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sample pairs 6x8 and 1x16 data lines = 48+16 = 64 data lines with 4 data per line %min 256 + 2x4 reference data = 264 data /XYZ05 500 array def /XYZ05 [ %XYZ05_Grasgruen.txt % X Y Z %0 10.83 16.98 5.83 %colour sample L*-change 1 2.88 5.81 1.56 2 38.83 52.09 27.06 3 19.57 28.98 12.42 4 1.87 4.03 1.39 5 7.15 12.10 3.31 6 41.70 54.64 27.86 7 29.23 41.50 20.18 8 3.74 6.82 1.65 %colour sample a*-change 1 18.31 18.21 6.31 2 6.63 15.36 4.65 3 17.04 19.06 6.60 4 5.10 12.79 3.74 5 9.55 19.16 6.85 6 15.25 18.88 6.64 7 14.55 20.27 7.36 8 10.85 19.15 6.92 %colour sample b*-change 1 12.25 19.18 9.52 2 12.12 18.97 4.26 3 12.31 19.38 18.09 4 14.37 21.84 2.35 5 12.37 19.40 23.68 6 12.86 20.01 14.11 7 12.48 19.44 2.70 8 17.36 26.90 2.59 %colour sample L*/a*-change 1 5.16 6.98 1.51 2 20.30 27.38 11.29 3 5.71 11.39 3.02 4 18.81 31.52 14.73 5 8.03 11.80 3.10 6 35.05 42.00 20.50 7 17.58 28.87 12.27 8 2.99 7.25 1.74 %colour sample L*/b*-change 1 18.91 28.10 8.68 2 28.74 41.12 10.93 3 3.24 6.16 3.58 4 6.88 11.71 5.24 5 29.39 41.57 32.86 6 7.86 13.08 2.03 7 19.62 28.87 17.36 8 6.92 11.73 1.94 %colour sample a*/b*-change 1 13.31 18.64 4.30 2 10.50 18.69 9.43 3 14.62 18.22 12.59 4 9.41 18.92 2.73 5 10.65 18.86 4.38 6 14.76 18.27 2.64 7 9.32 18.68 13.92 8 13.70 19.03 9.93 %colour sample L*/a*/b*change %0 12.37 19.28 6.68 1 36.03 43.01 12.12 2 21.56 28.72 9.00 3 35.78 42.50 27.33 4 21.38 28.53 21.49 5 23.97 36.71 8.93 6 14.47 26.20 8.00 7 26.30 39.69 24.98 8 14.18 25.56 20.35 9 11.33 14.64 1.95 10 5.78 8.62 1.67 11 8.86 11.32 4.85 12 3.81 6.04 3.49 13 7.74 14.86 2.18 14 4.02 9.85 1.97 15 5.84 11.49 5.14 16 3.87 9.06 5.15 ] def %XYZ05 %max 500 sample pairs 6x8 and 1x16 data lines = 48+16 = 64 data lines with 4 data per line %min 256 + 2x4 reference data = 264 data /XYZ06 500 array def /XYZ06 [ %XYZ06_Blaugruen.txt % X Y Z %0 8.78 16.52 18.34 %colour sample L*-change 1 2.62 5.32 4.40 2 5.57 11.72 12.22 3 3.41 7.01 6.49 4 27.64 40.17 43.37 5 16.23 27.19 31.46 6 20.50 32.52 34.05 7 4.95 10.14 10.99 8 31.13 43.96 44.86 %colour sample a*-change 1 6.81 14.95 12.87 2 14.69 19.25 20.83 3 11.47 19.04 21.11 4 6.86 14.97 13.31 5 7.42 15.45 16.46 6 16.01 18.83 20.60 7 13.85 20.32 22.24 8 6.90 15.04 13.45 %colour sample b*-change 1 9.90 18.79 5.58 2 10.39 17.48 32.83 3 10.34 19.41 8.83 4 11.28 17.99 37.73 5 9.77 17.30 28.59 6 10.09 19.01 12.03 7 10.04 18.87 15.98 8 9.28 17.31 24.51 %colour sample L*/a*-change 1 3.41 5.84 6.51 2 18.56 28.81 31.20 3 6.60 14.18 14.75 4 15.11 26.24 25.96 5 6.39 11.55 12.84 6 30.18 40.90 45.26 7 12.27 22.32 24.19 8 5.98 13.63 11.36 %colour sample L*/b*-change 1 13.59 23.22 31.83 2 5.79 10.50 16.23 3 6.59 12.79 17.39 4 19.13 29.42 44.53 5 2.97 6.91 3.08 6 16.30 27.83 25.67 7 5.26 11.22 9.03 8 21.63 34.52 23.61 %colour sample a*/b*-change 1 10.88 18.22 14.93 2 7.84 15.69 19.07 3 12.48 18.43 32.98 4 7.46 16.54 8.91 5 8.49 17.64 14.40 6 12.71 18.76 11.23 7 8.61 16.24 23.31 8 11.18 18.50 26.19 %colour sample L*/a*/b*change %0 9.68 18.30 20.03 1 30.77 41.51 29.60 2 18.90 29.26 25.27 3 30.92 41.78 56.08 4 17.71 27.11 46.40 5 16.42 28.55 17.80 6 8.30 17.55 12.75 7 17.39 28.04 37.09 8 10.86 19.72 26.35 9 7.47 11.67 6.37 10 2.83 5.88 4.25 11 7.07 11.03 16.52 12 5.29 8.99 15.64 13 4.81 11.71 6.20 14 5.56 13.21 8.69 15 7.12 14.58 17.54 16 7.11 14.55 17.62 ] def %XYZ06 %max 500 sample pairs 6x8 and 1x16 data lines = 48+16 = 64 data lines with 4 data per line %min 256 + 2x4 reference data = 264 data /XYZ07 500 array def /XYZ07 [ %XYZ07_Tuerkisblau.txt % X Y Z %0 11.39 17.05 40.44 %colour sample L*-change 1 9.63 14.85 33.66 2 18.57 26.95 56.28 3 5.61 8.36 18.64 4 30.82 40.84 74.68 5 3.68 5.24 11.79 6 8.17 12.13 28.61 7 26.78 36.32 70.23 8 39.56 50.01 82.43 %colour sample a*-change 1 13.17 18.51 45.06 2 17.35 19.53 46.90 3 10.66 18.14 33.28 4 11.54 18.58 38.30 5 19.72 19.89 47.68 6 9.76 17.47 28.64 7 10.77 18.16 33.97 8 15.57 19.46 47.40 %colour sample b*-change 1 12.03 19.03 37.50 2 12.16 19.25 23.83 3 11.91 16.75 45.10 4 13.38 19.45 48.62 5 12.67 19.94 19.12 6 11.86 16.67 45.13 7 12.46 18.12 46.49 8 12.47 19.56 31.12 %colour sample L*/a*-change 1 21.25 28.89 62.71 2 10.25 16.94 34.50 3 16.70 25.78 46.80 4 5.48 6.86 20.50 5 8.70 12.22 32.09 6 31.48 38.51 74.09 7 9.57 16.49 30.82 8 17.81 26.48 52.41 %colour sample L*/b*-change 1 15.95 22.99 54.03 2 12.31 17.96 46.09 3 19.04 28.29 52.76 4 19.09 27.07 59.59 5 4.61 7.82 13.15 6 11.39 15.49 44.01 7 8.09 13.06 26.82 8 28.33 39.83 58.45 %colour sample a*/b*-change 1 13.21 18.48 36.96 2 15.08 18.64 29.56 3 12.71 19.06 45.11 4 12.67 18.97 45.15 5 12.98 15.68 47.53 6 8.79 16.68 23.86 7 12.68 17.68 47.13 8 10.53 17.86 33.21 %colour sample L*/a*/b*change %0 12.54 18.61 44.80 1 35.97 42.80 62.61 2 22.49 30.04 55.12 3 27.29 32.69 68.56 4 17.34 22.57 55.90 5 22.56 33.61 47.71 6 15.88 25.13 41.60 7 22.55 31.08 64.25 8 15.98 22.83 53.84 9 9.44 12.01 20.61 10 5.41 8.06 18.11 11 10.12 12.46 40.63 12 10.10 12.44 40.61 13 7.19 13.07 21.00 14 8.54 15.49 25.78 15 11.38 17.06 41.68 16 11.33 16.97 41.54 ] def %XYZ07 %max 500 sample pairs 6x8 and 1x16 data lines = 48+16 = 64 data lines with 4 data per line %min 256 + 2x4 reference data = 264 data /XYZ08 500 array def /XYZ08 [ %XYZ08_Himmelblau.txt % X Y Z %0 14.65 15.79 47.08 %colour sample L*-change 1 23.47 25.33 62.66 2 34.74 36.60 73.79 3 6.26 6.11 26.28 4 11.22 11.78 43.05 5 41.85 45.16 80.37 6 3.58 3.22 14.49 7 7.86 7.94 33.19 8 28.41 29.48 67.17 %colour sample a*-change 1 11.92 16.72 45.27 2 21.29 15.91 