Digital Joystick

So I need help making this digital joystick for a project. The idea is that when unused, it resets to the center of the screen, and will use a potientiometer joystick to get the data to process. Since I am a complete noob at coding, I got ai to do it, and it always drifts to the bottom right, and dosen't reset to the center of the screen. Here is the said ai code:

#include <Mouse.h>

// Define the analog pins for the joystick
const int xPin = A0;
const int yPin = A1;

// Define a deadzone threshold to ignore minor fluctuations at rest.
const int deadZone = 20;  // Adjust as needed

void setup() {
  // Begin mouse control (this enables USB mouse emulation)
  Mouse.begin();

  // Set the joystick pins as inputs.
  pinMode(xPin, INPUT);
  pinMode(yPin, INPUT);
}

void loop() {
  // Read the analog values for both axes.
  int xReading = analogRead(xPin);
  int yReading = analogRead(yPin);

  // Calculate the deviation from an assumed center value of 512.
  int xDeviation = xReading - 512;
  int yDeviation = yReading - 512;

  // Check if the deviation is significant (outside the deadzone).
  if (abs(xDeviation) > deadZone || abs(yDeviation) > deadZone) {
    // Map the deviation to a relative mouse movement.
    // The values -10 to 10 determine the speed/sensitivity.
    int moveX = map(xDeviation, -512, 511, -10, 10);
    int moveY = map(yDeviation, -512, 511, -10, 10);

    // Move the mouse pointer relative to its current position.
    Mouse.move(moveX, moveY);
  }

  // A short delay to stabilize the update rate.
  delay(10);
}

#include <Mouse.h>

// Define the analog pins for the joystick
const int xPin = A0;
const int yPin = A1;

// Define a deadzone threshold to ignore minor fluctuations at rest.
const int deadZone = 20;  // Adjust as needed

void setup() {
  // Begin mouse control (this enables USB mouse emulation)
  Mouse.begin();

  // Set the joystick pins as inputs.
  pinMode(xPin, INPUT);
  pinMode(yPin, INPUT);
}

void loop() {
  // Read the analog values for both axes.
  int xReading = analogRead(xPin);
  int yReading = analogRead(yPin);

  // Calculate the deviation from an assumed center value of 512.
  int xDeviation = xReading - 512;
  int yDeviation = yReading - 512;

  // Check if the deviation is significant (outside the deadzone).
  if (abs(xDeviation) > deadZone || abs(yDeviation) > deadZone) {
    // Map the deviation to a relative mouse movement.
    // The values -10 to 10 determine the speed/sensitivity.
    int moveX = map(xDeviation, -512, 511, -10, 10);
    int moveY = map(yDeviation, -512, 511, -10, 10);

    // Move the mouse pointer relative to its current position.
    Mouse.move(moveX, moveY);
  }

  // A short delay to stabilize the update rate.
  delay(10);
}

#include <Mouse.h>

// Define the analog pins for the joystick
const int xPin = A0;
const int yPin = A1;

// Define a deadzone threshold to ignore minor fluctuations at rest.
const int deadZone = 20;  // Adjust as needed

void setup() {
  // Begin mouse control (this enables USB mouse emulation)
  Mouse.begin();

  // Set the joystick pins as inputs.
  pinMode(xPin, INPUT);
  pinMode(yPin, INPUT);
}

void loop() {
  // Read the analog values for both axes.
  int xReading = analogRead(xPin);
  int yReading = analogRead(yPin);

  // Calculate the deviation from an assumed center value of 512.
  int xDeviation = xReading - 512;
  int yDeviation = yReading - 512;

  // Check if the deviation is significant (outside the deadzone).
  if (abs(xDeviation) > deadZone || abs(yDeviation) > deadZone) {
    // Map the deviation to a relative mouse movement.
    // The values -10 to 10 determine the speed/sensitivity.
    int moveX = map(xDeviation, -512, 511, -10, 10);
    int moveY = map(yDeviation, -512, 511, -10, 10);

    // Move the mouse pointer relative to its current position.
    Mouse.move(moveX, moveY);
  }

  // A short delay to stabilize the update rate.
  delay(10);
}

#include <Mouse.h>

// Define the analog pins for the joystick
const int xPin = A0;
const int yPin = A1;

// Define a deadzone threshold to ignore minor fluctuations at rest.
const int deadZone = 20;  // Adjust as needed

void setup() {
  // Begin mouse control (this enables USB mouse emulation)
  Mouse.begin();

  // Set the joystick pins as inputs.
  pinMode(xPin, INPUT);
  pinMode(yPin, INPUT);
}

void loop() {
  // Read the analog values for both axes.
  int xReading = analogRead(xPin);
  int yReading = analogRead(yPin);

  // Calculate the deviation from an assumed center value of 512.
  int xDeviation = xReading - 512;
  int yDeviation = yReading - 512;

  // Check if the deviation is significant (outside the deadzone).
  if (abs(xDeviation) > deadZone || abs(yDeviation) > deadZone) {
    // Map the deviation to a relative mouse movement.
    // The values -10 to 10 determine the speed/sensitivity.
    int moveX = map(xDeviation, -512, 511, -10, 10);
    int moveY = map(yDeviation, -512, 511, -10, 10);

    // Move the mouse pointer relative to its current position.
    Mouse.move(moveX, moveY);
  }

  // A short delay to stabilize the update rate.
  delay(10);
}

Digital Joystick

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