/// <summary>
/// read all information of object (color, texcoord,shader...)
/// </summary>
/// <param name="VerticesPath"> Location of vertices file </param>
public void ReadObject(string VerticesPath)
{
string VertexShaderSource;
vertices = new List <float>();
Indicate = new List <int>();
ColorList = new List <float>();
TextCoord = new List <float>();
ArrayListTexture = new List <Texture>();
ShadersList = new List <string>();
//
//
using (StreamReader reader = new StreamReader(VerticesPath, Encoding.UTF8))
{
VertexShaderSource = reader.ReadToEnd();
string[] stringSeparators = new string[] { "\r\n" };
string[] lines = VertexShaderSource.Split(stringSeparators, StringSplitOptions.None);
//begin #information of object
ReadHeader(lines.Skip(0).Take(Array.IndexOf(lines, "//end header") + 1).ToArray());
ReadVertex(lines.Skip(Array.IndexOf(lines, "//vertex")).Take((Array.IndexOf(lines, "//end vertex") - Array.IndexOf(lines, "//vertex")) + 1).ToArray());
//get shader
ReadShaders(lines.Skip(Array.IndexOf(lines, "//shader")).Take((Array.IndexOf(lines, "//end shader") - Array.IndexOf(lines, "//vertex")) + 1).ToArray());
//watching shader here
WatchingShader(getShader());
//
if (UseIndicate)
{
//Read indicate
ReadIndicate(lines.Skip(Array.IndexOf(lines, "//indicate")).Take((Array.IndexOf(lines, "//end indicate") - Array.IndexOf(lines, "//indicate")) + 1).ToArray());
}
if (UseColor)
{
ReadColor(lines.Skip(Array.IndexOf(lines, "//color")).Take((Array.IndexOf(lines, "//end color") - Array.IndexOf(lines, "//color")) + 1).ToArray());
}
if (UseTextCoord)
{
ReadTextCoord(lines.Skip(Array.IndexOf(lines, "//textcoord")).Take((Array.IndexOf(lines, "//end textcoord") - Array.IndexOf(lines, "//textcoord")) + 1).ToArray());
}
//end #information of object
}
}
private ShaderBlob BuildProgramInternal(ShaderCreationArguments args)
{
try
{
StaticLogger.Logger.DebugFormat("Starting Creation of {0}", args.ConvenientName());
PngTexture texture = null;
if (args.Type.UseTexture)
{
texture = new PngTexture(args.TexturePath);
texture.Load();
texture.Create();
GlErrorLogger.Check();
// Do I even need this?
Gl.BindTexture(TextureTarget.Texture2d, texture.TextureName);
GlErrorLogger.Check();
}
var vertexSource = VertexShaderSource.VertexSourceLookup(args.Type.VertexFormat, args.Type.VertexShaderVersion);
var _Program = new ShaderProgram(args.FragmentShaderSource, vertexSource, args.Type.Uniforms, args.Type.VertexFormat);
GlErrorLogger.Check();
_Program.Link();
GlErrorLogger.Check();
IVertexArray _VertexArray = BuildVertexArray(_Program.VertexLocations, args);
GlErrorLogger.Check();
return(new ShaderBlob()
{
DisplayName = args.ConvenientName(),
CreationArguments = args,
TreatAsGood = true,
Program = _Program,
VertexArray = _VertexArray,
TextureName = !args.Type.UseTexture ? 0 : texture.TextureName,
});
}
catch (Exception e)
{
StaticLogger.Logger.ErrorFormat("{1} - Shader Error {0}", args.SimpleName, e.ToString());
if (BadShader == null)
{
throw new InvalidOperationException("Could not build BadShader!");
}
return(new ShaderBlob()
{
DisplayName = args.ConvenientName(),
CreationArguments = BadShader.CreationArguments,
TreatAsGood = false,
ErrorMessage = e.ToString(),
Program = BadShader.Program,
VertexArray = BadShader.VertexArray
});
}
}