Python TFT Auto Battler Bot

Note

While this bot has served it's purpose, with the release of Vanguard it no longer makes sense and is actually a liability against any accounts it's run by, even when only run as source code.

As such, a few bot writters have joined forces to develop a new bot, that should be immune to most of the detection methods they employ thanks to it targetting TFT Mobile.

Please see Alune to continue your TFT botting needs!

While this bot should continue to work for the time being, it is unsafe and not recommended.

To everyone who has supported / followed this bot, I really apprecaite you and hope to see you in Alune!

This is an auto TFT bot, with some decent logic built in.

Some features of this bot:

Customizable through a config file
Keyboard shortcuts use the keyboard package, which allows it to listen globally (so you don't need to have the console selected in the foreground for this to take effect)
- Ability to pause/resume the bot using alt+p
- Ability to not re-queue the bot for a new game using alt+n
Does not surrender games early, by default, allowing it to play out most games, which at the ELO your bot will end up at means there's a decent chance you end up in top 4
- If you're using this for event pass grinding, it will increase your odds of being top 4 which increases the points earned per minute played (faster pass progression)
Draft stage pathing (does not just walk to one point, will walk counter-clockwise to try to ensure it picks up a champ)
Two gold-based decision-making systems, a default one (requires no dependency) and a higher-effort one (requires additional dependency).
Automatically detects your League install location from the Windows registry.
- This means the bot is able to freely start and restart your league client, should any issues arise, no matter where you installed it.

How stable is this you might ask? I recorded this screenshot after a couple days if it running straight, and the battlepass XP matches 😜

Usage / Settings

Adding the (-f or --ffearly) argument will make it forfeit at the first opportunity
Adding the (-v or --verbose) argument will enable more verbose debug logging
- This toggles whether the verbose logging should log to console / window. Verbose logging will always log to the log file.
You can use the config file below to "save" these settings

Optional: Install Tesseract-OCR & Enable economic decision-making

By default, or if we could not find tesseract on your system, the bot will use a straight-forward logic of constantly leveling, rolling and buying units. To change this, we support economic decision-making backed by reading the accurate value of your gold from your screen. However, this requires Tesseract-OCR to be installed, which you can download a pre-built Windows installer for here. For this bots purpose, you can deselect everything in the components to install to only install the bare minimum.

After you have downloaded and installed Tesseract-OCR, set mode under economy to ocr_standard in the config.yaml.

The bot will (at its next start-up) attempt to detect where Tesseract is installed.

If that does not work, please manually override it in the config.yaml.

Configuration

If you want to use frequent settings / "set it and forget it", you can do so by editing the config.yaml file in the data folder (exe: %APPDATA%\TFT Bot, python/source: .\output\). If you don't see the file or folder, start the bot once, and it should be created.
You can set the following settings:

Level of information displayed to you
Forfeiting early
Overriding the assumed League Of Legends installation path
Traits the bot should look for and how they should be bought
Timeouts the bot waits for throughout its various loop logic parts

The settings are explained in more detail in the file itself.

The priority for configuration is as follows:

CLI Arguments - Anything passed directly in the command-line takes the highest priority
Configuration - Anything set in the configuration file
Fallback default - Default values the developers deemed sensible

Installation (for source):

Install Python 3.11 from here, or the Windows Store
Navigate to your install directory using cd and set up your virtual environment using:

python3 -m pip install --user virtualenv
python3 -m venv envw

Activate the virtual environment any time you wish to run the bot by using .\envw\Scripts\activate in your terminal, which should then show (envw) to the left of the line ((envw) C:\tft-bot for example)
In the virtual environment, install the package dependencies by running pip install -r requirements.txt in Command Prompt
In the virtual environment, start the bot by running python tft.py in Command Prompt
Follow the instructions in your terminal window! Get into a TFT lobby, have the created window visible on your screen, and press 'OK' to start the bot!

Note: The data folder is ./output when running the python script directly.

Troubleshooting:

Common Issues:

The bot is configured to work with in-game resolution 1920x1080, and League client resolution 1280x720. (Also Windows scaling 100%) You can switch this up though, just re-capture the images in the captures folder, but support will become more difficult!
Make sure you have any overlays over the normal League game window disabled.

If running from source:

If these steps don't work, try running the file with python "tft.py" instead (For Windows Store/MacOS/Linux users especially) Likewise, try pip3 instead of pip for installing requirements.
If pip doesn't seem to exist, try installing it here. Essentially 'save as' from here, then run py get-pip.py and try to use pip again
If you're having issues with Python not working properly, please make sure you have the correct version installed, and have done a pip install -r requirements.txt prior to running.

If your issue isn't listed here, please create an issue, including the log file located at
%APPDATA%\TFT Bot\tft-bot-debug-TIMESTAMP.log (running from release/executable) or
output\tft-bot-debug-TIMESTAMP.log (running from Python),
and any relevant screenshots or information that may help speed up resolving your issue.

Info / Why I forked it

I've fairly heavily forked this from what it originally was, but if you'd like to see the original, I'm not claiming to have made this from scratch:

https://github.com/Detergent13

I decided to fork this after being frustrated with the lack of updates and/or features, and the delay it would take in getting PRs merged even if the work is done by the community. I had been using this modified script for a while now, but realized I may as well formally fork & upload it since it's been fairly stable.

To be clear I don't blame Detergent13 at all, I just have different feelings about what belongs in the bot / envisions for what this could become.

For example:

I've completely removed the event-bubble style that the code was previously written to utilize, and instead uses an event-loop style system (which is much cleaner and less prone to breaking IMO)
- One major benefit of this change, is that the bot can now start mid-game and will resume when it finds the first recognizable marker
Update some of the logic to be based on the executable running, since there's no point attempting them if the game isn't open
Introduce "constants" style paths, allowing cleaner re-use of image/file locations
Added gold logic from this pr which was stale/stuck

On that note, if anyone has any suggestions / features they would like to see, please feel free to suggest in an issue, or by submitting your own PR to this!

Contributing

Please follow the steps in Installation (for source) first.

After you have installed the project locally and have made (and tested) your changes, please make sure that your changes are formatted correctly.

To do so, you can either permanently install a hook that runs before all of your commits with pre-commit install, or run it once with pre-commit run --all-files.

When opening a PR, please describe your changes and why you made them.

Kyrluckechuck / TFT-Bot