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template<class TT > |
auto | sophus::operator* (Isometry2< TT > const &bar_from_foo, Ray< TT, 2 > const &ray_foo) -> Ray< TT, 2 > |
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template<class TT > |
auto | sophus::operator* (Isometry3< TT > const &bar_from_foo, Ray< TT, 3 > const &ray_foo) -> Ray< TT, 3 > |
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template<class TT > |
auto | sophus::operator* (Isometry3< TT > const &bar_from_foo, UnitVector< TT, 3 > const &v_foo) -> Ray< TT, 3 > |
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template<class TT > |
auto | sophus::operator* (Similarity2< TT > const &b_from_a, Ray2< TT > const &ray_a) -> Ray2< TT > |
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template<class TT > |
auto | sophus::operator* (Similarity3< TT > const &b_from_a, Ray3< TT > const &ray_a) -> Ray3< TT > |
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template<class TT > |
auto | sophus::closestApproachParameters (Ray3< TT > const &line_0, Ray3< TT > const &line_1) -> std::optional< ClosestApproachResult< TT >> |
| For two parametric lines in lambda0 and lambda1 respectively,. More...
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template<class TT > |
auto | sophus::closestApproach (Ray3< TT > const &line_0, Ray3< TT > const &line_1) -> std::optional< Eigen::Vector3< TT >> |
| For two lines line_0 and line_1 returns the mid-point of the line segment connecting one point from each of the lines which are closest to one another according to the l2 distance measure. More...
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