mg_cg_forme_multi_volume.cpp

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//####//------------------------------------------------------------
//####//------------------------------------------------------------
//####//  MAGiC
//####//  Jean Christophe Cuilliere et Vincent FRANCOIS
//####//  Departement de Genie Mecanique - UQTR
//####//------------------------------------------------------------
//####//  MAGIC est un projet de recherche de l equipe ERICCA
//####//  du departement de genie mecanique de l Universite du Quebec a Trois Rivieres
//####//  http://www.uqtr.ca/ericca
//####//  http://www.uqtr.ca/
//####//------------------------------------------------------------
//####//------------------------------------------------------------
//####//
//####//       mg_cg_forme_multi_volume.cpp
//####//
//####//------------------------------------------------------------
//####//------------------------------------------------------------
//####//    COPYRIGHT 2000-2024
//####//  jeu 13 jun 2024 11:58:54 EDT
//####//------------------------------------------------------------
//####//------------------------------------------------------------
#include "mg_cg_forme_multi_volume.h"
#include "mg_definition.h"
#include "mg_cg_modele.h"
#include "mg_cg_operateur.h"
#include "mg_volume.h"
#include "ot_geometrie.h"
#include "mg_cg_info.h"
MG_CG_FORME_MULTI_VOLUME::MG_CG_FORME_MULTI_VOLUME(MG_CG_MODELE* mgcg_modele,
                                                   int provenance): MG_CG_FORME(mgcg_modele,provenance)
{
 
}
 
MG_CG_FORME_MULTI_VOLUME::MG_CG_FORME_MULTI_VOLUME(MG_CG_MODELE* mgcg_modele,
                                                   int provenance,
                                                   int etat,
                                                   long unsigned int num): MG_CG_FORME(mgcg_modele,provenance,etat,num)
{
 
}
 
MG_CG_FORME_MULTI_VOLUME::MG_CG_FORME_MULTI_VOLUME(MG_CG_MODELE* mgcg_modele,
                                                   int provenance,
                                                   std::vector<MG_VOLUME*> &vector_mg_volume): MG_CG_FORME(mgcg_modele,provenance)
{
  std::vector<MG_VOLUME*>::iterator it_volume;
  for(it_volume=vector_mg_volume.begin();it_volume!=vector_mg_volume.end();it_volume++) m_map_mg_volume.insert(std::pair<long,MG_VOLUME*>((*it_volume)->get_id(),*it_volume));
}
 
MG_CG_FORME_MULTI_VOLUME::MG_CG_FORME_MULTI_VOLUME(MG_CG_MODELE* mgcg_modele,
                                                   int provenance,
                                                   int etat,
                                                   long unsigned int num,
                                                   std::vector< MG_VOLUME* > &vector_mg_volume): MG_CG_FORME(mgcg_modele,provenance,etat,num)
{
  std::vector<MG_VOLUME*>::iterator it_volume;
  for(it_volume=vector_mg_volume.begin();it_volume!=vector_mg_volume.end();it_volume++) m_map_mg_volume.insert(std::pair<long,MG_VOLUME*>((*it_volume)->get_id(),*it_volume));
}
 
MG_CG_FORME_MULTI_VOLUME::MG_CG_FORME_MULTI_VOLUME(MG_CG_FORME_MULTI_VOLUME& mdd): MG_CG_FORME(mdd)
{
  std::map<long,MG_VOLUME*>::iterator it;
  for(MG_VOLUME* mg_volume=mdd.get_premier_mg_volume(it);mg_volume!=NULL;mg_volume=mdd.get_suivant_mg_volume(it))
  {
    ajouter_mg_volume(mg_volume);
  }
}
 
MG_CG_FORME_MULTI_VOLUME::~MG_CG_FORME_MULTI_VOLUME()
{
 
}
 
long int MG_CG_FORME_MULTI_VOLUME::get_nb_mg_volume(void)
{
  return m_map_mg_volume.size();
}
 
int MG_CG_FORME_MULTI_VOLUME::ajouter_mg_volume(MG_VOLUME* mg_volume)
{
  std::pair<std::map<long,MG_VOLUME*>::iterator,bool> p = m_map_mg_volume.insert(std::pair<long,MG_VOLUME*>(mg_volume->get_id(),mg_volume));
  if(!p.second) return FAIL;
  return OK;
}
 
int MG_CG_FORME_MULTI_VOLUME::retirer_mg_volume(MG_VOLUME* mg_volume)
{
  std::map<long,MG_VOLUME*>::iterator it;
  it=m_map_mg_volume.find(mg_volume->get_id());
  if(it!=m_map_mg_volume.end())
  {
    m_map_mg_volume.erase(it);
    return OK;
  }
  return FAIL;
}
 
