public static ImageTexture FromMRC(string path)
{
ImageTexture NewTexture = new ImageTexture();
HeaderMRC Header = HeaderMRC.ReadFromFile(path) as HeaderMRC;
NewTexture.Size = Header.Dimensions;
NewTexture.Scale = new Vector2(Header.Pixelsize.X, Header.Pixelsize.Y);
NewTexture.Offset = new Vector2(Header.Origin.X, Header.Origin.Y);
float[] Data = IOHelper.ReadSmallMapFloat(path, new int2(1, 1), 0, typeof(float));
float DataMin = float.MaxValue, DataMax = -float.MaxValue;
for (int i = 0; i < Data.Length; i++)
{
DataMin = Math.Min(DataMin, Data[i]);
DataMax = Math.Max(DataMax, Data[i]);
}
float Range = 255f / (DataMax - DataMin);
byte[] DataByte = new byte[Data.Length];
for (int i = 0; i < Data.Length; i++)
DataByte[i] = (byte)((Data[i] - DataMin) * Range);
NewTexture.Data = DataByte;
return NewTexture;
}
public static ImageTexture FromMRC(string path)
{
ImageTexture NewTexture = new ImageTexture();
HeaderMRC Header = HeaderMRC.ReadFromFile(path) as HeaderMRC;
NewTexture.Size = Header.Dimensions;
NewTexture.Scale = new Vector2(Header.Pixelsize.X, Header.Pixelsize.Y);
NewTexture.Offset = new Vector2(Header.Origin.X, Header.Origin.Y);
float[] Data = IOHelper.ReadSmallMapFloat(path, new int2(1, 1), 0, typeof(float));
float DataMin = float.MaxValue, DataMax = -float.MaxValue;
for (int i = 0; i < Data.Length; i++)
{
DataMin = Math.Min(DataMin, Data[i]);
DataMax = Math.Max(DataMax, Data[i]);
}
float Range = 255f / (DataMax - DataMin);
byte[] DataByte = new byte[Data.Length];
for (int i = 0; i < Data.Length; i++)
{
DataByte[i] = (byte)((Data[i] - DataMin) * Range);
}
NewTexture.Data = DataByte;
return(NewTexture);
}
public Membrane()
{
MeshProgram = new GLSLProgram("Shaders/Membrane.vert", null, null, null, "Shaders/Membrane.frag");
PointProgram = new GLSLProgram("Shaders/Point.vert", null, null, "Shaders/Point.geom", "Shaders/Point.frag");
PointGizmoProgram = new GLSLProgram("Shaders/Point.vert", null, null, "Shaders/PointGizmo.geom", "Shaders/Point.frag");
PointModelProgram = new GLSLProgram("Shaders/PointModel.vert", null, null, null, "Shaders/PointModel.frag");
SelectionTexture = ImageTexture.FromMRC("Shaders/unicorn.mrc");
PointGroups.CollectionChanged += PointGroups_CollectionChanged;
ActiveGroup = new PointGroup { Color = ColorHelper.SpectrumColor(0, 0.3f), Name = "Default Group", Size = 10 };
PointGroups.Add(ActiveGroup);
Patches.CollectionChanged += Patches_CollectionChanged;
}
public Membrane()
{
MeshProgram = new GLSLProgram("Shaders/Membrane.vert", null, null, null, "Shaders/Membrane.frag");
PointProgram = new GLSLProgram("Shaders/Point.vert", null, null, "Shaders/Point.geom", "Shaders/Point.frag");
PointGizmoProgram = new GLSLProgram("Shaders/Point.vert", null, null, "Shaders/PointGizmo.geom", "Shaders/Point.frag");
PointModelProgram = new GLSLProgram("Shaders/PointModel.vert", null, null, null, "Shaders/PointModel.frag");
SelectionTexture = ImageTexture.FromMRC("Shaders/unicorn.mrc");
PointGroups.CollectionChanged += PointGroups_CollectionChanged;
ActiveGroup = new PointGroup {
Color = ColorHelper.SpectrumColor(0, 0.3f), Name = "Default Group", Size = 10
};
PointGroups.Add(ActiveGroup);
Patches.CollectionChanged += Patches_CollectionChanged;
}