MojoShader testparse
Compiled against version 1
Linked against version 1

FILE: vs_3_0/1067.bytecode
PROFILE: glsl
SHADER TYPE: vertex
VERSION: 3.0
INSTRUCTION COUNT: 92
ATTRIBUTES:
    * position ("vs_v0")
    * normal ("vs_v1")
    * tangent ("vs_v2")
    * texcoord ("vs_v3")
    * blendweight ("vs_v4")
    * texcoord1 ("vs_v5")
CONSTANTS:
    * 16: float (0.010000 0.159155 0.500000 0.000000)
    * 17: float (6.283185 -3.141593 0.000000 0.000000)
UNIFORMS:
    * 9: array[2] float ("vs_const_array_9_2")
    * 0: float ("vs_c0")
    * 1: float ("vs_c1")
    * 2: float ("vs_c2")
    * 3: float ("vs_c3")
    * 4: float ("vs_c4")
    * 5: float ("vs_c5")
    * 6: float ("vs_c6")
    * 7: float ("vs_c7")
    * 8: float ("vs_c8")
    * 11: float ("vs_c11")
    * 12: float ("vs_c12")
    * 13: float ("vs_c13")
    * 14: float ("vs_c14")
    * 15: float ("vs_c15")
SAMPLERS: (none.)
OUTPUT:
const vec4 vs_c16 = vec4(0.01, 0.159155, 0.5, 0.0);
const vec4 vs_c17 = vec4(6.283185, -3.141593, 0.0, 0.0);
vec4 vs_r0;
ivec4 vs_a0;
vec4 vs_r1;
vec4 vs_r2;
vec4 vs_r3;
vec4 vs_r4;
vec4 vs_r5;
uniform vec4 vs_const_array_9_2[2];
uniform vec4 vs_c0;
uniform vec4 vs_c1;
uniform vec4 vs_c2;
uniform vec4 vs_c3;
uniform vec4 vs_c4;
uniform vec4 vs_c5;
uniform vec4 vs_c6;
uniform vec4 vs_c7;
uniform vec4 vs_c8;
#define vs_c9 vs_const_array_9_2[0]
uniform vec4 vs_c11;
uniform vec4 vs_c12;
uniform vec4 vs_c13;
uniform vec4 vs_c14;
uniform vec4 vs_c15;
attribute vec4 vs_v0;
#define vs_o0 gl_TexCoord[0]
attribute vec4 vs_v1;
#define vs_o1 gl_TexCoord[1]
attribute vec4 vs_v2;
#define vs_o2 gl_TexCoord[5]
attribute vec4 vs_v3;
#define vs_o3 gl_TexCoord[6]
attribute vec4 vs_v4;
#define vs_o4 gl_TexCoord[7]
attribute vec4 vs_v5;
#define vs_o5 gl_Position

void main()
{
	vs_r0.xyz = vs_c6.xyz * vs_v1.yyy;
	vs_r0.xyz = (vs_c5.xyz * vs_v1.xxx) + vs_r0.xyz;
	vs_r0.xyz = (vs_c7.xyz * vs_v1.zzz) + vs_r0.xyz;
	vs_r0.xyz = (vs_c8.xyz * vs_v1.www) + vs_r0.xyz;
	vs_r1 = vs_c6 * vs_v0.yyyy;
	vs_r1 = (vs_c5 * vs_v0.xxxx) + vs_r1;
	vs_r1 = (vs_c7 * vs_v0.zzzz) + vs_r1;
	vs_r1 = (vs_c8 * vs_v0.wwww) + vs_r1;
	vs_r0.xyz = -vs_r0.xyz + vs_r1.xyz;
	vs_r0.w = dot(vs_r0.xyz, vs_r0.xyz);
	vs_r0.w = max(vs_r0.w, vs_c16.x);
	vs_r0.w = inversesqrt(vs_r0.w);
	vs_r0.xyz = vs_r0.xyz * vs_r0.www;
	vs_r2.xyz = -vs_r1.zxy + vs_c11.zxy;
	vs_r0.w = dot(vs_r2.xyz, vs_r2.xyz);
	vs_r0.w = max(vs_r0.w, vs_c16.x);
	vs_r0.w = inversesqrt(vs_r0.w);
