ecs_table_def.c File Reference

#include <assert.h>
#include <stdlib.h>
#include <string.h>
#include "ecs_elt_typ_liste.h"
#include "ecs_def.h"
#include "ecs_mem.h"
#include "ecs_tab.h"
#include "ecs_table.h"
#include "ecs_table_def.h"
#include "ecs_table_priv.h"

Macros
#define	ECS_LOC_LNG_MAX_NOM_TYP   11
#define	FLT_MAX   HUGE_VAL
#define	ECS_LOC_PRODUIT_VECTORIEL(prod_vect, vect1, vect2)
#define	ECS_LOC_PRODUIT_SCALAIRE(vect1, vect2)
#define	ECS_LOC_MODULE(vect)   sqrt(vect[0] * vect[0] + vect[1] * vect[1] + vect[2] * vect[2])
#define	ECS_LOC_DETERMINANT(vect1, vect2, vect3)
#define	ECS_LOC_INIT_VECT(vect, i, j)
#define	ECS_LOC_INIT_VECT(vect, i, j)
#define	ECS_LOC_PERMUTE(i, j)
#define	ECS_LOC_INIT_VECT(vect, i, j)
#define	ECS_LOC_PERMUTE(i, j)
#define	ECS_LOC_INIT_VECT(vect, i, j)
#define	ECS_LOC_PERMUTE(i, j)
#define	ECS_LOC_INIT_VECT(vect, i, j)
#define	ECS_LOC_PERMUTE(i, j)

Functions
ecs_tab_int_t	ecs_table_def__trie_typ (ecs_table_t *this_table_def, int dim_elt)
void	ecs_table_def__decompose_cel (ecs_table_t **table_def_fac, ecs_table_t *table_def_cel)
ecs_tab_int_t	ecs_table_def__fusionne (ecs_table_t *table_def, size_t *nbr_elt_cpct, ecs_tab_int_t *signe_elt)
ecs_tab_int_t	ecs_table_def__liste_cel_fac (const size_t nbr_fac, ecs_table_t *table_def_cel, const ecs_tab_int_t liste_fac)
void	ecs_table_def__remplace_ref (ecs_table_t *table_def, ecs_tab_int_t *tab_old_new)
void	ecs_table_def__cree_masque (bool sselt_select[], ecs_table_t *table_def_elt)
void	ecs_table_def__nettoie_nodal (size_t *n_vertices, ecs_coord_t **vtx_coords, ecs_table_t *table_def_fac, ecs_table_t *table_def_cel)
void	ecs_table_def__orient_nodal (ecs_coord_t *vtx_coords, ecs_table_t *table_def_fac, ecs_table_t *table_def_cel, ecs_tab_int_t *liste_cel_err, bool correc_orient)
void	ecs_table_def__nettoie_som_fac (size_t *n_vertices, ecs_coord_t **vtx_coords, ecs_table_t *table_def_fac)
ecs_tab_int_t	ecs_table_def__nettoie_fac (ecs_table_t *table_def_fac)
ecs_tab_int_t	ecs_table_def__typ_fac_cel (ecs_table_t *table_def_cel, ecs_table_t *table_def_fac)
ecs_tab_int_t	ecs_table_def__fac_cel (ecs_table_t *table_def_cel, ecs_table_t *table_def_fac)

Macro Definition Documentation

ECS_LOC_DETERMINANT

#define ECS_LOC_DETERMINANT	(		vect1,
			vect2,
			vect3
	)

Value:

( \
   ((vect1[1] * vect2[2] - vect2[1] * vect1[2]) * vect3[0]) \
 + ((vect2[0] * vect1[2] - vect1[0] * vect2[2]) * vect3[1]) \
 + ((vect1[0] * vect2[1] - vect2[0] * vect1[1]) * vect3[2]) )

ECS_LOC_INIT_VECT [1/5]

#define ECS_LOC_INIT_VECT	(		vect,
			i,
			j
	)

Value:

( \
  vect[0] =   coord[((connect[j-1] - 1) * 3)    ]  \
            - coord[((connect[i-1] - 1) * 3)    ], \
  vect[1] =   coord[((connect[j-1] - 1) * 3) + 1]  \
            - coord[((connect[i-1] - 1) * 3) + 1], \
  vect[2] =   coord[((connect[j-1] - 1) * 3) + 2]  \
            - coord[((connect[i-1] - 1) * 3) + 2] )

ECS_LOC_INIT_VECT [2/5]

#define ECS_LOC_INIT_VECT	(		vect,
			i,
			j
	)

Value:

( \
  vect[0] =   coord[((connect[j-1] - 1) * 3)    ]  \
            - coord[((connect[i-1] - 1) * 3)    ], \
  vect[1] =   coord[((connect[j-1] - 1) * 3) + 1]  \
            - coord[((connect[i-1] - 1) * 3) + 1], \
  vect[2] =   coord[((connect[j-1] - 1) * 3) + 2]  \
            - coord[((connect[i-1] - 1) * 3) + 2] )

ECS_LOC_INIT_VECT [3/5]

#define ECS_LOC_INIT_VECT	(		vect,
			i,
			j
	)

Value:

( \
  vect[0] =   coord[((connect_tmp[j-1] - 1) * 3)    ]  \
            - coord[((connect_tmp[i-1] - 1) * 3)    ], \
  vect[1] =   coord[((connect_tmp[j-1] - 1) * 3) + 1]  \
            - coord[((connect_tmp[i-1] - 1) * 3) + 1], \
  vect[2] =   coord[((connect_tmp[j-1] - 1) * 3) + 2]  \
            - coord[((connect_tmp[i-1] - 1) * 3) + 2] )

ECS_LOC_INIT_VECT [4/5]

#define ECS_LOC_INIT_VECT	(		vect,
			i,
			j
	)

Value:

( \
  vect[0] =   coord[((connect[j-1] - 1) * 3)    ]  \
            - coord[((connect[i-1] - 1) * 3)    ], \
  vect[1] =   coord[((connect[j-1] - 1) * 3) + 1]  \
            - coord[((connect[i-1] - 1) * 3) + 1], \
  vect[2] =   coord[((connect[j-1] - 1) * 3) + 2]  \
            - coord[((connect[i-1] - 1) * 3) + 2] )

ECS_LOC_INIT_VECT [5/5]

#define ECS_LOC_INIT_VECT	(		vect,
			i,
			j
	)

Value:

( \
  vect[0] =   coord[((connect_tmp[j-1] - 1) * 3)    ]  \
            - coord[((connect_tmp[i-1] - 1) * 3)    ], \
  vect[1] =   coord[((connect_tmp[j-1] - 1) * 3) + 1]  \
            - coord[((connect_tmp[i-1] - 1) * 3) + 1], \
  vect[2] =   coord[((connect_tmp[j-1] - 1) * 3) + 2]  \
            - coord[((connect_tmp[i-1] - 1) * 3) + 2] )

ECS_LOC_LNG_MAX_NOM_TYP

#define ECS_LOC_LNG_MAX_NOM_TYP   11

ECS_LOC_MODULE

#define ECS_LOC_MODULE

(

vect

)

sqrt(vect[0] * vect[0] + vect[1] * vect[1] + vect[2] * vect[2])

ECS_LOC_PERMUTE [1/4]

#define ECS_LOC_PERMUTE	(		i,
			j
	)

Value:

( \
  isom_tmp = connect[i-1],     \
  connect[i-1] = connect[j-1], \
  connect[j-1] = isom_tmp      )

ECS_LOC_PERMUTE [2/4]

#define ECS_LOC_PERMUTE	(		i,
			j
	)

Value:

( \
  isom_tmp = connect[i-1],             \
  connect_tmp[i-1] = connect_tmp[j-1], \
  connect_tmp[j-1] = isom_tmp         )

ECS_LOC_PERMUTE [3/4]