51.66 3 18.61 17.84 54.29 4 13.40 19.48 48.67 5 15.57 18.48 52.31 6 25.92 18.81 54.63 7 20.07 16.97 53.46 8 14.11 18.03 50.04 %colour sample b*-change 1 17.77 18.49 25.98 2 10.04 9.41 39.89 3 13.05 13.37 46.60 4 18.69 19.60 42.59 5 10.14 9.63 40.18 6 17.80 18.73 33.19 7 13.01 13.33 46.52 8 18.73 19.67 52.21 %colour sample L*/a*-change 1 8.10 6.31 29.64 2 24.96 24.11 61.89 3 9.68 11.11 39.50 4 23.42 28.86 64.64 5 12.42 11.55 43.88 6 36.08 31.84 69.40 7 18.63 21.18 56.86 8 8.62 10.69 33.90 %colour sample L*/b*-change 1 25.83 26.90 64.55 2 21.38 21.55 58.77 3 18.86 19.68 56.07 4 8.12 7.75 35.07 5 11.13 11.67 36.23 6 39.50 41.39 77.80 7 5.99 6.21 18.36 8 11.02 11.44 42.66 %colour sample a*/b*-change 1 19.34 18.14 49.63 2 11.94 13.39 44.98 3 13.87 11.16 45.01 4 14.42 18.98 41.53 5 16.24 19.10 51.17 6 21.39 18.08 40.36 7 12.90 15.52 47.29 8 13.23 11.91 45.64 %colour sample L*/a*/b*change %0 16.44 17.79 52.71 1 46.64 42.11 76.91 2 28.66 27.27 64.80 3 27.33 24.06 61.40 4 19.99 18.94 55.49 5 36.38 41.84 76.84 6 21.03 26.58 61.34 7 25.44 29.04 65.57 8 15.42 18.28 51.90 9 13.90 11.46 28.54 10 7.01 6.28 23.72 11 12.01 9.94 42.42 12 7.74 6.63 33.79 13 9.61 11.32 28.87 14 6.82 8.66 25.98 15 9.50 10.90 39.04 16 9.52 10.93 39.11 ] def %XYZ08 %max 500 sample pairs 6x8 and 1x16 data lines = 48+16 = 64 data lines with 4 data per line %min 256 + 2x4 reference data = 264 data /XYZ09 500 array def /XYZ09 [ %XYZ09_Violettrot.txt % X Y Z %0 22.89 16.89 41.33 %colour sample L*-change 1 16.67 11.57 32.37 2 42.69 33.19 68.78 3 10.01 6.39 21.13 4 38.23 29.51 64.97 5 51.15 41.41 75.43 6 59.13 49.90 81.56 7 3.10 1.57 9.37 8 5.69 3.20 13.68 %colour sample a*-change 1 17.42 19.33 46.88 2 22.98 18.50 46.01 3 19.59 19.55 47.50 4 34.63 19.85 47.65 5 28.95 19.50 47.45 6 32.58 20.39 48.31 7 21.40 19.13 47.44 8 29.97 15.31 41.03 %colour sample b*-change 1 25.29 18.44 37.18 2 26.02 18.99 24.09 3 15.99 11.13 44.76 4 25.83 19.11 55.25 5 26.68 19.75 18.96 6 14.36 10.22 43.46 7 21.55 16.16 52.02 8 25.98 19.03 30.60 %colour sample L*/a*-change 1 33.83 28.12 63.48 2 14.60 11.13 31.98 3 40.49 28.64 63.30 4 41.91 38.77 75.48 5 12.69 6.31 20.72 6 7.95 6.71 22.21 7 18.87 11.74 32.83 8 45.38 31.45 64.96 %colour sample L*/b*-change 1 37.42 28.71 53.52 2 51.46 41.68 62.66 3 10.01 6.47 34.43 4 16.54 11.38 39.87 5 30.90 23.62 60.27 6 10.08 6.42 12.16 7 30.91 23.64 60.28 8 16.49 11.27 25.43 %colour sample a*/b*-change 1 22.12 17.61 54.09 2 20.38 18.08 29.08 3 17.53 15.01 50.84 4 31.36 19.35 30.37 5 23.28 18.78 37.95 6 22.31 12.96 44.48 7 28.57 19.14 38.30 8 27.67 18.74 53.53 %colour sample L*/a*/b*change %0 25.27 18.65 46.02 1 42.66 30.86 52.30 2 41.10 29.37 54.46 3 39.17 26.19 59.48 4 27.92 19.92 55.30 5 49.30 42.74 62.48 6 31.80 29.17 54.69 7 40.79 34.97 71.31 8 22.04 20.19 57.25 9 21.03 11.98 20.69 10 10.82 6.04 15.77 11 19.91 11.10 39.18 12 11.13 6.22 33.67 13 14.06 10.82 18.98 14 7.71 6.43 16.42 15 14.77 11.49 40.03 16 7.57 6.28 33.25 ] def %XYZ09 %max 2500 sample pairs 6x8 and 4x16 data lines = 48+64=112 data lines with 20 data per line %min 112 x20 data = 2240 data /VIS01 2500 array def /VIS01 [ %VIS01_Mittelgrau.txt % GB CIELAB LABHNU LABHNU1 LABHNU2 CMC CIE94 CIEDE2000 DIN99 DIN99o % DE* GE* DE* GE* DE* GE* DE* GE* DE* GE* DE* GE* DE* GE* DE* GE* DE* GE* %colour sample L*-change 1 0.605 23.269 0.531 23.266 0.531 23.261 0.531 23.252 0.531 19.670 0.410 23.268 0.531 20.710 0.607 20.084 0.461 22.438 0.549 2 0.621 17.171 0.392 17.169 0.392 17.167 0.392 17.163 0.392 18.139 0.378 17.170 0.392 14.926 0.438 17.728 0.407 17.668 0.432 3 0.968 37.569 0.858 37.568 0.858 37.565 0.858 37.559 0.858 47.933 1.000 37.568 0.858 28.711 0.842 43.602 1.000 40.065 0.980 4 0.995 43.785 1.000 43.785 1.000 43.779 1.000 43.769 1.000 34.285 0.715 43.784 1.000 34.106 1.000 35.102 0.805 40.896 1.000 5 0.819 26.698 0.610 26.696 0.610 26.691 0.610 26.682 0.610 30.505 0.636 26.697 0.610 21.817 0.640 29.021 0.666 27.937 0.683 6 0.418 13.833 0.316 13.833 0.316 13.827 0.316 13.816 0.316 12.195 0.254 13.832 0.316 13.214 0.387 12.396 0.284 13.550 0.331 7 0.418 7.094 0.162 7.094 0.162 7.093 0.162 7.092 0.162 6.985 0.146 7.094 0.162 6.631 0.194 6.971 0.160 7.176 0.175 8 0.730 33.495 0.765 33.495 0.765 33.493 0.765 33.490 0.765 27.134 0.566 33.494 0.765 27.773 0.814 27.836 0.638 31.744 0.776 %colour sample a*-change 1 0.992 40.089 0.976 41.815 1.000 40.666 1.000 24.683 1.000 24.160 0.948 21.092 0.949 23.678 0.939 22.549 0.963 31.034 0.957 2 0.781 31.781 0.774 31.979 0.765 25.353 0.623 17.317 0.702 22.574 0.886 19.469 0.876 23.690 0.939 19.917 0.851 28.098 0.867 3 0.297 11.319 0.276 11.508 0.275 9.774 0.240 6.791 0.275 12.179 0.478 9.514 0.428 13.267 0.526 9.188 0.392 13.927 0.430 4 0.506 20.152 0.491 20.831 0.498 19.123 0.470 12.189 0.494 16.601 0.651 13.980 0.629 17.692 0.701 14.195 0.606 20.500 0.632 5 0.917 41.077 1.000 41.063 0.982 31.554 0.776 21.631 0.876 25.488 1.000 22.228 1.000 25.225 1.000 23.412 1.000 32.422 1.000 6 0.768 30.169 0.734 31.333 0.749 29.578 0.727 18.345 0.743 20.858 0.818 18.059 0.812 21.622 0.857 18.766 0.802 26.349 0.813 7 0.483 21.132 0.514 21.400 0.512 17.563 0.432 12.008 0.486 18.261 0.716 15.128 0.681 19.864 0.787 15.066 0.643 21.867 0.674 8 0.327 11.342 0.276 11.662 0.279 10.484 0.258 6.965 0.282 11.393 0.447 9.100 0.409 12.052 0.478 8.954 0.382 13.382 0.413 %colour sample b*-change 1 0.926 40.001 1.000 33.623 0.914 33.623 0.914 33.622 0.914 24.800 1.000 21.813 1.000 21.685 1.000 18.854 1.000 29.971 1.000 2 0.783 29.846 0.746 27.764 0.754 27.764 0.755 27.763 0.755 