Overview

If you're looking for a reliable and straightforward way to implement a local plate solver, the Docker image for astrometry.net (ADN) is an excellent solution. I wanted to set up a plate solver to assist in building mount models for my telescope without the hassle of extensive configuration. The ability to run astrometry.net on a local device like a laptop or a Raspberry Pi gives me the flexibility and reliability I need, especially in areas where internet access may be limited.

What I appreciate most about this setup is its ease of use. The Docker image (dm90/astrometry) is preconfigured with everything you need to get started, making it suitable for both seasoned Docker users and those just getting acquainted with container technology. As someone who prefers to avoid Windows, this Linux-compatible solution feels like a breath of fresh air.

Features

Local Plate Solving: Easily set up astrometry.net for local plate solving with minimal configuration needed.
Ready-to-Use Docker Image: The dm90/astrometry image comes fully compiled, allowing immediate command line access to astrometry.net functionalities.
Python Libraries Included: The essential astrometry.net Python libraries are pre-installed and readily available in your Python path.
Preconfigured Nova Server: The image includes a basic Nova server configuration that can be launched with a single command, making it user-friendly.
Cross-Platform Compatibility: Works seamlessly on any operating system that can run Docker, expanding your potential setup options.
Volume Management Support: With support for Docker volumes, you can easily manage data persistence and access to your index files.
Web API Access: Provides a working API through which you can access functionalities, enhancing integration possibilities with other tools or scripts.
Easy Testing and Deployment: Simple commands allow you to run your Nova server and check functionality through a straightforward local interface.

Dam90

Astrometry