![]() ![]() The SW271 and other more up-market monitors have 3D LUTs built in to the monitor. If you use Displa圜al, then it will calibrate the monitor by generating 1D LUTs (Look Up Tables) that get loaded each bootup into the video card LUTs. I'm afraid you really do want to get a colorimeter that Palette Master Elements supports to get the best calibration. I'm trying to figure out if the calibration I've just done with my setup is sufficient or if I really need to buy a whole new colorimeter for this? Any help would be appreciated! icc can be used as printer/display profile having in this way a microsystem guided by the same technical parameters?Īny point of view will be much appreciated.I just purchased a used SW271 and was wondering if it is OK to calibrate it using displa圜AL and my colormunki display colorimeter? I saw that BenQ's preferred software is Palette Master Element but that it doesn't support the colormunki. ![]() Not coincidentally I've mentioned about prepressing because, in my case, the main goal is to obtain the same result on screen and physically printed on paper.Īt this point, I am wondering, in which way I can use the calibrated display, in order to be able to view the same result on screen and also printed on paper? In other words, once saved, the same. Let's say that this is my visual comfort zone, defined by these sets of parameters (as long as there is no single standard profile as reference) As you can see, these values are not close to prepress guidance values for example. I have a monitor display, calibrated by the desired preferences-White point 5750K, White level = 100 cd/m^2, gamma=2.0-the profile is saved and applied. I am getting deeper in this but something become nonsense for me With your permission, let's imagine the following scenario: Ambient light level adjustement - If I am working in different light level environment, I suppose that this is useless in my case am I right? ![]() Tone curve - I suppose 2.43 the measured uncalibrated monitor value (?) Black level as measured (?) as long as I don't want to match two different screens with different native blacks to one another OR the measured uncalibrated monitor value 0.1103 cd/m^2 (?) White level = 149.82 cd/m^2 the measured uncalibrated monitor value (?) ![]() What value should I use, in which conditions? White Visual Daylight Temperature = 5237K, DE 2K to locus = 5.6 White Visual Color Temperature = 5130K, DE 2K to locus = 9.2 White Correlated Daylight Temperature = 5366K, DE 2K to locus = 5.9 White Correlated Color Temperature = 5364K, DE 2K to locus = 9.5 In the report, I have the following values: Whitepoint There are a lot of options Settings as measured, by Color temperature 5000-6000K Īccording to the dispcalgui documentation, If you want to find out the current uncalibrated whitepoint of your display, you can run “Report on uncalibrated display device” from the “Tools” menu to measure it. If I use Tools / Import colorimeter corrections for Colormunki Display device, should I notice somwhere in the correction section, the imported profile? there is no such a profile in the dropdown menu. which way of lighting is the best to calibrate a monitor: total dark environment or the regular room light condition (not necessarily daylight source)? I've read different point of views and I'm confused, that's why I am asking. I've made a report using *Tools* / *Report on uncalibrated display device* function in dispcalGUI to see the gamma, white / black level values Īt this phase, before we proceed I am interested to know: Restore defaults/ Reset video card gamma table Reset to default the Video Graphic card in display driver settings I've installed Argyll LibUSB/Eye-One Display Driver (Argyll) I've started this thread to find some answers about the properly way to set up and calibrate a PC monitor, using the Colormunki Display device, dispcalGUI / Argyll CMS software solution. ![]()
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