I won't explain in details how each software work (that would be way too long) but instead I will focus on the general workflow. For Registax 6 I have found that this scheme works quite well (there is no perfect scheme - you just have to play): Set Linear and Gaussian. In this Instructable, I will give step by step instructions. use registax 6 update of registax The Main Window of AS3 interface. Then, using open source and free software, we'll pre-process them, stack them, optionally de-rotate them and finally post-process the stacked image. In order to get a good image of the planet, we will have to take a lot of photos and average them. If you zoom in a few hundred times on this star, it will appear to be boiling, stretching,expanding, etc.īecause of the turbulent atmosphere, every picture you take will look different and mostly featureless. We've all seen stars twinkle when they are close to the horizon. This is what happens when layers of air don't have the same temperature. Then, there is the issue of atmospheric turbulence. Just thought Id share this link for a brilliant guide to planetary processing with Registax 6. You will have to zoom a lot to be able to see any details on their surface. Here are a few reasons why: First, they look really tiny.
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