OpenF1.Data
1.0.78
See the version list below for details.
dotnet add package OpenF1.Data --version 1.0.78
NuGet\Install-Package OpenF1.Data -Version 1.0.78
<PackageReference Include="OpenF1.Data" Version="1.0.78" />
paket add OpenF1.Data --version 1.0.78
#r "nuget: OpenF1.Data, 1.0.78"
// Install OpenF1.Data as a Cake Addin #addin nuget:?package=OpenF1.Data&version=1.0.78 // Install OpenF1.Data as a Cake Tool #tool nuget:?package=OpenF1.Data&version=1.0.78
open-f1
open-f1 is a open source F1 Live Timing client.
openf1-console
is a TUI application which uses OpenF1.Data
to show a Live Timing screen during sessions, and records the data for future session replays.
The OpenF1.Data
library is provided to facilitate connectivity with the F1 Live Timing data stream, and handle all the processing of the incoming data. It also allows for "simulated" streams, where previously recorded data streams can be played back to allow for easy development/testing.
Feature Highlights:
- Timing Tower showing for each driver:
- Live sector times, with colouring for personal/overall fastest
- Last & Best Lap
- Current tyre
- Age of current tyre
- Interval to driver in front
- Gap to leader
- Gap between a selected driver and all other drivers (useful for monitoring pit windows)
- Race Control messages including investigations, penalties, lap deletions, and weather
- Lap-by-lap Timing History to observe gaps over time
Table of Contents
- Inspiration
- Getting Started with
openf1-console
- Configuration
- Live Timing Data Source
- Data Recording and Replay
- OpenF1 Console in Action
- Notice
Inspiration
This project is heavily inspired by the FastF1 project by theOehrly. They did a lot of the work understanding the SignalR stream coming from the F1 Live Timing service. Visit their project if you'd like to do any sort of data analysis on past F1 events, or gather live timing data using their module.
Getting Started with openf1-console
Installation
Install and run as a dotnet tool
openf1-console
is available as a dotnet
tool from NuGet, which means it can be installed system-wide simply by running:
# Install globally using the -g flag
dotnet tool install -g openf1-console
# Assuming the dotnet tools directory is on your path, simply execute openf1-console
openf1-console
This method is recommended as it is easy to keep the app updated using dotnet tool update -g openf1-console
.
Install and run the standalone executable
Standalone executables are attached to each GitHub release. Download the executable for your system OS/architecture and simply run it directly
# Download the latest executable (in this case for macos-arm64)
curl https://github.com/BrownKnight/open-f1/releases/latest/download/openf1-console-macos-arm64 -o ./openf1-console -L
# On MacOS, you'll likely need to sign the executable as otherwise it'll be blocked.
# WARNING: If you don't understand why this needs to be done, you probably shouldn't do this and instead use the NuGet based installation method above.
# Signing the executable yourself removes any integrity checks that signing usually provides.
codesign -s - ./openf1-console
# Execute openf1-console to start the TUI
./openf1-console
Run directly from Source
# Checkout the git repository
git clone git@github.com:BrownKnight/open-f1.git
# Run the console project with `dotnet run`
dotnet run --project OpenF1.Console/OpenF1.Console.csproj
Start Timing for a Live Session
- Start
openf1-console
as described above - Navigate to the <kbd>S</kbd>
Session
Screen - Start a Live Session with the <kbd>L</kbd>
Start Live Session
action. - Press <kbd>Esc</kbd> to return to the main screen
- Switch to the Timing Tower screen with the <kbd>O</kbd>
Timing Tower
action
During the session, streamed timing data will be written to ~/open-f1/data/<session-name>
. This will allow for future replays of this recorded data.
Start Timing for a Pre-recorded Session
Data for pre-recorded sessions should be stored in the ~/open-f1/data/<session-name>
directory. Sample data can be found in this repos Sample Data folder. To use this sample data, copy one of the folders to ~/open-f1/data
and then it will be visible in step 4 below.
- Start
openf1-console
as described above - Navigate to the <kbd>S</kbd>
Session
Screen - Start a Simulated Session with the <kbd>F</kbd>
Start Simulation
action. - Select the session to start using the Up/Down arrows, then pressing <kbd>Enter</kbd> `
- Press <kbd>Esc</kbd> ` to return to the main screen
- Switch to the Timing Tower screen with the <kbd>O</kbd>
Timing Tower
action - Optionally skip forward in time a bit by decreasing the delay with <kbd>←</kbd> (or <kbd>⇧ Shift</kbd> + <kbd>←</kbd> to decrease by 30 seconds).
