Well the data may be from October 2013, but I've only just now re-discovered the data and processed it.
Of course those familiar with my images will recognise that this is one of the few rare instances I dabble in LRGB imaging Success? Well I was hoping for more detail for my exposure time! but it's OK ... colour looks half reasonable to me
380 minutes (6.3 hours) data.
22 x 5min bin 1x1 (clear)
RGB = 30 x 3min bin 2x2 (each of RGB)
Processed in CCDStack, DBE in Pixinsight, processing in photoshop.
Depends which device I look at it on as to whether I should be pumping the brightness up more
Yeah annoying huh? My old work laptop was my previous standard, which I still process on, but my final check is now done on the new (v2013) Nexus7:
Quote:
Google Nexus 7 displays also deliver a full 100 percent Color Gamut, with color accuracy and picture quality that is probably better than most HDTVs, laptops, and monitors.
Yes .. my problem is often that my observatory screens are not calibrated but my main laptop/workstation is! but if I feel like working in the observatory away from the chores of the house, that leaves me with an unpredictable result I should sort out calibration of the observatory, but then again, it's screen's are just old cheapo's barely hanging together so probably not much point
Quote:
Originally Posted by Amaranthus
You may be able to mask and remove the blooming apparent on the brighter stars? The galaxy itself looks very nice and structured.
Roger, if you use StarTools you can synthetically debloom and even remove those bright stars altogether. Not sure if this is possible in PI, I don't use that
very nice Roger, of the two versions you had side by side, the brighter one looked better on my monitor (not sure if that is any help).
Thanks, helps
Quote:
Originally Posted by Amaranthus
Roger, if you use StarTools you can synthetically debloom and even remove those bright stars altogether. Not sure if this is possible in PI, I don't use that
Interesting, I am sure there is a way to do it, be it in PI or CCDStacker, but I'll have to dig. I use de-bloom in CCDStack to remove the bloom spikes.
I hadn't heard of StarTools before ... looks interesting ..