[require]
GLSL >= 1.20

[vertex shader]
#version 120
#extension GL_ARB_draw_instanced : enable
#extension GL_ARB_shader_bit_encoding : enable
#extension GL_ARB_uniform_buffer_object : enable
uniform vec4 vs_c[256];
ivec4 A0;
attribute vec4 vs_in0;
attribute vec4 vs_in1;
attribute vec4 vs_in2;
attribute vec4 vs_in3;
attribute vec4 vs_in4;
uniform vec4 posFixup;
void order_ps_input(in vec4[12]);
vec4 vs_out[12];
vec4 R0;
vec4 R1;
vec4 R2;
vec4 R3;
vec4 tmp0;
vec4 tmp1;
void main()
{
R0.y = (fract(vs_in3.y));
R0.x = (fract(vs_in3.x));
R0.y = (vs_in3.y + -R0.y);
R0.y = (R0.y * vs_c[209].x);
A0.w = (int(floor(abs(R0.y) + 0.5) * sign(R0.y)));
R0.x = (vs_in3.x + -R0.x);
R0.x = (R0.x * vs_c[209].x);
A0.z = (int(floor(abs(R0.x) + 0.5) * sign(R0.x)));
R0.x = (dot(vs_in0.xyzw, vs_c[A0.w + 4].xyzw));
R0.y = (dot(vs_in0.xyzw, vs_c[A0.w + 5].xyzw));
R0.w = (vs_c[209].y);
R0.z = (dot(vs_in0.xyzw, vs_c[A0.w + 6].xyzw));
R1.xyzw = (vs_in4.yyyy * R0.xyzw);
R0.x = (dot(vs_in0.xyzw, vs_c[A0.z + 4].xyzw));
R0.y = (dot(vs_in0.xyzw, vs_c[A0.z + 5].xyzw));
R0.z = (dot(vs_in0.xyzw, vs_c[A0.z + 6].xyzw));
R0.w = (vs_c[209].y);
R1.xyzw = ((vs_in4.xxxx * R0.xyzw) + R1.xyzw);
R0.y = (fract(vs_in3.z));
R0.x = (fract(vs_in3.w));
R0.y = (vs_in3.z + -R0.y);
R0.y = (R0.y * vs_c[209].x);
A0.y = (int(floor(abs(R0.y) + 0.5) * sign(R0.y)));
R0.x = (vs_in3.w + -R0.x);
R0.x = (R0.x * vs_c[209].x);
A0.x = (int(floor(abs(R0.x) + 0.5) * sign(R0.x)));
R0.x = (dot(vs_in0.xyzw, vs_c[A0.y + 4].xyzw));
R0.y = (dot(vs_in0.xyzw, vs_c[A0.y + 5].xyzw));
R0.z = (dot(vs_in0.xyzw, vs_c[A0.y + 6].xyzw));
R0.w = (vs_c[209].y);
R1.xyzw = ((vs_in4.zzzz * R0.xyzw) + R1.xyzw);
R0.x = (dot(vs_c[A0.x + 4].xyzw, vs_in0.xyzw));
R0.y = (dot(vs_in0.xyzw, vs_c[A0.x + 5].xyzw));
R0.z = (dot(vs_in0.xyzw, vs_c[A0.x + 6].xyzw));
R0.w = (vs_c[209].y);
R0.xyzw = ((R0.xyzw * vs_in4.wwww) + R1.xyzw);
R1.z = (dot(vs_c[A0.w + 6].xyz, vs_in1.xyz));
R1.x = (dot(vs_c[A0.w + 4].xyz, vs_in1.xyz));
R1.y = (dot(vs_c[A0.w + 5].xyz, vs_in1.xyz));
R2.xyz = (vs_in4.yyy * R1.xyz);
R1.z = (dot(vs_c[A0.z + 6].xyz, vs_in1.xyz));
R1.y = (dot(vs_c[A0.z + 5].xyz, vs_in1.xyz));
R1.x = (dot(vs_c[A0.z + 4].xyz, vs_in1.xyz));
R2.xyz = ((vs_in4.xxx * R1.xyz) + R2.xyz);
R1.z = (dot(vs_c[A0.y + 6].xyz, vs_in1.xyz));
R1.y = (dot(vs_c[A0.y + 5].xyz, vs_in1.xyz));
R1.x = (dot(vs_c[A0.y + 4].xyz, vs_in1.xyz));
R2.xyz = ((vs_in4.zzz * R1.xyz) + R2.xyz);
R1.z = (dot(vs_c[A0.x + 6].xyz, vs_in1.xyz));
R1.y = (dot(vs_c[A0.x + 5].xyz, vs_in1.xyz));
R1.x = (dot(vs_c[A0.x + 4].xyz, vs_in1.xyz));
R2.xyz = ((vs_in4.www * R1.xyz) + R2.xyz);
R1.xyz = ((-R0.xyz * vs_c[207].www) + vs_c[207].xyz);
R2.w = (dot(R2.xyz, R2.xyz));
R1.w = (dot(R1.xyz, R1.xyz));
R2.w = (inversesqrt(abs(R2.w)));
R1.w = (inversesqrt(abs(R1.w)));
R2.xyz = (R2.www * R2.xyz);
R1.xyz = (R1.www * R1.xyz);
R1.x = (dot(R1.xyz, R2.xyz));
R1.x = (min(R1.x, vs_c[209].y));
R1.x = (max(R1.x, vs_c[209].z));
R1.xyz = (R1.xxx * vs_c[208].xyz);
R3.xyz = (R1.xyz * vs_c[205].xyz);
R1.xyz = (vs_c[204].xyz);
R1.xyz = ((vs_c[205].xyz * R1.xyz) + R3.xyz);
R1.xyz = (R1.xyz + vs_c[206].xyz);
R1.xyz = (min(R1.xyz, vs_c[209].yyy));
vs_out[8].xyz = (max(R1.xyz, vs_c[209].zzz));
R1.z = (dot(R2.xyz, vs_c[202].xyz));
R1.x = (dot(R2.xyz, vs_c[200].xyz));
R1.y = (dot(R2.xyz, vs_c[201].xyz));
vs_out[1].z = (dot(R1.xyz, vs_c[2].xyz));
vs_out[1].y = (dot(R1.xyz, vs_c[1].xyz));
vs_out[1].x = (dot(R1.xyz, vs_c[0].xyz));
vs_out[10].w = (dot(R0.xyzw, vs_c[199].xyzw));
vs_out[10].z = (dot(R0.xyzw, vs_c[198].xyzw));
vs_out[10].y = (dot(R0.xyzw, vs_c[197].xyzw));
vs_out[10].x = (dot(R0.xyzw, vs_c[196].xyzw));
vs_out[0].xy = (vs_in2.xy);
vs_out[8].w = (vs_c[209].y);
order_ps_input(vs_out);
gl_FogFragCoord = gl_Position.z;
gl_ClipVertex = gl_Position;
gl_Position.y = gl_Position.y * posFixup.y;
gl_Position.xy += posFixup.zw * gl_Position.ww;
gl_Position.z = gl_Position.z * 2.0 - gl_Position.w;
}

