::type &rhs)
template<class X >
const simd_vector< X >	operator/ (const typename simd_vector_traits< X >::type &lhs, const simd_vector< X > &rhs)
const vector4f	operator+ (const vector4f &lhs, const vector4f &rhs)
const vector4f	operator- (const vector4f &lhs, const vector4f &rhs)
const vector4f	operator* (const vector4f &lhs, const vector4f &rhs)
const vector4f	operator/ (const vector4f &lhs, const vector4f &rhs)
std::ostream &	operator<< (std::ostream &out, vector4f &v)
const vector2d	operator+ (const vector2d &lhs, const vector2d &rhs)
const vector2d	operator- (const vector2d &lhs, const vector2d &rhs)
const vector2d	operator* (const vector2d &lhs, const vector2d &rhs)
const vector2d	operator/ (const vector2d &lhs, const vector2d &rhs)
std::ostream &	operator<< (std::ostream &out, vector2d &v)

Detailed Description

STL-compliant allocator that allocates aligned memory.

Template Parameters

T	Type of the element to allocate.
Alignment	Alignment of the allocation, e.g. 16. Checks whether two aligned allocators are equal. Two allocators are equal if the memory allocated using one allocator can be deallocated by the other.

Returns

Always true. Checks whether two aligned allocators are not equal. Two allocators are equal if the memory allocated using one allocator can be deallocated by the other.

Always false.