//class FailuresPreprocessor : DB.IFailuresPreprocessor
//{
// public DB.FailureProcessingResult PreprocessFailures(DB.FailuresAccessor failuresAccessor) => DB.FailureProcessingResult.Continue;
//}
void ReconstructTopographyByPoints
(
DB.Document doc,
ref DB.Architecture.TopographySurface element,
IList <Point3d> points,
[Optional] IList <Curve> regions
)
{
var xyz = points.ConvertAll(GeometryEncoder.ToXYZ);
//if (element is DB.Architecture.TopographySurface topography)
//{
// using (var scope = new DB.Architecture.TopographyEditScope(topography.Document, NickName))
// {
// scope.Start(topography.Id);
// var boundaryPoints = topography.GetBoundaryPoints();
// var bbox = new BoundingBox(boundaryPoints.Convert(GeometryDecoder.ToPoint3d));
// bbox.Inflate(Revit.VertexTolerance * Revit.ModelUnits * 10.0);
// var bboxCorners = bbox.GetCorners().Take(4).Convert(GeometryEncoder.ToXYZ).ToArray();
// using (var tx = new DB.Transaction(topography.Document, NickName))
// {
// tx.Start();
// topography.AddPoints(bboxCorners);
// topography.DeletePoints(topography.GetPoints());
// tx.Commit();
// }
// using (var tx = new DB.Transaction(topography.Document, NickName))
// {
// tx.Start();
// topography.AddPoints(xyz);
// topography.DeletePoints(bboxCorners);
// tx.Commit();
// }
// scope.Commit(new FailuresPreprocessor());
// }
//}
//else
{
ReplaceElement(ref element, DB.Architecture.TopographySurface.Create(doc, xyz));
}
if (element is object && regions?.Count > 0)
{
var curveLoops = regions.Select(region => region.ToCurveLoop());
DB.Architecture.SiteSubRegion.Create(doc, curveLoops.ToList(), element.Id);
}
}
public bool CanConvertToSpeckle(object @object)
{
return(@object
switch
{
DB.DetailCurve _ => true,
DB.DirectShape _ => true,
DB.FamilyInstance _ => true,
DB.Floor _ => true,
DB.Level _ => true,
DB.View _ => true,
DB.ModelCurve _ => true,
DB.Opening _ => true,
DB.RoofBase _ => true,
DB.Area _ => true,
DB.Architecture.Room _ => true,
DB.Architecture.TopographySurface _ => true,
DB.Wall _ => true,
DB.Mechanical.Duct _ => true,
DB.Mechanical.Space _ => true,
DB.Plumbing.Pipe _ => true,
DB.Electrical.Wire _ => true,
DB.CurtainGridLine _ => true, //these should be handled by curtain walls
DB.Architecture.BuildingPad _ => true,
DB.Architecture.Stairs _ => true,
DB.Architecture.StairsRun _ => true,
DB.Architecture.StairsLanding _ => true,
DB.Architecture.Railing _ => true,
DB.Architecture.TopRail _ => true,
DB.Ceiling _ => true,
DB.PointCloudInstance _ => true,
DB.Group _ => true,
DB.ProjectInfo _ => true,
DB.ElementType _ => true,
DB.Grid _ => true,
DB.ReferencePoint _ => true,
DB.Structure.AnalyticalModelStick _ => true,
DB.Structure.AnalyticalModelSurface _ => true,
DB.Structure.BoundaryConditions _ => true,
_ => (@object as Element).IsElementSupported()
});
void ReconstructTopographyByPoints
(
DB.Document doc,
ref DB.Architecture.TopographySurface element,
IList <Point3d> points,
[Optional] IList <Curve> regions
)
{
var xyz = points.ConvertAll(GeometryEncoder.ToXYZ);
//if (element is DB.Architecture.TopographySurface topography)
//{
// using (var editScope = new DB.Architecture.TopographyEditScope(doc, GetType().Name))
// {
// editScope.Start(element.Id);
// topography.DeletePoints(topography.GetPoints());
// topography.AddPoints(xyz);
// foreach (var subRegionId in topography.GetHostedSubRegionIds())
// doc.Delete(subRegionId);
// editScope.Commit(this);
// }
//}
//else
{
ReplaceElement(ref element, DB.Architecture.TopographySurface.Create(doc, xyz));
}
if (element is object && regions?.Count > 0)
{
var curveLoops = regions.Select(region => region.ToCurveLoop());
DB.Architecture.SiteSubRegion.Create(doc, curveLoops.ToList(), element.Id);
}
}
public static Topography Wrap(Autodesk.Revit.DB.Architecture.TopographySurface topoSurface, bool isRevitOwned)
{
return(Topography.FromExisting(topoSurface, isRevitOwned));
}
void ReconstructTopographyByMesh
(
DB.Document doc,
ref DB.Architecture.TopographySurface element,
Mesh mesh,
[Optional] IList <Curve> regions
)
{
mesh = mesh.InHostUnits();
while (mesh.CollapseFacesByEdgeLength(false, Revit.VertexTolerance) > 0)
{
;
}
mesh.Vertices.CombineIdentical(true, true);
mesh.Vertices.CullUnused();
var xyz = mesh.Vertices.ConvertAll(RawEncoder.AsXYZ);
var facets = new List <DB.PolymeshFacet>(mesh.Faces.Count);
var faceCount = mesh.Faces.Count;
for (int f = 0; f < faceCount; ++f)
{
var face = mesh.Faces[f];
facets.Add(new DB.PolymeshFacet(face.A, face.B, face.C));
if (face.IsQuad)
{
facets.Add(new DB.PolymeshFacet(face.C, face.D, face.A));
}
}
//if (element is DB.Architecture.TopographySurface topography)
//{
// using (var editScope = new DB.Architecture.TopographyEditScope(doc, GetType().Name))
// {
// editScope.Start(element.Id);
// topography.DeletePoints(topography.GetPoints());
// topography.AddPoints(xyz);
// foreach (var subRegionId in topography.GetHostedSubRegionIds())
// doc.Delete(subRegionId);
// editScope.Commit(this);
// }
//}
//else
{
if (!DB.Architecture.TopographySurface.ArePointsDistinct(xyz))
{
AddRuntimeMessage(GH_RuntimeMessageLevel.Error, $"At least two vertices have coincident XY values");
}
else if (!DB.Architecture.TopographySurface.IsValidFaceSet(facets, xyz))
{
AddRuntimeMessage(GH_RuntimeMessageLevel.Error, $"At least one face is not valid for {typeof(DB.Architecture.TopographySurface).Name}");
}
else
{
ReplaceElement(ref element, DB.Architecture.TopographySurface.Create(doc, xyz, facets));
}
}
if (element is object && regions?.Count > 0)
{
var curveLoops = regions.Select(region => region.ToCurveLoop());
DB.Architecture.SiteSubRegion.Create(doc, curveLoops.ToList(), element.Id);
}
}
