Rerun provides an open-source solution for logging and visualizing data in various modalities, particularly for spatial and embodied AI. It offers a user-friendly SDK that allows you to easily log data, record your systems' activities, and visualize them through an interactive viewer. The platform supports a wide range of data types, enabling efficient ingestion, analysis, and debugging. Its time-aware entity component system ensures flexibility, while its powerful query API allows extraction of aligned datasets, making Rerun a robust choice for developers and researchers alike.
Rerun is an open-source platform designed to simplify the handling and visualization of multimodal data for spatial and embodied AI. With its intuitive setup and powerful logging features, you can quickly analyze and visualize your data.
Rerun operates on a time-aware entity component system that helps streamline the modeling of data for effective storage and visualization. Here’s how it works:
Model: Utilize the Rerun SDK to structure your data and log it. The seamless integration ensures you can write data to storage or a live viewer effortlessly.
View: Leverage Rerun’s fast multimodal viewer to visualize both live and recorded data interactively. Enjoy features like time travel through your visuals for better analysis.
Build: Customize your visualizations via code or directly in the UI. The flexibility allows you to integrate visual tools into various applications seamlessly.
Query: Implement powerful query APIs to pull time-aligned datasets from robotics recordings, transforming complex logs into usable data for further analysis.
Getting started with Rerun is straightforward and requires minimal setup. Follow these steps for installation and initial usage:
Install the SDK: Begin by installing the Rerun SDK using pip. The command is simple:
pip install rerun-sdk
Initialize your application: Start by importing the SDK in your Python script and initializing it with your application name:
import rerun as rr
rr.init('my_data_generating_application')
Connect to the viewer: Set up a connection with the remote viewer to visualize your logs:
rr.connect()
Log data: Use the SDK's logging functions to record spatial data, image data, and any errors:
View data: After logging, open the viewer to interact with the data you have recorded. The viewer allows for seamless visualization and debugging for better understanding.
Analyze data: Use query APIs to extract aligned datasets for further analysis—making your data management efficient and effective.
By following these basic steps, you can start visualizing and analyzing your multimodal data within seconds.
In summary, Rerun offers a powerful open-source platform for managing, logging, and visualizing multimodal data. With its robust features and user-friendly interface, it is an ideal tool for researchers and developers working with spatial and embodied AI. Whether you are looking to analyze complex datasets or improve the visualization of your AI models, Rerun stands out as a scalable solution that is easy to implement and flexible for various applications.
Features
Open Source
Rerun is dual licensed under MIT and Apache 2, allowing free access to its powerful features for everyone.
Multimodal Visualization
The tool provides powerful and interactive visualizations for both live and recorded data, making analysis intuitive.
Flexible SDK
Users can easily log data and integrate with their systems using a simple and effective SDK.
Time-Aware Modeling
Rerun's data model facilitates time-based analysis, ideal for experimental evaluations.
Easy Setup
Installation requires minimal effort, enabling users to get started in seconds.
Comprehensive Query APIs
Developers can extract aligned datasets efficiently, aiding in deeper analysis across various applications.
Use Cases
Research and Development
AI Researchers
Data Scientists
Utilize Rerun to visualize and analyze data from experiments, helping to refine models through clear visual feedback.
Machine Learning Model Training
Machine Learning Engineers
Data Analysts
Integrate Rerun into your model training pipeline to track training metrics and visualize outcomes effectively.
Robotic Systems Testing
Robotic Engineers
System Developers
Employ Rerun to log and visualize sensor data from robotic systems, ensuring clear identification of areas for improvement.
Prototype Debugging
Software Engineers
Product Developers
Use Rerun to visualize prototype data and pinpoint issues, leading to faster iteration cycles.
Data Analysis and Reporting
Business Analysts
Project Managers
Communicate findings effectively by visualizing complex data through Rerun’s easy-to-understand interfaces.
Education and Training
Educators
Students
Implement Rerun as a teaching tool to help students visualize and comprehend AI and data handling concepts.
FAQs
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