Results for spec@glsl-4.00@compiler@built-in-functions@outerproduct-dvec3-dvec4.frag

Shader source:
/* [config]
 * expect_result: pass
 * glsl_version: 4.00
 * [end config]
 *
 * Check that the following test vectors are constantfolded correctly:
 * outerProduct(dvec3(-1.3333333333333333lf, -0.84999999999999998lf, -0.93999999999999995lf), dvec4(-1.6499999999999999lf, 1.3300000000000001lf, 1.9299999999999999lf, 0.76000000000000001lf)) => dmat4x3(2.1999999999999997lf, 1.4024999999999999lf, 1.5509999999999999lf, -1.7733333333333334lf, -1.1305000000000001lf, -1.2502lf, -2.5733333333333333lf, -1.6404999999999998lf, -1.8141999999999998lf, -1.0133333333333332lf, -0.64600000000000002lf, -0.71439999999999992lf)
 * outerProduct(dvec3(-1.3333333333333333lf, -0.84999999999999998lf, -0.93999999999999995lf), dvec4(0.80000000000000004lf, -0.14999999999999999lf, -0.51000000000000001lf, 0.0lf)) => dmat4x3(-1.0666666666666667lf, -0.68000000000000005lf, -0.752lf, 0.19999999999999998lf, 0.1275lf, 0.14099999999999999lf, 0.67999999999999994lf, 0.4335lf, 0.47939999999999999lf, -0.0lf, -0.0lf, -0.0lf)
 * outerProduct(dvec3(1.6699999999999999lf, 0.66000000000000003lf, 1.8700000000000001lf), dvec4(-1.6499999999999999lf, 1.3300000000000001lf, 1.9299999999999999lf, 0.76000000000000001lf)) => dmat4x3(-2.7554999999999996lf, -1.089lf, -3.0855000000000001lf, 2.2210999999999999lf, 0.87780000000000014lf, 2.4871000000000003lf, 3.2230999999999996lf, 1.2738lf, 3.6091000000000002lf, 1.2691999999999999lf, 0.50160000000000005lf, 1.4212lf)
 * outerProduct(dvec3(1.6699999999999999lf, 0.66000000000000003lf, 1.8700000000000001lf), dvec4(0.80000000000000004lf, -0.14999999999999999lf, -0.51000000000000001lf, 0.0lf)) => dmat4x3(1.3360000000000001lf, 0.52800000000000002lf, 1.4960000000000002lf, -0.2505lf, -0.099000000000000005lf, -0.28050000000000003lf, -0.85170000000000001lf, -0.33660000000000001lf, -0.9537000000000001lf, 0.0lf, 0.0lf, 0.0lf)
 */
#version 400

void main()
{
  double[(distance(outerProduct(dvec3(-1.3333333333333333lf, -0.84999999999999998lf, -0.93999999999999995lf), dvec4(-1.6499999999999999lf, 1.3300000000000001lf, 1.9299999999999999lf, 0.76000000000000001lf))[0], dvec3(2.1999999999999997lf, 1.4024999999999999lf, 1.5509999999999999lf)) * distance(outerProduct(dvec3(-1.3333333333333333lf, -0.84999999999999998lf, -0.93999999999999995lf), dvec4(-1.6499999999999999lf, 1.3300000000000001lf, 1.9299999999999999lf, 0.76000000000000001lf))[0], dvec3(2.1999999999999997lf, 1.4024999999999999lf, 1.5509999999999999lf))) + (distance(outerProduct(dvec3(-1.3333333333333333lf, -0.84999999999999998lf, -0.93999999999999995lf), dvec4(-1.6499999999999999lf, 1.3300000000000001lf, 1.9299999999999999lf, 0.76000000000000001lf))[1], dvec3(-1.7733333333333334lf, -1.1305000000000001lf, -1.2502lf)) * distance(outerProduct(dvec3(-1.3333333333333333lf, -0.84999999999999998lf, -0.93999999999999995lf), dvec4(-1.6499999999999999lf, 1.3300000000000001lf, 1.9299999999999999lf, 0.76000000000000001lf))[1], dvec3(-1.7733333333333334lf, -1.1305000000000001lf, -1.2502lf))) + (distance(outerProduct(dvec3(-1.3333333333333333lf, -0.84999999999999998lf, -0.93999999999999995lf), dvec4(-1.6499999999999999lf, 1.3300000000000001lf, 1.9299999999999999lf, 0.76000000000000001lf))[2], dvec3(-2.5733333333333333lf, -1.6404999999999998lf, -1.8141999999999998lf)) * distance(outerProduct(dvec3(-1.3333333333333333lf, -0.84999999999999998lf, -0.93999999999999995lf), dvec4(-1.6499999999999999lf, 1.3300000000000001lf, 1.9299999999999999lf, 