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BIMxBEM/IfcC++/ifc_BIMxBEMEPFLEngine/ifc_TreePostTreatment.h
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ifc_TreePostTreatment.h
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#pragma once
#include "ifc_Tree.h"
#include <vector>
//#include <algorithm>
typedef map<STRUCT_IFCENTITY*, string> Map_Basified_Tree;
class ifc_TreePostTreatment
{
public:
ifc_TreePostTreatment(ifc_Tree* CurrentIfcTree);
~ifc_TreePostTreatment();
int BasifyTree(Map_Basified_Tree *&map_BasifTree);
int CompleteBasifiedTreeFromByTIFCSurfaces();
//Retrait dans les contours (st_PointsDesContours) du derniers point lorsqu'il est égal au 1er (+ consigne bool bo_IsItLoop=true)
int RemoveLastPointOfLoopContours(string *&str_LogFile);
//Calcul des isobarycentres des IfcConnectionSurfaceGeometry
int CentroidsComputation();
//Recherche des IfcConnectionSurfaceGeometry en vis-à-vis et côte-à-côte
int FindFaceToFaceAndSideBySideSurfaces();
//Relimitation des IfcConnectionSurfaceGeometry en côte-à-côte
int RelimitSideBySideSurfaces(string *&str_LogFile);
//Passer dasn le ref du projet
int TransformEntitiesToWorlCoordFrame();
//Calcul des surfaces IfcConnectionSurfaceGeometry
int ComputeIfcConnectionSurfaceGeometrySurface();
//Creation des TIFCSurfaces (décomposition des éléments de construction en leurs surfaces IfcConnectionSurfaceGeometry vis-à-vis)
int CreateTIFCSurfaces();
//Retrait des IfcConnectionSurfaceGeometry de surfaces inférieures à dbl_Minisurf
int RemoveQuasiNullIfcConnectionSurfaceGeometrySurface(double dbl_Minisurf, string *&str_LogFile);
private:
int BasifyTreeFrom(STRUCT_IFCENTITY *&st_IfcTree);
int CentroidComputation(STRUCT_IFCENTITY *st_IfcEntCS);
int RelimitSideBySideSurfacesOfOneIfcConnectionSurfaceGeometry(STRUCT_IFCENTITY *st_IfcEntCS, string *&str_LogFile);
int RelimitOneSideBySideSurfaceOfOneIfcConnectionSurfaceGeometry(STRUCT_IFCENTITY *&st_IfcEntCS1, STRUCT_IFCENTITY *st_IfcEntCS2, string *&str_LogFile);
int FindFaceToFaceAndSideBySideSurfacesOfOneBuildingelement(STRUCT_IFCENTITY *st_IfcEntBE);
int FindFaceToFaceSurfacesOfOneBuildingelement(STRUCT_IFCENTITY *st_IfcEntBE, map<STRUCT_IFCENTITY *, STRUCT_IFCENTITY *> &map_IfcConn_IfcSpace, list< pair< pair<STRUCT_IFCENTITY *, STRUCT_IFCENTITY *>, double>> &li_IfcConn_IfcConn_Dist);
int FindSideBySideSurfacesOfOneBuildingelement(STRUCT_IFCENTITY *st_IfcEntBE, map<STRUCT_IFCENTITY *, STRUCT_IFCENTITY *> &map_IfcConn_IfcSpace, list< pair< pair<STRUCT_IFCENTITY *, STRUCT_IFCENTITY *>, double>> &li_IfcConn_IfcConn_Dist, map<STRUCT_IFCENTITY *, int> &map_IfcSpace_NbIfcConn);
int TransformEntityToWorlCoordFrame(STRUCT_IFCENTITY *st_IfcEnt, double *&db_CoordPts, size_t int_Size);
int RemoveLastPointOfOneLoopContour(STRUCT_IFCENTITY *st_IfcEnt, string *&str_LogFile);
int ComputeOneIfcConnectionSurfaceGeometrySurface(STRUCT_IFCENTITY *st_IfcEntCS);
double ComputeSurfaceFromAContour(vector<double*> &vc_PointCoordCtr);
int CreateTIFCSurface(STRUCT_IFCENTITY *st_IfcEntCS);
int RemoveOneQuasiNullIfcConnectionSurfaceGeometrySurface(STRUCT_IFCENTITY *st_IfcEntCS, double dbl_Minisurf, string *&str_LogFile);
double ComputePtPtDistance(vector<double*> &vc_Point1, vector<double*> &vc_Point2);
//int SortSideBySideSurfacesOfIfcConnectionSurfaceGeometry(STRUCT_IFCENTITY *st_IfcEntCS);
//int FillSideBySideSurfacesOfOneBuildingelement(STRUCT_IFCENTITY *st_IfcConn_Left, STRUCT_IFCENTITY *st_IfcConn_Middle, STRUCT_IFCENTITY *st_IfcConn_Right, double dbl_Dist_Left_Mid, double dbl_Dist_Mid_Right);
void RecordLog(int &int_Step, string &str_LogFile, string &str_Header, STRUCT_IFCENTITY *&st_IfcEntCS);
map<STRUCT_IFCENTITY*, pair<bool, double>>::iterator get_Index_Of_Max(map<STRUCT_IFCENTITY*, pair<bool, double>> &x);
//bool compare_dist(const pair< pair<STRUCT_IFCENTITY *, STRUCT_IFCENTITY *>, double> &first, const pair< pair<STRUCT_IFCENTITY *, STRUCT_IFCENTITY *>, double> &second);
Map_Basified_Tree _map_BasifTree;
ifc_Tree* _CurrentIfcTree;
};
//template<typename KeyType, typename ValueType>
//map<KeyType, ValueType> get_max(const map<KeyType, ValueType> &x)
//{
// using pairtype = map<KeyType, ValueType>;
// return *std::max_element(x.begin(), x.end(), [](const pairtype &p1, const pairtype &p2)
// {
// return p1.begin()/*.second.second*/ < p2/*.second.second*/;
// });
//}
//template<typename KeyType, typename ValueType>
//bool Comp(map<KeyType, ValueType> p1, map<KeyType, ValueType> p2)
//{
// return p1.<j;
//}
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