20.780 0.838 17.893 0.820 18.338 0.846 15.267 0.810 24.465 0.816 3 0.286 10.010 0.250 9.242 0.251 9.242 0.251 9.242 0.251 10.431 0.421 8.297 0.380 8.547 0.394 6.626 0.351 11.231 0.375 4 0.497 20.542 0.514 18.124 0.493 18.123 0.493 18.122 0.493 17.604 0.710 14.696 0.674 14.661 0.676 11.721 0.622 19.903 0.664 5 0.984 39.351 0.984 36.801 1.000 36.797 1.000 36.790 1.000 24.115 0.972 21.004 0.963 21.394 0.987 18.633 0.988 28.936 0.965 6 0.780 29.665 0.742 25.679 0.698 25.677 0.698 25.675 0.698 21.428 0.864 18.569 0.851 18.514 0.854 15.373 0.815 25.184 0.840 7 0.495 19.835 0.496 18.340 0.498 18.336 0.498 18.329 0.498 16.495 0.665 13.732 0.630 14.205 0.655 11.327 0.601 18.815 0.628 8 0.268 9.989 0.250 9.031 0.245 9.028 0.245 9.023 0.245 10.948 0.441 8.603 0.394 8.559 0.395 6.736 0.357 11.763 0.392 %colour sample L*/a*-change 1 0.563 15.952 0.521 16.136 0.524 15.417 0.527 13.714 0.531 15.135 0.579 14.814 0.550 16.233 0.579 13.794 0.565 17.336 0.567 2 0.980 30.072 0.983 30.455 0.988 29.250 1.000 25.834 1.000 25.263 0.966 26.783 0.994 26.747 0.955 24.195 0.990 29.843 0.976 3 0.939 26.878 0.878 26.997 0.876 23.923 0.818 20.640 0.799 25.628 0.980 22.673 0.842 24.552 0.876 23.198 0.950 27.917 0.913 4 0.614 11.921 0.390 12.073 0.392 10.744 0.367 8.675 0.336 12.803 0.490 10.678 0.396 13.615 0.486 10.477 0.429 14.384 0.470 5 0.899 30.598 1.000 30.817 1.000 28.473 0.973 25.374 0.982 26.139 1.000 26.937 1.000 28.018 1.000 24.429 1.000 30.589 1.000 6 0.894 27.005 0.883 27.602 0.896 26.707 0.913 21.620 0.837 25.116 0.961 22.530 0.836 23.375 0.834 23.170 0.948 27.411 0.896 7 0.565 17.044 0.557 17.179 0.557 16.105 0.551 14.492 0.561 16.519 0.632 15.930 0.591 18.057 0.644 14.743 0.604 18.738 0.613 8 0.605 12.927 0.422 13.181 0.428 12.315 0.421 9.866 0.382 13.117 0.502 11.353 0.421 13.334 0.476 11.208 0.459 14.764 0.483 %colour sample L*/b*-change 1 0.946 27.158 0.868 25.145 0.843 25.145 0.844 25.145 0.844 25.788 0.974 23.011 0.831 21.141 0.831 21.830 0.936 27.033 0.898 2 0.595 16.623 0.531 16.015 0.537 16.010 0.537 16.002 0.537 16.060 0.607 15.715 0.568 15.259 0.600 13.458 0.577 17.460 0.580 3 0.647 11.875 0.379 11.242 0.377 11.239 0.377 11.235 0.377 12.232 0.462 10.455 0.378 10.416 0.409 9.183 0.394 13.038 0.433 4 0.959 30.554 0.976 29.563 0.992 29.561 0.992 29.558 0.992 25.567 0.966 27.005 0.975 25.008 0.983 23.008 0.986 29.211 0.970 5 0.709 12.911 0.412 11.994 0.402 11.991 0.402 11.985 0.402 13.585 0.513 11.526 0.416 11.208 0.440 9.850 0.422 14.331 0.476 6 0.863 31.300 1.000 29.812 1.000 29.809 1.000 29.803 1.000 26.468 1.000 27.685 1.000 25.452 1.000 23.334 1.000 30.114 1.000 7 0.579 16.156 0.516 15.701 0.527 15.695 0.527 15.684 0.526 15.281 0.577 15.195 0.549 14.940 0.587 13.258 0.568 16.815 0.558 8 0.900 26.933 0.860 25.830 0.866 25.830 0.867 25.829 0.867 24.729 0.934 22.137 0.800 20.729 0.814 21.122 0.905 26.126 0.868 %colour sample a*/b*-change 1 0.590 14.371 0.484 13.959 0.493 13.064 0.491 10.685 0.486 13.738 0.633 11.022 0.589 13.037 0.606 10.625 0.586 16.628 0.627 2 0.671 28.374 0.956 27.894 0.986 26.609 0.999 21.837 0.993 19.853 0.915 17.080 0.913 19.271 0.896 15.282 0.842 23.172 0.873 3 0.312 13.965 0.471 13.643 0.482 12.812 0.481 10.662 0.485 12.909 0.595 10.451 0.559 12.438 0.578 8.843 0.487 14.203 0.535 4 0.988 29.131 0.982 28.290 1.000 25.479 0.957 21.999 1.000 21.208 0.978 18.014 0.963 21.519 1.000 18.144 1.000 26.537 1.000 5 0.421 14.530 0.490 13.911 0.492 12.764 0.479 11.008 0.500 14.480 0.668 11.511 0.616 13.698 0.637 9.442 0.520 15.544 0.586 6 0.953 29.092 0.981 27.909 0.987 26.630 1.000 21.900 0.996 20.765 0.957 17.914 0.958 19.828 0.921 17.800 0.981 26.363 0.993 7 0.753 29.666 1.000 28.164 0.996 25.301 0.950 21.762 0.989 21.688 1.000 18.698 1.000 21.068 0.979 16.343 0.901 25.171 0.949 8 0.613 14.153 0.477 13.707 0.485 12.603 0.473 10.908 0.496 13.892 0.641 10.957 0.586 14.145 0.657 10.556 0.582 16.429 0.619 %colour sample L*/a*/b*-change 1 0.874 34.575 0.999 33.494 1.000 32.815 1.000 29.004 1.000 29.129 0.977 26.400 0.992 25.826 0.927 26.727 0.987 32.801 0.994 2 0.702 29.843 0.862 29.963 0.894 29.196 0.890 24.803 0.855 27.172 0.911 24.597 0.924 24.678 0.886 25.260 0.932 30.069 0.911 3 0.691 29.200 0.844 29.459 0.879 28.686 0.874 24.424 0.842 26.487 0.888 24.055 0.904 24.206 0.869 24.112 0.890 28.165 0.854 4 0.766 32.600 0.942 32.273 0.963 31.546 0.961 27.851 0.960 26.821 0.899 24.379 0.916 24.330 0.873 23.526 0.868 28.857 0.875 5 0.794 29.810 0.861 28.142 0.840 27.818 0.848 26.910 0.928 27.567 0.924 24.897 0.936 23.340 0.838 24.467 0.903 29.782 0.903 6 0.606 24.358 0.704 24.037 0.717 23.672 0.721 22.651 0.781 25.074 0.841 22.706 0.853 21.283 0.764 23.060 0.851 26.117 0.792 7 0.565 23.914 0.691 23.742 0.709 23.315 0.711 22.076 0.761 23.892 0.801 21.818 0.820 20.794 0.746 21.628 0.798 24.264 0.735 8 0.728 29.307 0.847 28.503 0.851 28.159 0.858 27.184 0.937 26.341 0.883 23.918 0.899 22.653 0.813 22.878 0.844 27.423 0.831 9 0.768 29.598 0.855 27.850 0.831 27.281 0.831 26.537 0.915 27.589 0.925 24.784 0.931 24.224 0.869 23.231 0.858 28.714 0.870 10 0.659 24.538 0.709 24.149 0.721 23.361 0.712 22.342 0.770 25.439 0.853 22.771 0.856 22.564 0.810 22.300 0.823 25.681 0.778 11 0.608 24.233 0.700 23.952 0.715 23.261 0.709 22.353 0.771 24.986 0.838 22.310 0.838 22.404 0.804 22.644 0.836 26.065 0.790 12 0.867 30.049 0.868 29.205 0.872 28.663 0.873 27.959 0.964 28.179 0.945 25.082 0.943 24.694 0.886 25.037 0.924 29.959 0.908 13 0.829 34.609 1.000 33.219 0.991 30.702 0.936 28.131 0.970 29.545 0.991 26.611 1.000 27.866 1.000 