at(int row, int col) | cinder::MatrixAffine2< T > | |
at(int row, int col) const | cinder::MatrixAffine2< T > | |
equalCompare(const MatrixAffine2< T > &rhs, T epsilon) const | cinder::MatrixAffine2< T > | |
getColumn(int col) const | cinder::MatrixAffine2< T > | |
getColumns(Vec2< T > *c0, Vec2< T > *c1, Vec2< T > *c2) const | cinder::MatrixAffine2< T > | |
getRow(int row) const | cinder::MatrixAffine2< T > | |
getRows(Vec3< T > *r0, Vec3< T > *r1, Vec3< T > *r2) const | cinder::MatrixAffine2< T > | |
identity() | cinder::MatrixAffine2< T > | static |
invert(T epsilon=EPSILON) | cinder::MatrixAffine2< T > | |
invertCopy(T epsilon=EPSILON) const | cinder::MatrixAffine2< T > | |
isSingular() const | cinder::MatrixAffine2< T > | |
m | cinder::MatrixAffine2< T > | |
m00 | cinder::MatrixAffine2< T > | |
m01 | cinder::MatrixAffine2< T > | |
m02 | cinder::MatrixAffine2< T > | |
m10 | cinder::MatrixAffine2< T > | |
m11 | cinder::MatrixAffine2< T > | |
m12 | cinder::MatrixAffine2< T > | |
makeRotate(T radians) | cinder::MatrixAffine2< T > | static |
makeRotate(T radians, const Vec2< T > &pt) | cinder::MatrixAffine2< T > | static |
makeScale(T s) | cinder::MatrixAffine2< T > | static |
makeScale(const Vec2< T > &v) | cinder::MatrixAffine2< T > | static |
makeSkewX(T radians) | cinder::MatrixAffine2< T > | static |
makeSkewY(T radians) | cinder::MatrixAffine2< T > | static |
makeTranslate(const Vec2< T > &v) | cinder::MatrixAffine2< T > | static |
MatrixAffine2() | cinder::MatrixAffine2< T > | |
MatrixAffine2(T s) | cinder::MatrixAffine2< T > | |
MatrixAffine2(const T *dt) | cinder::MatrixAffine2< T > | |
MatrixAffine2(T d0, T d1, T d2, T d3, T d4, T d5) | cinder::MatrixAffine2< T > | |
MatrixAffine2(const Vec2< T > &vx, const Vec2< T > &vy, const Vec2< T > &vz) | cinder::MatrixAffine2< T > | |
MatrixAffine2(const MatrixAffine2< FromT > &src) | cinder::MatrixAffine2< T > | |
MatrixAffine2(const MatrixAffine2< T > &src) | cinder::MatrixAffine2< T > | |
mcols | cinder::MatrixAffine2< T > | |
MEM_LEN | cinder::MatrixAffine2< T > | static |
one() | cinder::MatrixAffine2< T > | static |
operator!=(const MatrixAffine2< T > &rhs) const | cinder::MatrixAffine2< T > | |
operator*(const MatrixAffine2< T > &rhs) const | cinder::MatrixAffine2< T > | |
operator*(const Vec2< T > &rhs) const | cinder::MatrixAffine2< T > | |
operator*(T rhs) const | cinder::MatrixAffine2< T > | |
operator*=(const MatrixAffine2< T > &rhs) | cinder::MatrixAffine2< T > | |
operator*=(T s) | cinder::MatrixAffine2< T > | |
operator+(const MatrixAffine2< T > &rhs) const | cinder::MatrixAffine2< T > | |
operator+(T rhs) const | cinder::MatrixAffine2< T > | |
operator+=(const MatrixAffine2< T > &rhs) | cinder::MatrixAffine2< T > | |
operator+=(T s) | cinder::MatrixAffine2< T > | |
operator-(const MatrixAffine2< T > &rhs) const | cinder::MatrixAffine2< T > | |
operator-(T rhs) const | cinder::MatrixAffine2< T > | |
operator-=(const MatrixAffine2< T > &rhs) | cinder::MatrixAffine2< T > | |
operator-=(T s) | cinder::MatrixAffine2< T > | |
operator/(T rhs) const | cinder::MatrixAffine2< T > | |
operator/=(T s) | cinder::MatrixAffine2< T > | |
operator<<(std::ostream &lhs, const MatrixAffine2< T > &rhs) | cinder::MatrixAffine2< T > | friend |
operator=(const MatrixAffine2< T > &rhs) | cinder::MatrixAffine2< T > | |
operator=(T rhs) | cinder::MatrixAffine2< T > | |
operator=(const MatrixAffine2< FromT > &rhs) | cinder::MatrixAffine2< T > | |
operator==(const MatrixAffine2< T > &rhs) const | cinder::MatrixAffine2< T > | |
operator[](int idx) | cinder::MatrixAffine2< T > | |
operator[](int idx) const | cinder::MatrixAffine2< T > | |
rotate(T radians) | cinder::MatrixAffine2< T > | |
rotate(T radians, const Vec2< T > &pt) | cinder::MatrixAffine2< T > | |
rotateCopy(T radians) const | cinder::MatrixAffine2< T > | |
rotateCopy(T radians, const Vec2< T > &pt) const | cinder::MatrixAffine2< T > | |
scale(T s) | cinder::MatrixAffine2< T > | |
scale(const Vec2< T > &v) | cinder::MatrixAffine2< T > | |
scaleCopy(T s) const | cinder::MatrixAffine2< T > | |
scaleCopy(const Vec2< T > &v) const | cinder::MatrixAffine2< T > | |
set(const T *dt) | cinder::MatrixAffine2< T > | |
set(T d0, T d1, T d2, T d3, T d4, T d5) | cinder::MatrixAffine2< T > | |
setColumn(int col, const Vec2< T > &v) | cinder::MatrixAffine2< T > | |
setColumns(const Vec2< T > &c0, const Vec2< T > &c1, const Vec2< T > &c2) | cinder::MatrixAffine2< T > | |
setRow(int row, const Vec3< T > &v) | cinder::MatrixAffine2< T > | |
setRows(const Vec3< T > &r0, const Vec3< T > &r1, const Vec3< T > &r2) | cinder::MatrixAffine2< T > | |
setToIdentity() | cinder::MatrixAffine2< T > | |
setToNull() | cinder::MatrixAffine2< T > | |
transformPoint(const Vec2< T > &rhs) const | cinder::MatrixAffine2< T > | |
transformVec(const Vec2< T > &v) const | cinder::MatrixAffine2< T > | |
translate(const Vec2< T > &v) | cinder::MatrixAffine2< T > | |
translateCopy(const Vec2< T > &v) const | cinder::MatrixAffine2< T > | |
TYPE typedef | cinder::MatrixAffine2< T > | |
value_type typedef | cinder::MatrixAffine2< T > | |
zero() | cinder::MatrixAffine2< T > | static |