public void Test_ParallelIntersectMass_28Breps()
{
TestContext.WriteLine($"Testing: {nameof(Test_ParallelIntersectMass_28Breps)}");
string file = @"D:\Dev\honeybee-rhino-plugin\src\HoneybeeRhino.Test\TestModels\28Breps.json";
var breps = LoadBrepsFromJson(file);
var rooms = breps.Select(_ => InitRoomBrepObject(_).Brep());
var dupBreps = rooms.Select(_ => _.DuplicateBrep());
var adjSolver = new AdjacencySolver(dupBreps);
sw.Restart();
var intersectedBreps = adjSolver.Execute(_tol, true);
sw.Stop();
var ms = sw.Elapsed.TotalSeconds;
TestContext.WriteLine($"Runtime: {ms} ms");
//check if there is a new face created
Assert.IsTrue(intersectedBreps.All(_ => _.IsSolid));
Assert.IsTrue(intersectedBreps.All(_ => _.IsRoom()));
////Check if all face names are identical
var names = intersectedBreps.Select(b => b.Surfaces.Select(_ => _.TryGetFaceEntity().HBObject.Name));
Assert.IsTrue(names.Sum(_ => _.Count()) == intersectedBreps.Sum(_ => _.Faces.Count()));
}
protected override Result RunCommand(RhinoDoc doc, RunMode mode)
{
using (var go = new GetObject())
{
go.SetCommandPrompt("Please select closed objects for converting to Honeybee Room");
go.GeometryFilter = ObjectType.Brep;
go.GetMultiple(2, 0);
if (go.CommandResult() != Result.Success)
{
return(go.CommandResult());
}
if (go.ObjectCount <= 1)
{
return(go.CommandResult());
}
//Must be all room objects.
var rooms = go.Objects().Select(_ => _.Brep()).Where(_ => _ != null).Where(_ => _.IsSolid);
//if (rooms.Any(_ => !_.IsRoom()))
//{
// RhinoApp.WriteLine("Not all selected objects are Honeybee room, please double check, and convert it to room first.");
// return go.CommandResult();
//}
var ids = go.Objects().Select(_ => _.ObjectId).ToList();
var tol = RhinoDoc.ActiveDoc.ModelAbsoluteTolerance / 10;
var dupRooms = rooms.Select(_ => _.DuplicateBrep());
var adjSolver = new AdjacencySolver(dupRooms);
var checkedObjs = adjSolver.Execute(tol, true);
var counts = rooms.Count();
var objs = checkedObjs.ToList();
for (int i = 0; i < counts; i++)
{
doc.Objects.Replace(ids[i], objs[i]);
//doc.Objects.Add(objs[i]);
}
doc.Views.Redraw();
return(Result.Success);
}
}
public void Test_IntersectMass_MoreBreps()
{
string file = @"D:\Dev\honeybee-rhino-plugin\src\HoneybeeRhino.Test\TestModels\RingFiveBreps.json";
var breps = LoadBrepsFromJson(file);
var rooms = breps.Select(_ => InitRoomBrepObject(_).Brep());
var dupBreps = rooms.Select(_ => _.DuplicateBrep());
var adjSolver = new AdjacencySolver(dupBreps);
var intersectedBreps = adjSolver.Execute(_tol);
//check if there is a new face created
Assert.IsTrue(intersectedBreps.All(_ => _.IsSolid));
Assert.IsTrue(intersectedBreps.All(_ => _.Faces.Count == 8));
Assert.IsTrue(intersectedBreps.All(_ => _.IsRoom()));
////Check if all face names are identical
var names = intersectedBreps.Select(b => b.Surfaces.Select(_ => _.TryGetFaceEntity().HBObject.Name));
var diffNames = names.Distinct();
Assert.IsTrue(names.Sum(_ => _.Count()) == diffNames.Sum(_ => _.Count()));
//var hbObjs_second = secondB.Surfaces.Select(_ => _.TryGetFaceEntity().HBObject);
//var faceNames_first = hbObjs_first.Select(_ => _.Name).Distinct();
//var faceNames_second = hbObjs_second.Select(_ => _.Name).Distinct();
//Assert.IsTrue(faceNames_first.Count() == 7);
//Assert.IsTrue(faceNames_second.Count() == 7);
////check adjacent face property: match center point
