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LoadDataAtBEMFormat.cpp
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Thu, May 9, 17:57

LoadDataAtBEMFormat.cpp
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#include "LoadDataAtBEMFormat.h"
#include <string>
string DEB_KW0_L = "<";
string DEB_KW1_L = "\t<";
string DEB_KW2_L = "\t\t<";
string DEB_KW3_L = "\t\t\t<";
string KW_R = ">\n";
string FIN_KW0_L = "</";
string FIN_KW1_L = "\t</";
string FIN_KW2_L = "\t\t</";
string FIN_KW3_L = "\t\t\t</";
LoadDataAtBEMFormat::LoadDataAtBEMFormat()
{
}
LoadDataAtBEMFormat::~LoadDataAtBEMFormat()
{
}
//Convertit les structures attendues par Lesosai en chaine de caractères
int LoadDataAtBEMFormat::GetLesosaiEntitiesDefinition(string *&str_EntDef)
{
int Res = 0;
str_EntDef = _str_EntitiesDefinitions;
return Res;
}
int LoadDataAtBEMFormat::GetLesosaiEntitiesNumber()
{
int Res = 0;
return Res;
}
int LoadDataAtBEMFormat::GetLesosaiEntitiesAttributesSize()
{
int Res = 0;
return Res;
}
//Transforme la structure générique ifc_Tree en des structures attendues par Lesosai
int LoadDataAtBEMFormat::LoadLesosaiFormat(ifc_Tree* CurrentIfcTree)
{
int Res = 0;
//Pour Post-traiter le tree => mettre l'arbre en rateau (sans duplication des entités)
ifc_TreePostTreatment *cl_PostTreatmt = new ifc_TreePostTreatment(CurrentIfcTree);
//Mise à plat de l'arbre (en rateau)
Map_Basified_Tree *map_BasifTree=nullptr;
if(cl_PostTreatmt)
cl_PostTreatmt->BasifyTree(map_BasifTree);
//Certains contours sont définis avec en dernier point le 1er points (loop)
//Pour la suite des traitements, cela nous gêne (calcul du centre de gravité=CentroidsComputation, détection des points les plus proche=RelimitSideBySideSurfaces)
//Retrait dans les contours (st_PointsDesContours) du derniers point lorsqu'il est égal au 1er (+ consigne bool bo_IsItLoop=true)
if (cl_PostTreatmt)
cl_PostTreatmt->RemoveLastPointOfLoopContours();
//Calcul des surfaces IfcConnectionSurfaceGeometry
// => à faire avant changement de coord car algo fonctionne en 2D => si la 3ème coord est la même pour toute!
if (cl_PostTreatmt)
cl_PostTreatmt->ComputeIfcConnectionSurfaceGeometrySurface();
//Changement repere => repere projet
if (cl_PostTreatmt)
cl_PostTreatmt->TransformEntitiesToWorlCoordFrame();
//Calcul des centres de gravité de chaque IfcConnectionSurfaceGeometry
if (cl_PostTreatmt)
cl_PostTreatmt->CentroidsComputation();
//Repérage des IfcConnectionSurfaceGeometry en vis-à-vis et côte-à-côte
if (cl_PostTreatmt)
cl_PostTreatmt->FindFaceToFaceAndSideBySideSurfaces();
//Raccord des IfcConnectionSurfaceGeometry en côte-à-côte
if (cl_PostTreatmt)
cl_PostTreatmt->RelimitSideBySideSurfaces();
//Raccord des IfcConnectionSurfaceGeometry en côte-à-côte
if (cl_PostTreatmt)
cl_PostTreatmt->CreateTIFCSurfaces();
//Ajout des TIFCSurfaces à ifc_TreePostTreatment::_map_BasifTree
if (cl_PostTreatmt)
cl_PostTreatmt->CompleteBasifiedTreeFromByTIFCSurfaces();
// Allocation de la chaine de caractere (fourniture des données du Tree via cette chaine de caractere)
_str_EntitiesDefinitions = new string();
//Conversion des entités dans la chaine de caractere _str_EntitiesDefinitions (membre de la classe)
ConvertBasifiedTree(map_BasifTree);
return Res;
}
//int LoadDataAtBEMFormat::BasifyTreeFrom(STRUCT_IFCENTITY *&st_IfcTree, Map_Basified_Tree &map_BasifTree)
//{
// int Res = 0;
// //Memo adresse pointeur (si existe pas ajouté) et son type "Ifc"
// // => la map permet de ne pas référencer de multiple fois une même entité
// // dans l'arbre, des entités sont référencés plusieurs fois car elles appartiennent à plusieurs objets
// map_BasifTree[st_IfcTree] = st_IfcTree->ch_Type;
//
// list <STRUCT_IFCENTITY*> ::iterator it_Elem;
