1 complex_t!float c1 = cpx(1.0f); 2 assert(c1.re == 1); 3 assert(c1.im == 0); 4 5 complex_t!float c2 = cpx(1.0f, 1.0f); 6 assert(c2.re == 1); 7 assert(c2.im == 1); 8 9 complex_t!float c3 = cpx(1.0f + 1.0fi); 10 assert(c2.re == 1); 11 assert(c2.im == 1); 12 13 cfloat c4 = cpx!std_complex_t(1.0f); 14 assert(c4.re == 1); 15 assert(c4.im == 0); 16 17 cfloat c5 = cpx!std_complex_t(1.0f, 1.0f); 18 assert(c5.re == 1); 19 assert(c5.im == 1); 20 21 cfloat c6 = cpx!std_complex_t(1.0f + 1.0fi); 22 assert(c6.re == 1); 23 assert(c6.im == 1);