pasanlaksitha / google-santatracker-gamebot

I coded a simple script from multiple ways to gain a score in the Google Christmas Easter Egg Game(Santa Tracker). This website has a collection of games to play, and this script is for a game called Wrap Battle. https://santatracker.google.com/intl/en/wrapbattle.html

Google Santa Tracker Bot Documentation

👇 Game you need to beat Highscore
https://santatracker.google.com/intl/en/wrapbattle.html

Introduction

This documentation provides information on how to use and understand the Google Santa Tracker Bot. The bot is designed to play the Google Santa Tracker game by automatically navigating through the game's interface using pixel colour detection and simulated keyboard inputs.

Dependencies

• Python 3.x
• PyAutoGUI library
• Keyboard Library

Install the required dependencies using the following commands:

pip install pyautogui
pip install keyboard

Getting started

1. Clone the Repository

Clone the Google Santa Tracker Bot repository to your local machine:

git clone https://github.com/your-username/google-santa-tracker-bot.git
cd google-santa-tracker-bot

2. Adjust Screen Coordinates

Open the santa_tracker_bot.py file in a text editor and update the screen coordinates to match your screen configuration. Modify the values of c1, c2, c3, and c4 based on the cells or circles in the Google Santa Tracker game on your screen.

3. Run the Bot

python color-identify.py

4. Quit the Bot

Press the q key on your keyboard to stop the bot.

Understanding the Code

Screen Coordinates

The screen coordinates (c1, c2, c3, c4) represent the positions of the cells or circles in the Google Santa Tracker game. These values need to be adjusted to match the layout on your screen.

Color Codes

• Grey: RGB(51, 51, 51)
• Black: RGB(0, 0, 0)

Pixel Color Detection

The line pyautogui.pixel(217, 534)[0] == 51 in the code is responsible for detecting the colour of a specific pixel on the screen. This is achieved using the pyautogui.pixel() function, which returns the RGB color values of the pixel at the specified coordinates.

217 and 534 are the X and Y coordinates, respectively, of the pixel being checked. [0] indicates that we are retrieving the red component of the RGB colour values, other arguments in this function are [1] and [2] which are Green and Blue respectively. The expression == 51 checks if the red component of the pixel colour is equal to 51.

The bot uses pixel colour detection to identify the game's current state based on the colour of specific pixels.

Main Loop

The main loop continuously checks the pixel colour at predefined locations. Depending on the colour detected, the bot sends corresponding keyboard inputs to navigate the Santa Tracker game.

Customization

Feel free to customize the bot according to your preferences or specific game variations. You can modify the pixel colours, screen coordinates, and keypress actions as needed.

Troubleshooting

If the bot is not working as expected, consider the following:

• Ensure that the screen coordinates are correctly set for your display.
• Check for any updates or changes in the Google Santa Tracker game that may affect pixel colour detection.

Extra

What is imagedetect.py

Well when I first started to write this program, I didn't notice that there is only one key comes in each row its not shuffling, so before I realised that, I tried a script to screenshot each arrow and identify them on the screen when they closed and pass the circle initiate the keypress i wrote only a half and give up script because its useless

Note

BUG!

When I was testing this game, I noticed that there was a problem with the game that is, when a key circle closes to the pressing zone the game doesn't concern if a wrong arrow key is pushed. If we push with the correct key, that means once we press all 4 keys at once each time a circle passes, we score a point.

so i coded a shorter program for this if you need you can configure it to initiate when color code is detected like color-identify.py below one is only a concept its works without coordination

import keyboard
while not keyboard.is_pressed('q'):
    for i in ['left','up','down','right']:
        keyboard.press_and_release(i)