Look, it's not much, but I'm quite happy with the level of detail I was able to pull out from this mush of pixels 馃槄
From data collected last Christmas.
Discussion
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bonus: the mush (only the ~400 kept frames)
@corpsmoderne did you record this as video or stills? What did you stack it with?
@grant_h I took a 3mn video with my 200/1000mm telescope and a planetary camera.
There are dedicated software but I like to suffer so I did the processing myself 馃槄
extracted the stills from the video with ffmpeg.
selected the 400 best images with a custom script (edge detection mostly).
stacked with Siril
postprocessing with Gimp (sharpening, mostly)
@corpsmoderne cool. Thank you
@corpsmoderne Voyager could not do any better...
@schnedan my camera is not from the 70's though 馃槵
The sensor used in the Voyager Imaging Science Subsystem
(ISS) camera system is a 25 mm diameter magnetic deflection
vidicon (number B41-003, General Electro-dynamics Co.). The
vidicon storage surface (target) is selenium sulphur and can
store a high resolution (1500 TV lines) picture for over 100
s at room temperature. The active image area on the target
is 11.14 x 11.14 mm. Each frame consists of 800 lines with
800 picture elements (pixels) per line, i.e., 1 pixel =14
microns. One frame requires 48 s for electronic readout.
....