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geomc 1.0
A c++ linear algebra template library
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This is the complete list of members for Rotation< T, 2 >, including all inherited members.
| align_vectors(const Vec< T, 2 > &dir, const Vec< T, 2 > &align_with) (defined in Rotation< T, 2 >) | Rotation< T, 2 > | inlinestatic |
| angle() const | Rotation< T, 2 > | inline |
| apply_direction(const Vec< T, 2 > &v) const | Rotation< T, 2 > | inline |
| apply_inverse_direction(const Vec< T, 2 > &v) const | Rotation< T, 2 > | inline |
| canonical() const | Rotation< T, 2 > | inline |
| elem_t typedef | Dimensional< T, 2 > | |
| exp() const (defined in Rotation< T, 2 >) | Rotation< T, 2 > | inline |
| inv() const | Rotation< T, 2 > | inline |
| log() const (defined in Rotation< T, 2 >) | Rotation< T, 2 > | inline |
| mix(T s, const Rotation< T, 2 > &a, const Rotation< T, 2 > &b) | Rotation< T, 2 > | related |
| mix(T s, const Rotation< T, 3 > &a, const Rotation< T, 3 > &b) | Rotation< T, 2 > | related |
| mix(T s, const Rotation< T, 2 > &a, const Rotation< T, 2 > &b) | Rotation< T, 2 > | related |
| mix(T s, const Rotation< T, 3 > &a, const Rotation< T, 3 > &b) | Rotation< T, 2 > | related |
| N | Dimensional< T, 2 > | static |
| operator AffineTransform< T, 2 >() const | Rotation< T, 2 > | inline |
| operator Rotation< T, 3 >() const | Rotation< T, 2 > | inline |
| operator Rotation< U, 2 >() const | Rotation< T, 2 > | inlineexplicit |
| operator Rotation< U, 3 >() const | Rotation< T, 2 > | inlineexplicit |
| operator SimpleMatrix< T, 2, 2 >() const | Rotation< T, 2 > | inline |
| operator std::complex< T >() const | Rotation< T, 2 > | inline |
| operator*(const Vec< T, 2 > &v) const | Rotation< T, 2 > | inline |
| operator*(const Rotation< T, 2 > &other) const | Rotation< T, 2 > | inline |
| operator*(const Rotation< T, N > &r, const Isometry< T, N > &i) | Rotation< T, 2 > | related |
| operator*(const Isometry< T, N > &i, const Rotation< T, N > &r) | Rotation< T, 2 > | related |
| operator*(T s, const Rotation< T, 2 > &o) | Rotation< T, 2 > | related |
| operator*(const Rotation< T, 2 > &o, T s) | Rotation< T, 2 > | related |
| operator*(T s, const Rotation< T, 3 > &o) | Rotation< T, 2 > | related |
| operator*(const Rotation< T, 3 > &o, T s) | Rotation< T, 2 > | related |
| operator*(const Rotation< T, N > &r, const Similarity< T, N > &i) | Rotation< T, 2 > | related |
| operator*(const Similarity< T, N > &i, const Rotation< T, N > &r) | Rotation< T, 2 > | related |
| operator*(const Rotation< T, N > &r, const Isometry< T, N > &i) | Rotation< T, 2 > | related |
| operator*(const Isometry< T, N > &i, const Rotation< T, N > &r) | Rotation< T, 2 > | related |
| operator*(T s, const Rotation< T, 2 > &o) | Rotation< T, 2 > | related |
| operator*(const Rotation< T, 2 > &o, T s) | Rotation< T, 2 > | related |
| operator*(T s, const Rotation< T, 3 > &o) | Rotation< T, 2 > | related |
| operator*(const Rotation< T, 3 > &o, T s) | Rotation< T, 2 > | related |
| operator*(const Rotation< T, N > &r, const Similarity< T, N > &i) | Rotation< T, 2 > | related |
| operator*(const Similarity< T, N > &i, const Rotation< T, N > &r) | Rotation< T, 2 > | related |
| operator*=(const Rotation< T, 2 > &other) | Rotation< T, 2 > | inline |
| operator*=(T s) | Rotation< T, 2 > | inline |
| operator/(const Rotation< T, 2 > &other) const | Rotation< T, 2 > | inline |
| operator/(const Vec< T, 2 > &v, const Rotation< T, 2 > &r) | Rotation< T, 2 > | related |
| operator/(const Vec< T, 3 > &v, const Rotation< T, 3 > &r) | Rotation< T, 2 > | related |
| operator/(const Vec< T, 2 > &v, const Rotation< T, 2 > &r) | Rotation< T, 2 > | related |
| operator/(const Vec< T, 3 > &v, const Rotation< T, 3 > &r) | Rotation< T, 2 > | related |
| operator/=(const Rotation< T, 2 > &other) | Rotation< T, 2 > | inline |
| point_t typedef | Dimensional< T, 2 > | |
| radians (defined in Rotation< T, 2 >) | Rotation< T, 2 > | |
| Rotation() (defined in Rotation< T, 2 >) | Rotation< T, 2 > | inline |
| Rotation(T radians) (defined in Rotation< T, 2 >) | Rotation< T, 2 > | inline |
| transform() const | Rotation< T, 2 > | inline |