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Divide Framework 0.1
A free and open-source 3D Framework under heavy development
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Divide Framework 0.1
A free and open-source 3D Framework under heavy development
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This is the complete list of members for Divide::mat4< T >, including all inherited members.
| _11 | Divide::mat4< T > | |
| _12 | Divide::mat4< T > | |
| _13 | Divide::mat4< T > | |
| _14 | Divide::mat4< T > | |
| _21 | Divide::mat4< T > | |
| _22 | Divide::mat4< T > | |
| _23 | Divide::mat4< T > | |
| _24 | Divide::mat4< T > | |
| _31 | Divide::mat4< T > | |
| _32 | Divide::mat4< T > | |
| _33 | Divide::mat4< T > | |
| _34 | Divide::mat4< T > | |
| _41 | Divide::mat4< T > | |
| _42 | Divide::mat4< T > | |
| _43 | Divide::mat4< T > | |
| _44 | Divide::mat4< T > | |
| _reg | Divide::mat4< T > | |
| _vec | Divide::mat4< T > | |
| compare(const mat4 &B, F32 epsilon) const noexcept | Divide::mat4< T > | |
| compare(const mat4< U > &B, F32 epsilon) const noexcept | Divide::mat4< T > | |
| compare(const mat4< U > &B, F32 epsilon) const noexcept | Divide::mat4< T > | |
| det() const noexcept | Divide::mat4< T > | |
| element(U8 row, U8 column) noexcept | Divide::mat4< T > | |
| element(U8 row, U8 column) const noexcept | Divide::mat4< T > | |
| elementSum() const noexcept | Divide::mat4< T > | |
| extractMat3(mat3< U > &matrix3) const noexcept | Divide::mat4< T > | |
| fromRotation(U x, U y, U z, Angle::RADIANS< U > angle) noexcept | Divide::mat4< T > | |
| fromXRotation(Angle::RADIANS< U > angle) noexcept | Divide::mat4< T > | |
| fromXRotation(Angle::RADIANS< U > angle) noexcept | Divide::mat4< T > | |
| fromYRotation(Angle::RADIANS< U > angle) noexcept | Divide::mat4< T > | |
| fromYRotation(Angle::RADIANS< U > angle) noexcept | Divide::mat4< T > | |
| fromZRotation(Angle::RADIANS< U > angle) noexcept | Divide::mat4< T > | |
| fromZRotation(Angle::RADIANS< U > angle) noexcept | Divide::mat4< T > | |
| getCol(I32 index) const noexcept | Divide::mat4< T > | |
| getForwardDirection() const noexcept | Divide::mat4< T > | |
| getForwardVec() const noexcept | Divide::mat4< T > | |
| getInverse() const noexcept | Divide::mat4< T > | |
| getInverse(mat4 &ret) const noexcept | Divide::mat4< T > | |
| getInverse() const noexcept | Divide::mat4< T > | inline |
| getInverse(mat4< F32 > &ret) const noexcept | Divide::mat4< T > | |
| getInverseTranspose() const noexcept | Divide::mat4< T > | |
| getInverseTranspose(mat4 &ret) const noexcept | Divide::mat4< T > | |
| getInverseTranspose() const noexcept | Divide::mat4< T > | inline |
| getInverseTranspose(mat4< F32 > &ret) const noexcept | Divide::mat4< T > | |
| getRightDirection() const noexcept | Divide::mat4< T > | |
| getRightVec() const noexcept | Divide::mat4< T > | |
| getRotation() const | Divide::mat4< T > | |
| getRow(I32 index) const noexcept | Divide::mat4< T > | |
| getScale() const noexcept | Divide::mat4< T > | |
| getScaleSq() const noexcept | Divide::mat4< T > | |
| getTranslation() const noexcept | Divide::mat4< T > | |
| getTranspose() const noexcept | Divide::mat4< T > | |
| getTranspose(mat4 &out) const noexcept | Divide::mat4< T > | |
| getTransposeRotation() const noexcept | Divide::mat4< T > | |
| getTransposeRotation(mat4 &ret) const noexcept | Divide::mat4< T > | |
| getUpDirection() const noexcept | Divide::mat4< T > | |
| getUpVec() const noexcept | Divide::mat4< T > | |
| identity() noexcept | Divide::mat4< T > | |
| Inverse(const T *in, T *out) noexcept | Divide::mat4< T > | static |
| inverse() noexcept | Divide::mat4< T > | |
| inverse() noexcept | Divide::mat4< T > | inline |
| inverseTranspose() noexcept | Divide::mat4< T > | |
| isColOrthogonal() const noexcept | Divide::mat4< T > | |
| isIdentity() const noexcept | Divide::mat4< T > | |
| isUniformScale(F32 tolerance=0.0001f) const noexcept | Divide::mat4< T > | |
| m | Divide::mat4< T > | |
| mat | Divide::mat4< T > | |
