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#ifndef _TOIBREP_ |
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#define _TOIBREP_ |
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#ifdef WINDOWS_VERSION |
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#ifdef BUILT_DLL_TOIBREP |
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#define DLLPORTTOIBREP __declspec(dllexport) |
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#else |
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#define DLLPORTTOIBREP __declspec(dllimport) |
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#endif |
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#else |
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#define DLLPORTTOIBREP |
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#endif |
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#include <string> |
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#include "tpl_octree.h" |
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#include "mg_geometrie_outils.h" |
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#include "IBrep.h" |
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class DLLPORTTOIBREP TOIBREP |
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{ |
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public: |
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TOIBREP(class MG_GESTIONNAIRE *g,class MG_GEOMETRIE *ge,class FEM_MAILLAGE* femm,int nbpas,class OT_CPU* compt); |
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TOIBREP(class MG_GESTIONNAIRE *g,class MG_GEOMETRIE *ge,class FEM_MAILLAGE* femm,int nbpas); |
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TOIBREP(class MG_GESTIONNAIRE *g,class MG_GEOMETRIE *ge,class FEM_MAILLAGE* femm); |
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TOIBREP(class MG_GESTIONNAIRE *g,class MG_GEOMETRIE *ge,class FEM_MAILLAGE* femm,class OT_CPU* compt); |
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~TOIBREP(); |
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int estdansletetra(class FEM_TETRA *tet,double x,double y, double z); |
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//void importer(std::string nomfichier,class MagXchange* data=NULL,std::string nomfichier2=""); |
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IBrep importer(std::string nomfichier,std::string nomfichieribrep,class MG_GROUPE_TOPOLOGIQUE* mggt=NULL); |
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void active_affichage(void (*fonc)(char*)); |
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IBrep exporter_IBrep(string chemin,class FEM_SOLUTION* solution,class FEM_SOLUTION* solution_ele,MG_GROUPE_TOPOLOGIQUE* mggt=NULL); |
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enum ETAT {EXTERIEUR=0,INTERIEUR=1,STRICTINTERIEUR=2}; |
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private: |
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typedef std::multimap<double,FEM_TETRA*,less<double> > LISTE_FM_TRI; |
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typedef std::map<unsigned long,LISTE_FM_TRI::iterator,less<unsigned long> > LISTE_FM_TRI_ID; |
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typedef std::vector<FEM_TETRA*> LISTE_FM; |
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int compare_etat(int etat,int valeur); |
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OT_CPU* compteur; |
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void remplir_trou(std::vector<class TOIBREP_POINT*> *lst,MG_FACE* face,int orientation); |
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void decoupe_tetra(FEM_TETRA* tet,double* lst,int *nbtet); |
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void ajouter_liste(LISTE_FM_TRI& lst,LISTE_FM_TRI_ID &lstid,FEM_TETRA* tet,double val); |
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void supprimer_liste(LISTE_FM_TRI& lst,LISTE_FM_TRI_ID &lstid,FEM_TETRA* tet); |
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void ajouter_liste(LISTE_FM& lst,FEM_TETRA* tet); |
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void supprimer_liste(LISTE_FM& lst,FEM_TETRA* tet); |
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double calcul_distance(class FEM_NOEUD* noeud,class MG_ARETE* are,class TOIBREP_POINT *pt,double precision=1e-6); |
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double calcul_distance(FEM_NOEUD* noeud,class MG_FACE* are,TOIBREP_POINT* pt,double *xyz,double *uv,double precision=1e-6); |
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double calculdist(double *n,double x,double y,double z,class FEM_NOEUD* noeud); |
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void levelset0(class FEM_SOLUTION* solution,int numsol); |
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void levelsetn(TPL_MAP_ENTITE<class MG_ELEMENT_TOPOLOGIQUE*> *lst,vector<MG_FACE*> *lstface,class FEM_SOLUTION* solution,FEM_SOLUTION* solution_ele,int numsol); |
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void echantillonne_arete(std::vector<TOIBREP_POINT*> &lst,MG_FACE* face); |
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void echantillonne_sommet(std::vector<TOIBREP_POINT*> &lst,MG_FACE* face); |
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void calcullevelsetpremierepasse(MG_FACE* face,int sens,vector<TOIBREP_POINT*> *lst,int n1,int n2); |
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void calcullevelsetdeuxiemepasse(vector<TOIBREP_POINT*> *lst); |
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void etendrelevelset(FEM_SOLUTION* sol,int numsol); |
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double resoudgradT(FEM_TETRA* tet,int *signe); |
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TPL_OCTREE<class FEM_TETRA*,class FEM_NOEUD*> octree; |
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MG_GEOMETRIE_OUTILS ot; |
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MG_GEOMETRIE* geo; |
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FEM_MAILLAGE* mai; |
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MG_GESTIONNAIRE* gest; |
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int NPAS; |
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int affichageactif; |
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void (*affiche)(char *mess); |
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}; |
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#endif |
