source: trunk/src/gpu/testmaterial.lolfx @ 1406 Tweet

/*
 * LolFx Test Material
 */

technique Foo // can have lots of different techniques in a single lolfx file
{
    pass p0
    {
        texture[0] = null;
        texture[1] = null;
        texture[2] = null;

        cullmode = none; // ccw
        lighting = false;
        zenable = true; // false
        alphablendenable = true; // false
        srcblend = src_alpha; // one
        destblend = inv_src_alpha;

        colorop[0] = select_arg1;
        colorarg1[0] = diffuse;

        alphaop[0] = select_arg1;
        alphaarg1[0] = diffuse;

        colorop[1] = disable;

        alphaop[1] = disable;

        // Ye old way
        vertexshader = ...
        geometryshader = ...
        pixelshader = ...

        // Ogre crap
        SetBlendState(AdditiveBlending, float4(0.0f, 0.0f, 0.0f, 0.0f), 0xFFFFFFFF);
        SetDepthStencilState(DisableDepth, 0);

        // D3D11 way
        SetBlendState()
        SetDepthStencilState()
        SetRasterizerState()

        SetVertexShader
        SetDomainShader
        SetHullShader
        SetGeometryShader
        SetPixelShader
        SetComputeShader /* WTF? */

        SetRenderTargets(RTV0, DSV);
        SetRenderTargets(RTV0, RTV1, DSV);
        ...
        SetRenderTargets(RTV0, RTV1, RTV2, RTV3, RTV4, RTV5, RTV6, RTV7, DSV);
    }

    pass p1
    {
        // Autres vertex/pixel shaders avec éventuellement des
        // dépendances sur le résultat des passes précédentes
        vertexshader = ...
    }
}

-- GLSL.Vert --

#version 120

/* Valid with my GLSL compiler */
#pragma lolfx semantic(in_Vertex, POSITION)
#pragma lolfx semantic(in_Normal, NORMAL)
#pragma lolfx semantic(in_Color, COLOR)
attribute vec3 in_Vertex;
attribute vec3 in_Normal;
attribute vec4 in_Color;

void main(void)
{
    ...
}