public static Relation OverlapOperator(ModelInfo modelInfo1, ModelInfo modelInfo2)
{
if (modelInfo1 != null && modelInfo2 != null)
{
}
else
{
return(null);
}
// QL4BIMspatial.IContainOperator
// Call the Singleton Class to get the actual loaded elements -> Connection to the DataModel
ModelController _modelController = ModelController.Instance;
var model1 = _modelController.GetModel(modelInfo1.modelId) as IfcModel;
var model2 = _modelController.GetModel(modelInfo2.modelId) as IfcModel;
var result = new Relation(Guid.Parse(modelInfo1.modelId), Guid.Parse(modelInfo2.modelId));
var resCollection = result.Collection as ObservableCollection <Tuple <Guid, Guid> >;
var elements1 = model1.GetElements(modelInfo1.elementIds);
var elements2 = model1.GetElements(modelInfo2.elementIds);
var list_1 = GeometryHandler.CreateTriangleMeshes(elements1, model1.xModelContext);
var list_2 = GeometryHandler.CreateTriangleMeshes(elements2, model2.xModelContext);
// Init the Settings for the operators
var settings = container.Resolve <ISettings>();
settings.Direction.RaysPerSquareMeter = 100;
settings.Direction.PositiveOffset = 100;
// The mapping of the operators is because of the transformation of the model
// Init the Operator
var op = container.Resolve <IOverlapOperator>();
// var op = container.Resolve<ITouchOperator>();
foreach (var item1 in list_1)
{
foreach (var item2 in list_2)
{
var abs = op.Overlap(item1, item2);
if (abs)
{
resCollection.Add(new Tuple <Guid, Guid>(IfcGuid.FromIfcGuid(item1.Name), IfcGuid.FromIfcGuid(item2.Name)));
}
}
}
return(result);
}
