T2 обновленный 21,07,2019

#pragma METAINFO("AntiRECOIL", 1, 0, "SHEERIFF")
#include <display.gph>

/* Special credits goes out to AryanX for a awesome anti-recoil script!*/
#define float  fix32
#define DISPLAY_TIME 500000000 // How long in ms to show on display

float recoil_1 = 42.0;
float recoil_2 = 25.0;

//Anti Recoil
bool bUseAntiRecoil      = TRUE;
float ARecoil_H_Standing =  0.0;// Change horizontal force add negative if needed.
float ARecoil_V_Standing = 25.0;//Change vertical pull force
uint16 ARecoilDelay      =   75;//Change delay after trigger is pulled to engage anti-recoil.

//Percent of anti ARecoil to always apply regardless of aim movement
float MinARecoilPercent = 30.0;

float StickNoise = 6.32;

main {
  // ADS+Dpad Up
  if (is_active(BUTTON_8) && event_active(BUTTON_10)) {
   if (ARecoil_V_Standing == recoil_1) {
        ARecoil_V_Standing = recoil_2;
        ARecoil_H_Standing = 0.0;
        ARecoilDelay = 75;
        MinARecoilPercent = 30.0;
        display_overlay(_2_|BOTTOM_DOT,DISPLAY_TIME);
    } else {
        ARecoil_V_Standing = recoil_1;
        ARecoil_H_Standing = 9.0;
        ARecoilDelay = 115;
        MinARecoilPercent = 45.0;
        display_overlay(_1_|BOTTOM_DOT,DISPLAY_TIME);
    }
 }

  //////////////////////////////////////////////////////////////////////////
    //Anti Recoil
    //////////////////////////////////////////////////////////////////////////
  if (bUseAntiRecoil)
    {

      if (get_actual(BUTTON_8) &&get_actual(BUTTON_5) && time_active(BUTTON_5) >= ARecoilDelay)
        {

          if (abs(get_actual(STICK_1_X)) < StickNoise) set_val(STICK_1_X, 0.0);
            if (abs(get_actual(STICK_1_Y)) < StickNoise) set_val(STICK_1_Y, 0.0);
            if (abs(get_actual(STICK_2_X)) < StickNoise) set_val(STICK_2_X, 0.0);
            if (abs(get_actual(STICK_2_Y)) < StickNoise) set_val(STICK_2_Y, 0.0);

        if (get_actual(BUTTON_8) && get_val(BUTTON_5))
        {
          AntiRecoil(STICK_1_X, ARecoil_H_Standing);
            AntiRecoil(STICK_1_Y, ARecoil_V_Standing);
        }
      }
  }
}

void AntiRecoil(uint8 AxisToApply, float ARecoilToApply)
{
    float CurrentX = get_val(STICK_1_X);
    float CurrentY = get_val(STICK_1_Y);
    float MinARecoilFactor = MinARecoilPercent / 100.0;
    float MinARecoilToApply = MinARecoilFactor * ARecoilToApply;
    //This sets the ARecoil to be dependent on both X and Y axis movement. With more emphasis on Y
    float MovementARecoilToApply = (1.0 - MinARecoilFactor) * ((ARecoilToApply * (100.0 - sqrt(CurrentX*CurrentX + CurrentY*CurrentY))) / (100.0 + abs(CurrentX) + (CurrentY*CurrentY*0.5)));
    set_val(AxisToApply, MinARecoilToApply + MovementARecoilToApply + get_val(AxisToApply));
}

bool run_flag;

main
{
    if(!get_actual(BUTTON_5) && !get_actual(BUTTON_8) && !run_flag &&
        get_val(STICK_2_Y) < -99.0 && time_active(STICK_2_Y) > 300) {
        run_flag = 1;
        combo_run(run);
    }else if(get_val(STICK_2_Y) > -99.0 && event_release(STICK_2_Y)) {
        run_flag = 0;
    }
}

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 {
    // VIEW + RT to toggle rapidfire
    if(get_val(BUTTON_2) && event_active(BUTTON_5)) {
        toggle = !toggle;
    }

    if(toggle) {
        if(get_val(BUTTON_5)) {
            combo_run(Rapidfire);
        }
    }


}

combo Rapidfire {
    set_val(BUTTON_5, 100.0);
    wait(28);
    set_val(BUTTON_5, 0.0);
    wait(16);
    set_val(BUTTON_5, 0.0);
}