int32_t r = 0;
const int32_t rnd(void) { return (r = r * 69069) >> 7; }

uint8_t k_i;
int32_t k_r[5];
int32_t *k_rt[16] = {k_r, k_r + 1, k_r, k_r + 2, k_r, k_r + 1, k_r, k_r + 3,
                     k_r, k_r + 1, k_r, k_r + 2, k_r, k_r + 1, k_r, k_r + 4};
int32_t rt0 = 0, rt1 = 0, rt2 = 0, rt3 = 0;
int32_t acc = 0;

for (uint8_t i = 0; i < 5; i++) {
  k_r[i] = 0;
}
r = GenerateRandomNumber();

acc -= rt0;
{ outlet_out[0] = rnd() + (acc += rt0 = rnd()); }
acc -= rt1;
{ outlet_out[1] = rnd() + (acc += rt1 = rnd()); }
acc -= rt0;
{ outlet_out[2] = rnd() + (acc += rt0 = rnd()); }
acc -= rt2;
{ outlet_out[3] = rnd() + (acc += rt2 = rnd()); }
acc -= rt0;
{ outlet_out[4] = rnd() + (acc += rt0 = rnd()); }
acc -= rt1;
{ outlet_out[5] = rnd() + (acc += rt1 = rnd()); }
acc -= rt0;
{ outlet_out[6] = rnd() + (acc += rt0 = rnd()); }
acc -= rt3;
{ outlet_out[7] = rnd() + (acc += rt3 = rnd()); }
acc -= rt0;
{ outlet_out[8] = rnd() + (acc += rt0 = rnd()); }
acc -= rt1;
{ outlet_out[9] = rnd() + (acc += rt1 = rnd()); }
acc -= rt0;
{ outlet_out[10] = rnd() + (acc += rt0 = rnd()); }
acc -= rt2;
{ outlet_out[11] = rnd() + (acc += rt2 = rnd()); }
acc -= rt0;
{ outlet_out[12] = rnd() + (acc += rt0 = rnd()); }
acc -= rt1;
{ outlet_out[13] = rnd() + (acc += rt1 = rnd()); }
acc -= rt0;
{ outlet_out[14] = rnd() + (acc += rt0 = rnd()); }
acc -= *k_rt[k_i];
outlet_out[15] = rnd() + (acc += *k_rt[k_i] = rnd());

k_i++;
k_i &= 15;

r ^= GenerateRandomNumber();