T2_Romka

#define          sn 7.0 // Change deadzone value
#define          ar 16.0 // Change anti-recoil value
#define RecoilDelay 20 // delay in ms
 #define float  fix32

// Rapidfire values
#define RF_HOLD    40
#define RF_RELEASE 90
#define RY get_actual(22)
#define RX get_actual(21)
 bool rapidfire;

init {
  led(255,0,0);
}
main {
  if (get_actual(4) && is_active(7) && time_active(4) >= RecoilDelay) AntiRecoil(ar);
}

void AntiRecoil (fix32 recoil) {
  if (abs(get_actual(STICK_1_X)) < sn) set_val(STICK_1_X, 0.0);
  if (abs(get_actual(STICK_1_Y)) < sn) set_val(STICK_1_Y, 0.0);
  fix32 modifiedRY;

  fix32 trueRY = (sqrt(RY*RY+RX*RX)-sn)/sqrt(RY*RY+RX*RX)*RY;
  fix32 trueRX = (sqrt(RY*RY+RX*RX)-sn)/sqrt(RY*RY+RX*RX)*RX;

  if (RY > 0.0) modifiedRY = (100.0-sn-recoil)/(100.0-sn)*trueRY + recoil;
  if (RY < 0.0) modifiedRY = (100.0-sn+recoil)/(100.0-sn)*trueRY + recoil;

  fix32 altradius = sqrt(trueRX*trueRX + modifiedRY*modifiedRY);

  fix32 finalRX = trueRX * (altradius + sn)/altradius;
  fix32 finalRY = modifiedRY * (altradius + sn)/altradius;

  if (RX*RX+RY*RY <= sn*sn) set_val(22,(sn+recoil));

  if (RX*RX+RY*RY > sn*sn) {
    set_val(22,clamp(finalRY, -100f, 100f));
    set_val(21,clamp(finalRX, -100f, 100f));
  }
}
bool run_flag;

main
{

}

combo run
{
    set_val(BUTTON_9, 0.0);
    wait(200);
    set_val(BUTTON_9, 100.0);
    wait(400);
    set_val(BUTTON_9, 0.0);
}
 bool toggle;

main {
  // ADS + DPAD UP to toggle rapidfire
  if (is_active(7) && event_active(9)) {
    rapidfire = !rapidfire;
    if(rapidfire) led(0,255,0);
    else led(255,0,0);
  }

 if(get_actual(4) && rapidfire) combo_run(RapidFire);

}

combo RapidFire {
  set_val(4, 100);
  wait(RF_HOLD);
  set_val(4, 0);
  wait(RF_RELEASE);
}
void led(int8 r, int8 g, int8 b) {
  led_set(LED_1, (fix32)b, 0);
  led_set(LED_2, (fix32)r, 0);
  led_set(LED_3, (fix32)g, 0);
  return;
}