| mat4() noexcept | Divide::mat4< T > | |
| mat4(U m0, U m1, U m2, U m3, U m4, U m5, U m6, U m7, U m8, U m9, U m10, U m11, U m12, U m13, U m14, U m15) noexcept | Divide::mat4< T > | |
| mat4(U value) noexcept | Divide::mat4< T > | explicit |
| mat4(const U *values) noexcept | Divide::mat4< T > | explicit |
| mat4(const mat2< U > &B, bool zeroFill) noexcept | Divide::mat4< T > | explicit |
| mat4(const mat3< U > &B, bool zeroFill) noexcept | Divide::mat4< T > | explicit |
| mat4(const mat4 &B) noexcept | Divide::mat4< T > | |
| mat4(const mat4< U > &B) noexcept | Divide::mat4< T > | explicit |
| mat4(const vec3< U > &translation, const vec3< U > &scale) noexcept | Divide::mat4< T > | explicit |
| mat4(const vec3< U > &translation, const vec3< U > &scale, const mat3< U > &rotation) noexcept | Divide::mat4< T > | explicit |
| mat4(const vec3< U > &translation) noexcept | Divide::mat4< T > | explicit |
| mat4(U translationX, U translationY, U translationZ) noexcept | Divide::mat4< T > | explicit |
| mat4(const vec3< U > &axis, Angle::RADIANS< U > angle) noexcept | Divide::mat4< T > | explicit |
| mat4(U x, U y, U z, Angle::RADIANS< U > angle) noexcept | Divide::mat4< T > | explicit |
| mat4(const Plane< U > &reflectionPlane) noexcept | Divide::mat4< T > | explicit |
| Multiply(const mat4< T > &matrixA, const mat4< T > &matrixB) noexcept | Divide::mat4< T > | static |
| Multiply(const mat4< T > &matrixA, const mat4< T > &matrixB, mat4< T > &ret) noexcept | Divide::mat4< T > | static |
| Multiply(const mat4< F32 > &matrixA, const mat4< F32 > &matrixB, mat4< F32 > &ret) noexcept | Divide::mat4< T > | |
| operator const T *() const noexcept | Divide::mat4< T > | |
| operator T*() noexcept | Divide::mat4< T > | |
| operator!=(const mat4 &B) const noexcept | Divide::mat4< T > | |
| operator!=(const mat4< U > &B) const noexcept | Divide::mat4< T > | |
| operator*(const vec2< U > v) const noexcept | Divide::mat4< T > | |
| operator*(const vec3< U > &v) const noexcept | Divide::mat4< T > | |
| operator*(const vec4< U > &v) const noexcept | Divide::mat4< T > | |
| operator*(const mat4< U > &matrix) const noexcept | Divide::mat4< T > | |
| operator*(U f) const noexcept | Divide::mat4< T > | |
| operator*(const vec2< U > v) const noexcept | Divide::mat4< T > | |
| operator*(const vec3< U > &v) const noexcept | Divide::mat4< T > | |
| operator*(const vec4< U > &v) const noexcept | Divide::mat4< T > | |
| operator*(const mat4< U > &matrix) const noexcept | Divide::mat4< T > | |
| operator*(const U f) const noexcept | Divide::mat4< T > | |
| operator*=(const mat4< U > &matrix) noexcept | Divide::mat4< T > | |
| operator*=(U f) noexcept | Divide::mat4< T > | |
| operator*=(const mat4< U > &matrix) noexcept | Divide::mat4< T > | |
| operator*=(const U f) noexcept | Divide::mat4< T > | |
| operator+(const mat4< U > &matrix) const noexcept | Divide::mat4< T > | |
| operator+(U f) const noexcept | Divide::mat4< T > | |
| operator+(const mat4< U > &matrix) const noexcept | Divide::mat4< T > | |
| operator+(const U f) const noexcept | Divide::mat4< T > | |
| operator+=(const mat4< U > &matrix) noexcept | Divide::mat4< T > | |
| operator+=(U f) noexcept | Divide::mat4< T > | |
| operator+=(const mat4< U > &matrix) noexcept | Divide::mat4< T > | |
| operator+=(const U f) noexcept | Divide::mat4< T > | |
| operator-(const mat4< U > &matrix) const noexcept | Divide::mat4< T > | |
| operator-(U f) const noexcept | Divide::mat4< T > | |
| operator-(const mat4< U > &matrix) const noexcept | Divide::mat4< T > | |
| operator-(const U f) const noexcept | Divide::mat4< T > | |
| operator-=(const mat4< U > &matrix) noexcept | Divide::mat4< T > | |
| operator-=(U f) noexcept | Divide::mat4< T > | |
| operator-=(const mat4< U > &matrix) noexcept | Divide::mat4< T > | |
| operator-=(const U f) noexcept | Divide::mat4< T > | |
| operator/(const mat4< U > &matrix) const noexcept | Divide::mat4< T > | |
| operator/(U f) const noexcept | Divide::mat4< T > | |
| operator/(const mat4< U > &matrix) const noexcept | Divide::mat4< T > | |
