Dario Sassi
346 lines
11 KiB
C++
346 lines
11 KiB
C++
//----------------------------------------------------------------------------
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// EgalTech 2020-2020
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//----------------------------------------------------------------------------
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// File : API_GdbGetSurf.cpp Data : 30.03.20 Versione : 2.2c3
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// Contenuto : Funzioni di interrogazione delle superfici per API.
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//
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//
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//
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// Modifiche : 30.03.20 DS Creazione modulo.
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//
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//
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//----------------------------------------------------------------------------
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//--------------------------- Include ----------------------------------------
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#include "stdafx.h"
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#include "API.h"
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#include "/EgtDev/Include/EInAPI.h"
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#include "/EgtDev/Include/EXeExecutor.h"
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using namespace std ;
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//----------------------------------------------------------------------------
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BOOL
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__stdcall EgtSurfArea( int nId, double* pdArea)
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{
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if ( pdArea == nullptr)
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return FALSE ;
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// recupero l'area
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return ( ExeSurfArea( nId, *pdArea) ? TRUE : FALSE) ;
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}
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//----------------------------------------------------------------------------
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BOOL
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__stdcall EgtSurfIsClosed( int nId)
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{
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// verifico se superficie è chiusa (definisce un volume interno)
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return ( ExeSurfIsClosed( nId) ? TRUE : FALSE) ;
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}
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//----------------------------------------------------------------------------
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BOOL
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__stdcall EgtSurfVolume( int nId, double* pdVol)
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{
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if ( pdVol == nullptr)
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return FALSE ;
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// recupero il volume (se superficie chiusa)
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return ( ExeSurfVolume( nId, *pdVol) ? TRUE : FALSE) ;
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}
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//----------------------------------------------------------------------------
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BOOL
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__stdcall EgtSurfFrNormVersor( int nId, int nRefId, double vtNorm[3])
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{
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// recupero il vettore normale
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Vector3d vtTmp ;
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if ( ! ExeSurfFrNormVersor( nId, nRefId, vtTmp))
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return FALSE ;
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// lo assegno
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VEC_FROM_3D( vtNorm, vtTmp)
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return TRUE ;
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}
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//----------------------------------------------------------------------------
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BOOL
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__stdcall EgtSurfFrGrossArea( int nId, double* pdArea)
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{
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if ( pdArea == nullptr)
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return FALSE ;
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// recupero l'area approssimata
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return ( ExeSurfFrGrossArea( nId, *pdArea) ? TRUE : FALSE) ;
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}
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//----------------------------------------------------------------------------
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int
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__stdcall EgtSurfFrChunkCount( int nId)
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{
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return ExeSurfFrChunkCount( nId) ;
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}
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//----------------------------------------------------------------------------
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int
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__stdcall EgtSurfFrChunkSimpleClassify( int nId1, int nChunk1, int nId2, int nChunk2, double dToler)
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{
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return ExeSurfFrChunkSimpleClassify( nId1, nChunk1, nId2, nChunk2, dToler) ;
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}
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//----------------------------------------------------------------------------
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BOOL
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__stdcall EgtSurfFrChunkCenter( int nId, int nChunk, int nRefId, double ptCen[3], double vtNorm[3])
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{
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// verifica parametri
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if ( ptCen == nullptr || vtNorm == nullptr)
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return FALSE ;
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// recupero il centro e la normale
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Point3d ptTmp ;
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Vector3d vtN ;
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if ( ! ExeSurfFrChunkCenter( nId, nChunk, nRefId, ptTmp, vtN))
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return FALSE ;
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// li assegno
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VEC_FROM_3D( ptCen, ptTmp)
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VEC_FROM_3D( vtNorm, vtN)
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return TRUE ;
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}
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//----------------------------------------------------------------------------
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int
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__stdcall EgtExtractSurfFrChunkLoops( int nId, int nChunk, int nDestGrpId, int* pnCount)
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{
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return ExeExtractSurfFrChunkLoops( nId, nChunk, nDestGrpId, pnCount) ;
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}
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//----------------------------------------------------------------------------
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int
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__stdcall EgtSurfTmPartCount( int nId)
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{
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return ExeSurfTmPartCount( nId) ;
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}
