This is an animation of every 1/4000" frame I took during/around totality. For most of totality I was looping HDR sequences and had one of these frames roughly every 15 seconds, but around each contact I bursted these short frames to get the beads. The animation lasts for the entirety that my solar filter was off, which was about 13 seconds before/after each contact. I think it’s cool seeing the motion of the moon relative to the sun like this. Since imgur compression is kinda shit, here’s a (slightly) less compressed version on youtube.
This is an animation of every 1/4000" frame I took during/around totality. For most of totality I was looping HDR sequences and had one of these frames roughly every 15 seconds, but around each contact I bursted these short frames to get the beads. The animation lasts for the entirety that my solar filter was off, which was about 13 seconds before/after each contact. I think it’s cool seeing the motion of the moon relative to the sun like this. Since imgur compression is kinda shit, here’s a (slightly) less compressed version on youtube.
Captured on April 8th, 2024 from Sikeston, MO.
Places where I host my other images:
Flickr | Instagram
Equipment:
TPO 6" F/4 Imaging Newtonian
Orion Sirius EQ-G
Canon T3i (Ha modded)
Skywatcher Quattro Coma Corrector
Moonlite Autofocuser
Acquisition:
Capture Software:
Eclipse Orchestrator Free for automating the capture sequence
NINA for controlling the mount and autofocuser
Processing:
Manually aligned the frames in photoshop based on the prominences
Exported frames as tiffs
PIPP to make final gif at 16fps