Summary GitHub - landracer/multidisplay-app: rAtTrax multidisplay app github.com
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One Line
The rAtTrax multidisplay app is a Qt frontend designed for the multidisplay V2 project, tailored for car hardware and multiple platforms.
Slides
Slide Presentation (7 slides)
Key Points
- The multidisplay app is a Qt app for the multidisplay V2 project
- It serves as a graphical frontend to the in-car installed multidisplay hardware
- Features include Bluetooth or USB connection, data logging, boost controller configuration, data analysis, and acceleration/torque computations
- Available on PC (Linux, Windows), smartphone (Android, Maemo), and Nokia N900
- Developed using the Qt framework and supports the multidisplay project for cars
- Repository includes folders for Android, installer, libs, maemofiles, qtc_packaging, and src
- Written primarily in HTML and C++, with some Roff, JavaScript, and QMake components
Summaries
20 word summary
The rAtTrax multidisplay app is a Qt frontend for the multidisplay V2 project, compatible with car hardware and various platforms.
75 word summary
The rAtTrax multidisplay app, found at https://github.com/landracer/multidisplay-app, is a Qt app serving as a graphical frontend for the multidisplay V2 project, an open-source datalogger, boost controller, and car display. It is compatible with multidisplay hardware in cars and works on PC (Linux, Windows) and smartphone (Android, Maemo) platforms. Key features include Bluetooth or USB connection, 10Hz GPS data logging, and data analysis capabilities for acceleration times, hp and torque, high EGT, and injector duty cycle.
137 word summary
The rAtTrax multidisplay app, available at https://github.com/landracer/multidisplay-app, is a Qt app serving as a graphical frontend for the multidisplay V2 project, an open-source datalogger, boost controller, and car display. It is compatible with multidisplay hardware in cars and works on PC (Linux, Windows) and smartphone (Android, Maemo) platforms. The app utilizes the Qt framework to build from the source code tree. Key features include Bluetooth or USB connection to the car's multidisplay hardware, 10Hz GPS data logging, and boost controller configuration. It also provides data analysis capabilities for acceleration times, hp and torque, high EGT, and injector duty cycle. The app is available for Android, Linux, and the Nokia N900. It offers a user-friendly interface for configuration, data analysis, and logging, making it a versatile tool for car enthusiasts and professionals to monitor and analyze vehicle data.
284 word summary
The rAtTrax multidisplay app, found at https://github.com/landracer/multidisplay-app, is a Qt app designed as a graphical frontend for the multidisplay V2 project, an open-source datalogger, boost controller, and car display. The app is compatible with the multidisplay hardware installed in cars and is designed to work with PC (Linux, Windows) and smartphone (Android, Maemo) platforms. It leverages the Qt framework to build these apps from the source code tree.
Key features of the multidisplay-app (mUI) Qt app include Bluetooth or USB connection to the multidisplay hardware in the car, data logging with 10Hz GPS, and configuration of the multidisplay hardware and boost controller. It also offers data analysis capabilities such as computation of acceleration times, hp and torque, and computation of high EGT and injector duty cycle. The app includes a smartphone version for Android, as well as versions for Linux and the Nokia N900.
The multidisplay-app provides a user-friendly interface for configuring the multidisplay hardware and boost controller, as well as for analyzing and logging data from the car. It also offers the ability to compute performance metrics such as acceleration times, hp, and torque. The app is designed to work with both PC and smartphone platforms, making it versatile and accessible for a wide range of users.
The multidisplay-app is a valuable tool for car enthusiasts and professionals who want to monitor and analyze data from their vehicles. Its compatibility with different platforms and its user-friendly interface make it a versatile and accessible option for those looking to leverage the capabilities of the multidisplay hardware. With its support for Bluetooth or USB connections, data logging, and data analysis features, the app offers a comprehensive solution for working with the multidisplay hardware in cars.