With the recent 21.10 release, Gnome 40 comes to Ubuntu and it does indeed break color management. It looks as if the monitor profile is ignored, even though all the settings are correct. In apps like the GIMP or Geeqie, you can disable the system-wide monitor profile and assign your profile manually to get correct color. Web browsers seem to prefer the system-wide profile.
Xnview Manual Download
With my limited knowledge of Linux and Color Management, I could not get DisplayCAL to work to create a ICC profile on Fedora 34 with Gnome40 when running in Wayland. When logging in using Xserver, creating a profile was no problem. I have set the created profile in Gnome as the Color Profile for my monitor and I do remember that I had to manually select this profile in Digikam, XnView (both flatpak)
If I remember correctly Darktable (flatpak) picked up the profile by itself, not manual setting here.
All applications I looked at are affected, notably Darktable, Gimp, Geeqie, Web browsers. They are all installed from the official repositories. Once I assign the profile manually, they all work fine.
I am making a video of about 200 pictures showing up on the screen individually. I need a software for manually organizing and adding notes to these photos. It needs to have options for quickly moving and sorting images, as well as text that I can keep on the screen as notes. The photos should show up on the screen, so not just file names or something.
Most of the sprite frames in this sheet are also not compatible with the sprite system that Intersect has (specifically Intersect has way less entity states and less frames than I am seeing here).
Question though, what does LPC stand for exactly?
And to answer yours, I am not familiar with XNView but from a cursory glance I could say you could probably use it (or ImageMagick, GIMP, Photoshop, probably Aseprite, etc.) to cut the sprites. No idea about XNView, but ImageMagick is the only one I named that can effectively be used with scripts to manipulate images, the others that I listed would all require manual clicks to my knowledge.
I think the best course of action is to:
1. Verify that all of the "LPC" sprite sheets in the same format (i.e. are all the sprites in the same frame order, pose order, etc.)
2. Identify where in the sheet all of the frames that Intersect uses are
3. Write an ImageMagick script that can cut all of the sprites and merge them into Intersect-compatible sprite sheets (which can be eternally preserved in the Intersect-Assets repo if you want to contribute it)
You may even find someone here who is willing to help but you'll have to do 1 and 2 yourself most likely, though that isn't a technical task, just tedious (2 being highlighting all of the relevant frames and annotating where in an Intersect sprite sheet they belong)
If you are using the standard GNOME build of Kali Linux, the exploitdb package is already included by default! However, if you are using the Kali Light variant or your own custom-built ISO, you can install the package manually as follows:
Changes in the activity over time for two different hippocampal networks in the perfusion system in ambient air. Each dot represents the cumulative activity (sum of recorded spikes) on all active channels during 1 min time increments. The bold numbers on the x-axis denote the days in the perfusion system (DIPS), and the grey numbers represent the overall age of the culture as days in vitro (DIV). Buffer types are colour-coded along the x-axis. Stars denote manual perfusion (of varying duration) and green arrowheads mark the syringe exchanges. Some of the high-frequency peaks probably result from undocumented threshold-crossings of temporarily noisy recording channels. (a) A hippocampal culture was transferred at 7 DIV from the incubator onto the perfusion platform and exposed to timed perfusion (three times per day). (b) The activity of a continuously perfused hippocampal culture, which had resided in the perfusion system right after cell plating, evolved similar to that of the first hippocampal culture exposed to timed perfusion; however, the number of spikes increased more slowly over the first seven days. (c,d) Representative intra-day activity fluctuations of the two cultures at the same overall age (28 DIV), but at different DIPS.
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