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foucault |
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//---------------------------------------------------------------------------
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#ifndef CAD4FE_MCSegmentH
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#define CAD4FE_MCSegmentH
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//---------------------------------------------------------------------------
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#include "CAD4FE_Mesher_platform.h"
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#include <mg_segment.h>
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#include <map>
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class MG_FACE;
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class MG_ARETE;
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class MG_SOMMET;
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class BOITE_2D;
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class MG_ELEMENT_TOPOLOGIQUE;
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const unsigned int IDMCSEGMENT=5001;
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namespace CAD4FE {
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class MCNode;
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class PolySurface;
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class PolyCurve;
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class MCEdge;
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class MCFace;
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class MCVertex;
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class Intersection_Plane_PolySurface;
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class MCNodePolyline;
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class CAD4FE_MESHER_ITEM MCSegment : public MG_SEGMENT {
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public:
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typedef std::vector<MCNode*> VPts;
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typedef VPts::iterator VPtsIterator;
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typedef VPts::const_iterator VPtsCIterator;
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typedef std::multimap <MG_FACE *, VPts> FMap;
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typedef FMap::iterator FMapIterator;
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typedef FMap::const_iterator FMapCIterator;
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typedef std::multimap <MG_ARETE *, VPts> EMap;
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typedef EMap::iterator EMapIterator;
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typedef EMap::const_iterator EMapCIterator;
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typedef std::vector <MG_SOMMET *> VMap;
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typedef VMap::iterator VMapIterator;
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typedef VMap::const_iterator VMapCIterator;
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MCSegment (unsigned long num, MG_ELEMENT_TOPOLOGIQUE *topo, MCNode *mgnoeud1, MCNode *mgnoeud2, double longue=0.0);
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MCSegment (MG_ELEMENT_TOPOLOGIQUE *topo, MCNode *mgnoeud1, MCNode *mgnoeud2, double longue=0.0, long __cstrMCFaceScheme=CstrMCFaceByPlaneIntr);
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MCSegment( MCSegment & __s);
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virtual void enregistrer(std::ostream& o);
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virtual ~MCSegment();
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virtual int get_type_entite ();
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FMap F;
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EMap E;
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FMap & GetRefFaceMapping();
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EMap & GetRefEdgeMapping();
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double get_longueur_geo();
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virtual class BOITE_3D get_boite_3D(void);
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void evaluer_geo(double __t, MCNode * __result, double * tangent=0, double * curvature=0);
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void inverser_geo(double & __t, MCNode * __result);
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int get_orientation();
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void change_orientation(int __sense);
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void ConstructGeometry();
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void UpdateGeometry();
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MCNode* GetPolylineNode(unsigned __index);
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std::vector <MCNode*> GetPolylineNodes();
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MG_ELEMENT_TOPOLOGIQUE* GetPolylineTopo(unsigned __index);
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std::vector <MG_ELEMENT_TOPOLOGIQUE*> GetPolylineTopos();
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unsigned GetPolylineNodeCount();
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void ConstructBoundaryBox();
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void set_format_enregistrement(int __format);
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int get_format_enregistrement();
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//
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enum {
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CstrMCFaceFailure = 1024,
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CstrMCFaceWrongTopologyDimension = 2048,
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CstrMCFaceByPlaneIntr = 1,
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CstrMCFaceByShortestPath = 2,
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CstrMCFaceByPlaneIntrNormalByShortestPath = 4,
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CstrNoRefTopologyMapping = 8
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};
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void SetSaveFormat(char __format);
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protected:
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int RefineInRefEdge(MCEdge * __mcEdge, MG_ARETE * __refEdge, MCNode * __n1, MCNode * __n2, double __epsilon, double __lastDistanceToEdge, std::map < double , MCNode * > & __mapMCEdgeNodesBySParameter, std::map < double , MG_ARETE * > & __mapMCEdgeRefEdgesBySParameter );
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// MCEdge * FindMCEdge(MCFace * __mcFace, MCNode * __mcNode1, MCNode * __mcNode2);
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int Construct_MCFaceByShortestPath(MCFace * __mcFace, MCNode* __n1, MCNode* __n2);
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int Construct_MCFace(MCFace * __mcFace, MCNode*,MCNode*);
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int Construct_MCEdge(MCEdge * __mcEdge);
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int Construct_NoTopology(MCNode * __n1, MCNode * __n2);
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MCFace * Find_MCFace(MCEdge * __mcEdge, MG_SOMMET * __refVertex1, MG_SOMMET * __refVertex2);
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int Construct_MergedVertices(MCNode * __mcNode);
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MCNodePolyline * _polylineEvaluator;
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int _sense;
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int _cstrMCFaceScheme;
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char _saveFormat;
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float _bbox[6];
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};
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}
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#endif
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