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Rerun
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  • Introduction:
    Rerun is a software development kit designed to effectively log and visualize data related to computer vision and robotics.
  • Category:
    Code&IT
  • Added on:
    May 27 2023
  • Monthly Visitors:
    33.0K
  • Social & Email:
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Rerun: An Overview

Rerun is a powerful software development kit (SDK) specifically designed for logging and visualizing data related to computer vision and robotics. It enables developers to efficiently debug and comprehend the internal workings of their systems with minimal coding effort. Rerun stands out for its ability to manage live data streams from various processes across a network and allows for seamless playback of recorded sessions, making it an essential tool for developers in these fields.

Rerun: Main Features

  1. Logging and visualization of computer vision and robotics data
  2. Live streams from multiple processes
  3. Playback of recorded data
  4. Automatic construction of visualizations with sensible defaults
  5. Configurable visualizations based on data relationships
  6. Scrollable timeline for exploring data over time
  7. Support for different timelines, e.g., log time and sensor time
  8. Built for speed and rapid exploration
  9. Customizable toolkit for layout, data transformations, and shaders
  10. Embeddable views in other applications
  11. Developed using Rust for enhanced flexibility, speed, and portability
  12. Custom renderer leveraging high-performance wgpu technology
  13. In-memory data store based on Arrow framework
  14. Viewer constructed with an end-to-end immediate mode architecture utilizing egui

Rerun: User Guide

  1. Install the Rerun SDK in your development environment.
  2. Integrate Rerun's logging functionalities into your computer vision or robotics application.
  3. Begin logging data to the Rerun SDK as your system processes information.
  4. Launch the Rerun Viewer to visualize the logged data.
  5. Utilize the scrollable timeline to explore data over time.
  6. Toggle between different timelines, such as log time and sensor time, for a comprehensive analysis.
  7. Customize visualizations to suit your data relationships and analysis needs.
  8. Use the playback feature to review recorded sessions and identify issues.
  9. Share your findings and visualizations with team members for collaborative development.

Rerun: User Reviews

  • "Rerun has transformed the way I debug my robotics applications. The ability to visualize data in real-time is incredibly valuable!" - Alex T.
  • "As a computer vision engineer, I appreciate how Rerun simplifies data exploration. The customizable visualizations make it easy to analyze complex datasets." - Jamie L.
  • "I love how Rerun integrates seamlessly with my existing workflow. The performance is impressive, and the UI is intuitive." - Chris M.
  • "Rerun's multi-process live streaming capability is a game-changer for collaborative projects. Highly recommend!" - Taylor S.

FAQ from Rerun

What steps should I follow to utilize Rerun effectively?
To get started with Rerun, developers need to integrate the Rerun SDK into their projects for data logging. This SDK will automatically visualize the logged data for you. Rerun supports real-time data streaming from various processes across a network and allows for the playback of recorded sessions. The Rerun Viewer facilitates the creation of customizable visual displays based on the logged information. You can seamlessly navigate through time, switching between different timelines to analyze your data from diverse perspectives.
What key functionalities does Rerun offer?
Rerun boasts a variety of essential functionalities aimed at enhancing computer vision and robotics projects. These include efficient logging and visualization of data, real-time streaming capabilities, the ability to review past recordings, and the automatic generation of visualizations with sensible defaults. Users can customize their visualizations based on the relationships within the data, maneuver through a timeline for temporal analysis, and utilize a flexible toolkit for layouts and shaders. Additionally, Rerun can be embedded in other applications, features a robust Rust implementation, and employs a custom renderer powered by high-performance wgpu.
In what scenarios is Rerun particularly useful?
Rerun shines in various scenarios related to computer vision and robotics. It's particularly beneficial for debugging and gaining insights into the internal workings of these systems. Users can visualize and delve into data over time, enhance the performance of algorithms through analysis, and monitor real-time applications for any issues. It also supports collaborative efforts in developing and sharing insights from computer vision and robotics data, making it invaluable for building and testing applications with live data streams.
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