25.384 0.937 31.770 0.963 14 0.780 30.105 0.870 29.837 0.890 27.114 0.826 24.267 0.837 28.340 0.950 25.286 0.950 26.362 0.946 24.986 0.922 30.015 0.910 15 0.808 29.939 0.865 29.781 0.889 27.209 0.829 24.507 0.845 28.378 0.952 25.156 0.945 26.801 0.962 25.878 0.955 30.825 0.934 16 0.976 34.159 0.987 33.506 1.000 31.255 0.952 28.947 0.998 29.820 1.000 26.525 0.997 27.583 0.990 27.091 1.000 32.995 1.000 1 0.814 30.475 1.000 29.375 0.988 28.300 0.986 23.727 0.969 22.663 0.973 20.254 0.990 21.829 0.935 20.158 0.987 27.941 0.988 2 0.636 24.857 0.816 25.084 0.844 23.800 0.829 18.037 0.737 20.235 0.869 17.969 0.879 20.544 0.880 18.203 0.891 24.741 0.875 3 0.710 24.274 0.797 24.535 0.825 23.299 0.812 18.017 0.736 19.933 0.856 17.775 0.869 20.254 0.868 16.947 0.829 22.892 0.810 4 0.820 30.232 0.992 29.724 1.000 28.693 1.000 24.475 1.000 22.253 0.956 19.882 0.972 21.481 0.920 18.066 0.884 25.419 0.899 5 0.720 24.787 0.813 22.879 0.770 22.422 0.781 21.278 0.869 20.615 0.885 18.329 0.896 18.737 0.803 17.069 0.835 24.209 0.856 6 0.544 16.980 0.557 16.596 0.558 15.989 0.557 14.440 0.590 16.426 0.705 14.589 0.713 15.659 0.671 14.105 0.690 18.874 0.667 7 0.514 17.494 0.574 17.185 0.578 16.559 0.577 14.939 0.610 16.431 0.706 14.625 0.715 15.780 0.676 13.187 0.645 17.702 0.626 8 0.721 24.280 0.797 23.202 0.781 22.767 0.793 21.692 0.886 19.901 0.855 17.685 0.865 18.215 0.780 15.251 0.746 21.985 0.777 9 0.723 24.672 0.810 22.758 0.766 21.953 0.765 20.866 0.853 20.695 0.889 18.206 0.890 19.401 0.831 15.510 0.759 22.806 0.806 10 0.543 17.368 0.570 16.817 0.566 15.832 0.552 14.438 0.590 16.967 0.729 14.733 0.720 16.496 0.707 13.061 0.639 18.117 0.641 11 0.622 16.858 0.553 16.533 0.556 15.558 0.542 14.173 0.579 16.640 0.715 14.405 0.704 16.772 0.718 13.984 0.684 18.981 0.671 12 0.856 25.058 0.822 23.914 0.805 23.125 0.806 22.068 0.902 20.726 0.890 18.041 0.882 19.802 0.848 16.991 0.832 24.324 0.860 13 0.826 30.451 0.999 28.853 0.971 26.244 0.915 23.237 0.949 23.019 0.988 20.391 0.997 22.901 0.981 18.241 0.893 26.271 0.929 14 0.704 25.169 0.826 24.883 0.837 21.551 0.751 17.512 0.716 21.040 0.903 18.392 0.899 21.739 0.931 17.310 0.847 24.079 0.851 15 0.795 24.887 0.817 24.708 0.831 21.483 0.749 17.565 0.718 20.942 0.899 18.147 0.887 22.097 0.946 18.337 0.897 25.200 0.891 16 0.979 30.452 0.999 29.642 0.997 26.979 0.940 23.963 0.979 23.288 1.000 20.451 1.000 23.346 1.000 20.433 1.000 28.279 1.000 1 0.906 30.226 0.983 29.050 0.976 27.847 0.978 24.215 0.993 22.755 0.981 20.956 0.995 22.090 0.969 19.942 1.000 28.155 1.000 2 0.698 24.359 0.792 24.483 0.823 22.989 0.807 18.158 0.744 20.064 0.865 18.455 0.876 20.676 0.907 17.911 0.898 24.659 0.876 3 0.673 24.513 0.797 24.769 0.832 23.207 0.815 17.949 0.736 19.502 0.841 17.871 0.848 20.356 0.893 16.619 0.833 22.863 0.812 4 0.819 30.337 0.986 29.765 1.000 28.479 1.000 24.392 1.000 21.749 0.938 19.922 0.946 21.437 0.941 17.715 0.888 25.172 0.894 5 0.779 24.895 0.809 23.197 0.779 22.665 0.796 21.450 0.879 20.530 0.885 18.633 0.884 18.959 0.832 16.742 0.840 24.503 0.870 6 0.588 17.138 0.557 16.809 0.565 16.095 0.565 14.414 0.591 16.174 0.697 14.766 0.701 15.895 0.698 13.665 0.685 19.067 0.677 7 0.535 17.857 0.580 17.516 0.588 16.878 0.593 15.408 0.632 15.978 0.689 15.009 0.712 15.916 0.698 12.920 0.648 17.676 0.628 8 0.721 24.776 0.805 23.618 0.794 23.147 0.813 22.092 0.906 19.449 0.838 17.897 0.849 18.296 0.803 14.976 0.751 21.891 0.778 9 0.646 24.668 0.802 22.901 0.769 22.176 0.779 21.128 0.866 20.645 0.890 18.530 0.879 19.460 0.854 15.142 0.759 22.995 0.817 10 0.553 17.410 0.566 16.966 0.570 16.004 0.562 14.558 0.597 16.776 0.723 15.088 0.716 16.457 0.722 12.818 0.643 18.221 0.647 11 0.632 17.356 0.564 17.007 0.571 15.999 0.562 14.487 0.594 16.186 0.698 14.540 0.690 16.793 0.737 13.633 0.684 19.030 0.676 12 0.816 24.438 0.794 23.249 0.781 22.557 0.792 21.557 0.884 19.636 0.846 17.578 0.834 19.186 0.842 16.121 0.808 23.410 0.831 13 0.821 30.763 1.000 29.442 0.989 26.923 0.945 23.687 0.971 23.197 1.000 21.069 1.000 22.764 0.999 18.332 0.919 26.746 0.950 14 0.730 24.697 0.803 24.545 0.825 21.503 0.755 17.342 0.711 20.665 0.891 18.468 0.877 21.394 0.939 16.853 0.845 23.856 0.847 15 0.784 24.912 0.810 24.836 0.834 21.805 0.766 17.671 0.724 20.468 0.882 18.358 0.871 21.830 0.958 18.067 0.906 24.972 0.887 16 0.981 30.071 0.978 29.275 0.984 26.824 0.942 23.666 0.970 22.328 0.963 20.129 0.955 22.786 1.000 19.686 0.987 27.592 0.980 1 0.939 35.089 0.996 34.142 0.998 33.085 1.000 30.082 1.000 27.068 0.973 27.606 0.995 26.676 0.958 24.913 1.000 32.796 1.000 2 0.745 30.578 0.868 30.623 0.895 29.409 0.889 25.863 0.860 25.008 0.899 25.920 0.934 25.610 0.920 23.499 0.943 30.067 0.917 3 0.656 30.135 0.856 30.283 0.885 29.067 0.879 25.515 0.848 24.167 0.869 25.339 0.913 25.121 0.902 22.354 0.897 28.116 0.857 4 0.799 34.631 0.983 34.145 0.998 33.077 1.000 30.039 0.999 25.997 0.935 26.927 0.971 26.098 0.937 23.282 0.935 29.998 0.915 5 0.794 30.797 0.874 29.414 0.860 29.093 0.879 28.405 0.944 25.606 0.921 26.341 0.950 24.420 0.877 22.673 0.910 29.998 0.915 6 0.623 25.465 0.723 25.166 0.736 24.794 0.749 23.994 0.798 22.413 0.806 24.077 0.868 22.316 0.802 20.870 0.838 26.065 0.795 7 0.608 25.140 0.714 24.908 0.728 24.502 0.741 23.617 0.785 21.425 0.770 23.322 0.841 21.780 0.782 19.818 0.795 24.265 0.740 8 0.735 29.844 0.847 28.923 0.846 28.583 0.864 27.848 0.926 23.820 0.857 24.842 0.895 23.285 0.836 20.872 0.838 27.032 0.824 9 0.670 30.960 0.879 29.580 0.865 28.951 0.875 28.031 0.932 26.043 0.937 26.242 0.946 25.747 