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#OACAPTURE GAMMA CONTROL INSTALL#The OAcapture didn't find the QHY camera anyhow after got it to install with the suggested removal command to get rid of the QHY error. #OACAPTURE GAMMA CONTROL DRIVER#Ummm, missing driver file thing! All in All I guess I'll just boot back into Windows if I want to do any Lunar or Planets. That fix broke Ekos, had to go in the Ekos profile & edit the QHY5L-II off of the list of equipment to get the INDI to start. See more information on page ”/?p=8327379 media/stardeck/Net Disk/Astronomy Downloads/Ubuntu crap/oacapture_1.3.0-1_b"Īny Ideals, suggestions or fixes? I have no Ideal where to go from here with it, didn't have much luck with some Internet searching either.Įdited by The Mad One, 16 February 2018 - 01:41 PM. Įrrors were encountered while processing: Processing triggers for mime-support (3.59ubuntu1). Rebuilding /usr/share/applications/bamf-2.index. Processing triggers for bamfdaemon (0.5.3~bzr0+0824-0ubuntu1). Processing triggers for desktop-file-utils (0.22-1ubuntu5.1). Processing triggers for menu (2.1.47ubuntu1). Processing triggers for hicolor-icon-theme (0.15-0ubuntu1). #OACAPTURE GAMMA CONTROL ARCHIVE#Trying to overwrite '/lib/firmware/qhy/QHY5LOADER.HEX', which is also in package libqhy 1.1.0+r3781~201802161356~ubuntu16.04.1ĭpkg-deb (subprocess): decompressing archive member: lzma write error: Broken pipeĭpkg-deb: error: subprocess returned error exit status 2 ĭpkg: error processing archive /media/stardeck/Net Disk/Astronomy Downloads/Ubuntu crap/oacapture_1.3.0-1_b (-install): Libasicamera, libuvc & also installed the libtoupcam:īut when attempting to install the actual oacapture 1.3.0 package it failed and I received the following error report: The additional files necessary to the installation installed without a hitch using the Gdebi Package Installer For a dim planet we end up setting the gain to 100% and then adjust the exposure time to get 40%.Yup the problem child needs yet a little more help with the ongoing Linux switch, I am attempting to install the Open Astro Project video capture application OAcapture. For a bright planet the camera’s max frame rate may be the limiting factor. We want to use an exposure time that will allow the maximum frame rate. If we decide we want to attempt to get a 40% histogram then the gain becomes a function of the exposure time and we only have one variable to experiment with. The histogram is not something we set but is a function of gain and exposure time. In the video I get it down to just exposure (shutter speed), gain, and histogram. There are too many combinations to experiment with. #OACAPTURE GAMMA CONTROL HOW TO#In this video I start with not knowing how to set brightness, contrast, exposure time (length of video), exposure time (shutter speed), gain, gamma, focal ratio, frames per second (frame rate), histogram, saturation, and total number of frames to collect. ![]() Getting the right capture settings can be tricky. This video tells you what histograms are and how they’re used for planetary imaging. Without using histograms you’re flying blind. Histograms are powerful tools for planetary imaging. Still, the video should at least tell you what capabilities to look for when you use the latest version. The latest version has changed in appearance, a lot. This video shows how to use FireCapture version 2.3 which is no longer the latest version. Note that to use FireCapture with the NexImage 5 you want to select The Imaging Source camera. #OACAPTURE GAMMA CONTROL SOFTWARE#You can see which cameras it supports and also download the software here. It is wonderful but if you’re not careful it will burn you.įireCapture is the most popular capture software and it supports many cameras. Once you get used to iCap it is actually pretty good. avi file due to allowing you to mix codecs between two drop-down menus. Always check the FPS setting just before hitting record. Also, the FPS setting will change to something you don’t want when you’re not looking. This can only cause problems as I explain in the video. ![]() ICap requires you to select a frames per second (FPS) setting. I will mention a few here but you really need to watch the whole video before you go out in the dark with it. iCap is filled with landmines that I warn you about in this video. This camera takes excellent pictures and is priced under $200 so it is very popular. ICap is the capture software that comes with the NexImage 5 webcam. You can screw up everything else and then later be able to get a good picture from your video file when you learn what you did wrong. The most critical step in planetary imaging is capture. He has lots of other good material for us so I recommend spending some time checking out his site. Christophe Pellier did some experiments that he published here: The time is limited because the planet rotates. The goal is to collect as many frames as possible in a limited amount of time. The first step in planetary imaging is making a video file of the planet. ![]()
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