	vs_r2.xyz = vs_r2.xyz * vs_r0.www;
	vs_r3.xyz = vs_r0.yzx * vs_r2.xyz;
	vs_r3.xyz = (vs_r2.zxy * vs_r0.zxy) + -vs_r3.xyz;
	vs_r0.xyz = -vs_r0.xyz;
	vs_r2.w = dot(vs_r3.xyz, vs_r3.xyz);
	vs_r2.w = max(vs_r2.w, vs_c16.x);
	vs_r2.w = inversesqrt(vs_r2.w);
	vs_r3.xyz = vs_r3.xyz * vs_r2.www;
	vs_r3.w = vs_c16.w;
	vs_r3 = vs_r3 * vs_c15.yyyy;
	vs_r2.w = (vs_v4.x * vs_c16.y) + vs_c16.z;
	vs_r2.w = fract(vs_r2.w);
	vs_r2.w = (vs_r2.w * vs_c17.x) + vs_c17.y;
	vs_r4.xy = vec2(cos(vs_r2.w), sin(vs_r2.w));
	vs_r5 = vs_r4.yyyy * vs_c12;
	vs_r5 = (-vs_r4.xxxx * vs_c13) + vs_r5;
	vs_r3 = (vs_r5 * vs_c15.xxxx) + vs_r3;
	vs_r2.w = float(vs_c14.x < -vs_c14.x);
	vs_r4.z = fract(vs_c14.x);
	vs_r4.w = -vs_r4.z + vs_c14.x;
	vs_r4.z = float(-vs_r4.z < vs_r4.z);
	vs_r2.w = (vs_r2.w * vs_r4.z) + vs_r4.w;
	vs_a0.x = int(floor(abs(vs_r2.w) + 0.5) * sign(vs_r2.w));
	vs_r5.xyz = vs_r2.xyz * vs_const_array_9_2[vs_a0.x].yzx;
	vs_r2.xyz = (vs_r2.zxy * vs_const_array_9_2[vs_a0.x].zxy) + -vs_r5.xyz;
	vs_r4.z = dot(vs_r2.xyz, vs_r2.xyz);
	vs_r4.z = max(vs_r4.z, vs_c16.x);
	vs_r4.z = inversesqrt(vs_r4.z);
	vs_r2.xyz = vs_r2.xyz * vs_r4.zzz;
	vs_r2.xyz = (vs_r2.xyz * vs_const_array_9_2[vs_a0.x].www) + -vs_const_array_9_2[vs_a0.x].xyz;
	vs_r4.z = float(-vs_r2.w < vs_r2.w);
	vs_r2.w = float(-vs_r2.w >= vs_r2.w);
	vs_r5.xyz = (vs_r4.zzz * vs_r2.xyz) + vs_const_array_9_2[vs_a0.x].xyz;
	vs_r2.xyz = (vs_r2.www * vs_r2.xyz) + vs_const_array_9_2[vs_a0.x].xyz;
	vs_r5.w = vs_c16.w;
	vs_r3 = (vs_r5 * vs_c15.zzzz) + vs_r3;
	vs_r4.zw = -vs_c16.zz + vs_v3.xy;
	vs_r4.zw = vs_r4.zw * vs_v2.xy;
	vs_r1 = (vs_r4.zzzz * vs_r3) + vs_r1;
	vs_r5 = vs_r4.xxxx * vs_c12;
	vs_r5 = (vs_r4.yyyy * vs_c13) + vs_r5;
	vs_r0.w = vs_c16.w;
	vs_r0 = vs_r0 * vs_c15.yyyy;
	vs_r0 = (vs_r5 * vs_c15.xxxx) + vs_r0;
	vs_r2.w = vs_c16.w;
	vs_r0 = (vs_r2 * vs_c15.zzzz) + vs_r0;
	vs_r1 = (vs_r4.wwww * vs_r0) + vs_r1;
	vs_r2.xyz = (vs_r1.xyz * -vs_c4.www) + vs_c4.xyz;
	vs_o3.x = dot(vs_r3.xyz, vs_r2.xyz);
	vs_o3.y = dot(vs_r0.xyz, vs_r2.xyz);
	vs_r4.xyz = vs_r3.zxy * vs_r0.yzx;
	vs_r0.xyw = (vs_r3.yzx * vs_r0.zxy) + -vs_r4.xyz;
	vs_o4.x = vs_r3.z;
	vs_o4.y = vs_r0.z;
	vs_r3.xyz = normalize(vs_r0.xyw);
	vs_o3.z = dot(vs_r3.xyz, vs_r2.xyz);
	vs_o4.z = vs_r3.z;
	vs_o0.xy = vs_v3.xy;
	vs_o1 = vs_v5;
	vs_r0 = vs_r1.yyyy * vs_c1;
	vs_r0 = (vs_c0 * vs_r1.xxxx) + vs_r0;
	vs_r0 = (vs_c2 * vs_r1.zzzz) + vs_r0;
	vs_r0 = (vs_c3 * vs_r1.wwww) + vs_r0;
	vs_o2 = vs_r0;
	vs_o5 = vs_r0;
	vs_o3.w = vs_c16.w;
}