//var indoorFace_first = firstB.Faces.First(_ => Math.Abs(AreaMassProperties.Compute(_).Area - 12) < _tol);
//var indoorFace_second = secondB.Faces.First(_ => Math.Abs(AreaMassProperties.Compute(_).Area - 12) < _tol);
//var center_first = AreaMassProperties.Compute(indoorFace_first).Centroid;
//var center_second = AreaMassProperties.Compute(indoorFace_second).Centroid;
//Assert.IsTrue(center_first.DistanceToSquared(center_second) < Math.Pow(_tol, 2));
//throw new Exception("dddd");
}
public void Test_IntersectMass_TwoSimpleBreps()
{
string file = @"D:\Dev\honeybee-rhino-plugin\src\HoneybeeRhino.Test\TestModels\TwoSimpleBreps.json";
var breps = LoadBrepsFromJson(file);
var rooms = breps.Select(_ => InitRoomBrepObject(_).Brep());
var solver = new AdjacencySolver(rooms);
var intersectedBreps = solver.ExecuteIntersectMasses(rooms, _tol).ToList();
var firstB = intersectedBreps[0];
var secondB = intersectedBreps[1];
//check if there is a new face created
Assert.IsTrue(firstB.IsSolid);
Assert.AreEqual(firstB.Faces.Count, 7);
Assert.IsTrue(secondB.IsSolid);
Assert.AreEqual(secondB.Faces.Count, 7);
//Check if all face names are identical
var hbObjs_first = firstB.Surfaces.Select(_ => _.TryGetFaceEntity().HBObject);
var hbObjs_second = secondB.Surfaces.Select(_ => _.TryGetFaceEntity().HBObject);
var faceNames_first = hbObjs_first.Select(_ => _.Name);
var faceNames_second = hbObjs_second.Select(_ => _.Name);
Assert.IsTrue(faceNames_first.Count() - faceNames_first.Distinct().Count() == 1);
Assert.IsTrue(faceNames_second.Count() - faceNames_second.Distinct().Count() == 1);
//check adjacent face property: match center point
var indoorFace_first = firstB.Faces.First(_ => Math.Abs(AreaMassProperties.Compute(_).Area - 12) < _tol);
var indoorFace_second = secondB.Faces.First(_ => Math.Abs(AreaMassProperties.Compute(_).Area - 12) < _tol);
var center_first = AreaMassProperties.Compute(indoorFace_first).Centroid;
var center_second = AreaMassProperties.Compute(indoorFace_second).Centroid;
Assert.IsTrue(center_first.DistanceToSquared(center_second) < Math.Pow(_tol, 2));
}
public void Test_SolveAdjacency_TwoSimpleBrepsWithTol()
{
var rhinoObjs = InitTwoBoxes();
var breps = rhinoObjs.Select(_ => _.Brep());
var solver = new AdjacencySolver(breps);
var intersectedBreps = solver.ExecuteIntersectMasses(breps, _tol).ToList();
intersectedBreps = solver.ExecuteMatchInteriorFaces(intersectedBreps, _tol).ToList();
var firstB = intersectedBreps[0];
var secondB = intersectedBreps[1];
//check if there is a new face created
Assert.IsTrue(firstB.IsSolid);
Assert.AreEqual(firstB.Faces.Count, 7);
Assert.IsTrue(secondB.IsSolid);
Assert.AreEqual(secondB.Faces.Count, 7);
//Check if all face names are identical
var hbObjs_first = firstB.Surfaces.Select(_ => _.TryGetFaceEntity().HBObject);
var hbObjs_second = secondB.Surfaces.Select(_ => _.TryGetFaceEntity().HBObject);
var faceNames_first = hbObjs_first.Select(_ => _.Name);
var faceNames_second = hbObjs_second.Select(_ => _.Name);
Assert.IsTrue(faceNames_first.Distinct().Count() == 7);
Assert.IsTrue(faceNames_second.Distinct().Count() == 7);
var faceBC_first = hbObjs_first.Select(_ => _.BoundaryCondition);
var faceBC_second = hbObjs_second.Select(_ => _.BoundaryCondition);
Assert.IsTrue(faceBC_first.Where(_ => _.Obj is HB.Surface).Count() == 1);
Assert.IsTrue(faceBC_second.Where(_ => _.Obj is HB.Surface).Count() == 1);
}
