#define WRATH_GL_VERTEX_SHADER
                                                                     //LOCATION(  1, raw string)
#define M0(x) fract((x)*0.12) + fract((x)*5.5)                       //LOCATION(  2, raw string)
#define M1(x) M0(M0(x))                                              //LOCATION(  3, raw string)
#define M2(x) M1(M1(x))                                              //LOCATION(  4, raw string)
#define M3(x) M2(M2(x))                                              //LOCATION(  5, raw string)
#define M4(x) M3(M3(x))                                              //LOCATION(  6, raw string)
#define M5(x) M4(M4(x))                                              //LOCATION(  7, raw string)
#define M6(x) M5(M5(x))                                              //LOCATION(  8, raw string)
#define M7(x) M6(M6(x))                                              //LOCATION(  9, raw string)
#define M8(x) M7(M7(x))                                              //LOCATION( 10, raw string)
#define M9(x) M8(M8(x))                                              //LOCATION( 11, raw string)
#define FUNC(x) M9(x)                                                //LOCATION( 12, raw string)
                                                                     //LOCATION( 13, raw string)
                                                                     //LOCATION(  1, macro_stress/shaders/vert.glsl)
attribute vec2 p;                                                    //LOCATION(  2, macro_stress/shaders/vert.glsl)
varying float q;                                                     //LOCATION(  3, macro_stress/shaders/vert.glsl)
uniform float random;                                                //LOCATION(  4, macro_stress/shaders/vert.glsl)
                                                                     //LOCATION(  5, macro_stress/shaders/vert.glsl)
void main()                                                          //LOCATION(  6, macro_stress/shaders/vert.glsl)
{                                                                    //LOCATION(  7, macro_stress/shaders/vert.glsl)
  q=FUNC(p.y*p.y+random*p.x);                                        //LOCATION(  8, macro_stress/shaders/vert.glsl)
  gl_Position=vec4(p.xy, 0.0, 1.0);                                  //LOCATION(  9, macro_stress/shaders/vert.glsl)
}                                                                    //LOCATION( 10, macro_stress/shaders/vert.glsl)