During the Session
Managing Delay
All session data, whether live or pre-recorded, is sent to a Channel
that acts as a delayed-queue. After a short delay, data points are pulled from the queue and processed, leading to updates on the timing screens. The amount of this delay can be changed with the <kbd>►</kbd> Delay+
and <kbd>◄</kbd> Delay-
actions whilst on the timing screens. When using openf1-console
during a live session, you may wish to increase this delay to around ~50 seconds (actual number may vary) to match with the broadcast delay and avoid being spoiled about upcoming action.
Simulated session start with a calculated delay equal to the amount of time between the start of the actual session and now. This means you can decrease the delay with the <kbd>◄</kbd> Delay-
action to fast-forward through the session.
Using the Cursor
There is a global cursor that is controlled with the <kbd>▼</kbd> Down (1)
and <kbd>▲</kbd> Up
actions. What this cursor does depends on the screen, for example is can be used in the Timing Tower screen to scroll through Race Control Messages, or to select a driver on the Tower to see comparative intervals.
Configuration
OpenF1 can be configured using a simple config.json
file, or using environment variables. JSON configuration will be loaded from ~/open-f1/config.json
.
Name | JSON Path | Environment Variable | Description |
---|---|---|---|
Data Directory | dataDirectory |
OPENF1_DATADIRECTORY |
The directory in which JSON timing data is read or written from |
Live Timing Data Source
F1 live timing is streamed using SignalR
(the old ASP.NET version, not the newer ASP.NETCore protocol) at https://livetiming.formula1.com/signalr. The OpenF1.Data
simply connects to this endpoint, subscribes to the "Streaming" Hub
, and listens for messages. It subscribes to the following "topics":
Heartbeat
ExtrapolatedClock
TopThree
TimingStats
TimingAppData
WeatherData
TrackStatus
DriverList
RaceControlMessages
SessionInfo
SessionData
LapCount
TimingData
CarData.z
Position.z
ChampionshipPrediction
TeamRadio
Data Recording and Replay
All events received by the live timing client will be written to the configured Data Directory
, see see Configuration for details. Files will be written to a subdirectory named using the current sessions name, e.g. ~/open-f1/data/Jeddah_Race/
. In this directory, two files will be written:
subscribe.txt
contains the data received at subscription time (i.e. when the live timing client connected to the stream)live.txt
contains an append-log of every message received in the stream
Both of these files are required for future simulations/replays. The IJsonTimingClient
supports loading these files and processing them in the same way live data would be. Data points will be replayed in real time, using a calculated delay.
OpenF1 Console in Action
Timing Tower during a Race
Monitor sector times and gaps, see recent race control messages, capture position changes, observe pit strategies, and more with the standard Timing Tower view.