// for (it_Elem = (st_IfcTree->st_Contains).begin(); it_Elem != (st_IfcTree->st_Contains).end(); it_Elem++)
// {
// BasifyTreeFrom((*it_Elem), map_BasifTree);
// }// for (it_Elem = (st_IfcTree->st_Contains).begin(); it_Elem != (st_IfcTree->st_Contains).end(); it_Elem++)
//
// return Res;
//}
//
int LoadDataAtBEMFormat::ConvertBasifiedTree(Map_Basified_Tree *&map_BasifTree)
{
int Res = 0;
OpenSets();
std::map<STRUCT_IFCENTITY*, std::string>::iterator it_Elem;
for (it_Elem = map_BasifTree->begin(); it_Elem != map_BasifTree->end(); it_Elem++)
{
if (it_Elem->second == "IfcConnectionSurfaceGeometry")
{
ConvertIfcConnectionSurfaceGeometry(it_Elem->first);
//Pour Lesosai
ConvertTIFCGeo2D(it_Elem->first);
}// if (it_Elem->second == "IfcConnectionSurfaceGeometry")
else if (it_Elem->second == "TIFCSurface")
ConvertTIFCSurface(it_Elem->first);
else if (it_Elem->second == "IfcFace")
ConvertIfcFace(it_Elem->first);
else if (it_Elem->second == "IfcCurveBoundedPlane")
ConvertIfcSubFace(it_Elem->first);
//else if (it_Elem->second == "IfcProductDefinitionShape")
// ConvertIfcProductDefinitionShape(it_Elem->first);
else if (it_Elem->second == "IfcSpace")
ConvertIfcSpace(it_Elem->first);
else if (it_Elem->second == "IfcBuildingStorey")
ConvertIfcBuildingStorey(it_Elem->first);
else if (it_Elem->second == "IfcBuilding")
ConvertIfcBuilding(it_Elem->first);
else if (it_Elem->second == "IfcSite")
ConvertIfcSite(it_Elem->first);
else if (it_Elem->second == "IfcProject")
ConvertIfcProject(it_Elem->first);
}// for (it_Elem = map_BasifTree.begin(); it_Elem != map_BasifTree.end(); it_Elem++)
CloseSets();
//Merge des 2 Set_Of_TIFCPolygons: _str_FacesDefinitions + _str_SubFacesDefinitions
string str_Deb = DEB_KW0_L + _str_LESOSAI_PolygonsSet + KW_R;
string str_Fin = FIN_KW0_L + _str_LESOSAI_PolygonsSet + KW_R;
//Retrait fin du paragraphe </Set_Of_TIFCPolygons>
_str_FacesDefinitions = _str_FacesDefinitions.substr(0, _str_FacesDefinitions.length() - str_Fin.length());
//Retrait début du paragraphe <Set_Of_TIFCPolygons>
_str_SubFacesDefinitions = _str_SubFacesDefinitions.substr(str_Deb.length(), _str_SubFacesDefinitions.length() - str_Deb.length());
*_str_EntitiesDefinitions = _str_ProjectsDefinitions
+ _str_SitesDefinitions
+ _str_BuildingsDefinitions
+ _str_BuildingStoreysDefinitions
+ _str_SpacesDefinitions
//+ _str_ProductDefinitionShapesDefinitions
+ _str_TIFCSurfacesDefinitions
+ _str_TIFCGeo2DDefinitions
+ _str_FacesDefinitions
+ _str_SubFacesDefinitions
//+_str_ConnectionSurfaceGeometriesDefinitions
;
return Res;
}
void LoadDataAtBEMFormat::OpenSets()
{
_str_ProjectsDefinitions += DEB_KW0_L + _str_LESOSAI_ProjetsSet + KW_R;
_str_SitesDefinitions += DEB_KW0_L + _str_LESOSAI_SitesSet + KW_R;
_str_BuildingsDefinitions += DEB_KW0_L + _str_LESOSAI_BuildingsSet + KW_R;
_str_BuildingStoreysDefinitions += DEB_KW0_L + _str_LESOSAI_StoreysSet + KW_R;
_str_SpacesDefinitions += DEB_KW0_L + _str_LESOSAI_SpacesSet + KW_R;
_str_TIFCSurfacesDefinitions += DEB_KW0_L + _str_LESOSAI_SurfacesSet + KW_R;
_str_FacesDefinitions += DEB_KW0_L + _str_LESOSAI_PolygonsSet + KW_R;
_str_TIFCGeo2DDefinitions += DEB_KW0_L + _str_LESOSAI_Geo2DSet + KW_R;
_str_SubFacesDefinitions += DEB_KW0_L + _str_LESOSAI_PolygonsSet + KW_R;//"SubFaces"
_str_ProductDefinitionShapesDefinitions += DEB_KW0_L + "ProductDefinitionShapes" + KW_R;
_str_ConnectionSurfaceGeometriesDefinitions += DEB_KW0_L + "ConnectionSurfaceGeometries" + KW_R;
}
void LoadDataAtBEMFormat::CloseSets()
{
_str_ProjectsDefinitions += FIN_KW0_L + _str_LESOSAI_ProjetsSet + KW_R;
_str_SitesDefinitions += FIN_KW0_L + _str_LESOSAI_SitesSet + KW_R;
_str_BuildingsDefinitions += FIN_KW0_L + _str_LESOSAI_BuildingsSet + KW_R;
