/*
* public void DrawViewportMeshes(GH_PreviewMeshArgs args)
* {
* if (DisplayMesh != null)
* args.Pipeline.DrawMeshShaded(DisplayMesh, args.Material);
* }
*
* public void DrawViewportWires(GH_PreviewWireArgs args)
* {
* if (DisplayMesh != null)
* args.Pipeline.DrawMeshWires(DisplayMesh, args.Color);
* }
*/
#region Serialization
public override bool Write(GH_IWriter writer)
{
if (Value == null)
{
return(false);
}
byte[] centrelineBytes = GH_Convert.CommonObjectToByteArray(Value.Centreline);
writer.SetByteArray("guide", centrelineBytes);
//writer.SetInt32("num_frames", Value.Frames.Count);
//for (int i = 0; i < Value.Frames.Count; ++i)
//{
// Plane p = Value.Frames[i].Item2;
//
// writer.SetPlane("frames", i, new GH_IO.Types.GH_Plane(
// p.OriginX, p.OriginY, p.OriginZ, p.XAxis.X, p.XAxis.Y, p.XAxis.Z, p.YAxis.X, p.YAxis.Y, p.YAxis.Z));
//}
writer.SetInt32("lcx", Value.Data.NumWidth);
writer.SetInt32("lcy", Value.Data.NumHeight);
writer.SetDouble("lsx", Value.Data.LamWidth);
writer.SetDouble("lsy", Value.Data.LamHeight);
writer.SetInt32("interpolation", (int)Value.Data.InterpolationType);
writer.SetInt32("samples", Value.Data.Samples);
return(true);
}
/*
* public void DrawViewportMeshes(GH_PreviewMeshArgs args)
* {
* if (DisplayMesh != null)
* args.Pipeline.DrawMeshShaded(DisplayMesh, args.Material);
* }
*
* public void DrawViewportWires(GH_PreviewWireArgs args)
* {
* if (DisplayMesh != null)
* args.Pipeline.DrawMeshWires(DisplayMesh, args.Color);
* }
*/
#region Serialization
public override bool Write(GH_IWriter writer)
{
if (Value == null)
{
throw new Exception("GlulamParameter.Value is null.");
}
writer.SetByteArray("guide", GH_Convert.CommonObjectToByteArray(Value.Centreline));
GH_Glulam.WriteCrossSectionOrientation(writer, Value.Orientation);
GH_GlulamData.WriteGlulamData(writer, Value.Data);
return(base.Write(writer));
}
public static void WriteCrossSectionOrientation(GH_IWriter writer, CrossSectionOrientation ori)
{
writer.SetString("orientation", ori.ToString());
switch (ori)
{
case RmfOrientation rmf:
return;
case PlanarOrientation plan:
var plane = plan.Plane;
writer.SetPlane("orientation_plane", new GH_IO.Types.GH_Plane(
plane.Origin.X, plane.Origin.Y, plane.Origin.Z,
plane.XAxis.X, plane.XAxis.Y, plane.XAxis.Z,
plane.YAxis.X, plane.YAxis.Y, plane.YAxis.Z
));
return;
case VectorOrientation vec:
var v = (Vector3d)vec.GetDriver();
writer.SetPoint3D("orientation_vector", new GH_IO.Types.GH_Point3D(v.X, v.Y, v.Z));
return;
case SurfaceOrientation srf:
writer.SetByteArray("orientation_surface", GH_Convert.CommonObjectToByteArray(srf.GetDriver() as Brep));
return;
case VectorListOrientation vlist:
writer.SetInt32("orientation_num_vectors", vlist.Vectors.Count);
writer.SetByteArray("orientation_guide", GH_Convert.CommonObjectToByteArray(vlist.GetCurve()));
for (int i = 0; i < vlist.Parameters.Count; ++i)
{
writer.SetDouble("orientation_parameter", i, vlist.Parameters[i]);
writer.SetPoint3D("orientation_vector", i, new GH_IO.Types.GH_Point3D(
vlist.Vectors[i].X, vlist.Vectors[i].Y, vlist.Vectors[i].Z));
}
return;
default:
return;
}
}
private static void WriteGeometryBase(GH_IWriter writer, GeometryBase data)
{
writer.SetString("DataType", "GeometryBase");
byte[] bytes = GH_Convert.CommonObjectToByteArray(data);
writer.SetByteArray("Data", bytes);
}
