Increasing variance range

[Flyers1987]

Looking to increase the X axis variance. It is currently -100 to 100 I would like to increase into the thousands if possible

Code: Select all

 
/* The Golf Club 2019
 
 
v1.2
Added X_VARIANCE. Maximum amount X axis will vary (+-)
 
 
 
v1.1
Chip - LT/L2 + A/Cross
Swing Strenth - Hold A/Cross then Up/Down (+- 5 each tap) TRACE_4 shows max backswing value
------------------------------------------------------------------------------------------
v1.0
***IF YOU USE LEFT STICK TO SWING SET SWING_STICK = LEFT;***
 
To use Random Delay Times at Top of The Swing set RANDOM_DELAY_TOP = TRUE
 
Full Swing - HOLD LT/L2 then tap RT/R2
 
Smooth Follow Through on Putt - Pull swing stick back untill putter head is at desired location then tap
either LT/L2 or RT/R2
**///--Change to LEFT for Left Stick Swing
//--Change to FALSE to Use a Random Delay Time
//--Maximum Amount X will Vary (+-) During Swing
//--------------------------------------------------
//--swing strength
//--swing
//--chip
//--putt smooth follow through
//--------------------------------------------------------------
//--Swing
//--new RX every 50 ms
//--------------------------------------------------------------
//--PUTT
//--------------------------------------------------------------
//--SCROLL VALS
 
 
define RIGHT = 10;
define LEFT = 12;
define SWING_STICK = RIGHT;
define RANDOM_DELAY_TOP = TRUE;
define X_VARIANCE = 15;
define BACK_SWING_LOWER = 10;
define BACK_SWING_UPPER = 20;
define DOWN_SWING_LOWER = 30;
define DOWN_SWING_UPPER = 40;
define DELAY_TOP_LOWER = 700;
define DELAY_TOP_UPPER = 800;
 
int SP[12];
 
int rnd_back, back_val;
int rnd_down, down_val;
int rnd_delay, delay;
int rnd_x, rx_val, rx_count;
int ry_val, back_max_val;
int swing, set, swing_y, swing_x, back, down;
int putt, putt_val, idx;
int b;
int bb; 
int bb_array[3];
init{
  SP[0] = 100;
  SP[1] =  95;
  SP[2] =  90;
  SP[3] =   85;
  SP[4] =   80;
  SP[5] =   75;
  SP[6] = 0;
  SP[7] =  12;
  SP[8] =   14;
  SP[9] =   16;
  SP[10] =   18; 
  SP[11] =  20;
  swing_y = SWING_STICK;
  swing_x = SWING_STICK - 1;
  back_max_val = 100;
}
 
 
main {
  set_val(30, back_val);
  set_val(31, down_val);
  set_val(32, delay / 10);
  set_val(33, back_max_val);
  set_val(34, rx_val);
  if (get_val(XB1_A) && event_press(XB1_DOWN)) back_max_val = back_max_val - 5;
  if (get_val(XB1_A) && event_press(XB1_UP)) {
    back_max_val =  back_max_val+5;
    if (back_max_val > 100) back_max_val = 100;
  }
  if (get_val(XB1_LT) && event_press(XB1_RT)) {
    swing = TRUE;
    set = FALSE;
    if (!RANDOM_DELAY_TOP) delay = 750;
  }
  if (get_val(XB1_LT) && event_press(XB1_A)) {
    swing = TRUE;
    set = FALSE;
    delay = 900;
  }
  if (get_val(swing_y) > 20 && event_press(XB1_LT)) {
    putt = TRUE;
    ry_val = get_val(swing_y);
    if (ry_val < 30) putt_val = 5;
    if (ry_val > 30 && ry_val < 70) putt_val = 10;
    if (ry_val > 70) putt_val = 20;
  }
  if (swing) {
    if (!set) {
      combo_run(c_SET);
    }
    else {
      if (back) {
        ry_val = ry_val +back_val;
        if (ry_val > back_max_val) {
          ry_val = back_max_val;
          back = FALSE;
          combo_run(c_DELAY_TOP);
        }
      }
      if (down) {
        ry_val =ry_val- down_val;
        if (ry_val <- 100) {
          ry_val = -100;
          down = FALSE;
          swing = FALSE;
          back_max_val = 100;
        }
      }
      rx_count = rx_count+ 1;
      if (rx_count == 5) {
        rx_val = rnd_x;
        rx_count = 0;
      }
      set_val(swing_y, ry_val);
      set_val(swing_x, rx_val);
    }
  }
  if (putt) {
    ry_val = ry_val-putt_val;
    if (ry_val <= - 100) {
      ry_val =- 100;
      putt = FALSE;
    }
    set_val(swing_y, ry_val);
  }
  rnd_back =rnd_back +1;
  rnd_down =rnd_down+1;
  rnd_x = rnd_x+1;
  rnd_delay =rnd_delay +10;
  if (rnd_back > BACK_SWING_UPPER) rnd_back = BACK_SWING_LOWER;
  if (rnd_down > DOWN_SWING_UPPER) rnd_down = DOWN_SWING_LOWER;
  if (rnd_x > X_VARIANCE) rnd_x = inv(X_VARIANCE);
  if (rnd_delay > DELAY_TOP_UPPER) rnd_delay = DELAY_TOP_LOWER;
}
 
 
combo c_SET {
  wait(1000);
  rx_val = rnd_x;
  back_val = rnd_back;
  down_val = rnd_down;
  if (RANDOM_DELAY_TOP) delay = rnd_delay;
  set = TRUE;
  back = TRUE;
}
 
combo c_DELAY_TOP {
  wait(delay);
  down = TRUE;
}
 

[DontAtMe]

This is not possible with the Titan one, as the output values are stored as 8 bit integers.

I would consider the Titan Two, Its able to store numbers well above a thousand.
You can even store numbers as decimals. (0.00015).

[Flyers1987]

Thanks bro

[Flyers1987]

This is not possible with the Titan one, as the output values are stored as 8 bit integers.

I would consider the Titan Two, Its able to store numbers well above a thousand.
You can even store numbers as decimals. (0.00015).

So if I set a range of -7 to 7 it would do everything in between including decimal points?

[DontAtMe]

With the Titan Two yes,

[Flyers1987]

What do I have to change the script to work for the Titan 2 I've already ordered it from Amazon I just got to get my ducks in order

[Flyers1987]

I can't download the g tuner for Titan 2 do I need to cancel my purchase

[DontAtMe]

Not sure what you mean, Are you getting an error ?
Titan Two uses Gtuner IV.

It runs on Windows and Mac, if you were able to use Gtuner Pro then there should be no issue running Gtuner IV.

[Flyers1987]

I use CR0NUSMAX now but I'm looking to switch over if you can use decimal points because it will work much better for the golf club 2019 on the swing variance on the x-axis

[Flyers1987]

I want to make sure that this script is going to work on the Titan 2 and will include decimal points as it sits? Please tell me that's true