_str_BuildingStoreysDefinitions += FIN_KW0_L + _str_LESOSAI_StoreysSet + KW_R;
_str_SpacesDefinitions += FIN_KW0_L + _str_LESOSAI_SpacesSet + KW_R;
_str_TIFCSurfacesDefinitions += FIN_KW0_L + _str_LESOSAI_SurfacesSet + KW_R;
_str_FacesDefinitions += FIN_KW0_L + _str_LESOSAI_PolygonsSet + KW_R;
_str_TIFCGeo2DDefinitions += FIN_KW0_L + _str_LESOSAI_Geo2DSet + KW_R;
_str_SubFacesDefinitions += FIN_KW0_L + _str_LESOSAI_PolygonsSet + KW_R;//"SubFaces"
_str_ProductDefinitionShapesDefinitions += FIN_KW0_L + "ProductDefinitionShapes" + KW_R;
_str_ConnectionSurfaceGeometriesDefinitions += FIN_KW0_L + "ConnectionSurfaceGeometries" + KW_R;
}
int LoadDataAtBEMFormat::ConvertIfcEnt(STRUCT_IFCENTITY *&st_IfcEnt, string &str_Balise, string &str_EntsDefinitions, string &str_ContainsName, string &str_InsideContainsName)
{
int Res = 0;
// Entête Début
str_EntsDefinitions = str_EntsDefinitions + DEB_KW1_L + str_Balise + KW_R;
// Id, Name, Contains
GenericConversion(st_IfcEnt, str_EntsDefinitions, str_ContainsName, str_InsideContainsName);
// Entête Fin
str_EntsDefinitions = str_EntsDefinitions + FIN_KW1_L + str_Balise + KW_R;
return Res;
}
int LoadDataAtBEMFormat::GenericConversion(STRUCT_IFCENTITY *&st_IfcEnt, string &str_EntsDefinitions, string &str_ContainsName, string &str_InsideContainsName)
{
int Res = 0;
// Id
str_EntsDefinitions = str_EntsDefinitions + DEB_KW2_L + "Id=" + st_IfcEnt->ch_Id + KW_R;
// GlobalId
str_EntsDefinitions = str_EntsDefinitions + DEB_KW2_L + "GlobalId=" + st_IfcEnt->ch_GlobalId + KW_R;
// Name
str_EntsDefinitions = str_EntsDefinitions + DEB_KW2_L + "Name=" + st_IfcEnt->ch_Name + KW_R;
// Contains
if (string(st_IfcEnt->ch_Type) == string("IfcFace"))
{
Res = SpecificConversionOfContainsForFaceAndSubFace(st_IfcEnt, str_EntsDefinitions, str_ContainsName, str_InsideContainsName);
}// if (string(st_IfcEnt->ch_Type) == string("IfcFace"))
else if (string(st_IfcEnt->ch_Type) == string("IfcCurveBoundedPlane"))
{
Res = SpecificConversionOfContainsForFaceAndSubFace(st_IfcEnt, str_EntsDefinitions, str_ContainsName, str_InsideContainsName);
}// else if (string(st_IfcEnt->ch_Type) == string("IfcCurveBoundedPlane"))
else if (string(st_IfcEnt->ch_Type) == string("IfcSpace"))
{
Res = SpecificConversionOfContainsForSpace(st_IfcEnt, str_EntsDefinitions, str_ContainsName, str_InsideContainsName);
}// else if (string(st_IfcEnt->ch_Type) == string("IfcSpace"))
else if (string(st_IfcEnt->ch_Type) == string("IfcConnectionSurfaceGeometry"))
{
if(str_InsideContainsName == _str_LESOSAI_Polygon)
Res = SpecificConversionOfContainsForTIFCGeo2D(st_IfcEnt, str_EntsDefinitions, str_ContainsName, str_InsideContainsName);
else
Res = SpecificConversionOfContainsForConnectionSurfaceGeometry(st_IfcEnt, str_EntsDefinitions, str_ContainsName, str_InsideContainsName);
}// else if (string(st_IfcEnt->ch_Type) == string("IfcConnectionSurfaceGeometry"))
else if (string(st_IfcEnt->ch_Type) == string("TIFCSurface"))
{
Res = SpecificConversionOfContainsForTIFCSurface(st_IfcEnt, str_EntsDefinitions, str_ContainsName, str_InsideContainsName);
}// else if (string(st_IfcEnt->ch_Type) == string("TIFCSurface"))
else if (string(st_IfcEnt->ch_Type) == string("IfcBuilding"))
{
Res = SpecificConversionOfContainsBuilding(st_IfcEnt, str_EntsDefinitions, str_ContainsName, str_InsideContainsName);
}// else if (string(st_IfcEnt->ch_Type) == string("TIFCSurface"))
else
{
Res = SpecificConversionOfContains(st_IfcEnt, str_EntsDefinitions, str_ContainsName, str_InsideContainsName);
}// else if (string(st_IfcEnt->ch_Type) == string("IfcFace"))
return Res;
}
int LoadDataAtBEMFormat::SpecificConversionOfContainsForTIFCGeo2D(STRUCT_IFCENTITY *&st_IfcEnt, string &str_EntsDefinitions, string &str_ContainsName, string &str_InsideContainsName)
