displaycal matching numbers during whitepoint measurement

#Displaycal matching numbers during whitepoint measurement full#

The aim being to get your monitor control adjustmets close to the sRGB standard although the gamma will still probably be. First use the monitor controls to get close. Use D65 as the target whitepoint (there are good reasons when matching to print to change this but in your case keep it simple). Any options that attempt to change the calibration target (ie. Use Displaycal to first calibrate your monitor. Normally dispcal -u will use the same quality level that was specified in the previous calibration, but this can be overridden using the -q flag. At the end of the day LCDs are gonna have backlight bleed, so whether you'd rather raise and preserve shadow detail or crush and preserve perceptual contrast is up to you. This keeps the profile up to date with the display. Personally I'd say try many options and look at some reference images to see what works best for your use case. The AMD R9 hardware is not as powerful as the current Intel i9 and this AMD configuration lacks a few perks that are Intel exclusive at this point, such as very fast gen4 storage or Thunderbolt 4, but at the same time, this AMD Legion 7 variant is significantly more. This practice assumes you're in a controlled viewing environment using fairly decent displays. Summary: The AMD version of the Lenovo Legion 7 is very much identical to the Intel model tested a few weeks ago.

Most colorists and calibrators however prefer a pure 2.4 curve (or 2.2 for bright rooms), therefore ignoring that particular portion of the BT.1886 spec (so black offset at 100%). So the dynamic range is better (no clipping / cramping) but the contrast now looks worse (raised darks). This can help to match the dynamic range of unlike displays when taking white point & ambient light into account as well.

#Displaycal matching numbers during whitepoint measurement full#

The full BT.1886 spec (black output offset 0% in Displa圜al) can be useful for making sure no shadows are clipped or distorted on LCDs, at the cost of reducing contrast.