checking.h File Reference

#include <cml/vector/vector_expr.h>
#include <cml/matrix/matrix_expr.h>
#include <cml/quaternion/quaternion_expr.h>

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Namespaces
namespace	cml
namespace	cml::detail
Functions
void	cml::detail::CheckIndex2 (size_t index)
	Check for a valid integer index with value < 2.
void	cml::detail::CheckIndex3 (size_t index)
	Check for a valid integer index with value < 3.
template<size_t N>
void	cml::detail::CheckIndexN (size_t index)
	Check for a valid integer index with value < N.
template<class MatT >
void	cml::detail::CheckMat (const MatT &)
	Compile-time check for a matrix argument.
template<class MatT >
void	cml::detail::CheckMat2x2 (const MatT &m)
	Check for a square matrix of size 2x2.
template<class MatT >
void	cml::detail::CheckMat3x3 (const MatT &m)
	Check for a square matrix of size 3x3.
template<class MatT >
void	cml::detail::CheckMat4x4 (const MatT &m)
	Check for a square matrix of size 4x4.
template<class MatT >
void	cml::detail::CheckMatAffine2D (const MatT &m)
	Check for a matrix that can represent a 2D affine transform.
template<class MatT >
void	cml::detail::CheckMatAffine2D (const MatT &m, col_basis)
	Check for a matrix that can represent a 2D col-basis affine transform.
template<class MatT >
void	cml::detail::CheckMatAffine2D (const MatT &m, row_basis)
	Check for a matrix that can represent a 2D row-basis affine transform.
template<class MatT >
void	cml::detail::CheckMatAffine3D (const MatT &m)
	Check for a matrix that can represent a 3D affine transform.
template<class MatT >
void	cml::detail::CheckMatAffine3D (const MatT &m, col_basis)
	Check for a matrix that can represent a 3D col-basis affine transform.
template<class MatT >
void	cml::detail::CheckMatAffine3D (const MatT &m, row_basis)
	Check for a matrix that can represent a 3D row-basis affine transform.
template<class MatT >
void	cml::detail::CheckMatHomogeneous3D (const MatT &m)
	Check for a matrix that can represent a 3D homogenous transform.
template<class MatT >
void	cml::detail::CheckMatLinear2D (const MatT &m)
	Check for a matrix that can represent a 2D linear transform.
template<class MatT >
void	cml::detail::CheckMatLinear3D (const MatT &m)
	Check for a matrix that can represent a 3D linear transform.
template<class MatT >
void	cml::detail::CheckMatMin2x2 (const MatT &m)
	Check for a matrix with minimum dimensions 2x2.
template<class MatT >
void	cml::detail::CheckMatMin3x3 (const MatT &m)
	Check for a matrix with minimum dimensions 3x3.
template<class MatT >
void	cml::detail::CheckMatMin4x4 (const MatT &m)
	Check for a matrix with minimum dimensions 4x4.
template<class MatT , size_t N, class ErrorT >
void	cml::detail::CheckMatMinN (const MatT &m)
	Check for a matrix with minimum dimensions NxN.
template<class MatT , size_t N, size_t M, class ErrorT >
void	cml::detail::CheckMatMinNxM (const MatT &m)
	Check for a matrix with minimum dimensions NxM.
template<class MatT , size_t N, size_t M, class >
void	cml::detail::CheckMatMinNxM (const MatT &m, dynamic_size_tag)
	Run-time check for a matrix with minimum dimensions NxM.
template<class MatT , size_t N, size_t M, class ErrorT >
void	cml::detail::CheckMatMinNxM (const MatT &m, fixed_size_tag)
	Compile-time check for a matrix with minimum dimensions NxM.
template<class MatT , size_t N, class ErrorT >
void	cml::detail::CheckMatN (const MatT &m)
	Check for a square matrix of size NxN.
template<class MatT , size_t N, size_t M, class ErrorT >
void	cml::detail::CheckMatNxM (const MatT &m)
	Check for a matrix of size NxM.
template<class MatT , size_t N, size_t M, class >
void	cml::detail::CheckMatNxM (const MatT &m, dynamic_size_tag)
	Run-time check for a matrix of size NxM.
template<class MatT , size_t N, size_t M, class ErrorT >
void	cml::detail::CheckMatNxM (const MatT &m, fixed_size_tag)
	Compile-time check for a matrix of size NxM.
template<class MatT >
void	cml::detail::CheckMatSquare (const MatT &m)
	Check for a square matrix.
template<class MatT , class >
void	cml::detail::CheckMatSquare (const MatT &m, dynamic_size_tag)
	Run-time check for a square matrix.
template<class MatT , class ErrorT >
void	cml::detail::CheckMatSquare (const MatT &m, fixed_size_tag)
	Compile-time check for a square matrix.
template<class QuatT >
void	cml::detail::CheckQuat (const QuatT &)
	Compile-time check for a quaternion argument.
void	cml::detail::CheckValidArg (bool valid)
	Run-time check for a valid argument.
template<class VecT >
void	cml::detail::CheckVec (const VecT &)
	Compile-time check for a vector argument.
template<class VecT >
void	cml::detail::CheckVec2 (const VecT &v)
	Check for a vector of size 2.
template<class VecT >
void	cml::detail::CheckVec2Or3 (const VecT &v)
	Check for a vector of size 2 or 3.
template<class VecT >
void	cml::detail::CheckVec2Or3 (const VecT &v, dynamic_size_tag)
	Run-time check for a vector of size 2 or 3.
template<class VecT >
void	cml::detail::CheckVec2Or3 (const VecT &v, fixed_size_tag)
	Compile-time check for a vector of size 2 or 3.
template<class VecT >
void	cml::detail::CheckVec3 (const VecT &v)
	Check for a vector of size 3.
template<class VecT >
void	cml::detail::CheckVec4 (const VecT &v)
	Check for a vector of size 4.
template<class VecT , size_t N, class ErrorT >
void	cml::detail::CheckVecN (const VecT &v)
	Check for a vector of size N.
template<class VecT , size_t N, class >
void	cml::detail::CheckVecN (const VecT &v, dynamic_size_tag)
	Run-time check for a vector of size N.
template<class VecT , size_t N, class ErrorT >
void	cml::detail::CheckVecN (const VecT &v, fixed_size_tag)
	Compile-time check for a vector of size N.

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Detailed Description

Definition in file checking.h.