{
int Res = 0;
// Contains
Res = SpecificConversionOfContains(st_IfcEnt, str_EntsDefinitions, str_ContainsName, str_InsideContainsName);
Map_String_String::iterator it_MapVal;
for (it_MapVal = (st_IfcEnt->map_DefValues)->begin(); it_MapVal != (st_IfcEnt->map_DefValues)->end(); it_MapVal++)
{
str_EntsDefinitions = str_EntsDefinitions + DEB_KW2_L + (*it_MapVal).first + "=" + (*it_MapVal).second + KW_R;
}// for (it_MapVal = (st_IfcEnt->map_DefValues)->begin(); it_MapVal != (st_IfcEnt->map_DefValues)->end(); it_MapVal++)
// // FaceToface
//string str_Balise = str_FaceToFaceName;
//str_EntsDefinitions = str_EntsDefinitions + DEB_KW2_L + str_Balise + KW_R;
//list <STRUCT_IFCENTITY*> ::iterator it_Elem;
//for (it_Elem = (st_IfcEnt->st_FaceToFace).begin(); it_Elem != (st_IfcEnt->st_FaceToFace).end(); it_Elem++)
//{
// str_EntsDefinitions = str_EntsDefinitions + DEB_KW3_L + (*it_Elem)->ch_Id + KW_R;
//}// for (it_Elem = (st_IfcEnt->st_Contains).begin(); it_Elem != (st_IfcEnt->st_Contains).end(); it_Elem++)
//str_EntsDefinitions = str_EntsDefinitions + FIN_KW2_L + str_Balise + KW_R;
//// SideBySide
//str_Balise = str_SideBySideName;
//str_EntsDefinitions = str_EntsDefinitions + DEB_KW2_L + str_Balise + KW_R;
////list <STRUCT_IFCENTITY*> ::iterator it_Elem;
////for (it_Elem = (st_IfcEnt->st_SideBySide).begin(); it_Elem != (st_IfcEnt->st_SideBySide).end(); it_Elem++)
//map <STRUCT_IFCENTITY*, bool> ::iterator it_ElemBool;
//for (it_ElemBool = (st_IfcEnt->mp_SideBySide).begin(); it_ElemBool != (st_IfcEnt->mp_SideBySide).end(); it_ElemBool++)
//{
// string bo_val = "><PAS RACCORDEE";
// if ((*it_ElemBool).second) bo_val = "><RACCORDEE";
// str_EntsDefinitions = str_EntsDefinitions + DEB_KW3_L + (*it_ElemBool).first->ch_Id + bo_val + KW_R;
//}// for (it_ElemBool = (st_IfcEnt->mp_SideBySide).begin(); it_ElemBool != (st_IfcEnt->mp_SideBySide).end(); it_ElemBool++)
//str_EntsDefinitions = str_EntsDefinitions + FIN_KW2_L + str_Balise + KW_R;
//// Centroid
//str_Balise = str_Centroid;
//str_EntsDefinitions = str_EntsDefinitions + DEB_KW2_L + str_Balise + KW_R;
//list <double*> ::iterator it_DbVal;
//for (it_DbVal = (st_IfcEnt->db_Centroid).begin(); it_DbVal != (st_IfcEnt->db_Centroid).end(); it_DbVal++)
//{
// str_EntsDefinitions = str_EntsDefinitions + DEB_KW3_L + to_string(*(*it_DbVal)) + KW_R;
//}// for (it_Elem = (st_IfcEnt->st_Contains).begin(); it_Elem != (st_IfcEnt->st_Contains).end(); it_Elem++)
//str_EntsDefinitions = str_EntsDefinitions + FIN_KW2_L + str_Balise + KW_R;
//// TIFCSurface
//str_Balise = _str_LESOSAI_Surface;
//str_EntsDefinitions = str_EntsDefinitions + DEB_KW2_L + str_Balise + KW_R;
//if (st_IfcEnt->st_TIFCSurface)
// str_EntsDefinitions = str_EntsDefinitions + DEB_KW3_L + st_IfcEnt->st_TIFCSurface->ch_Id + KW_R;
//str_EntsDefinitions = str_EntsDefinitions + FIN_KW2_L + str_Balise + KW_R;
return Res;
}
int LoadDataAtBEMFormat::SpecificConversionOfContainsForConnectionSurfaceGeometry(STRUCT_IFCENTITY *&st_IfcEnt, string &str_EntsDefinitions, string &str_ContainsName, string &str_InsideContainsName, string str_FaceToFaceName, string str_Centroid, string str_SideBySideName)
{
int Res = 0;
// Contains
Res = SpecificConversionOfContains(st_IfcEnt, str_EntsDefinitions, str_ContainsName, str_InsideContainsName);
Map_String_String::iterator it_MapVal;
for (it_MapVal = (st_IfcEnt->map_DefValues)->begin(); it_MapVal != (st_IfcEnt->map_DefValues)->end(); it_MapVal++)
{
str_EntsDefinitions = str_EntsDefinitions + DEB_KW2_L + (*it_MapVal).first + "=" + (*it_MapVal).second + KW_R;
}// for (it_MapVal = (st_IfcEnt->map_DefValues)->begin(); it_MapVal != (st_IfcEnt->map_DefValues)->end(); it_MapVal++)
