#include <gmtl/Defines.h>#include <gmtl/Math.h>#include <gmtl/Vec.h>#include <gmtl/VecOpsMeta.h>#include <gmtl/VecExprMeta.h>
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Namespaces | |
| namespace | gmtl |
Meta programming classes. | |
Functions | |
Vector/Point Operations | |
| template<typename T , unsigned SIZE, typename R1 > | |
| VecBase< T, SIZE, meta::VecUnaryExpr< VecBase< T, SIZE, R1 >, meta::VecNegUnary > > | gmtl::operator- (const VecBase< T, SIZE, R1 > &v1) |
| Negates v1. | |
| template<class DATA_TYPE , unsigned SIZE, typename REP2 > | |
| VecBase< DATA_TYPE, SIZE > & | gmtl::operator+= (VecBase< DATA_TYPE, SIZE > &v1, const VecBase< DATA_TYPE, SIZE, REP2 > &v2) |
| Adds v2 to v1 and stores the result in v1. | |
| template<typename T , unsigned SIZE, typename R1 , typename R2 > | |
| VecBase< T, SIZE, meta::VecBinaryExpr< VecBase < T, SIZE, R1 >, VecBase< T, SIZE, R2 > , meta::VecPlusBinary > > | gmtl::operator+ (const VecBase< T, SIZE, R1 > &v1, const VecBase< T, SIZE, R2 > &v2) |
| Adds v2 to v1 and returns the result. | |
| template<class DATA_TYPE , unsigned SIZE, typename REP2 > | |
| VecBase< DATA_TYPE, SIZE > & | gmtl::operator-= (VecBase< DATA_TYPE, SIZE > &v1, const VecBase< DATA_TYPE, SIZE, REP2 > &v2) |
| Subtracts v2 from v1 and stores the result in v1. | |
| template<typename T , unsigned SIZE, typename R1 , typename R2 > | |
| VecBase< T, SIZE, meta::VecBinaryExpr< VecBase < T, SIZE, R1 >, VecBase< T, SIZE, R2 > , meta::VecMinusBinary > > | gmtl::operator- (const VecBase< T, SIZE, R1 > &v1, const VecBase< T, SIZE, R2 > &v2) |
| Subtracts v2 from v1 and returns the result. | |
| template<class DATA_TYPE , unsigned SIZE, class SCALAR_TYPE > | |
| VecBase< DATA_TYPE, SIZE > & | gmtl::operator*= (VecBase< DATA_TYPE, SIZE > &v1, const SCALAR_TYPE &scalar) |
| Multiplies v1 by a scalar value and stores the result in v1. | |
| template<typename T , unsigned SIZE, typename R1 > | |
| VecBase< T, SIZE, meta::VecBinaryExpr< VecBase < T, SIZE, R1 >, VecBase< T, SIZE, meta::ScalarArg< T > >, meta::VecMultBinary > > | gmtl::operator* (const VecBase< T, SIZE, R1 > &v1, const T scalar) |
| Multiplies v1 by a scalar value and returns the result. | |
| template<typename T , unsigned SIZE, typename R1 > | |
| VecBase< T, SIZE, meta::VecBinaryExpr< VecBase < T, SIZE, meta::ScalarArg< T > >, VecBase< T, SIZE, R1 > , meta::VecMultBinary > > | gmtl::operator* (const T scalar, const VecBase< T, SIZE, R1 > &v1) |
| template<class DATA_TYPE , unsigned SIZE, class SCALAR_TYPE > | |
| VecBase< DATA_TYPE, SIZE > & | gmtl::operator/= (VecBase< DATA_TYPE, SIZE > &v1, const SCALAR_TYPE &scalar) |
| Multiplies v1 by a scalar value and returns the result. | |
| template<typename T , unsigned SIZE, typename R1 > | |
| VecBase< T, SIZE, meta::VecBinaryExpr< VecBase < T, SIZE, R1 >, VecBase< T, SIZE, meta::ScalarArg< T > >, meta::VecDivBinary > > | gmtl::operator/ (const VecBase< T, SIZE, R1 > &v1, const T scalar) |
| Divides v1 by a scalar value and returns the result. | |
Vector Operations | |
| template<class DATA_TYPE , unsigned SIZE, typename REP1 , typename REP2 > | |
| DATA_TYPE | gmtl::dot (const VecBase< DATA_TYPE, SIZE, REP1 > &v1, const VecBase< DATA_TYPE, SIZE, REP2 > &v2) |
| Computes dot product of v1 and v2 and returns the result. | |
| template<class DATA_TYPE , unsigned SIZE> | |
| DATA_TYPE | gmtl::length (const Vec< DATA_TYPE, SIZE > &v1) |
| Computes the length of the given vector. | |
| template<class DATA_TYPE , unsigned SIZE> | |
| DATA_TYPE | gmtl::lengthSquared (const Vec< DATA_TYPE, SIZE > &v1) |
| Computes the square of the length of the given vector. | |
| template<class DATA_TYPE , unsigned SIZE> | |
| DATA_TYPE | gmtl::normalize (Vec< DATA_TYPE, SIZE > &v1) |
| Normalizes the given vector in place causing it to be of unit length. | |
| template<class DATA_TYPE , unsigned SIZE> | |
| bool | gmtl::isNormalized (const Vec< DATA_TYPE, SIZE > &v1, const DATA_TYPE eps=(DATA_TYPE) 0.0001f) |
| Determines if the given vector is normalized within the given tolerance. | |
| template<class DATA_TYPE > | |
| Vec< DATA_TYPE, 3 > & | gmtl::cross (Vec< DATA_TYPE, 3 > &result, const Vec< DATA_TYPE, 3 > &v1, const Vec< DATA_TYPE, 3 > &v2) |
| Computes the cross product between v1 and v2 and stores the result in result. | |
| template<class DATA_TYPE , unsigned SIZE> | |
| VecBase< DATA_TYPE, SIZE > & | gmtl::reflect (VecBase< DATA_TYPE, SIZE > &result, const VecBase< DATA_TYPE, SIZE > &vec, const Vec< DATA_TYPE, SIZE > &normal) |
| Reflect a vector about a normal. | |
Vector Interpolation | |
| template<typename DATA_TYPE , unsigned SIZE> | |
| VecBase< DATA_TYPE, SIZE > & | gmtl::lerp (VecBase< DATA_TYPE, SIZE > &result, const DATA_TYPE &lerpVal, const VecBase< DATA_TYPE, SIZE > &from, const VecBase< DATA_TYPE, SIZE > &to) |
| Linearly interpolates between to vectors. | |
Vector Comparitors | |
| template<class DATA_TYPE , unsigned SIZE> | |
| bool | gmtl::operator== (const VecBase< DATA_TYPE, SIZE > &v1, const VecBase< DATA_TYPE, SIZE > &v2) |
| Compares v1 and v2 to see if they are exactly the same. | |
| template<class DATA_TYPE , unsigned SIZE> | |
| bool | gmtl::operator!= (const VecBase< DATA_TYPE, SIZE > &v1, const VecBase< DATA_TYPE, SIZE > &v2) |
| Compares v1 and v2 to see if they are NOT exactly the same with zero tolerance. | |
| template<class DATA_TYPE , unsigned SIZE> | |
| bool | gmtl::isEqual (const VecBase< DATA_TYPE, SIZE > &v1, const VecBase< DATA_TYPE, SIZE > &v2, const DATA_TYPE eps) |
| Compares v1 and v2 to see if they are the same within the given epsilon tolerance. | |
