traffic-scene-renderer 1.1

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Traffic scene renderer

This traffic scene renderer enables drawing top-view overviews of traffic constellations. This drawings can be printed on screen using matplotlib and exported to images or tikz files that can be rendered with LaTeX to create vector-based drawings of the traffic scenes.

Installation

Installation can be done using pip. Simply run

pip install traffic-scene-renderer

Usage

Development

Yes, you can help! Follow the steps below to contribute to this package:

1. Download the git repository, e.g., using git clone [e-mail]:ErwindeGelder/TrafficSceneRenderer.git
2. Create a virtual environment, e.g., using python -m venv venv
3. Activate the virtual environment (e.g., on Windows, venv\Scripts\activate.bat)
4. Install the necessary libraries using pip install -e .[dev]
5. The main branch is protected, meaning that you cannot directly push changes to this branch. Therefore, if you want to make changes, do so in a seperate branch. For example, you can create a new branch using git checkout -b feature/my_awesome_new_feature.
6. Before pushing changes, ensure that the code adheres to the linting rules and that the tests are successful. To run the linting and testing, tox first needs to know where it can find the different Python versions that are supported. One way to do so is by making use of pyenv or pyenv-win. Note that you only need to do this once for a single machine.
7. Run tox run -e lint. If issues arise, fix them. You can do the linting commands manually using:
   1. ruff format . --check (remove the --check flag to let ruff do the formatting)
   2. ruff check .
   3. mypy .
8. Run tox run -f test
9. Check if the tests covered everything using the coverage report in /reports/coverage_html/index.html
10. Push changes to GitHub. If everything is OK and you want to merge your changes to the main branch, create a pull request. Ideally, there is at least one reviewer who reviews the pull request before the merge.