// FaceToface
string str_Balise = str_FaceToFaceName;
str_EntsDefinitions = str_EntsDefinitions + DEB_KW2_L + str_Balise + KW_R;
list <STRUCT_IFCENTITY*> ::iterator it_Elem;
for (it_Elem = (st_IfcEnt->st_FaceToFace).begin(); it_Elem != (st_IfcEnt->st_FaceToFace).end(); it_Elem++)
{
str_EntsDefinitions = str_EntsDefinitions + DEB_KW3_L + (*it_Elem)->ch_Id + KW_R;
}// for (it_Elem = (st_IfcEnt->st_Contains).begin(); it_Elem != (st_IfcEnt->st_Contains).end(); it_Elem++)
str_EntsDefinitions = str_EntsDefinitions + FIN_KW2_L + str_Balise + KW_R;
// SideBySide
str_Balise = str_SideBySideName;
str_EntsDefinitions = str_EntsDefinitions + DEB_KW2_L + str_Balise + KW_R;
//list <STRUCT_IFCENTITY*> ::iterator it_Elem;
//for (it_Elem = (st_IfcEnt->st_SideBySide).begin(); it_Elem != (st_IfcEnt->st_SideBySide).end(); it_Elem++)
map <STRUCT_IFCENTITY*,bool> ::iterator it_ElemBool;
for (it_ElemBool = (st_IfcEnt->mp_SideBySide).begin(); it_ElemBool != (st_IfcEnt->mp_SideBySide).end(); it_ElemBool++)
{
string bo_val="><PAS RACCORDEE";
if((*it_ElemBool).second) bo_val="><RACCORDEE";
str_EntsDefinitions = str_EntsDefinitions + DEB_KW3_L + (*it_ElemBool).first->ch_Id + bo_val + KW_R;
}// for (it_ElemBool = (st_IfcEnt->mp_SideBySide).begin(); it_ElemBool != (st_IfcEnt->mp_SideBySide).end(); it_ElemBool++)
str_EntsDefinitions = str_EntsDefinitions + FIN_KW2_L + str_Balise + KW_R;
// Centroid
str_Balise = str_Centroid;
str_EntsDefinitions = str_EntsDefinitions + DEB_KW2_L + str_Balise + KW_R;
list <double*> ::iterator it_DbVal;
for (it_DbVal = (st_IfcEnt->db_Centroid).begin(); it_DbVal != (st_IfcEnt->db_Centroid).end(); it_DbVal++)
{
str_EntsDefinitions = str_EntsDefinitions + DEB_KW3_L + to_string(*(*it_DbVal)) + KW_R;
}// for (it_Elem = (st_IfcEnt->st_Contains).begin(); it_Elem != (st_IfcEnt->st_Contains).end(); it_Elem++)
str_EntsDefinitions = str_EntsDefinitions + FIN_KW2_L + str_Balise + KW_R;
// TIFCSurface
str_Balise = _str_LESOSAI_Surface;
str_EntsDefinitions = str_EntsDefinitions + DEB_KW2_L + str_Balise + KW_R;
if(st_IfcEnt->st_TIFCSurface)
str_EntsDefinitions = str_EntsDefinitions + DEB_KW3_L + st_IfcEnt->st_TIFCSurface->ch_Id + KW_R;
str_EntsDefinitions = str_EntsDefinitions + FIN_KW2_L + str_Balise + KW_R;
return Res;
}
int LoadDataAtBEMFormat::SpecificConversionOfContainsForTIFCSurface(STRUCT_IFCENTITY *&st_IfcEnt, string &str_EntsDefinitions, string &str_ContainsName, string &str_InsideContainsName)
{
int Res = 0;
// Contains
//string str_Balise = str_ContainsName;
//str_EntsDefinitions = str_EntsDefinitions + DEB_KW2_L + str_Balise + KW_R;
int i_Ind=1;
list <STRUCT_IFCENTITY*> ::iterator it_Elem;
for (it_Elem = (st_IfcEnt->st_Contains).begin(); it_Elem != (st_IfcEnt->st_Contains).end(); it_Elem++)
{
str_EntsDefinitions = str_EntsDefinitions + DEB_KW2_L + "geoInt" + std::to_string(i_Ind) + "=" + (*it_Elem)->ch_Id + KW_R;
list <STRUCT_IFCENTITY*> ::iterator it_Elem2;
for (it_Elem2 = ((*it_Elem)->st_BelongsTo).begin(); it_Elem2 != ((*it_Elem)->st_BelongsTo).end(); it_Elem2++)
{
if(string((*it_Elem2)->ch_Type)=="IfcSpace")
str_EntsDefinitions = str_EntsDefinitions + DEB_KW2_L + "room" + std::to_string(i_Ind) + "=" + (*it_Elem2)->ch_Id + KW_R;
else if(i_Ind==2)
str_EntsDefinitions = str_EntsDefinitions + DEB_KW2_L + "surfType" + "=" + (*it_Elem2)->ch_Type + KW_R;
}// for (it_Elem = (st_IfcEnt->st_Contains).begin(); it_Elem != (st_IfcEnt->st_Contains).end(); it_Elem++)
i_Ind ++ ;
}// for (it_Elem = (st_IfcEnt->st_Contains).begin(); it_Elem != (st_IfcEnt->st_Contains).end(); it_Elem++)
//str_EntsDefinitions = str_EntsDefinitions + FIN_KW2_L + str_Balise + KW_R;
return Res;
}
