Just come across this thread and I was just mesmerise by the detail in your image.
Not only was the image extraordinary but so is your perserverance to obtain the best position, camera, seeing etc.
Ill wait with baited breath to see what you can deliver with a 16" mirror.
Ok, here is a short segment of video from August 30, although it's not from the processed image at the start of this thread...actually I think this video segment is from a better capture run :-)
There are two versions to choose from, low and high resolution. The low res is about 5Mb and the highres about 15Mb. Each video runs for about 10 or 15 seconds...
I've chosen the settings to preserve as much of the detail as possible, although the low res version is clearly a big degraded. Othewise these look pretty much exactly as I saw it. You can also see the image move around as the tracking software tries to combat the movement from the light breeze.
This video should play back fro you at 60fps. This is pretty important for you to see the video as it should be.
Let me know if these don't work, or look wrong. Here's the directory with both videos:
That is one nice blue channel. I have been getting less than that for the red channel. Blue is always the indicator for how good the seeing really is on any given occassion.
veejo and batema... the basic scope is an f/5 14.5" newtonian, fl of 1.8m. I add a 5x powermate - working at 5.5x- for effective 10m fl.
The camera has a pixel size of 5.6 microns, works well on Jupiter - as you can see in the video grab above it takes up most of the available 480 pixel height on the ccd.
Just seen this image on spaceweather.com, a real stunner with incredible detail. Seeing conditions I can only dream of, and beautifully processed, well done.
Thanks guys, yes I think this is the image that they used - I won't know until my copy of the program arrives in the mail :-)
ps here's an image from about 10 minutes later than the original, I think this is a bit better :-) Also included here are the individual channels and a closeup of the GRS.