0.76000000000000001lf))[2], dvec3(-2.5733333333333333lf, -1.6404999999999998lf, -1.8141999999999998lf))) + (distance(outerProduct(dvec3(-1.3333333333333333lf, -0.84999999999999998lf, -0.93999999999999995lf), dvec4(-1.6499999999999999lf, 1.3300000000000001lf, 1.9299999999999999lf, 0.76000000000000001lf))[3], dvec3(-1.0133333333333332lf, -0.64600000000000002lf, -0.71439999999999992lf)) * distance(outerProduct(dvec3(-1.3333333333333333lf, -0.84999999999999998lf, -0.93999999999999995lf), dvec4(-1.6499999999999999lf, 1.3300000000000001lf, 1.9299999999999999lf, 0.76000000000000001lf))[3], dvec3(-1.0133333333333332lf, -0.64600000000000002lf, -0.71439999999999992lf))) <= 2.9757482790000007e-09lf ? 1 : -1] array0;
  double[(distance(outerProduct(dvec3(-1.3333333333333333lf, -0.84999999999999998lf, -0.93999999999999995lf), dvec4(0.80000000000000004lf, -0.14999999999999999lf, -0.51000000000000001lf, 0.0lf))[0], dvec3(-1.0666666666666667lf, -0.68000000000000005lf, -0.752lf)) * distance(outerProduct(dvec3(-1.3333333333333333lf, -0.84999999999999998lf, -0.93999999999999995lf), dvec4(0.80000000000000004lf, -0.14999999999999999lf, -0.51000000000000001lf, 0.0lf))[0], dvec3(-1.0666666666666667lf, -0.68000000000000005lf, -0.752lf))) + (distance(outerProduct(dvec3(-1.3333333333333333lf, -0.84999999999999998lf, -0.93999999999999995lf), dvec4(0.80000000000000004lf, -0.14999999999999999lf, -0.51000000000000001lf, 0.0lf))[1], dvec3(0.19999999999999998lf, 0.1275lf, 0.14099999999999999lf)) * distance(outerProduct(dvec3(-1.3333333333333333lf, -0.84999999999999998lf, -0.93999999999999995lf), dvec4(0.80000000000000004lf, -0.14999999999999999lf, -0.51000000000000001lf, 0.0lf))[1], dvec3(0.19999999999999998lf, 0.1275lf, 0.14099999999999999lf))) + (distance(outerProduct(dvec3(-1.3333333333333333lf, -0.84999999999999998lf, -0.93999999999999995lf), dvec4(0.80000000000000004lf, -0.14999999999999999lf, -0.51000000000000001lf, 0.0lf))[2], dvec3(0.67999999999999994lf, 0.4335lf, 0.47939999999999999lf)) * distance(outerProduct(dvec3(-1.3333333333333333lf, -0.84999999999999998lf, -0.93999999999999995lf), dvec4(0.80000000000000004lf, -0.14999999999999999lf, -0.51000000000000001lf, 0.0lf))[2], dvec3(0.67999999999999994lf, 0.4335lf, 0.47939999999999999lf))) + (distance(outerProduct(dvec3(-1.3333333333333333lf, -0.84999999999999998lf, -0.93999999999999995lf), dvec4(0.80000000000000004lf, -0.14999999999999999lf, -0.51000000000000001lf, 0.0lf))[3], dvec3(-0.0lf, -0.0lf, -0.0lf)) * distance(outerProduct(dvec3(-1.3333333333333333lf, -0.84999999999999998lf, -0.93999999999999995lf), dvec4(0.80000000000000004lf, -0.14999999999999999lf, -0.51000000000000001lf, 0.0lf))[3], dvec3(-0.0lf, -0.0lf, -0.0lf))) <= 3.121965637777779e-10lf ? 1 : -1] array1;
  double[(distance(outerProduct(dvec3(1.6699999999999999lf, 0.66000000000000003lf, 1.8700000000000001lf), dvec4(-1.6499999999999999lf, 1.3300000000000001lf, 1.9299999999999999lf, 0.76000000000000001lf))[0], dvec3(-2.7554999999999996lf, -1.089lf, -3.0855000000000001lf)) * distance(outerProduct(dvec3(1.6699999999999999lf, 0.66000000000000003lf, 1.8700000000000001lf), dvec4(-1.6499999999999999lf, 1.3300000000000001lf, 1.9299999999999999lf, 0.76000000000000001lf))[0], dvec3(-2.7554999999999996lf, -1.089lf, -3.0855000000000001lf))) + (distance(outerProduct(dvec3(1.6699999999999999lf, 0.66000000000000003lf, 1.8700000000000001lf), dvec4(-1.6499999999999999lf, 1.3300000000000001lf, 1.9299999999999999lf, 0.76000000000000001lf))[1], dvec3(2.2210999999999999lf, 0.87780000000000014lf, 2.4871000000000003lf)) * distance(outerProduct(dvec3(1.6699999999999999lf, 0.66000000000000003lf, 1.8700000000000001lf), dvec4(-1.6499999999999999lf, 1.3300000000000001lf, 1.9299999999999999lf, 