0.925 21.714 0.872 29.261 0.892 10 0.566 24.915 0.707 24.608 0.719 23.943 0.724 22.950 0.763 22.674 0.815 23.429 0.845 22.760 0.818 19.793 0.794 25.156 0.767 11 0.596 24.784 0.704 24.531 0.717 23.853 0.721 22.841 0.759 22.129 0.796 22.891 0.825 23.090 0.829 20.257 0.813 25.526 0.778 12 0.808 30.025 0.853 29.093 0.851 28.536 0.863 27.713 0.921 24.744 0.890 24.964 0.900 24.915 0.895 22.043 0.885 28.839 0.879 13 0.788 35.218 1.000 34.205 1.000 32.091 0.970 29.316 0.975 27.807 1.000 27.742 1.000 27.838 1.000 23.736 0.953 31.911 0.973 14 0.714 30.474 0.865 30.370 0.888 28.032 0.847 24.883 0.827 25.925 0.932 25.904 0.934 26.911 0.967 22.715 0.912 29.655 0.904 15 0.812 30.290 0.860 30.249 0.884 27.851 0.842 24.627 0.819 25.433 0.915 25.264 0.911 27.134 0.975 23.276 0.934 30.099 0.918 16 0.982 34.433 0.978 33.767 0.987 31.690 0.958 28.959 0.963 26.754 0.962 26.365 0.950 27.698 0.995 24.398 0.979 32.073 0.978 ] def %VIS01_Mittelgrau.txt %max 2500 sample pairs 6x8 and 1x16 data lines = 48+16=64 data lines with 20 data per line %min 64 x20 data = 1280 data /VIS02 2500 array def /VIS02 [ %VIS02_Rosarot.txt % GB CIELAB LABHNU LABHNU1 LABHNU2 CMC CIE94 CIEDE2000 DIN99 DIN99o % DE* GE* DE* GE* DE* GE* DE* GE* DE* GE* DE* GE* DE* GE* DE* GE* DE* GE* %colour sample L*-change 1 0.465 15.916 0.525 16.293 0.526 17.517 0.538 14.481 0.545 11.952 0.431 13.257 0.532 12.649 0.590 11.948 0.449 13.171 0.508 2 0.716 18.196 0.600 18.301 0.591 19.469 0.598 18.233 0.686 18.919 0.683 17.958 0.721 15.633 0.729 18.527 0.696 18.460 0.712 3 0.975 25.277 0.834 25.215 0.814 24.953 0.766 24.979 0.940 27.703 1.000 24.910 1.000 20.710 0.966 26.617 1.000 25.911 1.000 4 0.917 30.320 1.000 30.958 1.000 32.575 1.000 26.569 1.000 21.145 0.763 23.920 0.960 21.446 1.000 20.874 0.784 24.049 0.928 5 0.925 23.123 0.763 23.132 0.747 23.698 0.727 23.184 0.873 25.362 0.916 23.121 0.928 19.428 0.906 24.523 0.921 23.972 0.925 6 0.277 9.287 0.306 9.427 0.304 10.074 0.309 8.872 0.334 7.639 0.276 8.417 0.338 8.275 0.386 7.695 0.289 8.343 0.322 7 0.470 7.029 0.232 7.092 0.229 7.643 0.235 6.902 0.260 6.474 0.234 6.621 0.266 6.258 0.292 6.432 0.242 6.685 0.258 8 0.614 23.448 0.773 23.960 0.774 25.472 0.782 20.875 0.786 16.810 0.607 18.851 0.757 17.354 0.809 16.675 0.627 18.832 0.727 %colour sample a*-change 1 0.745 27.762 0.747 29.309 0.750 31.074 0.770 18.050 0.760 12.932 0.696 10.962 0.686 11.057 0.677 11.061 0.667 13.620 0.646 2 0.831 19.144 0.515 20.360 0.521 25.825 0.640 15.768 0.664 11.440 0.616 10.803 0.676 10.128 0.620 10.688 0.644 11.243 0.533 3 0.377 6.915 0.186 7.389 0.189 8.727 0.216 4.839 0.204 2.742 0.148 2.216 0.139 2.211 0.135 2.177 0.131 2.529 0.120 4 0.913 37.167 1.000 39.088 1.000 40.344 1.000 23.748 1.000 18.576 1.000 15.978 1.000 16.327 1.000 16.588 1.000 21.077 1.000 5 0.200 8.778 0.236 9.296 0.238 10.497 0.260 6.361 0.268 4.374 0.235 4.062 0.254 4.064 0.249 3.911 0.236 4.414 0.209 6 0.918 21.841 0.588 22.852 0.585 28.528 0.707 18.008 0.758 11.999 0.646 11.272 0.705 10.498 0.643 10.661 0.643 11.731 0.557 7 0.614 13.848 0.373 14.522 0.372 17.510 0.434 10.756 0.453 6.623 0.357 6.069 0.380 5.792 0.355 5.531 0.333 6.405 0.304 8 0.472 17.862 0.481 18.919 0.484 20.687 0.513 11.979 0.504 8.031 0.432 6.846 0.428 6.863 0.420 6.801 0.410 8.112 0.385 %colour sample b*-change 1 0.983 39.987 1.000 37.396 1.000 37.400 1.000 37.359 1.000 19.492 1.000 20.428 1.000 19.404 1.000 15.008 1.000 23.758 1.000 2 0.182 10.354 0.259 9.565 0.256 9.581 0.256 9.410 0.252 5.784 0.297 5.984 0.293 5.201 0.268 4.241 0.283 6.519 0.274 3 0.762 29.887 0.747 27.785 0.743 27.777 0.743 27.773 0.743 15.308 0.785 16.358 0.801 15.055 0.776 11.868 0.791 18.676 0.786 4 0.669 28.502 0.713 24.611 0.658 24.618 0.658 24.602 0.659 14.185 0.728 15.666 0.767 13.177 0.679 10.285 0.685 16.616 0.699 5 0.175 9.926 0.248 8.937 0.239 8.926 0.239 8.917 0.239 5.388 0.276 5.945 0.291 5.030 0.259 4.214 0.281 6.363 0.268 6 0.367 19.433 0.486 17.108 0.457 17.111 0.458 17.108 0.458 9.922 0.509 10.998 0.538 9.088 0.468 7.255 0.483 11.733 0.494 7 0.586 20.453 0.511 18.913 0.506 18.905 0.505 18.868 0.505 10.892 0.559 11.507 0.563 10.224 0.527 8.156 0.543 12.892 0.543 8 0.867 37.972 0.950 31.952 0.854 31.954 0.854 31.946 0.855 18.299 0.939 20.019 0.980 17.311 0.892 13.265 0.884 21.183 0.892 %colour sample L*/a*-change 1 0.219 6.382 0.216 6.809 0.224 7.992 0.248 4.444 0.176 2.501 0.122 2.001 0.089 1.990 0.097 1.942 0.098 2.286 0.102 2 0.875 29.531 1.000 30.442 1.000 32.149 0.999 25.257 1.000 20.107 0.981 22.518 1.000 20.438 1.000 19.884 1.000 22.432 1.000 3 0.580 15.024 0.509 15.406 0.506 16.609 0.516 13.644 0.540 11.290 0.551 12.483 0.554 11.981 0.586 11.291 0.568 12.397 0.553 4 0.968 25.267 0.856 25.902 0.851 26.291 0.817 21.248 0.841 20.490 1.000 19.117 0.849 16.924 0.828 19.675 0.989 20.076 0.895 5 0.686 14.628 0.495 15.517 0.510 19.227 0.598 12.014 0.476 8.887 0.434 8.511 0.378 8.077 0.395 8.368 0.421 8.841 0.394 6 0.400 10.792 0.365 10.648 0.350 11.575 0.360 8.805 0.349 5.015 0.245 4.762 0.211 4.187 0.205 3.418 0.172 5.143 0.229 7 0.937 23.528 0.797 24.874 0.817 32.174 1.000 20.600 0.816 16.566 0.808 15.596 0.693 14.070 0.688 15.809 0.795 16.213 0.723 8 0.781 11.141 0.377 11.382 0.374 11.490 0.357 9.555 0.378 8.739 0.427 8.677 0.385 8.143 0.398 8.545 0.430 8.918 0.398 %colour sample L*/b*-change 1 0.686 13.377 0.444 12.787 0.445 13.285 0.455 12.625 0.445 9.672 0.442 9.868 0.447 8.952 0.442 8.737 0.428 10.287 0.441 2 0.945 27.340 0.907 25.472 0.887 26.263 0.900 25.450 0.896 21.876 1.000 21.432 0.971 18.354 0.905 