| operator/(const U f) const noexcept | Divide::mat4< T > | |
| operator/=(const mat4< U > &matrix) noexcept | Divide::mat4< T > | |
| operator/=(U f) noexcept | Divide::mat4< T > | |
| operator/=(const mat4< U > &matrix) noexcept | Divide::mat4< T > | |
| operator/=(const U f) noexcept | Divide::mat4< T > | |
| operator==(const mat4 &B) const noexcept | Divide::mat4< T > | |
| operator==(const mat4< U > &B) const noexcept | Divide::mat4< T > | |
| operator[](I32 i) noexcept | Divide::mat4< T > | |
| operator[](I32 i) const noexcept | Divide::mat4< T > | |
| orthoNormalize() noexcept | Divide::mat4< T > | |
| reflect(U x, U y, U z, U w) noexcept | Divide::mat4< T > | |
| reflect(const Plane< U > &plane) noexcept | Divide::mat4< T > | |
| reflect(U x, U y, U z, U w) noexcept | Divide::mat4< T > | |
| reflect(const Plane< U > &plane) noexcept | Divide::mat4< T > | |
| scale(const vec3< U > &v) noexcept | Divide::mat4< T > | |
| scale(U x, U y, U z) noexcept | Divide::mat4< T > | |
| set(std::initializer_list< T > matrix) noexcept | Divide::mat4< T > | |
| set(U const *matrix) noexcept | Divide::mat4< T > | |
| set(const mat2< U > &matrix) noexcept | Divide::mat4< T > | |
| set(const mat3< U > &matrix) noexcept | Divide::mat4< T > | |
| set(const mat4< U > &matrix) noexcept | Divide::mat4< T > | |
| set(const vec3< U > &translation, const vec3< U > &scale, const mat4< U > &rotation) noexcept | Divide::mat4< T > | |
| set(U const *matrix) noexcept | Divide::mat4< T > | |
| set(const mat2< U > &matrix) noexcept | Divide::mat4< T > | |
| set(const mat3< U > &matrix) noexcept | Divide::mat4< T > | |
| set(const mat4< U > &matrix) noexcept | Divide::mat4< T > | |
| setCol(I32 index, const vec4< U > &value) noexcept | Divide::mat4< T > | |
| setCol(I32 index, U value) noexcept | Divide::mat4< T > | |
| setCol(I32 index, U x, U y, U z, U w) noexcept | Divide::mat4< T > | |
| setCol(I32 index, const vec4< U > &value) noexcept | Divide::mat4< T > | |
| setCol(I32 index, const U value) noexcept | Divide::mat4< T > | |
| setCol(I32 index, const U x, const U y, const U z, const U w) noexcept | Divide::mat4< T > | |
| setRow(I32 index, U value) noexcept | Divide::mat4< T > | |
| setRow(I32 index, const vec4< U > &value) noexcept | Divide::mat4< T > | |
| setRow(I32 index, U x, U y, U z, U w) noexcept | Divide::mat4< T > | |
| setRow(I32 index, const U value) noexcept | Divide::mat4< T > | |
| setRow(I32 index, const vec4< U > &value) noexcept | Divide::mat4< T > | |
| setRow(I32 index, const U x, const U y, const U z, const U w) noexcept | Divide::mat4< T > | |
| setScale(U x, U y, U z) noexcept | Divide::mat4< T > | |
| setScale(const vec3< U > &v) noexcept | Divide::mat4< T > | |
| setScale(U x, U y, U z) noexcept | Divide::mat4< T > | |
| setScale(const vec3< U > &v) noexcept | Divide::mat4< T > | |
| setTranslation(const vec3< U > &v) noexcept | Divide::mat4< T > | |
| setTranslation(U x, U y, U z) noexcept | Divide::mat4< T > | |
| setTranslation(const vec3< U > &v) noexcept | Divide::mat4< T > | |
| setTranslation(U x, U y, U z) noexcept | Divide::mat4< T > | |
| swap(mat4 &B) noexcept | Divide::mat4< T > | |
| transform(const vec3< U > &v, bool homogeneous) const | Divide::mat4< T > | |
| transform(const vec3< U > &v, bool homogeneous) const | Divide::mat4< T > | |
| transformHomogeneous(const vec3< U > &v) const | Divide::mat4< T > | |
| transformHomogeneous(const vec3< U > &v) const | Divide::mat4< T > | |
| transformNonHomogeneous(const vec3< U > &v) const noexcept | Divide::mat4< T > | |
| transformNonHomogeneous(const vec3< U > &v) const noexcept | Divide::mat4< T > | |
| translate(const vec3< U > &v) noexcept | Divide::mat4< T > | |
| translate(U x, U y, U z) noexcept | Divide::mat4< T > | |
| translate(const vec3< U > &v) noexcept | Divide::mat4< T > | |
| translate(U x, U y, U z) noexcept | Divide::mat4< T > | |
| transpose() noexcept | Divide::mat4< T > | |
| transposeRotation() const noexcept | Divide::mat4< T > | |
| zero() noexcept | Divide::mat4< T > |
1.9.6