The concept IntersectionOracle describes the requirements for a type to implement an intersection oracle class used for example in Manifold_tracing.
More...
#include <concept/Coxeter_triangulation/IntersectionOracle.h>

std::size_t  amb_d () const 
 Returns the domain (ambient) dimension of the underlying manifold.


std::size_t  cod_d () const 
 Returns the codomain dimension of the underlying manifold.


template<class Simplex_handle , class Triangulation > 
Query_result< Simplex_handle >  intersects (const Simplex_handle &simplex, const Triangulation &triangulation) const 
 Intersection query with the relative interior of the manifold. More...


template<class Simplex_handle , class Triangulation > 
Query_result< Simplex_handle >  intersects_boundary (const Simplex_handle &simplex, const Triangulation &triangulation) const 
 Intersection query with the boundary of the manifold. More...


template<class Triangulation > 
bool  lies_in_domain (const Eigen::VectorXd &p, const Triangulation &triangulation) const 
 Returns true if the input point lies inside the piecewiselinear domain induced by the given ambient triangulation that defines the relative interior of the piecewiselinear approximation of the manifold. More...


const Function_ &  function () const 
 Returns the function that defines the interior of the manifold.


The concept IntersectionOracle describes the requirements for a type to implement an intersection oracle class used for example in Manifold_tracing.
◆ intersects()
template<class Simplex_handle , class Triangulation >
Query_result< Simplex_handle > Gudhi::coxeter_triangulation::IntersectionOracle::intersects 
( 
const Simplex_handle & 
simplex, 


const Triangulation & 
triangulation 

) 
 const 
Intersection query with the relative interior of the manifold.
The returned structure Query_result contains the boolean value that is true only if the intersection point of the query simplex and the relative interior of the manifold exists, the intersection point and the face of the query simplex that contains the intersection point.
 Template Parameters

 Parameters

[in]  simplex  The query simplex. The dimension of the simplex should be the same as the codimension of the manifold (the codomain dimension of the function). 
[in]  triangulation  The ambient triangulation. The dimension of the triangulation should be the same as the ambient dimension of the manifold (the domain dimension of the function). 
◆ intersects_boundary()
template<class Simplex_handle , class Triangulation >
Query_result< Simplex_handle > Gudhi::coxeter_triangulation::IntersectionOracle::intersects_boundary 
( 
const Simplex_handle & 
simplex, 


const Triangulation & 
triangulation 

) 
 const 
Intersection query with the boundary of the manifold.
The returned structure Query_result contains the boolean value that is true only if the intersection point of the query simplex and the boundary of the manifold exists, the intersection point and the face of the query simplex that contains the intersection point.
 Template Parameters

 Parameters

[in]  simplex  The query simplex. The dimension of the simplex should be the same as the codimension of the boundary of the manifold (the codomain dimension of the function + 1). 
[in]  triangulation  The ambient triangulation. The dimension of the triangulation should be the same as the ambient dimension of the manifold (the domain dimension of the function). 
◆ lies_in_domain()
template<class Triangulation >
bool Gudhi::coxeter_triangulation::IntersectionOracle::lies_in_domain 
( 
const Eigen::VectorXd & 
p, 


const Triangulation & 
triangulation 

) 
 const 

inline 
Returns true if the input point lies inside the piecewiselinear domain induced by the given ambient triangulation that defines the relative interior of the piecewiselinear approximation of the manifold.
 Parameters

p  The input point. Needs to have the same dimension as the ambient dimension of the manifold (the domain dimension of the function). 
triangulation  The ambient triangulation. Needs to have the same dimension as the ambient dimension of the manifold (the domain dimension of the function). 
The documentation for this struct was generated from the following file: