Imaging Jupiter – How Many Frames to Stack?
Planetary (as well as deep sky) imaging requires stacking multiple picture frames, either actual still images or the frames from a video.
Read MoreAstronomy, and Computer Technology
This is your technical guide to the tools and techniques of astrophotography. From detailed reviews of telescopes, mounts, and cameras to step-by-step tutorials on image processing software, this category will help you choose the right gear and get the most out of your astronomical captures.
Planetary (as well as deep sky) imaging requires stacking multiple picture frames, either actual still images or the frames from a video.
Read MoreA non-photographer taking pictures in a hobby he knows little about, and then writing about it all in a venue not his forte!
Read MoreAfter I took my first true pictures of Orion early last week, while pleased with the results, I felt the images were still lacking.
Read MoreThis format was unintentional at the start, but by Thursday I decided to trek along with the experiment as long as the clouds would stay away.
Read MoreOn May 31st I took a good sample set of Jupiter images to attempt an animated GIF.
Read MoreI attempted to put together a sequence of Jupiter images to make an animation.
Read MoreThe important aspect of this picture is that it captures all of Jupiter’s Galilean moons.
Read MorePutting together this animated GIF was mostly an accident turned prototype.
Read MoreWhen I took my latest Venus pictures a few days ago, I created them by stacking video through PIPP, AutoStakkert, and RegiStax.
Read MoreI asked myself, “could I grind my own primary mirror?” My weak answer was…maybe.
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