This repository contains Python code to convert any image into an artistic mosaic representation. It is based on previous work from yobeatz.
Original Image | Generated Mosaic |
---|---|
The project uses the following steps to convert an image into a mosaic:
- Read and process and image.
- Extract the edges of the image using AI or classical edge extraction methods.
- Derive guidelines to place polygons that will serve as the tiles of the mosaic.
- Apply color for each tile based on the original image.
- Plot and save the mosaic.
- Get the code. You can clone the repository by opening a terminal in your desired folder and using:
Alternatively, you can download a zip file with the contents of this repository with this link. Unzip the file in your desired folder.
git clone https://github.com/JavierCoronel/mosaic_generator.git
- Install the requirements: You will need Python 3.10. Install the required packages by opening a terminal in the mosaic_generator folder, then use:
pip install -r requirements.txt
To generate a mosaic have a look at the following steps:
- Create your configuration parameters. You should prepare a configuration file that lists the parameters you want to use for creating a mosaic. Check out the configuration parameters to understand and select the values that suit your specific requirements.
- Run the code to generate the mosaic: In a terminal window, execute the main script as follows:
python main.py --config-name=config_name
- Inspect your mosaic: In the output folder you specified, you will find a subfolder named with the date of code execution. This allows for running the code multiple times with different parameters for a same image. Inside each folder you will find the following files:
- The mosaic saved as an image.
- The YAML file with the parameters you used for this mosaic.
- A log file capturing all the information during code execution.
Contributions are welcome! If you find a bug or have an idea for a new feature, please open an issue or submit a pull request.
This project is licensed under the MIT License.