20.410 1.000 22.297 0.955 3 0.952 27.767 0.921 26.734 0.931 27.529 0.943 26.694 0.940 21.819 0.997 21.277 0.964 18.581 0.916 20.145 0.987 22.475 0.963 4 0.658 19.250 0.638 18.309 0.637 19.206 0.658 16.868 0.594 11.805 0.540 12.996 0.589 11.722 0.578 10.096 0.495 13.381 0.573 5 0.676 12.835 0.426 11.961 0.416 12.188 0.418 11.931 0.420 9.021 0.412 9.478 0.430 8.481 0.418 8.270 0.405 9.846 0.422 6 0.832 30.152 1.000 28.727 1.000 29.185 1.000 28.401 1.000 19.661 0.899 22.063 1.000 20.277 1.000 18.046 0.884 23.349 1.000 7 0.331 9.774 0.324 9.671 0.337 10.310 0.353 9.017 0.317 7.152 0.327 7.822 0.355 7.546 0.372 6.856 0.336 7.848 0.336 8 0.358 14.825 0.492 14.116 0.491 14.310 0.490 14.064 0.495 10.484 0.479 11.455 0.519 10.737 0.530 9.633 0.472 11.841 0.507 %colour sample a*/b*-change 1 0.646 27.154 0.925 25.966 0.898 27.217 0.843 21.661 0.861 14.460 0.949 15.597 1.000 13.565 0.950 10.569 0.788 16.635 0.898 2 0.542 10.723 0.365 10.504 0.363 11.723 0.363 8.899 0.354 5.239 0.344 5.303 0.340 4.701 0.329 4.366 0.325 5.841 0.315 3 0.437 12.725 0.434 12.476 0.431 13.322 0.412 10.566 0.420 6.933 0.455 6.993 0.448 6.216 0.436 5.541 0.413 8.070 0.436 4 0.891 29.353 1.000 28.918 1.000 32.298 1.000 25.155 1.000 13.000 0.853 12.435 0.797 11.226 0.787 9.330 0.695 13.533 0.731 5 0.286 13.815 0.471 13.272 0.459 14.106 0.437 11.430 0.454 7.283 0.478 7.771 0.498 6.679 0.468 5.462 0.407 8.240 0.445 6 0.993 26.953 0.918 25.389 0.878 28.409 0.880 23.419 0.931 15.243 1.000 15.411 0.988 13.558 0.950 13.416 1.000 16.335 0.882 7 0.353 13.951 0.475 13.597 0.470 14.613 0.452 11.688 0.465 6.535 0.429 6.316 0.405 5.529 0.387 4.451 0.332 6.849 0.370 8 0.686 26.688 0.909 26.227 0.907 27.453 0.850 21.992 0.874 14.579 0.956 15.262 0.979 14.272 1.000 12.191 0.909 18.516 1.000 %colour sample L*/a*/b*-change 1 0.158 12.962 0.364 11.556 0.327 11.581 0.324 11.550 0.372 7.669 0.288 7.427 0.284 6.181 0.264 5.123 0.205 7.915 0.275 2 0.133 6.402 0.180 5.919 0.167 6.146 0.172 5.729 0.185 3.801 0.143 3.798 0.145 3.311 0.141 2.911 0.116 4.062 0.141 3 0.336 17.223 0.484 15.921 0.450 15.901 0.445 15.830 0.510 9.070 0.340 9.885 0.378 8.698 0.371 7.143 0.285 10.809 0.375 4 0.397 23.574 0.662 21.914 0.620 21.949 0.614 21.629 0.697 11.848 0.445 12.726 0.486 11.309 0.482 9.128 0.365 14.061 0.488 5 0.506 27.603 0.776 26.712 0.755 28.256 0.790 22.977 0.740 18.238 0.684 17.477 0.667 15.545 0.663 13.205 0.527 18.064 0.627 6 0.453 24.901 0.700 25.577 0.723 27.583 0.771 19.185 0.618 14.601 0.548 14.430 0.551 13.369 0.570 12.173 0.486 15.047 0.522 7 0.703 24.645 0.692 24.760 0.700 26.351 0.737 21.720 0.700 16.356 0.614 18.365 0.701 16.617 0.709 15.779 0.630 18.926 0.657 8 0.712 30.830 0.866 30.648 0.866 32.347 0.905 25.572 0.824 17.822 0.669 19.059 0.728 17.858 0.762 15.959 0.637 21.904 0.760 9 0.807 27.001 0.759 25.686 0.726 29.054 0.813 24.176 0.779 18.166 0.682 17.533 0.670 15.616 0.666 16.051 0.641 18.288 0.635 10 0.827 24.009 0.675 23.803 0.673 27.262 0.762 22.929 0.739 20.713 0.777 19.925 0.761 17.571 0.749 19.821 0.792 20.584 0.715 11 0.722 23.185 0.651 23.759 0.672 29.136 0.815 20.173 0.650 13.867 0.520 13.615 0.520 12.606 0.538 12.641 0.505 14.038 0.487 12 0.846 30.034 0.844 29.488 0.834 32.848 0.919 28.731 0.925 23.335 0.876 22.707 0.867 19.897 0.849 21.915 0.875 23.644 0.821 13 0.715 23.885 0.671 22.169 0.627 22.294 0.623 20.655 0.665 16.704 0.627 16.002 0.611 14.116 0.602 12.871 0.514 16.581 0.576 14 0.906 31.085 0.873 31.465 0.890 31.944 0.893 26.250 0.846 24.894 0.934 23.347 0.892 20.536 0.876 23.086 0.922 24.351 0.845 15 0.641 18.148 0.510 18.031 0.510 18.292 0.512 15.632 0.504 12.596 0.473 12.863 0.491 11.875 0.506 11.913 0.476 13.703 0.476 16 0.905 35.593 1.000 35.372 1.000 35.758 1.000 31.045 1.000 26.647 1.000 26.185 1.000 23.448 1.000 25.039 1.000 28.803 1.000 ] def %VIS02_Rosarot.txt %max 2500 sample pairs 6x8 and 1x16 data lines = 48+16=64 data lines with 20 data per line %min 64 x20 data = 1280 data /VIS03 2500 array def /VIS03 [ %VIS03_Ziegelrot.txt % GB CIELAB LABHNU LABHNU1 LABHNU2 CMC CIE94 CIEDE2000 DIN99 DIN99o % DE* GE* DE* GE* DE* GE* DE* GE* DE* GE* DE* GE* DE* GE* DE* GE* DE* GE* %colour sample L*-change 1 0.669 17.393 0.630 17.506 0.636 17.811 0.620 16.487 0.606 14.403 0.483 16.070 0.613 15.108 0.679 14.227 0.514 15.739 0.576 2 0.787 18.500 0.670 18.529 0.673 18.892 0.658 18.452 0.678 19.330 0.648 18.335 0.699 15.961 0.717 18.922 0.683 18.848 0.690 3 0.993 27.593 1.000 27.536 1.000 28.730 1.000 27.199 1.000 29.819 1.000 26.232 1.000 22.266 1.000 27.693 1.000 27.318 1.000 4 0.861 24.447 0.886 24.889 0.904 25.185 0.877 22.056 0.811 21.813 0.732 21.478 0.819 20.873 0.937 18.558 0.670 21.224 0.777 5 0.865 22.555 0.817 22.622 0.822 22.961 0.799 22.598 0.831 24.210 0.812 22.167 0.845 18.958 0.851 23.222 0.839 22.933 0.840 6 0.408 12.349 0.448 12.416 0.451 12.570 0.438 12.225 0.449 10.866 0.364 12.119 0.462 11.666 0.524 10.855 0.392 11.869 0.434 7 0.553 7.847 0.284 7.769 0.282 7.962 0.277 7.630 0.281 7.356 0.247 7.498 0.286 7.066 0.317 7.335 0.265 7.578 0.277 8 0.538 18.229 0.661 18.309 0.665 18.622 0.648 17.182 0.632 14.879 0.499 16.668 0.635 15.588 0.700 14.739 0.532 16.322 0.598 %colour sample a*-change 1 0.936 28.116 0.716 29.904 0.733 35.796 0.929 21.412 0.901 17.753 0.530 14.873 0.639 14.873 0.465 13.868 0.654 15.722 0.553 2 0.679 28.882 0.735 30.131 0.739 29.307 0.761 17.841 0.751 26.698 0.797 16.558 0.712 23.426 0.733 14.648 0.690 19.674 0.692 3 0.210 9.129 0.232 9.530 0.234 9.866 0.256 6.312 0.266 8.228 0.246 5.447 0.234 6.766 0.212 4.636 