LAP 23/63 Gap Interval Best Lap Last Lap S1 S2 S3 Pit Tyre Compare Driver
───────────────────────────────────────────────────────────────────────────────────────────────────────────
1 1 VER LAP 23 LAP 23 1:20.543 1:21.763 25.778 28.626 M 22 1 VER
2 16 LEC +8.426 +8.426 1:20.926 1:22.018 26.057 28.558 M 22 16 LEC ▲
3 55 SAI +12.709 +4.335 1:20.966 1:21.926 25.812 M 22 55 SAI ▲
4 81 PIA +13.404 +0.695 1:20.808 1:21.869 25.643 M 22 81 PIA ▲
5 44 HAM +18.143 +4.714 1:21.222 1:21.846 25.730 M 22 44 HAM ▲
6 11 PER +33.463 +15.320 1:21.682 1:21.871 26.001 H 22 11 PER ▲
7 4 NOR +34.275 +0.641 1:20.673 1:26.107 49.204 1 H 1 4 NOR ▼
8 18 STR +38.043 +3.768 1:22.233 1:22.697 26.150 23 18 STR ▲
9 63 RUS +44.151 +6.279 1:21.135 1:44.938 48.506 28.710 27.722 1 H 1 63 RUS ▼
10 31 OCO +44.838 +0.702 1:22.229 1:23.376 26.298 29.076 28.002 22 31 OCO
11 20 MAG +46.649 +1.811 1:22.237 1:23.013 26.263 28.965 27.785 M 22 20 MAG
12 24 ZHO +50.385 +3.915 1:22.565 1:23.261 26.299 29.001 27.961 22 24 ZHO
13 2 SAR +53.538 +3.153 1:22.702 1:23.287 26.402 29.057 27.828 H 22 2 SAR
14 22 TSU +53.907 +0.369 1:20.936 1:23.322 26.253 29.201 27.868 1 H 10 22 TSU
15 27 HUL +55.158 +1.328 1:21.700 1:22.412 26.061 28.612 27.739 1 H 9 27 HUL
16 3 RIC +57.675 +2.454 1:21.569 1:22.400 25.974 28.779 27.647 1 H 11 3 RIC
17 10 GAS +60.375 +2.671 1:21.371 1:22.296 26.034 28.692 27.570 1 H 14 10 GAS
18 77 BOT +62.533 +2.158 1:21.455 1:22.436 26.097 28.724 27.615 1 H 13 77 BOT
19 14 ALO +68.766 +6.204 1:21.492 1:24.339 26.141 29.043 1 H 15 14 ALO
20 23 ALB 1 L +80.160 1:21.491 1:21.725 25.866 28.768 2 M 11 23 ALB
╭─Status──────╮╭─Race Control Messages────────────────────────────────────────────────────────────────────╮
│ 1 AllClear ││ ► FIA STEWARDS: 10 SECOND STOP/GO PENALTY FOR CAR 23 (ALB) - UNSAFE CONDITION │
│ 13:34:08 ││ ► CAR 1 (VER) TIME 1:21.550 DELETED - TRACK LIMITS AT TURN 6 LAP 20 15:29:22 │
│ 01:29:07 ││ ► WAVED BLUE FLAG FOR CAR 23 (ALB) TIMED AT 15:31:32 │
╰─────────────╯╰──────────────────────────────────────────────────────────────────────────────────────────╯
[▼] Down (0) [►] Delay+ [◄] Delay- [R] Race Control [H] Timing by Lap [Esc] Return
Using a Cursor to Display Relative Gap for a Specific Driver
Use the cursor controlled by the <kbd>▼</kbd> Down (1)
and <kbd>▲</kbd> Up
actions in the <kbd>O</kbd> Timing Tower
screen to select a specific driver (in this case Norris) to see the relative interval between that driver and all other. This is useful for determining where a driver will fall to after a pit stop, or looking at pit windows during under cuts.
Additionally, the gap between the selected drivers and those around them over the last four laps will be displayed at the bottom of the screen. This allows you to easily see evolving gaps over time and evaluate how soon a driver may catch up or pull away.
LAP 52/63 Gap Interval Best Lap Last Lap S1 S2 S3 Pit Tyre Compare Driver
───────────────────────────────────────────────────────────────────────────────────────────────────────────
