A python package for accessing F1 historical timing data and telemetry.
It is recommended to install FastF1 using pip:
pip install fastf1
Note that Python 3.8 is required.
Alternatively, a wheel or a source distribution can be downloaded from the Github releases page or from Pypi.
The documentation can be found
It provides in depth information about the functionality that is available in
FastF1 as well as some examples.
There are also some great articles and examples written by other people. They provide a nice overview about what you can do with FastF1 and might help you to get started.
Accessing Formula-1 Race's historical data using Python (medium.com) <https://pandeyparul.medium.com/accessing-formula-1-races-historical-data-using-python-b7c80e544f50>_
Formula 1 Data Analysis Tutorial - 2021 Russian GP: "To Box, or Not to Box?" (medium.com) <https://medium.com/@jaspervhat/formula-1-data-analysis-tutorial-2021-russian-gp-to-box-or-not-to-box-da6399bd4a39>_
How I Analyze Formula 1 Data With Python: 2021 Italian GP (medium.com) <https://medium.com/@jaspervhat/how-i-analyze-formula-1-data-with-python-2021-italian-gp-dfb11db4b73>_
Creating a simple analysis is not very difficult, especially if you are already familiar with pandas and numpy.
Suppose that we want to analyse the race pace of Leclerc compared to Hamilton from the Bahrain GP (weekend number 2) of 2019.
.. code:: python
import fastf1 as ff1 from fastf1 import plotting from matplotlib import pyplot as plt plotting.setup_mpl() ff1.Cache.enable_cache('path/to/folder/for/cache') # optional but recommended race = ff1.get_session(2020, 'Turkish Grand Prix', 'R') laps = race.load_laps() lec = laps.pick_driver('LEC') ham = laps.pick_driver('HAM')
Once the session is loaded, and drivers are selected, you can plot the information.
fastf1.plotting provides some special axis formatting and data type conversion. This is required
for generating a correct plot.
It is not necessary to enable the usage of a cache but it is recommended. Simply provide the path to some empty folder on your system.
.. code:: python
fig, ax = plt.subplots() ax.plot(lec['LapNumber'], lec['LapTime'], color='red') ax.plot(ham['LapNumber'], ham['LapTime'], color='cyan') ax.set_title("LEC vs HAM") ax.set_xlabel("Lap Number") ax.set_ylabel("Lap Time") plt.show()
.. image:: docs/_static/readme.svg :target: docs/_static/readme.svg
For more information, check the documentation
Timing data, car telemetry and position data is available for the 2018 to 2021 seasons.
Very basic weekend information is available for older seasons (limited to
Ergast web api <http://ergast.com/mrd/>_).
FastF1 uses data from F1's live timing service.
Data can be downloaded after a session. Alternatively, the actual live timing data can be recorded and the recording can be used as a data source.
Usually it is not necessary to record the live timing data. But there have been server issues in the past which resulted in the data being unavailable for download. Therefore, you only need to record live timing data if you want to benefit from the extra redundancy.
Please report bugs if (when) you find them. Feel free to report complaints about unclear documentation too.
This is a rather loose roadmap with no fixed timeline whatsoever.
Contributions are welcome of course. If you are interested in contributing, open an issue for the proposed feature or issue you would like to work on. This way we can coordinate so that no unnecessary work is done.
Working directly on the core and api code will require some time to understand. Creating nice default plots on the other hand does not required as deep of an understanding of the code and is therefore easier to accomplish. Pick whatever you like to do.
Also, the documentation needs an examples section. You can provide some snippets of your code as examples for others, to help them get started easier.