#include <array>#include <stdint.h>#include <stdlib.h>#include <tuple>#include <vector>#include "AMP/utils/Array.h"
Include dependency graph for DelaunayTessellation.h:
Go to the source code of this file.
Namespaces | |
| namespace | AMP |
| namespace | AMP::DelaunayTessellation |
Functions | |
| double | AMP::DelaunayTessellation::calc_volume (int ndim, const double x[]) |
| Function to calculate the volume of a simplex. | |
| template<class TYPE > | |
| bool | AMP::DelaunayTessellation::collinear (const Array< TYPE > &x) |
| Check if. | |
| void | AMP::DelaunayTessellation::compute_Barycentric (const int ndim, const double *x, const double *xi, double *L) |
| Subroutine to compute the Barycentric coordinates. | |
| template<class TYPE > | |
| std::tuple< AMP::Array< int >, AMP::Array< int > > | AMP::DelaunayTessellation::create_tessellation (const Array< TYPE > &x) |
| Function that creates the Delaunay Tessellation. | |
| template<int NDIM, class TYPE > | |
| void | AMP::DelaunayTessellation::get_circumsphere (const std::array< TYPE, NDIM > x0[], double &R, double *center) |
| Function to return the circumsphere containing a simplex. | |
| template<int NDIM, class TYPE > | |
| int | AMP::DelaunayTessellation::test_in_circumsphere (const std::array< TYPE, NDIM > x[], const std::array< TYPE, NDIM > &xi, double TOL_VOL) |
| Function to check if a point is inside the circumsphere of a simplex. | |