0.76000000000000001lf))[1], dvec3(2.2210999999999999lf, 0.87780000000000014lf, 2.4871000000000003lf))) + (distance(outerProduct(dvec3(1.6699999999999999lf, 0.66000000000000003lf, 1.8700000000000001lf), dvec4(-1.6499999999999999lf, 1.3300000000000001lf, 1.9299999999999999lf, 0.76000000000000001lf))[2], dvec3(3.2230999999999996lf, 1.2738lf, 3.6091000000000002lf)) * distance(outerProduct(dvec3(1.6699999999999999lf, 0.66000000000000003lf, 1.8700000000000001lf), dvec4(-1.6499999999999999lf, 1.3300000000000001lf, 1.9299999999999999lf, 0.76000000000000001lf))[2], dvec3(3.2230999999999996lf, 1.2738lf, 3.6091000000000002lf))) + (distance(outerProduct(dvec3(1.6699999999999999lf, 0.66000000000000003lf, 1.8700000000000001lf), dvec4(-1.6499999999999999lf, 1.3300000000000001lf, 1.9299999999999999lf, 0.76000000000000001lf))[3], dvec3(1.2691999999999999lf, 0.50160000000000005lf, 1.4212lf)) * distance(outerProduct(dvec3(1.6699999999999999lf, 0.66000000000000003lf, 1.8700000000000001lf), dvec4(-1.6499999999999999lf, 1.3300000000000001lf, 1.9299999999999999lf, 0.76000000000000001lf))[3], dvec3(1.2691999999999999lf, 0.50160000000000005lf, 1.4212lf))) <= 5.9107319459999999e-09lf ? 1 : -1] array2;
  double[(distance(outerProduct(dvec3(1.6699999999999999lf, 0.66000000000000003lf, 1.8700000000000001lf), dvec4(0.80000000000000004lf, -0.14999999999999999lf, -0.51000000000000001lf, 0.0lf))[0], dvec3(1.3360000000000001lf, 0.52800000000000002lf, 1.4960000000000002lf)) * distance(outerProduct(dvec3(1.6699999999999999lf, 0.66000000000000003lf, 1.8700000000000001lf), dvec4(0.80000000000000004lf, -0.14999999999999999lf, -0.51000000000000001lf, 0.0lf))[0], dvec3(1.3360000000000001lf, 0.52800000000000002lf, 1.4960000000000002lf))) + (distance(outerProduct(dvec3(1.6699999999999999lf, 0.66000000000000003lf, 1.8700000000000001lf), dvec4(0.80000000000000004lf, -0.14999999999999999lf, -0.51000000000000001lf, 0.0lf))[1], dvec3(-0.2505lf, -0.099000000000000005lf, -0.28050000000000003lf)) * distance(outerProduct(dvec3(1.6699999999999999lf, 0.66000000000000003lf, 1.8700000000000001lf), dvec4(0.80000000000000004lf, -0.14999999999999999lf, -0.51000000000000001lf, 0.0lf))[1], dvec3(-0.2505lf, -0.099000000000000005lf, -0.28050000000000003lf))) + (distance(outerProduct(dvec3(1.6699999999999999lf, 0.66000000000000003lf, 1.8700000000000001lf), dvec4(0.80000000000000004lf, -0.14999999999999999lf, -0.51000000000000001lf, 0.0lf))[2], dvec3(-0.85170000000000001lf, -0.33660000000000001lf, -0.9537000000000001lf)) * distance(outerProduct(dvec3(1.6699999999999999lf, 0.66000000000000003lf, 1.8700000000000001lf), dvec4(0.80000000000000004lf, -0.14999999999999999lf, -0.51000000000000001lf, 0.0lf))[2], dvec3(-0.85170000000000001lf, -0.33660000000000001lf, -0.9537000000000001lf))) + (distance(outerProduct(dvec3(1.6699999999999999lf, 0.66000000000000003lf, 1.8700000000000001lf), dvec4(0.80000000000000004lf, -0.14999999999999999lf, -0.51000000000000001lf, 0.0lf))[3], dvec3(0.0lf, 0.0lf, 0.0lf)) * distance(outerProduct(dvec3(1.6699999999999999lf, 0.66000000000000003lf, 1.8700000000000001lf), dvec4(0.80000000000000004lf, -0.14999999999999999lf, -0.51000000000000001lf, 0.0lf))[3], dvec3(0.0lf, 0.0lf, 0.0lf))) <= 6.2011636400000023e-10lf ? 1 : -1] array3;
  gl_FragColor = dvec4(array0.length() + array1.length() + array2.length() + array3.length());
}

Failed to compile fragment shader /Users/vlee/workspace/piglit/generated_tests/spec/glsl-4.00/compiler/built-in-functions/outerProduct-dvec3-dvec4.frag: ERROR: 0:20: Use of undeclared identifier 'gl_FragColor'

PIGLIT_SOURCE_DIR="/Users/vlee/workspace/piglit" PIGLIT_PLATFORM="mixed_glx_egl"