int LoadDataAtBEMFormat::SpecificConversionOfContainsBuilding(STRUCT_IFCENTITY *&st_IfcEnt, string &str_EntsDefinitions, string &str_ContainsName, string &str_InsideContainsName)
{
int Res = 0;
Res = SpecificConversionOfContains(st_IfcEnt, str_EntsDefinitions, str_ContainsName, str_InsideContainsName);
// boucle à partir du building sur ses storey, puis les espaces puis les ifconnecturface puis les TIFCSurface
// pour recuperer tous les TIFCSurface du building(de maniere unique) = > map ou liste(+unique()) puis lire les id des TIFCSurface
list <STRUCT_IFCENTITY*> li_TIFCSurfaceByBuilding;
list <STRUCT_IFCENTITY*> ::iterator it_ElemStorey;
for (it_ElemStorey = (st_IfcEnt->st_Contains).begin(); it_ElemStorey != (st_IfcEnt->st_Contains).end(); it_ElemStorey++)
{
list <STRUCT_IFCENTITY*> ::iterator it_ElemSpace;
for (it_ElemSpace = ((*it_ElemStorey)->st_Contains).begin(); it_ElemSpace != ((*it_ElemStorey)->st_Contains).end(); it_ElemSpace++)
{
list <STRUCT_IFCENTITY*> ::iterator it_ElemCSAndBE;
for (it_ElemCSAndBE = ((*it_ElemSpace)->st_Contains).begin(); it_ElemCSAndBE != ((*it_ElemSpace)->st_Contains).end(); it_ElemCSAndBE++)
{
if((*it_ElemCSAndBE)->st_TIFCSurface)
li_TIFCSurfaceByBuilding.push_back((*it_ElemCSAndBE)->st_TIFCSurface);
}// for (it_ElemCSAndBE = ((*it_ElemSpace)->st_Contains).begin(); it_ElemCSAndBE != ((*it_ElemSpace)->st_Contains).end(); it_ElemCSAndBE++)
}// for (it_ElemSpace = ((*it_ElemStorey)->st_Contains).begin(); it_ElemSpace != ((*it_ElemStorey)->st_Contains).end(); it_ElemSpace++)
}// for (it_ElemStorey = (st_IfcEnt->st_Contains).begin(); it_ElemStorey != (st_IfcEnt->st_Contains).end(); it_ElemStorey++)
li_TIFCSurfaceByBuilding.sort();
li_TIFCSurfaceByBuilding.unique();
// surfaces
string str_Balise = "surfaces : " + _str_LESOSAI_Surfaces;
str_EntsDefinitions = str_EntsDefinitions + DEB_KW2_L + str_Balise + KW_R;
list <STRUCT_IFCENTITY*> ::iterator it_Elem;
for (it_Elem = li_TIFCSurfaceByBuilding.begin(); it_Elem != li_TIFCSurfaceByBuilding.end(); it_Elem++)
{
str_EntsDefinitions = str_EntsDefinitions + DEB_KW3_L + _str_LESOSAI_Surface + "=" + (*it_Elem)->ch_Id + KW_R;
}// for (it_Elem = (st_IfcEnt->st_Contains).begin(); it_Elem != (st_IfcEnt->st_Contains).end(); it_Elem++)
str_EntsDefinitions = str_EntsDefinitions + FIN_KW2_L + str_Balise + KW_R;
return Res;
}
int LoadDataAtBEMFormat::SpecificConversionOfContains(STRUCT_IFCENTITY *&st_IfcEnt, string &str_EntsDefinitions, string &str_ContainsName, string &str_InsideContainsName)
{
int Res = 0;
// Contains
string str_Balise = str_ContainsName;
str_EntsDefinitions = str_EntsDefinitions + DEB_KW2_L + str_Balise + KW_R;
list <STRUCT_IFCENTITY*> ::iterator it_Elem;
for (it_Elem = (st_IfcEnt->st_Contains).begin(); it_Elem != (st_IfcEnt->st_Contains).end(); it_Elem++)
{
if(str_InsideContainsName=="")
str_EntsDefinitions = str_EntsDefinitions + DEB_KW3_L + (*it_Elem)->ch_Id + KW_R;
else
str_EntsDefinitions = str_EntsDefinitions + DEB_KW3_L + str_InsideContainsName + "=" + (*it_Elem)->ch_Id + KW_R;
}// for (it_Elem = (st_IfcEnt->st_Contains).begin(); it_Elem != (st_IfcEnt->st_Contains).end(); it_Elem++)
str_EntsDefinitions = str_EntsDefinitions + FIN_KW2_L + str_Balise + KW_R;
return Res;
}
int LoadDataAtBEMFormat::SpecificConversionOfContainsForSpace(STRUCT_IFCENTITY *&st_IfcEnt, string &str_EntsDefinitions, string &str_ContainsName, string &str_InsideContainsName)
{
int Res = 0;
// Contains
string str_Balise = str_ContainsName;
str_EntsDefinitions = str_EntsDefinitions + DEB_KW2_L + str_Balise + KW_R;
list <STRUCT_IFCENTITY*> ::iterator it_Elem;
for (it_Elem = (st_IfcEnt->st_Contains).begin(); it_Elem != (st_IfcEnt->st_Contains).end(); it_Elem++)
{
if (string((*it_Elem)->ch_Type) == string("IfcProductDefinitionShape"))
