, including all inherited members.
| CompareRotation(const Matrix3x3 &mM, float fEpsilon=Math::Epsilon) const | PLMath::Matrix3x3 | |
| CompareScale(const Matrix3x3 &mM, float fEpsilon=Math::Epsilon) const | PLMath::Matrix3x3 | |
| fM | PLMath::Matrix3x3 | |
| fM33 | PLMath::Matrix3x3 | |
| FromAxis(const Vector3 &vX, const Vector3 &vY, const Vector3 &vZ) | PLMath::Matrix3x3 | |
| FromAxisAngle(float fX, float fY, float fZ, float fAngle) | PLMath::Matrix3x3 | |
| FromEulerAngleX(float fAngleX) | PLMath::Matrix3x3 | |
| FromEulerAngleY(float fAngleY) | PLMath::Matrix3x3 | |
| FromEulerAngleZ(float fAngleZ) | PLMath::Matrix3x3 | |
| GetColumn(PLCore::uint8 nColumn) const | PLMath::Matrix3x3 | [inline] |
| GetDeterminant() const | PLMath::Matrix3x3 | [inline] |
| GetInverted() const | PLMath::Matrix3x3 | |
| GetRow(PLCore::uint8 nRow) const | PLMath::Matrix3x3 | [inline] |
| GetScale(float &fX, float &fY, float &fZ) const | PLMath::Matrix3x3 | |
| GetScale() const | PLMath::Matrix3x3 | [inline] |
| GetScale(float fV[]) const | PLMath::Matrix3x3 | [inline] |
| GetTrace() const | PLMath::Matrix3x3 | [inline] |
| GetTransposed() const | PLMath::Matrix3x3 | [inline] |
| GetXAxis() const | PLMath::Matrix3x3 | [inline] |
| GetYAxis() const | PLMath::Matrix3x3 | [inline] |
| GetZAxis() const | PLMath::Matrix3x3 | [inline] |
| Identity | PLMath::Matrix3x3 | [static] |
| Invert() | PLMath::Matrix3x3 | |
| IsIdentity() const | PLMath::Matrix3x3 | [inline] |
| IsOrthogonal() const | PLMath::Matrix3x3 | [inline] |
| IsRotationMatrix() const | PLMath::Matrix3x3 | [inline] |
| IsSymmetric() const | PLMath::Matrix3x3 | [inline] |
| IsTrueIdentity() const | PLMath::Matrix3x3 | [inline] |
| IsTrueZero() const | PLMath::Matrix3x3 | [inline] |
| IsZero() const | PLMath::Matrix3x3 | [inline] |
| LookAt(const Vector3 &vEye, const Vector3 &vAt, const Vector3 &vUp) | PLMath::Matrix3x3 | |
| Matrix3x3() | PLMath::Matrix3x3 | [inline] |
| Matrix3x3(const float fS[]) | PLMath::Matrix3x3 | [inline] |
| Matrix3x3(const Matrix3x3 &mM) | PLMath::Matrix3x3 | [inline] |
| Matrix3x3(const Matrix3x4 &mM) | PLMath::Matrix3x3 | |
| Matrix3x3(const Matrix4x4 &mM) | PLMath::Matrix3x3 | |
| Matrix3x3(float fXX, float fXY, float fXZ, float fYX, float fYY, float fYZ, float fZX, float fZY, float fZZ) | PLMath::Matrix3x3 | [inline] |
| operator const float *() const | PLMath::Matrix3x3 | [inline] |
| operator float *() | PLMath::Matrix3x3 | [inline] |
| operator!=(const Matrix3x3 &mM) const | PLMath::Matrix3x3 | |
| operator()(PLCore::uint32 nRow=0, PLCore::uint32 nColumn=0) const | PLMath::Matrix3x3 | [inline] |
| operator()(PLCore::uint32 nRow=0, PLCore::uint32 nColumn=0) | PLMath::Matrix3x3 | [inline] |
| operator*(float fS) const | PLMath::Matrix3x3 | [inline] |
