sunpy

You can search and download solar physics data from various archives using the Fido interface, which provides a unified way to query and retrieve solar datasets. It simplifies acquiring specific solar phenomena records.

To process and visualize 2D solar images like EUV and magnetograms, use the Map object. It enables detailed image analysis and visualization of solar data, handling specialized formats automatically.

Solar coordinate transformations for Helioprojective and Heliographic frames are handled natively. The skill manages these complex solar-specific coordinate systems and integrates with Astropy for robust astronomical calculations.

Yes, you can track solar flare evolution using a series of AIA images. The workflow supports analyzing image sequences, applying differential rotation corrections, and performing necessary coordinate transformations.

Astropy is integrated directly into the skill to provide robust astronomical calculations for heliophysics data analysis. This integration ensures accurate handling of solar physics computations and coordinate frames.

Solar physics data formats require specialized image processing tools because they involve complex solar coordinate systems and unique 2D data structures like magnetograms. Standard astronomical tools often lack these solar-specific capabilities.