{
//on saute l'étage "IfcProductDefinitionShape" pour descendre sur les faces
list <STRUCT_IFCENTITY*> ::iterator it_SsElem;
for (it_SsElem = ((*it_Elem)->st_Contains).begin(); it_SsElem != ((*it_Elem)->st_Contains).end(); it_SsElem++)
{
str_EntsDefinitions = str_EntsDefinitions + DEB_KW3_L + str_InsideContainsName + "=" + (*it_SsElem)->ch_Id + KW_R;
}// for (it_Elem = (st_IfcEnt->st_Contains).begin(); it_Elem != (st_IfcEnt->st_Contains).end(); it_Elem++)
}// for (it_SsElem = ((*it_Elem)->st_Contains).begin(); it_SsElem != ((*it_Elem)->st_Contains).end(); it_SsElem++)
}// for (it_Elem = (st_IfcEnt->st_Contains).begin(); it_Elem != (st_IfcEnt->st_Contains).end(); it_Elem++)
str_EntsDefinitions = str_EntsDefinitions + FIN_KW2_L + str_Balise + KW_R;
Map_String_String::iterator it_MapVal;
for (it_MapVal = (st_IfcEnt->map_DefValues)->begin(); it_MapVal != (st_IfcEnt->map_DefValues)->end(); it_MapVal++)
{
str_EntsDefinitions = str_EntsDefinitions + DEB_KW2_L + (*it_MapVal).first + "=" + (*it_MapVal).second + KW_R;
}// for (it_MapVal = (st_IfcEnt->map_DefValues)->begin(); it_MapVal != (st_IfcEnt->map_DefValues)->end(); it_MapVal++)
return Res;
}
int LoadDataAtBEMFormat::SpecificConversionOfContainsForFaceAndSubFace(STRUCT_IFCENTITY *&st_IfcEnt, string &str_EntsDefinitions, string &str_ContainsName, string &str_InsideContainsName)
{
//lire la liste des points et non contains
int Res = 0;
// Contains
string str_Balise = str_ContainsName;
str_EntsDefinitions = str_EntsDefinitions + DEB_KW2_L + str_Balise + KW_R;
list <list <double*>> ::iterator it_llPt;
for (it_llPt = (st_IfcEnt->st_PointsDesContours).begin(); it_llPt != (st_IfcEnt->st_PointsDesContours).end(); it_llPt++)
{
list <double*> ::iterator it_lPt;
for (it_lPt = (*it_llPt).begin(); it_lPt != (*it_llPt).end(); it_lPt++)
str_EntsDefinitions = str_EntsDefinitions + DEB_KW3_L + std::to_string(*(*it_lPt)) + KW_R;
}// for (it_llPt = (st_IfcEnt->st_PointsDesContours).begin(); it_llPt != (st_IfcEnt->st_PointsDesContours).end(); it_llPt++)
str_EntsDefinitions = str_EntsDefinitions + FIN_KW2_L + str_Balise + KW_R;
return Res;
}
//int LoadDataAtBEMFormat::SpecificConversionOfContainsForSubFace(STRUCT_IFCENTITY *&st_IfcEnt, string &str_EntsDefinitions, string &str_ContainsName)
//{
// //lire la liste des points et non contains
// int Res = 0;
//
// string str_Balise = str_ContainsName;
// str_EntsDefinitions = str_EntsDefinitions + DEB_KW2_L + str_Balise + KW_R;
// list <list <double*>> ::iterator it_llPt;
// for (it_llPt = (st_IfcEnt->st_PointsDesContours).begin(); it_llPt != (st_IfcEnt->st_PointsDesContours).end(); it_llPt++)
// {
// list <double*> ::iterator it_lPt;
// for (it_lPt = (*it_llPt).begin(); it_lPt != (*it_llPt).end(); it_lPt++)
// str_EntsDefinitions = str_EntsDefinitions + DEB_KW3_L + std::to_string(*(*it_lPt)) + KW_R;
// }// for (it_llPt = (st_IfcEnt->st_PointsDesContours).begin(); it_llPt != (st_IfcEnt->st_PointsDesContours).end(); it_llPt++)
// str_EntsDefinitions = str_EntsDefinitions + FIN_KW2_L + str_Balise + KW_R;
//
// return Res;
//}
//
int LoadDataAtBEMFormat::ConvertIfcProject(STRUCT_IFCENTITY *st_IfcEnt)
{
int Res = 0;
// Id, Name, Contains
string str_Balise = _str_LESOSAI_Projet;
string str_ContainsName = "sites : " + _str_LESOSAI_Sites;
string str_InsideContainsName = _str_LESOSAI_Site;
ConvertIfcEnt(st_IfcEnt, str_Balise, _str_ProjectsDefinitions, str_ContainsName, str_InsideContainsName);
return Res;
}
int LoadDataAtBEMFormat::ConvertIfcSite(STRUCT_IFCENTITY *st_IfcEnt)
{
int Res = 0;
// Id, Name, Contains
string str_Balise = _str_LESOSAI_Site;
string str_ContainsName = "buildings : " + _str_LESOSAI_Buildings;
string str_InsideContainsName = _str_LESOSAI_Building;
