pmisson/eclipse2026cloudsandvisibility: Eclipse Visibility Analysis Tool v1.0 Launched

We are thrilled to announce the launch of the Eclipse Visibility Analysis Tool version 1.0, a cutting-edge application designed for astronomers, eclipse chasers, and enthusiasts alike. This innovative tool leverages the power of Google Earth Engine to provide unprecedented insights into visibility conditions for the highly anticipated solar eclipse on August 12, 2026.

Key Features of Eclipse Visibility Analysis Tool v1.0:

Eclipse Path Visualization: Interactive mapping of the solar eclipse path, helping users plan their viewing locations with precision. Shadow Mapping Based on Terrain Elevation: Utilizes high-resolution elevation data to predict potential obstructions, ensuring an unobstructed view of the eclipse. Cloud Cover Statistics: Offers historical cloud cover analysis to identify areas with the highest likelihood of clear skies during the eclipse, enhancing the viewing experience. Terrain Visibility Enhancement: Applies advanced hillshade and hillshadow techniques to reveal terrain features critical for selecting optimal viewing spots. What's New in v1.0:

Fully interactive map interface with zoom and pan capabilities for detailed exploration. Comprehensive cloud cover analysis for August, leveraging the NOAA/VIIRS DNB Monthly V1 VCMSLCFG dataset. Enhanced shadow mapping algorithms for more accurate prediction of viewing obstructions. A user-friendly legend to interpret cloud cover statistics and visibility data. Getting Started:

Access the Eclipse Visibility Analysis Tool directly through your web browser. No installation required. Navigate the map to explore potential viewing locations, analyze cloud cover statistics, and much more. For detailed instructions, refer to the included README file.

Support and Feedback:

We are committed to continuously improving the Eclipse Visibility Analysis Tool. Your feedback is invaluable to us. Please send your suggestions, questions, or any issues encountered to our support team.

Acknowledgments:

This tool was made possible thanks to the extensive datasets provided by Google Earth Engine, NOAA/VIIRS, and USGS. We extend our gratitude to these organizations for their contributions to the scientific community.

About Us:

Our team is dedicated to developing tools that enhance the accessibility and understanding of celestial events. We believe in the power of technology to bring the wonders of the universe closer to everyone.

Join us in celebrating this milestone as we look forward to the solar eclipse of 2026. Happy eclipse chasing!