#define ECS_LOC_PERMUTE	(		i,
			j
	)

Value:

( \
  isom_tmp = connect[i-1],     \
  connect[i-1] = connect[j-1], \
  connect[j-1] = isom_tmp      )

ECS_LOC_PERMUTE [4/4]

#define ECS_LOC_PERMUTE	(		i,
			j
	)

Value:

( \
  isom_tmp = connect[i-1],             \
  connect_tmp[i-1] = connect_tmp[j-1], \
  connect_tmp[j-1] = isom_tmp         )

ECS_LOC_PRODUIT_SCALAIRE

#define ECS_LOC_PRODUIT_SCALAIRE	(		vect1,
			vect2
	)

Value:

( \
  vect1[0] * vect2[0] + vect1[1] * vect2[1] + vect1[2] * vect2[2] )

ECS_LOC_PRODUIT_VECTORIEL

#define ECS_LOC_PRODUIT_VECTORIEL	(		prod_vect,
			vect1,
			vect2
	)

Value:

( \
prod_vect[0] = vect1[1] * vect2[2] - vect2[1] * vect1[2],   \
prod_vect[1] = vect2[0] * vect1[2] - vect1[0] * vect2[2],   \
prod_vect[2] = vect1[0] * vect2[1] - vect2[0] * vect1[1]   )

FLT_MAX

#define FLT_MAX   HUGE_VAL

Function Documentation

ecs_table_def__cree_masque()

void ecs_table_def__cree_masque	(	bool	sselt_select[],
		ecs_table_t *	table_def_elt
	)

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ecs_table_def__decompose_cel()

void ecs_table_def__decompose_cel	(	ecs_table_t **	table_def_fac,
		ecs_table_t *	table_def_cel
	)

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ecs_table_def__fac_cel()

ecs_tab_int_t ecs_table_def__fac_cel	(	ecs_table_t *	table_def_cel,
		ecs_table_t *	table_def_fac
	)

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ecs_table_def__fusionne()

ecs_tab_int_t ecs_table_def__fusionne	(	ecs_table_t *	table_def,
		size_t *	nbr_elt_cpct,
		ecs_tab_int_t *	signe_elt
	)

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ecs_table_def__liste_cel_fac()

ecs_tab_int_t ecs_table_def__liste_cel_fac	(	const size_t	nbr_fac,
		ecs_table_t *	table_def_cel,
		const ecs_tab_int_t	liste_fac
	)

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ecs_table_def__nettoie_fac()

ecs_tab_int_t ecs_table_def__nettoie_fac

(

ecs_table_t *

table_def_fac

)

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ecs_table_def__nettoie_nodal()

void ecs_table_def__nettoie_nodal	(	size_t *	n_vertices,
		ecs_coord_t **	vtx_coords,
		ecs_table_t *	table_def_fac,
		ecs_table_t *	table_def_cel
	)

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ecs_table_def__nettoie_som_fac()

void ecs_table_def__nettoie_som_fac	(	size_t *	n_vertices,
		ecs_coord_t **	vtx_coords,
		ecs_table_t *	table_def_fac
	)

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ecs_table_def__orient_nodal()

void ecs_table_def__orient_nodal	(	ecs_coord_t *	vtx_coords,
		ecs_table_t *	table_def_fac,
		ecs_table_t *	table_def_cel,
		ecs_tab_int_t *	liste_cel_err,
		bool	correc_orient
	)

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ecs_table_def__remplace_ref()

void ecs_table_def__remplace_ref	(	ecs_table_t *	table_def,
		ecs_tab_int_t *	tab_old_new
	)

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ecs_table_def__trie_typ()

ecs_tab_int_t ecs_table_def__trie_typ	(	ecs_table_t *	this_table_def,
		int	dim_elt
	)

ecs_table_def__typ_fac_cel()

ecs_tab_int_t ecs_table_def__typ_fac_cel	(	ecs_table_t *	table_def_cel,
		ecs_table_t *	table_def_fac
	)

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