ConvertIfcEnt(st_IfcEnt, str_Balise, _str_SitesDefinitions, str_ContainsName, str_InsideContainsName);
return Res;
}
int LoadDataAtBEMFormat::ConvertIfcBuilding(STRUCT_IFCENTITY *st_IfcEnt)
{
int Res = 0;
// Id, Name, Contains
string str_Balise = _str_LESOSAI_Building;
string str_ContainsName = "storeys : " + _str_LESOSAI_Storeys;
string str_InsideContainsName = _str_LESOSAI_Storey;
ConvertIfcEnt(st_IfcEnt, str_Balise, _str_BuildingsDefinitions, str_ContainsName, str_InsideContainsName);
return Res;
}
int LoadDataAtBEMFormat::ConvertIfcBuildingStorey(STRUCT_IFCENTITY *st_IfcEnt)
{
int Res = 0;
// Id, Name, Contains
string str_Balise = _str_LESOSAI_Storey;
string str_ContainsName = "spaces : " + _str_LESOSAI_Spaces;
string str_InsideContainsName = _str_LESOSAI_Space;
//string str_ContainsName = "spaces";
ConvertIfcEnt(st_IfcEnt, str_Balise, _str_BuildingStoreysDefinitions, str_ContainsName, str_InsideContainsName);
return Res;
}
int LoadDataAtBEMFormat::ConvertIfcSpace(STRUCT_IFCENTITY *st_IfcEnt)
{
int Res = 0;
// Id, Name, Contains
string str_Balise = _str_LESOSAI_Space;
string str_ContainsName = "geo : "+ _str_LESOSAI_Polygons;
string str_InsideContainsName = _str_LESOSAI_Polygon;
ConvertIfcEnt(st_IfcEnt, str_Balise, _str_SpacesDefinitions, str_ContainsName, str_InsideContainsName);
return Res;
}
int LoadDataAtBEMFormat::ConvertIfcFace(STRUCT_IFCENTITY *st_IfcEnt)
{
int Res = 0;
// Id, Name, Contains
string str_Balise = _str_LESOSAI_Polygon;
string str_ContainsName = "points : " + _str_LESOSAI_Points;
string str_InsideContainsName = "";
ConvertIfcEnt(st_IfcEnt, str_Balise, _str_FacesDefinitions, str_ContainsName, str_InsideContainsName);
return Res;
}
int LoadDataAtBEMFormat::ConvertTIFCSurface(STRUCT_IFCENTITY *st_IfcEnt)
{
int Res = 0;
// Id, Name, Contains
string str_Balise = _str_LESOSAI_Surface;
string str_ContainsName = "";
string str_InsideContainsName = "";
ConvertIfcEnt(st_IfcEnt, str_Balise, _str_TIFCSurfacesDefinitions, str_ContainsName, str_InsideContainsName);
return Res;
}
int LoadDataAtBEMFormat::ConvertTIFCGeo2D(STRUCT_IFCENTITY *st_IfcEnt)
{
int Res = 0;
// Id, Name, Contains
string str_Balise = _str_LESOSAI_Geo2D + " (IfcConnectionSurfaceGeometry->SubFace)";
string str_ContainsName = "poly : " + _str_LESOSAI_Polygon;
string str_InsideContainsName = _str_LESOSAI_Polygon ;//SubFace
ConvertIfcEnt(st_IfcEnt, str_Balise, _str_TIFCGeo2DDefinitions, str_ContainsName, str_InsideContainsName);
return Res;
}
int LoadDataAtBEMFormat::ConvertIfcConnectionSurfaceGeometry(STRUCT_IFCENTITY *st_IfcEnt)
{
int Res = 0;
// Id, Name, Contains
string str_Balise = "IfcConnectionSurfaceGeometry";
string str_ContainsName = "contains";
string str_InsideContainsName = "SubFace";
ConvertIfcEnt(st_IfcEnt, str_Balise, _str_ConnectionSurfaceGeometriesDefinitions, str_ContainsName, str_InsideContainsName);
return Res;
}
int LoadDataAtBEMFormat::ConvertIfcSubFace(STRUCT_IFCENTITY *st_IfcEnt)
{
int Res = 0;
// Id, Name, Contains
string str_Balise = _str_LESOSAI_Polygon;//"SubFace"
string str_ContainsName = "points : " + _str_LESOSAI_Points;//"points"
string str_InsideContainsName = "";
ConvertIfcEnt(st_IfcEnt, str_Balise, _str_SubFacesDefinitions, str_ContainsName, str_InsideContainsName);
return Res;
}
int LoadDataAtBEMFormat::ConvertIfcProductDefinitionShape(STRUCT_IFCENTITY *st_IfcEnt)
{
int Res = 0;
// Id, Name, Contains
string str_Balise = "IfcProductDefinitionShape";
string str_ContainsName = "contains";
string str_InsideContainsName = "";
ConvertIfcEnt(st_IfcEnt, str_Balise, _str_ProductDefinitionShapesDefinitions, str_ContainsName, str_InsideContainsName);
return Res;
}

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