1 1 VER LAP 52 LAP 52 1:20.366 1:20.736 25.541 28.085 27.110 1 H 27 -4.507 1 VER
2 4 NOR +4.507 +4.507 1:20.039 1:20.367 25.252 28.191 26.924 1 H 30 ------- 4 NOR
3 16 LEC +7.664 +3.121 1:19.935 1:20.364 25.492 27.991 26.881 1 H 26 +3.157 16 LEC
4 81 PIA +14.889 +7.292 1:19.907 1:21.203 25.443 28.610 27.150 1 H 29 +10.382 81 PIA
5 55 SAI +19.124 +4.255 1:20.466 1:21.748 25.751 28.736 27.261 1 H 24 +14.617 55 SAI
6 63 RUS +26.919 +7.749 1:20.669 1:21.491 25.445 28.401 1 H 29 +22.412 63 RUS
7 44 HAM +31.073 +4.154 1:20.331 1:20.698 25.481 28.319 1 H 23 +26.566 44 HAM
8 11 PER +57.304 +26.303 1:19.919 1:19.985 25.631 1 M 13 +52.797 11 PER
9 18 STR +72.614 +15.489 1:20.588 1:20.731 25.652 1 H 14 +68.107 18 STR ▲
10 22 TSU +75.126 +2.512 1:20.936 1:23.356 26.007 1 H 38 +70.619 22 TSU ▼
11 27 HUL +79.504 +4.470 1:21.700 1:21.921 25.974 28.539 27.408 1 H 37 +74.997 27 HUL
12 3 RIC 1 L +3.599 1:21.569 1:24.081 27.498 28.984 27.599 1 H 39 3 RIC
13 77 BOT 1 L +13.893 1:21.455 1:23.889 26.193 29.398 28.298 1 H 42 77 BOT
14 20 MAG 1 L +0.267 1:21.068 1:21.496 25.600 28.548 27.348 1 H 13 20 MAG ▲
15 31 OCO 1 L +1.433 1:21.304 1:23.073 26.423 28.977 27.673 1 H 25 31 OCO ▼
16 24 ZHO 1 L +0.506 1:21.016 1:22.488 25.868 29.088 27.532 1 M 17 24 ZHO
17 10 GAS 1 L +5.995 1:21.371 1:21.981 26.011 28.417 2 M 19 10 GAS
18 2 SAR 1 L +3.835 1:21.335 1:23.806 25.900 28.836 1 M 18 2 SAR
╭─Status──────╮ VER vs NOR NOR vs LEC
│ 1 AllClear │LAP 51 █████████████████████ 4.539 LAP 51 █████████████████████████████ 3.012
│ 14:12:54 │LAP 50 ████████████████████████ 4.908 LAP 50 ██████████████████████████████ 3.015
│ 00:50:21 │LAP 49 ████████████████████████████ 5.686 LAP 49 ██████████████████████████ 2.64
╰─────────────╯LAP 48 ███████████████████████████████ 6.024 LAP 48 █████████████████████ 2.327
[▼] Down (2) [▲] Up [►] Delay+ [◄] Delay- [R] Race Control [H] Timing by Lap [Esc] Return
Timing Tower during Practice/Qualifying
Monitor live/best sector times, gaps, tyres, and lap deletions easily with the specialized timing tower for non-race sessions.
Qualifyin Gap Best Lap BS1 BS2 BS3 S1 S2 S3 Pit Tyre
───────────────────────────────────────────────────────────────────────────────────────────────────────────
1 81 PIA 0.000 1:15.940 23.824(+0.008) 26.360(+0.023) 25.756(+0.092) 34.118 S 2
2 1 VER +0.073 1:16.013 23.949(+0.133) 26.337(+0.000) 25.727(+0.063) 36.105 37.328 36.319 IN S 2
3 63 RUS +0.167 1:16.107 23.816(+0.000) 26.401(+0.064) 25.890(+0.226) 23.816 26.401 25.890 1 S 1
4 4 NOR +0.254 1:16.194 24.042(+0.226) 26.394(+0.057) 25.758(+0.094) 58.904 33.455 1 S 3
5 11 PER +0.464 1:16.404 24.150(+0.334) 26.452(+0.115) 25.802(+0.138) 36.740 36.187 42.823 IN S 3
6 18 STR +0.518 1:16.458 24.104(+0.288) 26.366(+0.029) 25.988(+0.324) 24.104 26.366 25.988 1 S 2
7 16 LEC +0.523 1:16.463 24.096(+0.280) 26.608(+0.271) 25.759(+0.095) 50.807 36.915 39.436 M 4
8 31 OCO +0.705 1:16.645 24.239(+0.423) 26.601(+0.264) 25.805(+0.141) 24.161 1 S 1
9 44 HAM +0.779 1:16.719 24.101(+0.285) 26.900(+0.563) 25.718(+0.054) 35.185 31.978 1 S 4
