public DracoGeometryInfo AddDracoGeometry(DracoCompression dracoCompression)
{
var dracoGeoInfo = new DracoGeometryInfo();
string fileName = Path.GetTempFileName();
try
{
dracoCompression.Write(fileName);
dracoGeoInfo.VertexAttributePosition = dracoCompression.VertexAttributePosition;
dracoGeoInfo.NormalAttributePosition = dracoCompression.NormalAttributePosition;
dracoGeoInfo.TextureCoordinatesAttributePosition = dracoCompression.TextureCoordinatesAttributePosition;
dracoGeoInfo.VertexColorAttributePosition = dracoCompression.VertexColorAttributePosition;
byte[] dracoBytes = GetDracoBytes(fileName);
WriteDracoBytes(dracoBytes, out dracoGeoInfo.BufferIndex, out dracoGeoInfo.ByteOffset, out dracoGeoInfo.ByteLength);
glTFLoader.Schema.BufferView compMeshBufferView = new glTFLoader.Schema.BufferView()
{
Buffer = dracoGeoInfo.BufferIndex,
ByteOffset = dracoGeoInfo.ByteOffset,
ByteLength = dracoGeoInfo.ByteLength,
};
dracoGeoInfo.BufferViewIndex = dummy.BufferViews.AddAndReturnIndex(compMeshBufferView);
dracoGeoInfo.ByteLength = dracoBytes.Length;
var geo = DracoCompression.DecompressFile(fileName);
if (geo.ObjectType == Rhino.DocObjects.ObjectType.Mesh)
{
var mesh = (Rhino.Geometry.Mesh)geo;
// Vertices Stats
dracoGeoInfo.VerticesCount = mesh.Vertices.Count;
dracoGeoInfo.VerticesMin = new Point3d(mesh.Vertices.Min());
dracoGeoInfo.VerticesMax = new Point3d(mesh.Vertices.Max());
dracoGeoInfo.IndicesCount = mesh.Faces.TriangleCount;
dracoGeoInfo.IndicesMin = 0;
dracoGeoInfo.IndicesMax = dracoGeoInfo.VerticesCount - 1;
dracoGeoInfo.NormalsCount = mesh.Normals.Count;
dracoGeoInfo.NormalsMin = mesh.Normals.Min();
dracoGeoInfo.NormalsMax = mesh.Normals.Max();
// TexCoord Stats
dracoGeoInfo.TexCoordsCount = mesh.TextureCoordinates.Count;
if (dracoGeoInfo.TexCoordsCount > 0)
{
dracoGeoInfo.TexCoordsMin = mesh.TextureCoordinates.Min();
dracoGeoInfo.TexCoordsMax = mesh.TextureCoordinates.Max();
}
dracoGeoInfo.VertexColorCount = mesh.VertexColors.Count;
dracoGeoInfo.VertexColorMin = Color4f.Black;
dracoGeoInfo.VertexColorMax = Color4f.White;
dracoGeoInfo.Success = true;
}
geo.Dispose();
dracoCompression.Dispose();
}
finally
{
File.Delete(fileName);
}
return(dracoGeoInfo);
}
public DracoGeometryInfo AddDracoGeometry(DracoCompression dracoCompression)
{
var dracoGeoInfo = new DracoGeometryInfo();
string fileName = Path.GetTempFileName();
try
{
dracoCompression.Write(fileName);
byte[] dracoBytes = GetDracoBytes(fileName);
WriteDracoBytes(dracoBytes, out dracoGeoInfo.bufferIndex, out dracoGeoInfo.byteOffset);
dracoGeoInfo.byteLength = dracoBytes.Length;
var geo = DracoCompression.DecompressFile(fileName);
if (geo.ObjectType == ObjectType.Mesh)
{
var mesh = (Rhino.Geometry.Mesh)geo;
Point2f point2f;
Point3f point3f;
Vector3f vector3f;
// Vertices Stats
dracoGeoInfo.verticesNum = mesh.Vertices.Count;
point3f = mesh.Vertices.Min();
dracoGeoInfo.verticesMin = new float[] { point3f.X, point3f.Y, point3f.Z };
point3f = mesh.Vertices.Max();
dracoGeoInfo.verticesMax = new float[] { point3f.X, point3f.Y, point3f.Z };
// Triangle Stats
dracoGeoInfo.trianglesNum = mesh.Faces.TriangleCount;
dracoGeoInfo.trianglesMin = 0;
dracoGeoInfo.trianglesMax = dracoGeoInfo.verticesNum - 1;
// Normals Stats
dracoGeoInfo.normalsNum = mesh.Normals.Count;
vector3f = mesh.Normals.Min();
dracoGeoInfo.normalsMin = new float[] { vector3f.X, vector3f.Y, vector3f.Z };
vector3f = mesh.Normals.Max();
dracoGeoInfo.normalsMax = new float[] { vector3f.X, vector3f.Y, vector3f.Z };
// TexCoord Stats
dracoGeoInfo.texCoordsNum = mesh.TextureCoordinates.Count;
if (dracoGeoInfo.texCoordsNum > 0)
{
point2f = mesh.TextureCoordinates.Min();
dracoGeoInfo.texCoordsMin = new float[] { point2f.X, point2f.Y };
point2f = mesh.TextureCoordinates.Max();
dracoGeoInfo.texCoordsMax = new float[] { point2f.X, point2f.Y };
}
dracoGeoInfo.success = true;
}
geo.Dispose();
dracoCompression.Dispose();
}
finally
{
File.Delete(fileName);
}
return(dracoGeoInfo);
}