89             m.setScaleX(std::ldexp(1 + rand->nextF(), i));  in for_random_matrices()
92             m.setScaleY(std::ldexp(1 + rand->nextF(), j));  in for_random_matrices()
95             m.setScaleX(std::ldexp(1 + rand->nextF(), i));  in for_random_matrices()
96             m.setSkewX(std::ldexp(1 + rand->nextF(), (j + i) / 2));  in for_random_matrices()
97             m.setSkewY(std::ldexp(1 + rand->nextF(), (j + i) / 2));  in for_random_matrices()
98             m.setScaleY(std::ldexp(1 + rand->nextF(), j));  in for_random_matrices()
111             pts[j].set(std::ldexp(1 + rand->nextF(), i), std::ldexp(1 + rand->nextF(), i));  in for_random_beziers()
197         float epsilon = std::ldexp(SK_ScalarNearlyZero, level * 2);  in DEF_TEST()
205             float x = std::ldexp(1, level * 2) / k;  in DEF_TEST()
224             float x = std::ldexp(1, level * 2) / k;  in DEF_TEST()
451         const float w = std::ldexp(1 + rand.nextF(), i);  in DEF_TEST()
484         const float w = std::ldexp(1 + rand.nextF(), i);  in DEF_TEST()
509         const float w = std::ldexp(1 + rand.nextF(), i);  in DEF_TEST()