zoyd sur AVS Forum a écrit:
Version 3.0.4.1 has been uploaded to sourceforge.
Changes:
-Merged in a backport of the 1.5beta code for the D3 and optimized integration times for refresh display. It is important that you sync your probe using the calibrate function to a pattern >= 50% prior to taking measurements.
-Added 6 color checker targets (advanced->preferences->references->color space standard->CC6). Colors are, light skin, blue sky, foliage, blue flower, yellow green, orange yellow
-Fixed view images generator so that it displays proper RGB triplets when using Rec709(75%) and CC6
-Some labeling and graphing fixes for the new color spaces
let me know if I broke anything.
D3 calibration only needs to be done once.
the GCD disk has the 6 patterns in both the 12 color checker chapter and the 24 color checker chapter. Use the ones from the 12 chapter and make sure the white reference you use is at 100% luminance. Unfortunately you have to go to another chapter to pick that one up at the end of the sequence.
@PeterLewis
10% window/22% APL from the GCD disk is what I use for everything. I don't know the best config for the colormunki, if it's the same hardware as a D3 then yes, use a plasma based correction matrix.
a new build of 3.0.4.1 is available, this includes some fixes to the display of the target color when in targeting mode using the CC6 colors. I've also cleaned up the d3 .thc files and made two available in the dropdown box for meter correction.
d3_standardplasma
d3_standardLCD
A note on choosing a matrix correction (.thc) vs. a color correction sample set (.ccss): Choose one or the other of these, not both. the matrix correction will give better results than the ccss on plasmas, not sure about LCDs since I haven't tested that.
I built it using tools from the ArgyllCMS software using my i1pro 2 and samsung D8000. all plasma spectral distributions are similar but there may be small differences between panasonics and samsungs, don't know how much that would affect the correction. The new ZT60 has a wider gamut (sharper) red primary so if you get one of those you'd need a spectral sample file based on those primaries. I haven't seen any panasonic specific .ccss files but there are two .ccmx available here. You can manually enter the matrix coefficients from those if you want to compare.
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C'est trop bien!
