Originally posted by: albovin
Hello, xtknight
Here is
the NEC 3090 WQXi user's review.
I believe it deserves placement in this classification.
It seems to me 3090 would be surely above 3007 in Office Work section.
In all other areas it will be at least #3 after 2490/2690.
Thank you.
Cool. Thanks a lot for the review. I will take a look at it in a bit and very likely add it.
Originally posted by: Squidmaster
It took a little trial and error but xcalib works great, and wow does the profile matter I might add.
Yup. Some people think it makes a huge difference, and others very little. For me profiles are very preferred if not vital (even for general use).
Couple things...
Does monitor 0 in xcalib correspond to monitor 1 in Windows, and monitor 1 (xcalib) to monitor 2 (Windows)?
Yup.
The file is no longer available on the website linked in the calibration thread. I couldn't find it today, but fortunately I already had the executable from last night. Hopefully that is a temporary problem.
Hmm. I hope so...
Now that I have this running, I still want to provide the profile through display properties for other programs to use? What is the point of doing that if xcalib already handles the display elements? If Windows changes the display and then Photoshop changes it again, won't I wind up with a much darker gamma look?
Thanks again.
xcalib reads gamma but nothing else. It does not store the filename of the profile anywhere where programs can access it. Other programs need to access it so they can handle
gamut conversion, which is not something that can easily or speedily be done on a global level. Only
gamma correction, a global property, has been applied so far under xcalib.
Adding it to your Windows monitor HW page ensures that applications know what profile to use when they perform
their own, individual gamut transformations based on
their own Preferences. A program will literally get the filename of the ICM profile associated with the monitor you're using, and process it
itself to do gamut transformation. It
will not read the video card gamma table (vgct), because that is not the job of the application and this is standard, accepted practice. Doing so would result in twice the correction.
vcgt is applied by a "LUT loader" such as WinColor or xcalib, and uploaded to the
whole video card (except in some cases the Overlay where video may be processed).
I'm probably explaining it about 80% as well as I want to, but I hope that makes sense. If not keep asking so I know what to address if I ever write an article on this (I might decide to, because explaining it over will get a bit tedious). I can not blame you for asking though because I don't answer all the same questions about ICM in one post you can easily search. So I plan to add this info to the OP.