![]() POintcraft will now show the target RA and DEC desiredĪnd watch the magic happen. Set your camera exposure in your camera tabĬlick on Objects, and select your target. So, once you've set everything up this is how you use it: Use only L quality: yes (makes downloads and solver faster) Relative goto moves: yes (this would be specific to your scope, mine is the az-gti)ĭefaule pointcraft exposure: none (it uses the exposure setting in the camera tab) Here's a brief list of my setting, for reference: There are some other settings in that dialog. go back to APT and enter it in the PointCraft setting dialog. Now, once that is set up, note the path to the ASPS program. They are specific to the telescope and camera you will be using for imaging/platesolving. Follow the instructions for ASPS (it's on the site) to configure it and load the necessary platesolving files. Once it downloads that, you'll have to run the ASPS install. Click on Settings.Ĭlick on the button that says Download ASPS ![]() It takes a bit longer, but it always works.įirst, open APT and click on the Gear tab. Note that I only use ASPS (AllSkyPlateSolver, the blind solver) and not PlateSolve2. I really like that I can use such diverse cameras with just one app.Ī quick and very terse set of instructions for using plate solving with APT. I use both of my current cameras with it, an EOS M50 and asi1600mc-c.
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