Never mind I see what I did wrong. All I had to do is to raise the black point a bit to get all the shadow details. On Fri, Sep 9, 2011 at 10:22 PM, xun wang <xun911@xxxxxxxxx> wrote: > Thanks that works! > > I did some some further testing and comparison, and noticed that with > ArgyllCMS I still get less shadow details than the profile created using > X-rite's OEM software(ICC v2). Using photoshop's curve tool, the > lowest discernible shadow details using x-rite profile is 2. With ArgyllCMS > profile it's 4. I don't see any noticeable color casts in the shadows by > either profile. > I also get less gamut volume with the ArgyllCMS: 1,114,180 vs 1,087.920 > > Below is the DispcalGUI screenshot for the settings I used, please let me > know if there're anything I haven't optimized. Because I would really love > to use ArgyllCMS for my main calibration tool for its powerful features and > flexibilty. But for now the x-rite OEM software seems to give superior > result yet taking a fraction of the time. > > DispcalGUI setting screen shot: http://tinyurl.com/3vw7o9y > > I also ran "Very Profile", I'm not entirely sure but it also seems to agree > that the x-rite profile is oeverall slightly more accurate? > x-rite profile verification: http://tinyurl.com/44eptzd > argyllcms profile verification: http://tinyurl.com/4yqu4km > > Any help and inputs are greatly appreciated! > > Xun > > On Fri, Sep 9, 2011 at 2:54 PM, Florian Höch <lists+argyllcms@xxxxxxxxx>wrote: > >> Am 09.09.2011 20:28, schrieb xun wang: >> >> Is there anyway I could create a "single gamma + matrix" file for >>> Colormunki using the existing saved calculation data without running >>> through the "Calibreate & profile" process again? it's painfully slow >>> when I use "adaptive hires" + Black Drift Compensation for the >>> Colormunki. >>> >> >> Yes, you can use the existing ColorMunki data to create a new profile from >> it. (using the commandline tools, give the existing .ti3 as last argument to >> colprof. Or if you use dispcalGUI, set the desired profile type, then in the >> "Options" menu -> "Create profile from measurement data...", then select the >> .ti3 file) >> >> -- >> Florian Höch >> >> >> >