elessar:~ ariela$ dispcal -v -m -gl -qh -H MBP_20120304_1 Setting up the instrument Instrument Type: ColorMunki Serial Number: 2018587 Firmware version: 288 Chip ID: 01-adec371200001b Version string: 'colormunki FW V1.32 Build Nr. 1303' Calibration Ver.: 6 Production No.: 65745 Set instrument sensor to calibration position, and then hit any key to continue, or hit Esc or Q to abort: Calibration complete Place instrument on test window. Hit Esc or Q to give up, any other key to continue:elessar:~ ariela$ elessar:~ ariela$ elessar:~ ariela$ dispcal -v -m -gl -qh -H MBP_20120304_1 Setting up the instrument Instrument Type: ColorMunki Serial Number: 2018587 Firmware version: 288 Chip ID: 01-adec371200001b Version string: 'colormunki FW V1.32 Build Nr. 1303' Calibration Ver.: 6 Production No.: 65745 Set instrument sensor to calibration position, and then hit any key to continue, or hit Esc or Q to abort: Calibration complete Place instrument on test window. Hit Esc or Q to give up, any other key to continue: Target white = native white point Target white brightness = native brightness Target black brightness = native brightness Target gamma = L* curve Commencing device calibration patch 6 of 6 Black = XYZ 0.28 0.28 0.42 Red = XYZ 55.60 28.95 1.53 Green = XYZ 55.85 105.34 16.72 Blue = XYZ 29.29 11.42 153.40 White = XYZ 138.41 144.72 164.53 patch 80 of 80 Initial native brightness target = 144.724929 cd/m^2 Target white value is XYZ 138.407977 144.724929 164.529298 Adjusted target black XYZ 0.26 0.28 0.31, Lab 1.72 0.00 0.00 Target black after min adjust: XYZ 0.350 0.365 0.415, Lab 2.281 0.000 0.000 Gamma curve input offset = 0.000000, output offset = 0.002525, power = 0.000000 Total Iteration 4, Final Samples = 96 Final Repeat threshold = 0.400000 Creating initial calibration curves... Doing iteration 1 with 12 sample points and repeat threshold of 1.131371 DE patch 12 of 12 Brightness error = 0.000000 cd/m^2 (is 144.504842, should be 144.504842) White point error = 0.000000 deltaE Maximum neutral error (@ 0.065376) = 1.095391 deltaE Average neutral error = 0.611905 deltaE Number of measurements taken = 25 Computing update to calibration curves... Doing iteration 2 with 24 sample points and repeat threshold of 0.800000 DE patch 24 of 24 Brightness error = 0.000000 cd/m^2 (is 144.394619, should be 144.394619) White point error = 0.000000 deltaE Maximum neutral error (@ 0.087014) = 1.094461 deltaE Average neutral error = 0.466577 deltaE Failed to meet target 0.800000 delta E, got worst case 1.094461 Number of measurements taken = 102 Computing update to calibration curves... Doing iteration 3 with 48 sample points and repeat threshold of 0.565685 DE patch 48 of 48 Brightness error = 0.000000 cd/m^2 (is 144.233313, should be 144.233313) White point error = 0.000000 deltaE Maximum neutral error (@ 0.178335) = 0.894928 deltaE Average neutral error = 0.439837 deltaE Failed to meet target 0.565685 delta E, got worst case 1.094461 Number of measurements taken = 222 Computing update to calibration curves... Doing iteration 4 with 96 sample points and repeat threshold of 0.400000 DE patch 96 of 96 Brightness error = 0.000000 cd/m^2 (is 143.954657, should be 143.954657) White point error = 0.000000 deltaE Maximum neutral error (@ 0.096276) = 1.717726 deltaE Average neutral error = 0.495759 deltaE Failed to meet target 0.400000 delta E, got worst case 1.134292 Number of measurements taken = 926 The instrument can be removed from the screen. Written calibration file 'MBP_20120304_1.cal' elessar:~ ariela$ targen -v -w -d3 -g 32 MBP_20120304_1 RGB test chart Compostie Grey steps = 32 Full spread patches = 836 Degree of adaptation: 0.100 Adaptation weights: Device = 0.935, Perceptual = 0.065, Curvature = 0.010 Perceptual cache resolution = 11 Acceleration grid res = 10 There are 32 unique fixed points to add (35 total fixed points) There are 801 far spread points to add Added 833/833 After seeding points: MinPoint = 5.358, Min = 4.925, Avg. = 8.814, Max = 11.293, 0.5 secs Re-seeding It 1: Maxmv = 0.049761, MinPoint = 5.358, Min = 3.498, Avg. = 8.849, Max = 11.493, 0.5 secs. Re-seeding It 2: Maxmv = 0.046361, MinPoint = 5.358, Min = 4.925, Avg. = 8.810, Max = 11.192, 0.5 secs. Re-seeding It 3: Maxmv = 0.034787, MinPoint = 5.358, Min = 4.925, Avg. = 8.759, Max = 10.997, 0.5 secs. Fixing up veronoi It 4: Maxmv = 0.021185, MinPoint = 5.358, Min = 4.925, Avg. = 8.730, Max = 10.740, 0.3 secs. Fixing up veronoi It 5: Maxmv = 0.010910, MinPoint = 5.358, Min = 4.925, Avg. = 8.716, Max = 10.652, 0.3 secs. Fixing up veronoi It 6: Maxmv = 0.000923, MinPoint = 5.358, Min = 4.925, Avg. = 8.715, Max = 10.661, 0.2 secs. After optimization: MinPoint = 5.358, Min = 4.925, Avg. = 8.715, Max = 10.661 Total number of patches = 836 Execution time = 2.750000 seconds elessar:~ ariela$ dispread -v -k MBP_20120304_1.cal -H MBP_20120304_1 Number of patches = 836 Setting up the instrument Instrument Type: ColorMunki Serial Number: 2018587 Firmware version: 288 Chip ID: 01-adec371200001b Version string: 'colormunki FW V1.32 Build Nr. 1303' Calibration Ver.: 6 Production No.: 65745 Set instrument sensor to calibration position, and then hit any key to continue, or hit Esc or Q to abort: Calibration complete Place instrument on test window. Hit Esc or Q to give up, any other key to continue: patch 836 of 836 The instrument can be removed from the screen. Written 'MBP_20120304_1.ti3' elessar:~ ariela$ colprof -v -qh -al MBP_20120304_1 No of test patches = 836 Estimating white point Approximate White point XYZ = 0.956175 1.000150 1.146675, Lab = 100.005800 -1.416026 -23.197959 Creating optimised per channel curves Initial White Point XYZ 0.956175 1.000150 1.146675, Lab 100.005800 -1.416026 -23.197959 About to optimise temporary matrix 100% About to optimise input curves and matrix 100% About to optimise output curves and matrix 100% About to optimise input curves and matrix again 100% About to optimise input, matrix and output together 100% About to adjust a and b output curves for white point About to create grid position input curves Create final clut from scattered data ****************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************** Doing White point fine tune: Before fine tune, rel WP = XYZ 0.964548 1.000118 0.826022, Lab 100.004553 0.040517 -0.082747 After fine tune, rel WP = XYZ 0.964200 1.000000 0.824900, Lab 100.000000 0.000000 -0.000000 Creating fast inverse input lookups White point XYZ = 0.956589 1.000287 1.148251, Lab = 100.011080 -1.366900 -23.291070 Find black point Black point XYZ = 0.004472 0.004766 0.005100, Lab = 4.304790 -0.496209 -2.207071 Display Luminance = 142.918854 Done A to B table creation Setting up B to A table lookup Creating B to A tables Rev cache RAM = 1610 Mbytes There is 1 rev cache instance with 1610 Mbytes limit There are 2 rev cache instances with 805 Mbytes limit 100% Done B to A tables There is 1 rev cache instance with 1610 Mbytes limit Profile check complete, peak err = 2.331465, avg err = 0.487247, RMS = 0.574028 profcheck log: No of test patches = 836 Profile check complete, errors(CIEDE2000): max. = 1.172170, avg. = 0.222190, RMS = 0.266520 elessar:~ ariela$ dispcal -yl -r Set instrument sensor to calibration position, and then hit any key to continue, or hit Esc or Q to abort: Calibration complete Place instrument on test window. Hit Esc or Q to give up, any other key to continue: Current calibration response: Black level = 0.32 cd/m^2 White level = 162.04 cd/m^2 Aprox. gamma = 2.25 Contrast ratio = 507:1 White chromaticity coordinates 0.3088, 0.3232 White Correlated Color Temperature = 6775K, DE 2K to locus = 3.2 White Correlated Daylight Temperature = 6776K, DE 2K to locus = 1.5 White Visual Color Temperature = 6646K, DE 2K to locus = 3.1 White Visual Daylight Temperature = 6837K, DE 2K to locus = 1.5 The instrument can be removed from the screen.