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README.md
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license: mit
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---
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license: mit
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---
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# Multiverse: The First AI Multiplayer World Model
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π₯οΈ [GitHub](https://github.com/EnigmaLabsAI/multiverse) π [Enigma-AI website](https://enigma-labs.io/) - π[Technical Blog](https://enigma-labs.io/blog) - [π€ Model on Huggingface](https://huggingface.co/Enigma-AI/multiverse) - [π€ Datasets on Huggingface](https://huggingface.co/datasets/Enigma-AI/multiplayer-racing-low-res) - π [Multiverse Tweet]()
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---
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## Installation
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```bash
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git clone https://github.com/EnigmaLabsAI/multiverse
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cd multiplayer-ai
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pip install -r requirements.txt
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```
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### Running the model
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```bash
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python src/play.py --compile
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```
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When running this command, you will be prompted with the controls. Press `enter` to start.
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Then the game will be start:
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* To control the silver car at the top screen use the arrow keys.
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* To control the blue car at the bottom use the WASD keys.
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---
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## Training
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Multiverse comprised two models:
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* Denoiser - a world model that simulates a game
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* Upsampler - a model which takes the frames from the denoiser and increases their resolution
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### Denoiser training
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#### 1. Download the dataset
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Download the Denoiser's training set from [π€ Huggingface](https://huggingface.co/datasets/Enigma-AI/multiplayer-racing-low-res).
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#### 2. Process data for training
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Run the command:
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```bash
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python src/process_denoiser_files.py <folder_with_dataset_files_from_step_one> <folder_to_store_processed_data>
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```
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#### 3. Edit training configuration
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Edit [config/env/racing.yaml](config/env/racing.yaml) and set:
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- `path_data_low_res` to `<folder_to_store_processed_data>/low_res`
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- `path_data_full_res` to `<folder_to_store_processed_data>/full_res`
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Edit [config/training.yaml](config/trainer.yaml) to train the `denoiser`:
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```yaml
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train_model: denoiser
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```
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#### 4. Launch training run
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You can then launch a training run with `python src/main.py`.
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### Upsampler training
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#### 1. Download the dataset
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Download the Upsampler's training set from [π€ Huggingface](https://huggingface.co/datasets/Enigma-AI/multiplayer-racing-full-res).
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#### 2. Process data for training
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Run the command:
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```bash
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python src/process_upsampler_files.py <folder_with_dataset_files_from_step_one> <folder_to_store_processed_data>
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```
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#### 3. Edit training configuration
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Edit [config/env/racing.yaml](config/env/racing.yaml) and set:
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- `path_data_low_res` to `<folder_to_store_processed_data>/low_res`
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- `path_data_full_res` to `<folder_to_store_processed_data>/full_res`
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Edit [config/training.yaml](config/trainer.yaml) to train the `denoiser`:
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```yaml
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train_model: upsampler
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```
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#### 4. Launch training run
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You can then launch a training run with `python src/main.py`.
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---
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## Datasets
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1. We've collected over 4 hours of multiplayer (1v1) footage from Gran Turismo 4 at a resolution of 48x64 (per players): [π€ Huggingface link](https://huggingface.co/datasets/Enigma-AI/multiplayer-racing-low-res).
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2. A sparse sampling of full resolution, cropped frames, are availabe in order to train the upsampler at a resolution of 350x530: [π€ Huggingface link](https://huggingface.co/datasets/Enigma-AI/multiplayer-racing-full-res).
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The datasets contain a variety of situations: acceleration, braking, overtakes, crashes, and expert driving for both players.
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You can read about the data collection mechanism [here](https://enigma-labs.io/blog)
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Note: The full resolution dataset is only for upsampler training and is not fit for world model training.
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---
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## Outside resources
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- DIAMOND - https://github.com/eloialonso/diamond
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- AI-MarioKart64 - https://github.com/Dere-Wah/AI-MarioKart64
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