MeteorFinder

screenshot of MeteorFinder

Gifts for landscape photographers. Help the photographer seeking for meteors in the photo sequence.

Overview

MeteorFinder is a specialized tool designed for landscape photographers who are eager to locate meteors captured in their photo sequences. With its impressive processing speed of over 13 frames per second on a MacBook, this software stands out as a reliable assistant for anyone keen on viewing the wonders of the night sky through their lens. The installation process is straightforward as it requires a few essential libraries, making it accessible even for those with limited technical know-how.

Once set up, MeteorFinder allows photographers to quickly analyze a batch of images taken in succession from the same position. Users can easily prepare their data, adjust sensitivity thresholds, and control the rescale feature to cater to their specific needs. This innovative tool not only saves time but also enhances the overall experience of meteor observation.

Features

  • High-Speed Processing: An impressive speed of 13+ frames per second ensures rapid analysis of photo sequences, saving you valuable time.
  • User-Friendly Installation: Requires minimal setup with just Python and a few libraries such as Numpy and OpenCV, making it accessible for all users.
  • Batch Processing: Analyze multiple images at once by simply placing them into a designated folder, facilitating efficiency in your workflow.
  • Custom Sensitivity Control: Adjust the sensitivity threshold between 10 to 300, allowing you to fine-tune the detection of meteors based on your preference.
  • Rescale Options: Choose a rescale factor from 0.25 to 1.0 to influence both speed and accuracy, tailoring the experience to your specific requirements.
  • Meteor Identification Output: The software clearly provides the names of photos containing meteors and their corresponding locations, making it easy to find your best shots.
  • Visualization of Results: Offers a visual representation of the results, enhancing the understanding of your meteor detection results.