Herezh_dev/herezh_pp/Enumeration/Enum_geom.cc

// FICHIER : Enum_geom.cp


// This file is part of the Herezh++ application.
//
// The finite element software Herezh++ is dedicated to the field
// of mechanics for large transformations of solid structures.
// It is developed by Gérard Rio (APP: IDDN.FR.010.0106078.000.R.P.2006.035.20600)
// INSTITUT DE RECHERCHE DUPUY DE LÔME (IRDL) <https://www.irdl.fr/>.
//
// Herezh++ is distributed under GPL 3 license ou ultérieure.
//
// Copyright (C) 1997-2021 Université Bretagne Sud (France)
// AUTHOR : Gérard Rio
// E-MAIL  : gerardrio56@free.fr
//
// This program is free software: you can redistribute it and/or modify
// it under the terms of the GNU General Public License as published by
// the Free Software Foundation, either version 3 of the License,
// or (at your option) any later version.
//
// This program is distributed in the hope that it will be useful,
// but WITHOUT ANY WARRANTY; without even the implied warranty
// of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.
// See the GNU General Public License for more details.
//
// You should have received a copy of the GNU General Public License
// along with this program. If not, see <https://www.gnu.org/licenses/>.
//
// For more information, please consult: <https://herezh.irdl.fr/>.


#include "Enum_geom.h"


# include <iostream>
using namespace std;  //introduces namespace std
#include <stdlib.h>
#include "Sortie.h"
//#ifdef SYSTEM_MAC_OS_X
//  #include <stringfwd.h> // a priori ce n'est pas portable
//#el
#if defined  SYSTEM_MAC_OS_CARBON
  #include <stringfwd.h> // a priori ce n'est pas portable
#else  
  #include <string.h> // pour le flot en memoire centrale
#endif
#include <string>



string Nom_geom (const Enum_geom id_geom)
// Retourne le nom de la geometrie correspondant a l'identificateur 
// de type enumere id_geom
{string result;
	switch (id_geom)
	{case RIEN_GEOM : result="RIEN_GEOM"; break;
		case TRIANGLE : result="TRIANGLE"; break;
		case QUADRANGLE : result="QUADRANGLE"; break;
		case TETRAEDRE : result="TETRAEDRE"; break;
		case PENTAEDRE : result="PENTAEDRE"; break;
		case HEXAEDRE : result="HEXAEDRE"; break;
		case TRIA_AXI : result="TRIA_AXI"; break;
		case QUAD_AXI : result="QUAD_AXI"; break;
		case SEGMENT : result="SEGMENT"; break;
		case SEG_AXI : result="SEG_AXI"; break;
		case POINT : result="POINT"; break;
  case POINT_CP : result="POINT_CP"; break;
		case POUT : result="POUT"; break;
		case PS1 : result="PS1"; break;	
		default :
			cout << "\nErreur : valeur incorrecte du type Enum_geom !\n";
			cout << "NOM_GEOM(Enum_geom ) \n";
			Sortie(1);
	};
	return result;	
};
						
Enum_geom Id_nom_geom (const string& nom_geom)
// Retourne la variable de type enumere associe au nom
// de geometrie nom_geom
{   Enum_geom result;
	if ( nom_geom == "RIEN_GEOM") result=RIEN_GEOM;
	else if (  nom_geom == "TRIANGLE"  ) result=TRIANGLE;
	else if (  nom_geom == "QUADRANGLE"  ) result=QUADRANGLE;
	else if (  nom_geom == "TETRAEDRE"  ) result=TETRAEDRE;
	else if (  nom_geom == "PENTAEDRE"  ) result=PENTAEDRE;
	else if (  nom_geom == "HEXAEDRE"  ) result=HEXAEDRE;
	else if (  nom_geom == "TRIA_AXI"  ) result=TRIA_AXI;
	else if (  nom_geom == "QUAD_AXI"  ) result=QUAD_AXI;
	else if (  nom_geom == "SEGMENT"  ) result=SEGMENT;
	else if (  nom_geom == "SEG_AXI"  ) result=SEG_AXI;
	else if (  nom_geom == "POINT"  ) result=POINT;
 else if (  nom_geom == "POINT_CP"  ) result=POINT_CP;
	else if (  nom_geom == "POUT"  ) result=POUT;
	else if (  nom_geom == "PS1"  ) result=PS1;
	else
	{   cout << "\nErreur : nom de geometrie '" <<nom_geom <<  " 'inconnu !\n";
		cout << "ID_NOM_GEOM(char* ) \n";
		Sortie(1);
	};
	return result;	
};
	
// surcharge de la lecture
istream & operator >> (istream & entree, Enum_geom & result)
 { char nom_geom[35];
   entree >> nom_geom;
   result = Id_nom_geom ( nom_geom);
   return entree;
 };  

   // surcharge de l'operator d'ecriture
ostream & operator << (ostream & sort, const Enum_geom& a)
    { // on ecrit la forme caractère
       sort << Nom_geom(a) << " ";
       return sort;      
     }; 

// Retourne le type de géométrie générique: POINT_G, LIGNE, SURFACE, VOLUME,
// associée à l'Enum_geom
Enum_type_geom Type_geom_generique(const Enum_geom id_geom)
{   Enum_type_geom result;
	switch (id_geom)
	{   case RIEN_GEOM : result=RIEN_TYPE_GEOM; break;
		case TRIANGLE : result=SURFACE; break;
		case QUADRANGLE : result=SURFACE; break;
		case TETRAEDRE : result=VOLUME; break;
		case PENTAEDRE : result=VOLUME; break;
		case HEXAEDRE : result=VOLUME; break;
		case TRIA_AXI : result=SURFACE; break;
		case QUAD_AXI : result=SURFACE; break;
		case SEGMENT : result=LIGNE; break;
		case SEG_AXI : result=LIGNE; break;
		case POINT : result=POINT_G; break;
  case POINT_CP : result=POINT_G; break;
		case POUT : result=LIGNE; break;
		case PS1 : result=LIGNE; break;	
		default :
			cout << "\nErreur : valeur incorrecte du type Enum_geom !\n";
			cout << "Type_geom_generique(const Enum_geom id_geom ) \n";
			Sortie(1);
	};
	return result;	
};

// retourne vrai s'il s'agit d'un type axisymétrique
bool TestEnum_geom_axisymetrique(const Enum_geom id_geom)
{   bool result;
	switch (id_geom)
	{   case RIEN_GEOM : result=false; break;
		case TRIANGLE : result=false; break;
		case QUADRANGLE : result=false; break;
		case TETRAEDRE : result=false; break;
		case PENTAEDRE : result=false; break;
		case HEXAEDRE : result=false; break;
		case TRIA_AXI : result=true; break;
		case QUAD_AXI : result=true; break;
		case SEGMENT : result=false; break;
		case SEG_AXI : result=true; break;
		case POINT : result=false; break;
  case POINT_CP : result=false; break;
		case POUT : result=false; break;
		case PS1 : result=false; break;	
		default :
			cout << "\nErreur : valeur incorrecte du type Enum_geom !\n";
			cout << "TestEnum_geom_axisymetrique(const Enum_geom id_geom ) \n";
			Sortie(1);
	};
	return result;	
};