| operator*(const Vector2 &vV) const | PLMath::Matrix3x3 | [inline] |
| operator*(const Vector3 &vV) const | PLMath::Matrix3x3 | [inline] |
| operator*(const Vector4 &vV) const | PLMath::Matrix3x3 | |
| operator*(const Matrix3x3 &mM) const | PLMath::Matrix3x3 | |
| operator*=(float fS) | PLMath::Matrix3x3 | [inline] |
| operator*=(const Matrix3x3 &mM) | PLMath::Matrix3x3 | [inline] |
| operator+(const Matrix3x3 &mM) const | PLMath::Matrix3x3 | [inline] |
| operator+=(const Matrix3x3 &mM) | PLMath::Matrix3x3 | [inline] |
| operator-() const | PLMath::Matrix3x3 | [inline] |
| operator-(const Matrix3x3 &mM) const | PLMath::Matrix3x3 | [inline] |
| operator-=(const Matrix3x3 &mM) | PLMath::Matrix3x3 | [inline] |
| operator/(float fS) const | PLMath::Matrix3x3 | [inline] |
| operator/=(float fS) | PLMath::Matrix3x3 | [inline] |
| operator=(const float fS[]) | PLMath::Matrix3x3 | [inline] |
| operator=(const Matrix3x3 &mM) | PLMath::Matrix3x3 | [inline] |
| operator=(const Matrix3x4 &mM) | PLMath::Matrix3x3 | |
| operator=(const Matrix4x4 &mM) | PLMath::Matrix3x3 | |
| operator==(const Matrix3x3 &mM) const | PLMath::Matrix3x3 | |
| operator[](int nIndex) const | PLMath::Matrix3x3 | [inline] |
| operator[](int nIndex) | PLMath::Matrix3x3 | [inline] |
| RotateVector(float fX, float fY, float fZ, bool bUniformScale=false) const | PLMath::Matrix3x3 | |
| RotateVector(const Vector3 &vV, bool bUniformScale=false) const | PLMath::Matrix3x3 | |
| Set(float fXX, float fXY, float fXZ, float fYX, float fYY, float fYZ, float fZX, float fZY, float fZZ) | PLMath::Matrix3x3 | [inline] |
| SetColumn(PLCore::uint8 nColumn, const Vector3 &vColumn) | PLMath::Matrix3x3 | [inline] |
| SetIdentity() | PLMath::Matrix3x3 | [inline] |
| SetRow(PLCore::uint8 nRow, const Vector3 &vRow) | PLMath::Matrix3x3 | [inline] |
| SetScaleMatrix(float fX, float fY, float fZ) | PLMath::Matrix3x3 | [inline] |
| SetScaleMatrix(const Vector3 &vV) | PLMath::Matrix3x3 | [inline] |
| SetShearing(float fShearXY, float fShearXZ, float fShearYX, float fShearYZ, float fShearZX, float fShearZY) | PLMath::Matrix3x3 | [inline] |
| SetZero() | PLMath::Matrix3x3 | [inline] |
| ToAxis(Vector3 &vX, Vector3 &vY, Vector3 &vZ) const | PLMath::Matrix3x3 | |
| ToAxisAngle(float &fX, float &fY, float &fZ, float &fAngle) const | PLMath::Matrix3x3 | |
| Transpose() | PLMath::Matrix3x3 | [inline] |
| xx | PLMath::Matrix3x3 | |
| xy | PLMath::Matrix3x3 | |
| xz | PLMath::Matrix3x3 | |
| yx | PLMath::Matrix3x3 | |
| yy | PLMath::Matrix3x3 | |
| yz | PLMath::Matrix3x3 | |
| Zero | PLMath::Matrix3x3 | [static] |
| zx | PLMath::Matrix3x3 | |
| zy | PLMath::Matrix3x3 | |
| zz | PLMath::Matrix3x3 | |
| ~Matrix3x3() | PLMath::Matrix3x3 | [inline] |
