Gabriele Cosmo
112 lines
3.5 KiB
C++
112 lines
3.5 KiB
C++
#include "G4RepresentationRelationshipCreator.hh"
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#include "G4PlacementVector.hh"
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G4RepresentationRelationshipCreator G4RepresentationRelationshipCreator::csc;
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G4int G4RepresentationRelationshipCreator::placeCount=0;
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G4RepresentationRelationshipCreator::G4RepresentationRelationshipCreator(){G4GeometryTable::RegisterObject(this);}
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G4RepresentationRelationshipCreator::~G4RepresentationRelationshipCreator(){}
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void G4RepresentationRelationshipCreator::CreateG4Geometry(STEPentity& Ent)
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{
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STEPcomplex* complexEnt = (STEPcomplex*)&Ent;
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void* tmp=0;
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STEPentity* subEnt=0;
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STEPentity* subEnt2=0;
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G4String attrName;
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STEPattribute *Attr;
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G4PlacementVector* itemDefPlaces;
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G4PlacementVector* places;
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G4PlacedSolid* sld;
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G4PlacedSolid* tmpsld;
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G4PlacedSolidVector* sldV = new G4PlacedSolidVector();
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G4PlacedSolidVector* tmpsldV;
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if(complexEnt->EntityExists("Representation_Relationship"))
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{
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subEnt = complexEnt->EntityPart("Representation_Relationship");
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// get subparts
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attrName = "rep_1";
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Attr = GetNamedAttribute(attrName, *subEnt);
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subEnt2 = *Attr->ptr.c;
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places = (G4PlacementVector*)G4GeometryTable::CreateObject(*subEnt2);
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attrName = "rep_2";
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Attr = GetNamedAttribute(attrName, *subEnt);
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subEnt2 = *Attr->ptr.c;
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tmpsldV = (G4PlacedSolidVector*)G4GeometryTable::CreateObject(*subEnt2);
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}
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if( complexEnt->EntityExists
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("Representation_Relationship_With_Transformation") )
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{
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subEnt = complexEnt->EntityPart
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("Representation_Relationship_With_Transformation");
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// get subparts
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attrName = "transformation_operator";
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Attr = GetNamedAttribute(attrName, *subEnt);
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SdaiSelect* sel = Attr->ptr.sh;
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G4String underlyingTypeName(G4String(sel->UnderlyingTypeName()));
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G4String itemDefined("Item_Defined_Transformation");
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if(underlyingTypeName == itemDefined)
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{
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G4String koe;
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SdaiTransformation* transf = (SdaiTransformation*)sel;
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SdaiItem_defined_transformation* iTransf =
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transf->operator SdaiItem_defined_transformationH();
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SdaiRepresentation_itemH repItem1 = iTransf->Transform_item_1();
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SdaiRepresentation_itemH repItem2 = iTransf->Transform_item_2();
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subEnt = (STEPentity*)repItem1;
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itemDefPlaces = new G4PlacementVector();
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itemDefPlaces->append( ( (G4Axis2Placement3D*)G4GeometryTable::
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CreateObject(*subEnt) ) );
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subEnt = (STEPentity*)repItem2;
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itemDefPlaces->append( ( (G4Axis2Placement3D*)G4GeometryTable::
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CreateObject(*subEnt) ) );
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}
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else
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{
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}
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// subEnt2 = *Attr->ptr.c;
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// G4GeometryTable::CreateObject(*subEnt2);
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}
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if(complexEnt->EntityExists("Shape_Representation_Relationship"))
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subEnt = complexEnt->EntityPart("Shape_Representation_Relationship");
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G4Axis2Placement3D* place = (G4Axis2Placement3D*)places->at(placeCount);
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placeCount++;
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// the following line is probably wrong. The combination of
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// the two transformations should be taken (?)
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//G4PlacedSolid* ps=new G4PlacedSolid((G4BREPSolid*)sld->GetSolid(), place);
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// place the advanced BREP, so place each manifold solids
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G4int entr = tmpsldV->entries();
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for(G4int a = 0; a < entr; a++)
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{
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tmpsld = tmpsldV->at(a);
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sld = new G4PlacedSolid((G4BREPSolid*)tmpsld->GetSolid(), place);
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sldV->append(sld);
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}
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createdObject = sldV;
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}
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void G4RepresentationRelationshipCreator::CreateSTEPGeometry(void* G4obj)
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{
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}
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