void order_ps_input(in vec4 vs_out[12])
{
gl_TexCoord[0].xy = vs_out[0].xy;
gl_TexCoord[1].xyz = vs_out[1].xyz;
gl_FrontColor.xyzw = vs_out[8].xyzw;
gl_Position.xyzw = vs_out[10].xyzw;
}


[fragment shader]
#version 120
vec4 tmp0, tmp1;
vec4 ret;
vec4 arg0, arg1, arg2;
uniform sampler2D ps_sampler0;
vec4 tex0;
uniform samplerCube ps_sampler1;
vec4 tex1;
uniform vec4 specular_enable;
uniform struct
{
    vec4 color;
    float density;
    float end;
    float scale;
} ffp_fog;
void main()
{
tex0 = texture2D(ps_sampler0, gl_TexCoord[0].xy);
tex1 = textureCube(ps_sampler1, gl_TexCoord[1].xyz);
ret = tex0 * gl_Color;
ret.xyz = clamp(tex1.xyz + ret.xyz, 0.0, 1.0);
ret.w = tex1.w * ret.w;
gl_FragData[0] = gl_SecondaryColor * specular_enable + ret;
float fog = (ffp_fog.end - gl_FogFragCoord) * ffp_fog.scale;
gl_FragData[0].xyz = mix(ffp_fog.color.xyz, gl_FragData[0].xyz, clamp(fog, 0.0, 1.0));
}

[test]
uniform int ps_sampler0 0
uniform int ps_sampler1 1
draw rect -1 -1 2 2