GetFEM
5.4.2
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handles the geometric inversion for a given (supposedly quite large) set of points More...
#include <bgeot_geotrans_inv.h>
Inherited by getfem::mesh_trans_inv.
Public Member Functions | |
template<class CONT > | |
void | add_points (const CONT &c) |
Add the points contained in c to the list of points. | |
size_type | nb_points (void) const |
Number of points. | |
size_type | add_point (base_node p) |
Add point p to the list of points. | |
size_type | points_in_box (kdtree_tab_type &ipts, const base_node &min, const base_node &max) const |
Find all the points present in the box between min and max. | |
template<class TAB , class CONT1 , class CONT2 > | |
size_type | points_in_convex (const convex< base_node, TAB > &cv, pgeometric_trans pgt, CONT1 &pftab, CONT2 &itab, bool bruteforce=false) |
Search all the points in the convex cv, which is the transformation of the convex cref via the geometric transformation pgt. More... | |
handles the geometric inversion for a given (supposedly quite large) set of points
Definition at line 178 of file bgeot_geotrans_inv.h.
size_type bgeot::geotrans_inv::points_in_convex | ( | const convex< base_node, TAB > & | cv, |
pgeometric_trans | pgt, | ||
CONT1 & | pftab, | ||
CONT2 & | itab, | ||
bool | bruteforce = false |
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) |
Search all the points in the convex cv, which is the transformation of the convex cref via the geometric transformation pgt.
IMPORTANT : It is assumed that the whole convex is include in the minmax box of its nodes times a factor 1.2. If the transformation is linear, the factor is 1.0.
cv | the convex points (as given by getfem_mesh::convex(ic)). |
pgt | the geometric trans (as given by getfem_mesh::trans_of_convex(ic)). |
pftab | container for the coordinates of points in the reference convex (should be of size nb_points()) |
itab | the indices of points found in the convex. |
bruteforce | use a brute force search(only for debugging purposes). |
Definition at line 242 of file bgeot_geotrans_inv.h.