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//----------------------------------------------------------------------------
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int
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__stdcall EgtSurfTmFacetCount( int nId)
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{
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return ExeSurfTmFacetCount( nId) ;
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}
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//----------------------------------------------------------------------------
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int
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__stdcall EgtSurfTmFacetFromTria( int nId, int nT)
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{
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return ExeSurfTmFacetFromTria( nId, nT) ;
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}
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//----------------------------------------------------------------------------
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BOOL
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__stdcall EgtSurfTmGetVertex( int nId, int nVert, int nRefId, double ptVert[3])
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{
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// verifica parametri
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if ( ptVert == nullptr)
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return FALSE ;
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// recupero il vertice
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Point3d ptV ;
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if ( ! ExeSurfTmGetVertex( nId, nVert, nRefId, ptV))
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return FALSE ;
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// lo assegno
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VEC_FROM_3D( ptVert, ptV)
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return TRUE ;
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}
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//-----------------------------------------------------------------------------
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BOOL
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__stdcall EgtSurfTmGetNearestVertex( int nId, const double ptNear[3], int nRefId, int* pnVert, double ptVert[3])
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{
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// verifica parametri
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if ( ptNear == nullptr || pnVert == nullptr || ptVert == nullptr)
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return FALSE ;
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// recupero indice del vertice e sue coordinate
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Point3d ptTmp ;
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if ( ! ExeSurfTmGetNearestVertex( nId, ptNear, nRefId, *pnVert, ptTmp))
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return FALSE ;
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// le assegno
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VEC_FROM_3D( ptVert, ptTmp)
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return TRUE ;
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}
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//----------------------------------------------------------------------------
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BOOL
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__stdcall EgtSurfTmFacetNearestEndPoint( int nId, int nFacet, const double ptNear[3], int nRefId,
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double ptEnd[3], double vtNorm[3])
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{
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// verifica parametri
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if ( ptNear == nullptr || ptEnd == nullptr || vtNorm == nullptr)
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return FALSE ;
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// recupero il punto e la normale
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Point3d ptTmp ;
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Vector3d vtN ;
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if ( ! ExeSurfTmFacetNearestEndPoint( nId, nFacet, ptNear, nRefId, ptTmp, vtN))
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return FALSE ;
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// li assegno
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VEC_FROM_3D( ptEnd, ptTmp)
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VEC_FROM_3D( vtNorm, vtN)
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return TRUE ;
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}
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//----------------------------------------------------------------------------
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BOOL
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__stdcall EgtSurfTmFacetNearestMidPoint( int nId, int nFacet, const double ptNear[3], int nRefId,
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double ptMid[3], double vtNorm[3])
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{
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// verifica parametri
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if ( ptNear == nullptr || ptMid == nullptr || vtNorm == nullptr)
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return FALSE ;
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// recupero il punto e la normale
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Point3d ptTmp ;
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Vector3d vtN ;
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if ( ! ExeSurfTmFacetNearestMidPoint( nId, nFacet, ptNear, nRefId, ptTmp, vtN))
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return FALSE ;
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// li assegno
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VEC_FROM_3D( ptMid, ptTmp)
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VEC_FROM_3D( vtNorm, vtN)
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return TRUE ;
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}
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//----------------------------------------------------------------------------
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BOOL
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__stdcall EgtSurfTmFacetCenter( int nId, int nFacet, int nRefId, double ptCen[3], double vtNorm[3])
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{
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// verifica parametri
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if ( ptCen == nullptr || vtNorm == nullptr)
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return FALSE ;
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// recupero il centro e la normale
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Point3d ptTmp ;
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Vector3d vtN ;
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if ( ! ExeSurfTmFacetCenter( nId, nFacet, nRefId, ptTmp, vtN))
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return FALSE ;
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// li assegno
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VEC_FROM_3D( ptCen, ptTmp)
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VEC_FROM_3D( vtNorm, vtN)
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return TRUE ;
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}
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//----------------------------------------------------------------------------
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BOOL
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__stdcall EgtSurfTmFacetNormVersor( int nId, int nFacet, int nRefId, double vtNorm[3])
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{
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// verifica parametri
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if ( vtNorm == nullptr)
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return FALSE ;
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// recupero il vettore normale
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Vector3d vtTmp ;
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if ( ! ExeSurfTmFacetNormVersor( nId, nFacet, nRefId, vtTmp))
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return FALSE ;
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// lo assegno
