//**********
//	This skeleton OGSFX file illustrates one potential way of
//	dealing with GLSL files that are to be shared between a 
//	pure OpenGL application and the glslShader:
//

// Tell included shaders to use OGSFX semantics and streams:
#define OGSFX 1

//**********
//	Uniform parameter handling:
//
//	Loads the uniforms from all shader stage files
//

#define HIDE_OGSFX_UNIFORMS 0
#define HIDE_OGSFX_STREAMS 1
#define HIDE_OGSFX_CODE 1

#include "Brix.glslv"
#include "Brix.glslf"

//**********
//	Input stream handling:
//
//	Loads the attribute streams from all shader stage files
//

#define HIDE_OGSFX_UNIFORMS 1
#define HIDE_OGSFX_STREAMS 0
#define HIDE_OGSFX_CODE 1

#include "Brix.glslv"
#include "Brix.glslf"

//**********
//	Code handling:
//
//	We need to load the vertex stage and fragment stage in two
//	different GLSLShader blocks in order to specify them in the
//	technique definition below:
//

#define HIDE_OGSFX_UNIFORMS 1
#define HIDE_OGSFX_STREAMS 1
#define HIDE_OGSFX_CODE 0

// Vertex shader.
GLSLShader VS
{
#include "Brix.glslv"
}

// Fragment shader.
GLSLShader FS
{
#include "Brix.glslf"
}

//**********
//	Effect handling:
//
//	Here we define a generic technique with very simple passes.
//	The name of the io streams between shader stages must match the
//	ones found in the shader stage files. This could be eliminated by
//	another set of #define directives to unify the io stream names in
//	all shader stage files.
//

// Techniques.
technique Main
{
    pass p0
    {
        VertexShader (in appdata, out brixVertexOutput) = VS;
        PixelShader (in brixVertexOutput, out pixelOut) = FS;
    }
}