blob: 355a4432a34d5697fbb2be63a5c1c5d3d74591fd [file] [log] [blame]
 group trivial "Trivial expressions" case float values { output float out0 = 5.0; } both "" precision highp float; \${DECLARATIONS} void main() { const float a = 5.0; out0 = a; \${OUTPUT} } "" end case int values { output int out0 = 5; } both "" precision highp float; \${DECLARATIONS} void main() { const int a = 5; out0 = a; \${OUTPUT} } "" end case bool values { output bool out0 = true; } both "" precision highp float; \${DECLARATIONS} void main() { const bool a = true; out0 = a; \${OUTPUT} } "" end case cast values { output float out0 = 1.0; } both "" precision highp float; \${DECLARATIONS} void main() { const float a = float(int(bool(true))); out0 = a; \${OUTPUT} } "" end end # trivial group operators "Operators" case math_float values { output float out0 = 2.19; } both "" precision highp float; \${DECLARATIONS} void main() { const float a = 6.0/3.5 + 1.8*2.6 - 4.2; out0 = a; \${OUTPUT} } "" end case math_vec values { output float out0 = 15.0; } both "" precision highp float; \${DECLARATIONS} void main() { const vec3 a = (vec4(1.0, 2.0, 3.0, 4.0).zyx * vec3(1.0, 1.5, 3.0).xyz).xzy + (vec2(5.0)/vec2(2.5)).xxy; out0 = a.x + a.y + a.z; \${OUTPUT} } "" end case math_int values { output int out0 = 7; } both "" precision highp int; \${DECLARATIONS} void main() { const int a = 5-1 + 2*3 - 9/3; out0 = a; \${OUTPUT} } "" end case math_ivec values { output int out0 = 21; } both "" precision highp int; \${DECLARATIONS} void main() { const ivec3 a = ivec2(5-1, 4).xxy + ivec4(1*3, 9/3, 1+2, 8/4).xyz; out0 = a.x + a.y + a.z; \${OUTPUT} } "" end case math_mat values { output float out0 = 8.0; } both "" precision highp float; \${DECLARATIONS} void main() { const mat3 a = mat3(3.0) * mat3(4.0); const mat4 b = mat4(a[1][1])*2.0; const mat2 c = mat2(b[0][0]) / 3.0; out0 = c[0][0]+c[1][0]; \${OUTPUT} } "" end case logical values { output bool out0 = true; } both "" precision highp int; \${DECLARATIONS} void main() { const bool a = (!false || false) && (true ^^ false); out0 = a; \${OUTPUT} } "" end case compare values { output bool out0 = true; } both "" precision highp int; \${DECLARATIONS} void main() { const bool a = (false == false) && (true != false) && (1 < 2) && (3 <= 3) && ((1 > 1) != (1 >= 1)); out0 = a; \${OUTPUT} } "" end case selection values { output float out0 = 5.3; } both "" precision highp float; \${DECLARATIONS} void main() { const float a = false ? 0.0 : (true ? 5.3 : 1.0); out0 = a; \${OUTPUT} } "" end end # operators group complex_types "Arrays, structs & nested calls" case struct values { output float out0 = 260.922; } both "" precision highp float; \${DECLARATIONS} struct S { vec4 a; int b; }; void main() { const S s = S(vec4(1.5), 123); out0 = length(s.a.xy)*float(s.b); \${OUTPUT} } "" end case nested_struct values { output float out0 = 965.9; } both "" precision highp float; \${DECLARATIONS} struct S { vec4 v; int i; }; struct T { S s; bool b; int i; }; struct U { S s; T t; }; void main() { const S s = S(vec4(1.5), 123); const T t = T(s, false, 3); const U u = U(s, t); const U v = U(S(vec4(1.3), 4), T(S(vec4(2.0), 5), true, 6)); out0 = float(u.s.i*v.t.i + v.t.s.i)*v.s.v.x; // float(123*6 + 5)*1.3 \${OUTPUT} } "" end case array values { input float in0 = [ 0.0 | 1.0]; output float out0 = [0.0 | 1.0]; } both "" precision highp float; \${DECLARATIONS} void main() { float a[int(max(-1.0, 2.0))]; a[0] = -1.0; a[1] = in0; out0 = a[int(min(1.0, 2.0))]; \${OUTPUT} } "" end case nested_builtin_funcs values { output float out0 = 3.05; } both "" precision highp float; \${DECLARATIONS} void main() { const float a = sqrt( atan(sin(1.5)/cos(1.5)) /*1.5*/ * log2(exp2(log(exp(6.2) + 0.1)) + 0.1) /*~6.2*/); out0 = a; \${OUTPUT} } "" end end # complex_types