0.219 5.926 0.209 4 0.495 14.852 0.378 15.760 0.386 17.469 0.454 9.940 0.418 9.124 0.272 6.446 0.277 7.291 0.228 5.400 0.255 7.104 0.250 5 0.832 39.286 1.000 40.790 1.000 38.518 1.000 23.761 1.000 33.512 1.000 23.264 1.000 31.964 1.000 21.215 1.000 28.415 1.000 6 0.972 27.565 0.702 29.312 0.719 34.976 0.908 20.962 0.882 17.640 0.526 14.720 0.633 14.772 0.462 13.604 0.641 15.546 0.547 7 0.469 19.171 0.488 20.075 0.492 20.106 0.522 12.221 0.514 18.733 0.559 10.630 0.457 14.395 0.450 9.214 0.434 12.219 0.430 8 0.211 10.980 0.280 11.579 0.284 12.348 0.321 7.371 0.310 6.945 0.207 5.134 0.221 5.763 0.180 4.462 0.210 5.599 0.197 %colour sample b*-change 1 0.972 35.117 0.877 23.552 0.685 23.545 0.685 23.542 0.686 21.614 0.993 13.555 0.571 17.806 0.856 10.799 0.679 14.467 0.563 2 0.763 29.440 0.736 24.794 0.721 24.790 0.721 24.764 0.722 21.091 0.969 16.945 0.714 16.131 0.776 11.427 0.719 18.153 0.707 3 0.714 31.190 0.779 20.645 0.601 20.641 0.601 20.592 0.600 18.667 0.857 11.464 0.483 15.159 0.729 8.930 0.562 12.334 0.480 4 0.905 40.021 1.000 34.365 1.000 34.363 1.000 34.319 1.000 21.771 1.000 23.729 1.000 20.798 1.000 15.896 1.000 25.691 1.000 5 0.425 20.166 0.504 16.662 0.485 16.656 0.485 16.639 0.485 14.903 0.685 11.258 0.474 11.682 0.562 7.827 0.492 11.954 0.465 6 0.318 22.571 0.564 16.002 0.466 15.995 0.465 15.970 0.465 14.141 0.650 9.011 0.380 11.569 0.556 6.986 0.439 9.621 0.375 7 0.164 11.236 0.281 8.717 0.254 8.705 0.253 8.656 0.252 7.219 0.332 5.188 0.219 6.106 0.294 4.190 0.264 5.452 0.212 8 0.187 10.726 0.268 8.754 0.255 8.747 0.255 8.622 0.251 8.442 0.388 6.147 0.259 6.858 0.330 4.469 0.281 6.442 0.251 %colour sample L*/a*-change 1 0.300 9.845 0.333 10.291 0.341 10.837 0.303 6.795 0.265 5.855 0.221 4.643 0.187 5.054 0.207 4.235 0.198 5.030 0.203 2 0.730 11.746 0.398 11.933 0.396 11.918 0.333 9.684 0.378 11.093 0.419 9.335 0.375 9.737 0.399 8.809 0.412 9.683 0.390 3 0.922 29.535 1.000 30.158 1.000 30.276 0.845 25.642 1.000 26.495 1.000 24.867 1.000 24.428 1.000 21.403 1.000 24.801 1.000 4 0.953 28.524 0.966 29.914 0.992 35.821 1.000 24.215 0.944 22.192 0.838 19.783 0.796 18.174 0.744 19.854 0.928 20.645 0.832 5 0.619 13.748 0.465 14.387 0.477 16.109 0.450 10.924 0.426 9.988 0.377 8.895 0.358 8.904 0.365 8.449 0.395 9.263 0.373 6 0.345 9.402 0.318 9.836 0.326 10.286 0.287 6.605 0.258 5.972 0.225 4.868 0.196 5.274 0.216 4.405 0.206 5.195 0.209 7 0.942 26.089 0.883 26.765 0.888 26.565 0.742 21.058 0.821 26.306 0.993 20.231 0.814 21.123 0.865 19.886 0.929 21.554 0.869 8 0.527 14.551 0.493 14.834 0.492 15.181 0.424 13.200 0.515 12.551 0.474 12.744 0.512 12.686 0.519 11.368 0.531 12.674 0.511 %colour sample L*/b*-change 1 0.638 15.680 0.598 14.110 0.588 14.204 0.586 14.018 0.584 12.970 0.546 11.818 0.565 12.484 0.621 10.242 0.513 11.807 0.545 2 0.804 24.578 0.938 22.430 0.934 22.621 0.934 22.014 0.918 18.118 0.763 18.407 0.880 17.584 0.874 15.777 0.790 18.402 0.849 3 0.620 16.405 0.626 15.134 0.630 15.231 0.629 15.058 0.628 12.973 0.547 13.510 0.646 13.157 0.654 11.845 0.593 13.377 0.617 4 0.993 26.206 1.000 24.015 1.000 24.228 1.000 23.986 1.000 23.735 1.000 20.909 1.000 19.198 0.954 19.972 1.000 21.668 1.000 5 0.783 14.934 0.570 11.460 0.477 11.637 0.480 11.310 0.472 10.528 0.444 9.081 0.434 9.334 0.464 8.393 0.420 9.351 0.432 6 0.874 24.235 0.925 22.386 0.932 22.665 0.935 21.052 0.878 22.319 0.940 18.223 0.872 20.118 1.000 15.402 0.771 18.316 0.845 7 0.745 15.430 0.589 11.595 0.483 11.623 0.480 11.595 0.483 11.732 0.494 9.638 0.461 10.265 0.510 8.749 0.438 9.928 0.458 8 0.683 12.674 0.484 11.468 0.478 11.633 0.480 11.352 0.473 11.092 0.467 9.715 0.465 9.741 0.484 8.770 0.439 9.951 0.459 %colour sample a*/b*-change 1 0.433 14.853 0.512 13.703 0.540 14.459 0.536 10.400 0.511 5.584 0.214 4.345 0.285 4.348 0.188 4.288 0.363 5.039 0.299 2 0.436 11.809 0.407 10.828 0.427 11.073 0.411 8.721 0.428 5.241 0.201 4.437 0.291 4.454 0.193 4.240 0.359 5.116 0.303 3 0.883 26.816 0.925 25.168 0.992 26.970 1.000 20.355 1.000 19.298 0.740 14.932 0.979 14.863 0.644 10.219 0.864 15.664 0.929 4 0.726 28.988 1.000 24.576 0.969 24.638 0.914 19.437 0.955 26.088 1.000 15.247 1.000 23.096 1.000 11.824 1.000 16.865 1.000 5 0.334 14.423 0.498 12.451 0.491 12.690 0.471 10.459 0.514 14.171 0.543 8.157 0.535 11.332 0.491 6.137 0.519 8.767 0.520 6 0.934 25.526 0.881 21.702 0.855 23.582 0.874 17.228 0.846 9.869 0.378 7.856 0.515 7.839 0.339 7.577 0.641 8.772 0.520 7 0.880 27.235 0.940 25.370 1.000 25.418 0.942 20.213 0.993 12.760 0.489 10.769 0.706 10.826 0.469 10.489 0.887 13.278 0.787 8 0.470 15.020 0.518 14.522 0.572 15.329 0.568 10.751 0.528 11.756 0.451 8.494 0.557 9.364 0.405 6.155 0.521 8.969 0.532 %colour sample L*/a*/b*-change 1 0.224 15.185 0.421 12.098 0.351 12.393 0.361 10.745 0.354 6.486 0.234 4.618 0.188 5.072 0.201 4.003 0.163 5.134 0.198 2 0.209 6.578 0.182 6.128 0.178 6.088 0.177 6.015 0.198 4.899 0.176 5.133 0.208 5.076 0.201 4.594 0.187 5.088 0.196 3 0.232 15.647 0.434 13.160 0.381 13.126 0.383 12.916 0.425 12.288 0.443 9.789 0.398 10.410 0.412 7.457 0.304 10.068 0.388 4 0.309 24.135 0.669 20.432 0.592 20.462 0.596 19.827 0.652 18.178 0.655 14.234 0.578 14.408 0.570 9.891 0.403 14.872 0.573 5 0.749 30.607 0.849 28.533 0.827 28.744 0.838 25.160 0.828 27.493 0.990 21.500 0.873 25.291 1.000 17.763 0.724 21.893 0.844 6 0.625 25.374 0.704 25.760 0.746 25.724 0.750 18.599 0.612 24.773 0.892 17.069 0.693 21.997 0.870 14.406 0.587 18.275 0.704 7 0.757 26.656 0.739 25.514 0.739 25.803 0.752 23.056 0.759 17.314 0.624 19.329 0.785 