Aligning comet RGB images quicker
Aligning comet RGB images quicker
So I have three comet images (RGB) open in AA.
Now if if I point comet in each and try to align them using one star it doesn't work.
Because of this I open these images again in preprocessing and manually align and save each image.
Is this the quickest way or am I missing something?
Now if if I point comet in each and try to align them using one star it doesn't work.
Because of this I open these images again in preprocessing and manually align and save each image.
Is this the quickest way or am I missing something?
Re: Aligning comet RGB images quicker
This thread might help:
viewtopic.php?f=6&t=766
I use a one shot colour camera but RGB should be similar.
viewtopic.php?f=6&t=766
I use a one shot colour camera but RGB should be similar.
Re: Aligning comet RGB images quicker
It's easier with OSC camera.
Not quite help with BW and 3 separate files.
Also I have poor experience with Motion, WCS aligning.
But I guess I have to know the observatory data, especially the rotation angle of camera (not obvious when using commercial remote telescopes).
Not quite help with BW and 3 separate files.
Also I have poor experience with Motion, WCS aligning.
But I guess I have to know the observatory data, especially the rotation angle of camera (not obvious when using commercial remote telescopes).
Re: Aligning comet RGB images quicker
Hi, the "One star" method require to set a Radius which must be higher than the expected shift between the images.
Maybe you can solve increasing it to 200 .. 1000.
Fabio.
Maybe you can solve increasing it to 200 .. 1000.
Fabio.
Re: Aligning comet RGB images quicker
That works.
Thanks Fabio.
Thanks Fabio.
Re: Aligning comet RGB images quicker
Worth a try.einari wrote: ↑02 Mar 2026, 11:54It's easier with OSC camera.
Not quite help with BW and 3 separate files.
Also I have poor experience with Motion, WCS aligning.
But I guess I have to know the observatory data, especially the rotation angle of camera (not obvious when using commercial remote telescopes).
After a successful plate solve, AA9 will report the camera rotation: drop down menu: View->Statistics. ( make sure that there's no rectangles drawn on the image )
My recent image of M3 reports this:
Path = I:\processed astro images\
Size = 4863 x 3253
Pixels = 15819339
Field of view = 39.59' x 26.48' -178.6° ( My bolding and underlining )
Pixel scale = 0.488" x 0.488"
Center = 13 42 10.3 +28 22 33
Range = 809 : 78367
Min (Lum) = 973.59 @ 0,0
Max (Lum) = 60288.63 @ 4754,1870
Background = 1366
Std.deviation = 7580.3263
Average = 3938.4377
Sum = 62303480696