This repository contains a physical model for a flying disc. Using this code, one can simulate trajectories of discs with varying initial conditions, while also changing the underlying physical modlel. This is useful for analyzing the mechanics of a disc in terms of its design, as well as creating simulated throws for things like disc launchers or other helpful tools.
This is a pure Python rebuild of the old FrisPy code, which included a version of the integrator written in C for speed. To obtain a fast version of the modeling code, either roll back to an old version or check out the Frisbee_Simulator repository.
The preferred method of installation is with
anaconda
You can install all the requirements into a compatible environment called
frispy by running the following command:
conda env create -f environment.ymlYou can then install the package the usual way
python setup.py installYou can also use pip to install the requirements from the
requirements.txt file by running:
pip install -r requirements.txtThen follow this by using the setup.py file to install.
Verify your installation by running:
pytestPlease report any problems you encounter on the issues page. Thank you!
This can be run in a few different ways.
This can be build and run directly in google cloud run by forking the repo.
python3 -m pip install -r requirements.txt
python3 service/main.pyhttps://hub.docker.com/r/techdisc/frispy-flight-api runs on port localhost:8000