public void cargarDatosBasicos(IfcModel ifcModel, Edificio edificio) {
// Se leen los pisos del edificio y se cargan los IDs de muros
for (IfcRelContainedInSpatialStructure currentRelation :
(Collection<IfcRelContainedInSpatialStructure>)
ifcModel.getCollection(IfcRelContainedInSpatialStructure.class)) {
// solo interesa averiguar por los PISOS del edificio
if (currentRelation.getRelatingStructure() instanceof IfcBuildingStorey) {
IfcBuildingStorey storey = (IfcBuildingStorey) currentRelation.getRelatingStructure();
// no se tienen en cuenta los pisos subterraneos ni el piso base
// (elevation = 0)
if (storey.getElevation().value >= 0) {
Piso pisoActual = edificio.buscarPiso(storey.getGlobalId().toString());
if (pisoActual != null) {
SET<IfcProduct> relatedElements = currentRelation.getRelatedElements();
// se buscan las planchas que tenga el piso
for (Object product : relatedElements) {
Muro muroActual = new Muro();
muroActual.setIfcModel(ifcModel);
muroActual.setPisoPadre(pisoActual);
if (product instanceof IfcWallStandardCase) {
IfcWallStandardCase currentWall = (IfcWallStandardCase) product;
muroActual.setId(currentWall.getGlobalId().toString());
muroActual.setTipo("ESTANDAR");
pisoActual.getMuros().add(muroActual);
} else if (product instanceof IfcWall) { // los muros que no son estandar
IfcWall currentWall = (IfcWall) product;
muroActual.setId(currentWall.getGlobalId().toString());
muroActual.setTipo("NO ESTANDAR");
pisoActual.getMuros().add(muroActual);
}
}
}
}
}
}
}
public void leerMuros(List<Piso> pisos, IfcModel ifcModel) {
try {
for (Piso pisoActual : pisos) {
for (Muro muroActual : pisoActual.getMuros()) {
muroActual.objectPlacement.setPlacementRelTo_placementRelTo(new Coordenada());
muroActual.objectPlacement.setPlacementRelTo_relativePlacement(new Coordenada());
muroActual.objectPlacement.setRelativePlacement_location(new Coordenada());
// Definition from IAI: If the attribute values for Axis and RefDirection are not given,
// the placement defaults to P[1] (x-axis) as [1.,0.,0.], P[2] (y-axis) as [0.,1.,0.] and
// P[3] (z-axis) as [0.,0.,1.].
// planchaActual.objectPlacement.setRelativePlacement_axis(new Coordenada(1,0,0));
muroActual.objectPlacement.setRelativePlacement_axis(null);
// planchaActual.objectPlacement.setRelativePlacement_refDirection(new Coordenada(0,0,1));
muroActual.objectPlacement.setRelativePlacement_refDirection(null);
muroActual.representation.setRepresentation_position_location(new Coordenada());
// Definition from IAI: If the attribute values for Axis and RefDirection are not given,
// the placement defaults to P[1] (x-axis) as [1.,0.,0.], P[2] (y-axis) as [0.,1.,0.] and
// P[3] (z-axis) as [0.,0.,1.].
// planchaActual.representation.setRepresentation_position_axis(new Coordenada(1,0,0));
muroActual.representation.setRepresentation_position_axis(null);
// planchaActual.representation.setRepresentation_position_refDirection(new
// Coordenada(0,0,1));
muroActual.representation.setRepresentation_position_refDirection(null);
muroActual.representation.setRepresentation_extruded_direction(new Coordenada());
Object objeto = ifcModel.getIfcObjectByID(muroActual.getId());
if (objeto instanceof IfcWallStandardCase) {
IfcWallStandardCase muroEncontrado =
(IfcWallStandardCase) ifcModel.getIfcObjectByID(muroActual.getId());
// Se ubica en el nodo objectPlacement->placementRelTo de la plancha
IfcLocalPlacement objectPlacement =
(IfcLocalPlacement) muroEncontrado.getObjectPlacement();
IfcLocalPlacement placementRelToA =
(IfcLocalPlacement) objectPlacement.getPlacementRelTo();
// Se lee PlacementRelTo
IfcLocalPlacement placementRelToB =
(IfcLocalPlacement) placementRelToA.getPlacementRelTo();
IfcAxis2Placement3D relativePlacementA =
(IfcAxis2Placement3D) placementRelToB.getRelativePlacement();
muroActual.objectPlacement.setPlacementRelTo_placementRelTo(
LectorCoordenada.Leer(relativePlacementA.getLocation()));
// Se lee RelativePlacement
IfcAxis2Placement3D relativePlacementB =
(IfcAxis2Placement3D) placementRelToA.getRelativePlacement();
muroActual.objectPlacement.setPlacementRelTo_relativePlacement(
LectorCoordenada.Leer(relativePlacementB.getLocation()));
// Se lee location
IfcAxis2Placement3D relativePlacementC =
(IfcAxis2Placement3D) objectPlacement.getRelativePlacement();
LectorAxis2Placement3D.leerAxis2Placement3D(
muroActual.objectPlacement, relativePlacementC);
// Se lee Representation
IfcProductDefinitionShape representation =
(IfcProductDefinitionShape) muroEncontrado.getRepresentation();
// se asume que siempre va a existir UNA sola representacion (SOLO SE LEE LA POSICION 0)
for (IfcRepresentation repActual : representation.getRepresentations()) {
// posible valores = Clipping - Curve2D - SweptSolid
if (repActual.getRepresentationType().toString().equals("SweptSolid")) {
// System.err.println("Procesando representation " + repActual.getStepLineNumber() +
// " en muro " + muroActual.getId());
procesarSweptSolid(repActual, muroActual);
} else if (repActual.getRepresentationType().toString().equals("Clipping")) {
// System.err.println("En muro " + muroActual.getId() + " procesando representation
// tipo Clipping con STEP number = " + repActual.getStepLineNumber());
procesarClipping(repActual, muroActual);
} else if (repActual.getRepresentationType().toString().equals("Curve2D")) {
// System.err.println("MURO " + muroActual.getId() + " DESCARTADA REPRESENTATION
// PORQUE ES TIPO \"Curve2D\" STEP NUMBER = " + repActual.getStepLineNumber());
muroActual.representation.setRepresentation_representationType(
"DESCARTADA - " + repActual.getRepresentationType().toString());
} else {
System.err.println("DESCARTADA REPRESENTATION PORQUE ES TIPO DESCONOCIDO");
}
}
} else {
//
System.err.println(
"DESCARTADO MURO CON ID = "
+ muroActual.getId()
+ " PORQUE NO ES IfcWallStandardCase");
}
}
}
} catch (Exception e) {
e.printStackTrace();
} finally {
// rm.release();
}
}