10 20 MAG +0.914 1:16.854 24.177(+0.361) 26.651(+0.314) 26.026(+0.362) 24.177 26.651 26.026 1 S 5
11 14 ALO +0.977 1:16.917 24.191(+0.375) 26.563(+0.226) 26.163(+0.499) 26.346 34.989 34.513 IN S 3
12 55 SAI +1.035 1:16.975 24.699(+0.883) 26.612(+0.275) 25.664(+0.000) 24.014 M 4
13 27 HUL +1.052 1:16.992 24.230(+0.414) 26.784(+0.447) 25.978(+0.314) 28.867 1 S 5
14 10 GAS +1.344 1:17.284 24.402(+0.586) 26.772(+0.435) 26.110(+0.446) 35.776 37.456 1 S 1
15 24 ZHO +1.375 1:17.315 24.337(+0.521) 26.877(+0.540) 26.101(+0.437) 26.776 2 S 5
16 23 ALB 32.717 30.457 36.415 IN S 3
17 3 RIC 24.359 26.653 S 1
18 22 TSU 24.026 26.444 S 1
19 77 BOT 24.504 26.471 S 1
20 2 SAR 33.158 39.990 1 S 1
╭─Status──────╮╭─Race Control Messages────────────────────────────────────────────────────────────────────╮
│ 1 AllClear ││ ► CAR 23 (ALB) TIME 1:17.414 DELETED - TRACK LIMITS AT TURN 18 LAP 3 16:05:53 │
│ 14:09:45 ││ ► CAR 2 (SAR) TIME 1:17.188 DELETED - TRACK LIMITS AT TURN 18 LAP 3 16:03:19 │
│ 00:08:14 ││ │
╰─────────────╯╰──────────────────────────────────────────────────────────────────────────────────────────╯
[▼] Down (0) [►] Delay+ [◄] Delay- [R] Race Control [H] Timing by Lap [Esc] Return
Race Control Screen
The <kbd>R</kbd> Race Control
screen shows all Race Control Messages for the session, along with other session data such as the Weather.
┌─Race Control Messages────────────────────────────────────────────────────┐┌─Status──────────────┐
│ 07:12:30 CAR 10 (GAS) TIME 1:42.847 DELETED - TRACK LIMITS AT TURN ││ LAP 8/56 │
│ 14 LAP 4 15:10:25 ││ 1 AllClear │
│ 07:11:59 TURN 14 INCIDENT INVOLVING CARS 23 (ALB) AND 10 (GAS) NOTED │└─────────────────────┘
│ - FORCING ANOTHER DRIVER OFF THE TRACK │┌─Clock───────────────┐
│ 07:08:12 CAR 27 (HUL) TIME 1:43.687 DELETED - TRACK LIMITS AT TURN 6 ││ Simulation Time │
│ LAP 2 15:05:58 ││ 2024-04-21T07:15:34 │
│ 07:08:10 TURN 6 INCIDENT INVOLVING CARS 18 (STR) AND 27 (HUL) NOTED ││ Delayed By │
│ - FORCING ANOTHER DRIVER OFF THE TRACK ││ 8.06:33:14 │
│ 07:05:29 DRS ENABLED │└─────────────────────┘
│ 07:03:37 GREEN LIGHT - PIT EXIT OPEN │┌─Weather─────────────┐
│ 06:57:10 DRS DISABLED ││ 🌡 Air 19.0C │
│ 06:45:09 RISK OF RAIN FOR F1 RACE IS 10% ││ 🌡 Track 30.7C │
│ 06:30:01 PIT EXIT CLOSED ││ 💨 1.0kph │
│ 06:20:01 GREEN LIGHT - PIT EXIT OPEN ││ 🌧 0mm │
│ 06:11:44 DRS ENABLED IN ZONE 1 ││ │
└──────────────────────────────────────────────────────────────────────────┘└─────────────────────┘
[▼] Down (0) [►] Delay+ [◄] Delay- [O] Timing Tower [H] Timing by Lap [Esc] Return
Using a Cursor to View Timing History by Lap
In the <kbd>H</kbd> Timing by Lap
screen, you can use the cursor controlled by the <kbd>▼</kbd> Down (1)
and <kbd>▲</kbd> Up
actions to view historical snapshots of the timing tower at the end of every lap. This view will show position changes during that lap, and relative changes in Gap and Interval. Scrolling through laps allows you to build a picture of how the race is unfolding.