void MG_CG_FORME_MULTI_VOLUME::retirer_tout_mg_volume(void)
{
  m_map_mg_volume.clear();
}
 
void MG_CG_FORME_MULTI_VOLUME::get_mg_element(TPL_MAP_ENTITE< MG_ELEMENT_TOPOLOGIQUE* >* map_mg_element_topologique,
                                              TPL_MAP_ENTITE< MG_ELEMENT_COTOPOLOGIQUE* >* map_mg_element_cotopologique,
                                              TPL_MAP_ENTITE< MG_ELEMENT_GEOMETRIQUE* >* map_mg_element_geometrique)
{
  if(m_etat==MG_CG_FORME::ETAT_FORME::CONSTRUITE)
  {
    std::map<long,MG_VOLUME*>::iterator it_volume;
    for(MG_VOLUME* volume=get_premier_mg_volume(it_volume);volume!=NULL;volume=get_suivant_mg_volume(it_volume))
    {
      map_mg_element_topologique->ajouter(volume);
      OT_GEOMETRIE::get_map_mg_element_sous_jacent(volume,map_mg_element_topologique,map_mg_element_cotopologique,map_mg_element_geometrique);
    }
  }
}
 
BOITE_3D MG_CG_FORME_MULTI_VOLUME::get_boite_3D(void)
{
  std::map<long,MG_VOLUME*>::iterator it_volume;
  MG_VOLUME* volume=get_premier_mg_volume(it_volume);
  BOITE_3D boite3d = volume->get_boite_3D();
  for(;volume!=NULL;volume=get_suivant_mg_volume(it_volume))
  {
    boite3d=boite3d+volume->get_boite_3D();
  }
  return boite3d;
}
 
MG_VOLUME* MG_CG_FORME_MULTI_VOLUME::get_premier_mg_volume(std::map<long,MG_VOLUME*>::iterator& it)
{
  it=m_map_mg_volume.begin();
  if(it!=m_map_mg_volume.end()) return it->second;
  else return NULL;
}
 
MG_VOLUME* MG_CG_FORME_MULTI_VOLUME::get_suivant_mg_volume(std::map<long,MG_VOLUME*>::iterator& it)
{
  it++;
  if(it!=m_map_mg_volume.end()) return it->second;
  else return NULL;
}
 
int MG_CG_FORME_MULTI_VOLUME::get_type_forme(void)
{
  return TYPE_FORME::MULTI_VOLUME;
}
 
int MG_CG_FORME_MULTI_VOLUME::construire(void)
{
  return construire(m_mgcg_modele->get_fusionner_entite_similaire(),
                    m_mgcg_modele->get_precision(),
                    m_mgcg_modele->get_importer_triangulation(),
                    m_mgcg_modele->get_epsilon_triangulation());
}
 
int MG_CG_FORME_MULTI_VOLUME::construire(bool fusionner_entite_similaire,
                                         double precision,
                                         bool importer_triangulation,
                                         double epsilon_triangulation)
{
  std::cout << "*** ATTENTION ! MG_CG_FORME_MULTI_VOLUME::construire : MG_CG_FORME construite par MG_CG_OPERATEUR m_mgcg_operateur_parent ***" << std::endl;
  return FAIL;
}
 
void MG_CG_FORME_MULTI_VOLUME::enregistrer(std::ostream& o, double version)
{
  o << "%" << get_id() 
    << "=MG_CG_FORME_MULTI_VOLUME("
    << "$"<< m_mgcg_modele->get_id() 
    << "," << m_provenance
    << "," << m_etat;  
  o << "," << get_nb_mg_volume()
    << ",(";
  std::map<long,MG_VOLUME*>::iterator it_volume;
  for(MG_VOLUME* volume=get_premier_mg_volume(it_volume);volume!=NULL;volume=get_suivant_mg_volume(it_volume))
  {
    o << "$" << volume->get_id();
    if(it_volume!=--m_map_mg_volume.end()) o << ",";
  }
  o << ")";  
  o << ",$" << get_mgcg_operateur_parent()->get_id();
  o << "," << get_nb_mgcg_operateur_dependant() 
    << ",(";
  std::map<long,MG_CG_OPERATEUR*>::iterator it_op;
  for(MG_CG_OPERATEUR* mgcg_op = get_premier_mgcg_operateur_dependant(it_op);mgcg_op!=NULL;mgcg_op=get_suivant_mgcg_operateur_dependant(it_op))
  {
    o << "$" << mgcg_op->get_id();
    if(it_op!=--m_map_mgcg_operateur_dependant.end()) o << ",";
  }
  o << "));" << std::endl;
  enregistrer_infos(o,version);
}