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VEC_FROM_3D( vtNorm, vtTmp)
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return TRUE ;
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}
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//----------------------------------------------------------------------------
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BOOL
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__stdcall EgtSurfTmFacetOppositeSide( int nId, int nFacet, const double vtDir[3], int nRefId,
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double ptP1[3], double ptP2[3])
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{
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// verifica parametri
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if ( vtDir == nullptr || ptP1 == nullptr || ptP2 == nullptr)
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return FALSE ;
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// recupero gli estremi del lato opposto
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Point3d ptMyP1, ptMyP2 ;
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Vector3d vtMyIn1, vtMyOut2 ;
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if ( ! ExeSurfTmFacetOppositeSide( nId, nFacet, vtDir, nRefId, ptMyP1, ptMyP2))
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return FALSE ;
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// assegno risultati
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VEC_FROM_3D( ptP1, ptMyP1)
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VEC_FROM_3D( ptP2, ptMyP2)
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return TRUE ;
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}
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//----------------------------------------------------------------------------
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BOOL
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__stdcall EgtSurfTmFacetAdjacencies( int nId, int nFacet, int*& vAdj, int* pnCount)
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{
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// verifica parametri di ritorno
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if ( &vAdj == nullptr || pnCount == nullptr)
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return FALSE ;
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// eseguo
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INTMATRIX vTmp ;
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if ( ! ExeSurfTmFacetAdjacencies( nId, nFacet, vTmp))
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return FALSE ;
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// recupero il risultato
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int nDim = 0 ;
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for ( int i = 0 ; i < int( vTmp.size()) ; ++ i)
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nDim += int( vTmp[i].size()) + 1 ;
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int nCount = 0 ;
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if ( nDim == 0) {
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vAdj = nullptr ;
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}
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else {
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vAdj = (int*) malloc( nDim * sizeof( int)) ;
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if ( vAdj == nullptr)
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return FALSE ;
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for ( int i = 0 ; i < int( vTmp.size()) ; ++ i) {
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for ( int j = 0 ; j < int( vTmp[i].size()) ; ++ j) {
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vAdj[nCount] = vTmp[i][j] ;
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nCount ++ ;
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}
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vAdj[nCount] = - 2 ;
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nCount ++ ;
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}
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}
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*pnCount = nCount ;
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return TRUE ;
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}
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//----------------------------------------------------------------------------
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BOOL
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__stdcall EgtSurfTmFacetsContact( int nId, int nF1, int nF2, int nRefId,
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BOOL* pbAdjac, double ptP1[3], double ptP2[3], double* pdAng)
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{
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// verifica parametri di ritorno
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if ( pbAdjac == nullptr || ptP1 == nullptr || ptP2 == nullptr || pdAng == nullptr)
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return FALSE ;
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// eseguo
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bool bAdjac ;
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Point3d ptMyP1, ptMyP2 ;
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if ( ! ExeSurfTmFacetsContact( nId, nF1, nF2, nRefId, bAdjac, ptMyP1, ptMyP2, *pdAng))
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return FALSE ;
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// assegno risultati
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*pbAdjac = ( bAdjac ? TRUE : FALSE) ;
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VEC_FROM_3D( ptP1, ptMyP1)
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VEC_FROM_3D( ptP2, ptMyP2)
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return TRUE ;
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}
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//----------------------------------------------------------------------------
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int
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__stdcall EgtGetSurfTmSilhouette( int nId, const double vtDir[3], double dToler, int nDestGrpId, int nRefType, int* pnCount)
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{
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return ExeGetSurfTmSilhouette( nId, vtDir, dToler, nDestGrpId, nRefType, pnCount) ;
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}
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//----------------------------------------------------------------------------
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int
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__stdcall EgtExtractSurfTmLoops( int nId, int nDestGrpId, int* pnCount)
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{
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return ExeExtractSurfTmLoops( nId, nDestGrpId, pnCount) ;
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}
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//----------------------------------------------------------------------------
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int
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__stdcall EgtExtractSurfTmFacetLoops( int nId, int nFacet, int nDestGrpId, int* pnCount)
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{
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return ExeExtractSurfTmFacetLoops( nId, nFacet, nDestGrpId, pnCount) ;
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}
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//----------------------------------------------------------------------------
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int
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__stdcall EgtCopySurfTmFacet( int nId, int nFacet, int nDestGrpId)
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{
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return ExeCopySurfTmFacet( nId, nFacet, nDestGrpId) ;
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}
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//----------------------------------------------------------------------------
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int
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__stdcall EgtExtractSurfBezierLoops( int nId, int nDestGrpId, int* pnCount)
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{
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return ExeExtractSurfBezierLoops( nId, nDestGrpId, pnCount) ;
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}
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