LAP 52/63 Gap Interval Last Lap S1 S2 S3
─────────────────────────────────────────────────────────────────────────────
1 1 VER LAP 53 (+0) LAP 53 (+0) 1:20.556 25.536 28.206 26.814
2 4 NOR +4.565 (+0.026) +4.565 (+0.026) 1:20.582 25.297 28.229 27.056
3 16 LEC +7.353 (-0.198) +2.788 (-0.224) 1:20.358 25.427 28.048 26.883
4 81 PIA +15.090 (+0.221) +7.737 (+0.419) 1:20.777 25.364 28.354 27.059
5 55 SAI +20.169 (+1.045) +5.079 (+0.824) 1:21.601 25.625 28.669 27.307
6 44 HAM +31.523 (+0.620) +11.354 (+7.253) 1:21.176 25.580 28.336 27.260 ▲
7 63 RUS +27.974 (+1.172) 1:26.242 25.615 28.670 31.957 ▼
8 11 PER +56.452 (-0.870) +23.964 (-2.455) 1:19.686 25.282 27.676 26.728
9 18 STR +72.962 (+0.126) +16.510 (+0.996) 1:20.682 25.568 28.136 26.978
10 22 TSU +77.666 (+1.558) +4.704 (+1.432) 1:22.114 26.023 28.590 27.501
11 27 HUL 1 L +8.239 (+1.903) 1:24.017 25.952 28.767 29.298
12 3 RIC 1 L +3.450 (+1.592) 1:25.609 27.362 28.938 29.309
13 20 MAG 1 L +9.365 (-3.999) 1:21.610 25.964 28.403 27.243
Notice
open-f1 is unofficial and are not associated in any way with the Formula 1 companies. F1, FORMULA ONE, FORMULA 1, FIA FORMULA ONE WORLD CHAMPIONSHIP, GRAND PRIX and related marks are trade marks of Formula One Licensing B.V.
Product | Versions Compatible and additional computed target framework versions. |
---|---|
.NET | net8.0 is compatible. net8.0-android was computed. net8.0-browser was computed. net8.0-ios was computed. net8.0-maccatalyst was computed. net8.0-macos was computed. net8.0-tvos was computed. net8.0-windows was computed. |
-
net8.0
- AutoMapper (>= 12.0.0)
- AutoMapper.Collection (>= 9.0.0)
- AutoMapper.Extensions.Microsoft.DependencyInjection (>= 12.0.0)
- Microsoft.AspNet.SignalR.Client (>= 2.4.3)
- Microsoft.Extensions.Configuration (>= 8.0.0)
- Microsoft.Extensions.Hosting (>= 8.0.0)
- Microsoft.Extensions.Logging (>= 8.0.0)
- Microsoft.Extensions.Options.ConfigurationExtensions (>= 8.0.0)
NuGet packages
This package is not used by any NuGet packages.
GitHub repositories
This package is not used by any popular GitHub repositories.
Version | Downloads | Last updated |
---|---|---|
1.0.128 | 73 | 11/23/2024 |
1.0.127 | 77 | 11/3/2024 |
1.0.124 | 86 | 9/26/2024 |
1.0.123 | 78 | 9/26/2024 |
1.0.121 | 90 | 9/26/2024 |
1.0.118 | 125 | 9/15/2024 |
1.0.114 | 113 | 7/17/2024 |
1.0.109 | 96 | 7/6/2024 |
1.0.87 | 99 | 6/29/2024 |
1.0.82 | 100 | 6/22/2024 |
1.0.78 | 99 | 6/22/2024 |
1.0.77 | 98 | 6/22/2024 |
1.0.49 | 94 | 5/19/2024 |
1.0.34 | 94 | 5/9/2024 |
1.0.32-g14cd2d38df | 75 | 5/9/2024 |
1.0.31-g9c7dd7acba | 73 | 5/9/2024 |
1.0.30-gcd1d18cc4f | 78 | 5/9/2024 |
1.0.29-g9a42a11fbc | 79 | 5/9/2024 |
1.0.28-g184c7383a1 | 75 | 5/9/2024 |
1.0.26 | 95 | 5/7/2024 |
1.0.25 | 95 | 5/7/2024 |
1.0.24 | 104 | 5/5/2024 |
1.0.23 | 110 | 5/4/2024 |
1.0.20 | 111 | 5/4/2024 |
1.0.14 | 96 | 5/3/2024 |
1.0.12 | 106 | 4/29/2024 |
1.0.11 | 128 | 3/28/2024 |
1.0.10 | 112 | 3/28/2024 |
1.0.9 | 121 | 3/28/2024 |
1.0.8 | 103 | 3/28/2024 |
1.0.7 | 108 | 3/28/2024 |
1.0.6 | 121 | 3/28/2024 |