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#ifndef _CRIAQOPERATORS_ |
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#define _CRIAQOPERATORS_ |
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#include "mailleur.h" |
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class MG_MAILLAGE; |
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class MG_GEOMETRIE; |
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class MG_NOEUD; |
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class MG_GESTIONNAIRE; |
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class MG_TRIANGLE; |
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class MG_ELEMENT_TOPOLOGIQUE; |
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class FEM_MAILLAGE; |
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class CRIAQOPERATORS:public MAILLEUR |
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{ |
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public: |
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CRIAQOPERATORS(); |
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//CRIAQOPERATORS(CRIAQOPERATORS& mdd); |
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virtual ~CRIAQOPERATORS(); |
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virtual void maille(MG_GROUPE_TOPOLOGIQUE* mggt=NULL) {}; |
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void ksol_bumpnds(char* magicfilename_actual,char* magicfilename_estimate,double comp_threshold,int solidact,int solidest,char* ksoloutput_act,char* ksoloutput_est,int ndmaxbumpidact,int ndmaxbumpidest,int indiv_actref); |
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void gmsh_magic_corres(int femmeshno,char* magicfilename,char* correstxtfilename); |
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void samplepoints_compare(char* samplepoints1,char* samplepoints2,char* sortedsmplpnts); |
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void meshdistance_compare(char* referencemagicfilename,int refmeshno,char* comparemagicfilename,int compmeshno,char* outputcomparefile,char* solfilename,double search_radius); |
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void vm_crit_remvsmp(int femmeshno,char* magicfilename,int femsolid,int femsubsolno,char* gnifinspointfile,char* out_gnifinspointfile_removondefect,double search_radius,double vm_coef); |
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void curvtur_crit_remvsmp(char* magicfilename,char* correspondfilename,char* gnifinspointfile,char* out_gnifinspointfile_removondefect,double search_radius,double curvdif_coef, |
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int gmsh_affiche,double relet_search_rad,int relet_curvature); |
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void deformed_correspond_mgmaiadd(char* magicfilename,int meshno,int numsol1,int numsol2,int numsol3,int numchamp1,int numchamp2,int numchamp3,double coef,char* correspondfilename); |
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void surfmaker_e1(char* outputfilename,int meshno,char* magicfilename); |
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void surfmaker_e2(char* outputfilename,int meshno,char* magicfilename); |
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void surfmaker_e2t(char* outputfilename,int meshno,char* magicfilename); |
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void surfmaker_e3(char* outputfilename,int meshno,char* magicfilename); |
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void gnifformatmaker(char* elementxtoutfile,char* nodtxtoutfile,int meshno,char* magicfilename, int geometric); |
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void rmovscnprtfromdefrmdcad(char* outputfilename,int meshno,char* magicfilename); |
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void msh2dmakerfrommsh3d(char* outputfilename,int meshno,char* magicfilename); |
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void bumpmaker(char* outputfilename,int bumpndid,double bumptip,int meshno,char* magicfilename); |
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int import_triangulation_gnif(char* outputfilename,char* triangulationfile); |
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void bumparea_calcul(char* magicfilename,int nummai,int mgsolid,double tolerance,char* areamagicfilename,int defnodid); |
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std::vector<double*> sp_project_onCAD(char* magicfilename,int nummai,char* samplepoints1); |
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std::vector<double*> sp_project_onSCAN(char* magicfilename,int nummai,char* samplepoints1); |
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void sp_project_onCAD_SCAN(char* magicfilenamecad,int nummaicad,char* samplepointscad,char* magicfilenamescn,int nummaiscn,char* samplepointsscn,char* outputspbcfilename); |
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void ajouter_nois_normdir(char* magicfilename,int nummai,char* noisefile,char* outputfilename); |
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private: |
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char* referencemagicfilename; |
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int refmeshno; |
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char* comparemagicfilename; |
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int compmeshno; |
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char* magicfilename; |
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char* elementxtoutfile; |
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char* nodtxtoutfile; |
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int meshno; |
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char* outputfilename; |
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MG_MAILLAGE* mai; |
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MG_MAILLAGE* mainew; |
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MG_GEOMETRIE* geo; |
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MG_GEOMETRIE* geonew; |
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MG_GESTIONNAIRE* gest; |
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MG_GESTIONNAIRE* gestnew; |
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char* triangulationfile; |
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int bumpndid; |
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double bumptip; |
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int femmeshno; |
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FEM_MAILLAGE* femmai; |
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int femsubsolno; |
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char* soltxtoutfile; |
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int femsolno; |
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}; |
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#endif |
