| check_tangent(const Param< Degree > ¶, const float thr) const | Model< Degree > | [inline] |
| get() | Model< Degree > | [inline] |
| get_max_gradient(const Param< Degree > ¶) const | Model< Degree > | [inline] |
| getLinear() const | Model< Degree > | [inline] |
| getLinear2() | Model< Degree > | [inline] |
| getNormal(const float x, const float y) const | Model< Degree > | [inline] |
| getNormal_(const float x, const float y) const | Model< Degree > | [inline] |
| intersect(const float mx, const float my) const | Model< Degree > | [inline] |
| isLinearAndTo() | Model< Degree > | [inline] |
| MatrixU1D typedef | Model< Degree > | |
| Model() | Model< Degree > | [inline] |
| Model(const Param< Degree > &pa) | Model< Degree > | [inline] |
| model(const float x, const float y) const | Model< Degree > | [inline] |
| operator+=(const Model &m) | Model< Degree > | [inline] |
| operator+=(const Param< Degree > &m) | Model< Degree > | [inline] |
| p | Model< Degree > | |
| param | Model< Degree > | |
| transformation_1D(const Eigen::Vector2f &dir, const Eigen::Vector2f &off, const Eigen::Vector3f &at) | Model< Degree > | [inline] |
| VectorU1D typedef | Model< Degree > | |
| x() const | Model< Degree > | [inline] |
| y() const | Model< Degree > | [inline] |
| z() const | Model< Degree > | [inline] |