17.332 0.685 16.866 0.687 19.223 0.741 8 0.741 30.625 0.849 28.892 0.837 28.927 0.843 23.530 0.774 15.859 0.571 15.129 0.614 14.652 0.579 14.235 0.580 16.982 0.654 9 0.759 26.311 0.730 23.663 0.686 26.583 0.775 18.694 0.615 12.684 0.457 11.593 0.471 11.303 0.447 11.302 0.460 12.234 0.472 10 0.696 18.633 0.517 17.647 0.511 18.750 0.546 16.660 0.548 15.671 0.565 15.548 0.631 14.399 0.569 15.407 0.628 15.851 0.611 11 0.776 25.312 0.702 25.888 0.750 29.728 0.866 19.821 0.652 18.734 0.675 15.631 0.635 15.985 0.632 13.396 0.546 16.198 0.624 12 0.908 31.450 0.872 29.516 0.855 31.331 0.913 28.231 0.929 27.759 1.000 24.625 1.000 22.905 0.906 22.775 0.928 25.369 0.978 13 0.638 20.658 0.573 17.413 0.504 17.421 0.508 14.603 0.480 20.416 0.735 13.310 0.540 17.058 0.674 11.289 0.460 14.005 0.540 14 0.721 25.090 0.696 24.741 0.717 24.586 0.717 18.336 0.603 25.218 0.908 17.684 0.718 21.958 0.868 15.902 0.648 18.920 0.729 15 0.590 18.385 0.510 17.367 0.503 17.295 0.504 15.671 0.516 12.574 0.453 12.307 0.500 11.844 0.468 11.898 0.485 12.756 0.492 16 0.949 36.061 1.000 34.516 1.000 34.313 1.000 30.394 1.000 25.960 0.935 24.188 0.982 21.968 0.869 24.548 1.000 25.948 1.000 ] def %VIS03_Ziegelrot.txt %max 2500 sample pairs 6x8 and 1x16 data lines = 48+16=64 data lines with 20 data per line %min 64 x20 data = 1280 data /VIS04 2500 array def /VIS04 [ %VIS04_Ockergelb.txt % GB CIELAB LABHNU LABHNU1 LABHNU2 CMC CIE94 CIEDE2000 DIN99 DIN99o % DE* GE* DE* GE* DE* GE* DE* GE* DE* GE* DE* GE* DE* GE* DE* GE* DE* GE* %colour sample L*-change 1 0.518 7.093 0.179 7.206 0.183 7.171 0.183 7.105 0.182 6.840 0.220 6.969 0.178 6.577 0.210 6.817 0.214 7.060 0.192 2 0.468 13.039 0.329 13.151 0.334 13.149 0.335 13.146 0.337 11.362 0.365 12.916 0.331 12.331 0.395 11.581 0.364 12.622 0.343 3 0.794 16.557 0.418 15.714 0.399 15.622 0.398 15.439 0.396 14.315 0.460 13.800 0.353 12.569 0.402 13.775 0.433 14.226 0.386 4 0.879 33.055 0.835 33.111 0.841 33.109 0.844 33.105 0.848 26.732 0.859 33.048 0.846 27.343 0.875 27.428 0.861 31.297 0.850 5 0.860 16.654 0.421 15.753 0.400 15.679 0.400 15.534 0.398 14.347 0.461 13.834 0.354 12.577 0.402 13.817 0.434 14.251 0.387 6 0.670 10.789 0.273 10.664 0.271 10.446 0.266 10.097 0.259 9.495 0.305 9.419 0.241 8.833 0.283 9.339 0.293 9.813 0.266 7 0.705 23.723 0.599 23.800 0.605 23.791 0.607 23.776 0.609 19.877 0.639 23.700 0.607 20.887 0.668 20.369 0.640 22.774 0.618 8 0.990 39.580 1.000 39.350 1.000 39.223 1.000 39.023 1.000 31.112 1.000 39.049 1.000 31.255 1.000 31.841 1.000 36.834 1.000 %colour sample a*-change 1 0.291 10.118 0.244 10.343 0.250 9.332 0.234 6.486 0.267 7.152 0.244 6.159 0.292 7.097 0.238 6.017 0.275 7.437 0.266 2 0.726 29.260 0.706 30.347 0.733 28.578 0.717 17.866 0.735 21.339 0.729 15.749 0.746 21.709 0.728 14.815 0.677 19.052 0.682 3 0.724 31.271 0.754 31.445 0.759 24.989 0.627 17.050 0.701 17.218 0.589 16.708 0.791 15.505 0.520 17.270 0.789 21.980 0.787 4 0.247 11.503 0.277 11.584 0.280 9.994 0.251 7.284 0.300 7.410 0.253 6.984 0.331 7.093 0.238 6.907 0.316 8.516 0.305 5 1.000 39.438 0.951 41.111 0.993 39.871 1.000 24.309 1.000 29.254 1.000 20.287 0.961 29.837 1.000 18.713 0.855 24.258 0.868 6 0.915 41.453 1.000 41.417 1.000 31.921 0.801 21.956 0.903 21.449 0.733 21.118 1.000 19.104 0.640 21.886 1.000 27.936 1.000 7 0.445 20.888 0.504 21.126 0.510 17.287 0.434 11.666 0.480 12.289 0.420 11.629 0.551 11.210 0.376 11.948 0.546 15.198 0.544 8 0.559 20.407 0.492 21.060 0.508 19.367 0.486 12.369 0.509 14.595 0.499 11.353 0.538 14.662 0.491 10.891 0.498 13.920 0.498 %colour sample b*-change 1 0.139 9.070 0.227 6.283 0.199 6.282 0.199 6.280 0.199 3.974 0.196 3.392 0.182 3.390 0.193 3.040 0.183 3.779 0.170 2 0.112 13.088 0.328 8.404 0.266 8.404 0.266 8.404 0.266 5.305 0.262 4.435 0.238 4.433 0.252 4.056 0.245 4.849 0.218 3 0.636 28.760 0.720 21.911 0.694 21.910 0.694 21.908 0.694 13.455 0.663 11.448 0.613 11.447 0.650 10.197 0.615 13.747 0.618 4 0.875 31.562 0.791 22.889 0.725 22.846 0.724 22.766 0.721 15.319 0.755 15.088 0.809 14.569 0.827 13.682 0.825 15.435 0.693 5 0.880 39.927 1.000 31.569 1.000 31.569 1.000 31.569 1.000 20.279 1.000 17.498 0.938 17.503 0.994 15.630 0.943 22.259 1.000 6 0.444 19.913 0.499 14.644 0.464 14.642 0.464 14.640 0.464 8.989 0.443 7.662 0.411 7.661 0.435 6.861 0.414 8.853 0.398 7 0.590 19.538 0.489 13.454 0.426 13.423 0.425 13.367 0.423 8.811 0.434 8.058 0.432 8.047 0.457 7.460 0.450 8.528 0.383 8 0.947 37.187 0.931 27.453 0.870 27.424 0.869 27.376 0.867 18.437 0.909 18.661 1.000 17.607 1.000 16.583 1.000 18.763 0.843 %colour sample L*/a*-change 1 0.689 16.182 0.528 16.440 0.531 15.734 0.549 14.051 0.549 12.967 0.572 13.656 0.535 13.700 0.595 12.498 0.545 14.110 0.529 2 0.970 27.351 0.892 27.747 0.896 26.706 0.932 23.908 0.935 21.915 0.966 23.654 0.927 22.770 0.990 20.838 0.908 23.939 0.898 3 0.852 22.958 0.749 22.886 0.739 19.746 0.689 15.841 0.619 16.302 0.719 15.828 0.620 14.828 0.644 16.128 0.703 19.156 0.719 4 0.579 11.753 0.383 11.937 0.385 10.553 0.368 8.350 0.326 8.730 0.385 8.420 0.330 8.270 0.359 8.394 0.366 9.751 0.366 5 0.875 30.669 1.000 30.969 1.000 28.659 1.000 25.583 1.000 22.686 1.000 25.524 1.000 23.008 1.000 22.937 1.000 26.649 1.000 6 0.864 17.678 0.576 18.156 0.586 17.037 0.594 13.036 0.510 14.431 0.636 12.659 0.496 13.956 0.607 12.253 0.534 14.256 0.535 7 0.504 16.687 0.544 16.906 0.546 15.841 0.553 14.225 0.556 13.057 0.576 14.117 0.553 13.659 0.594 12.999 0.567 14.765 0.554 8 0.651 13.789 0.450 14.140 0.457 13.266 0.463 10.712 0.419 11.420 0.503 10.477 0.410 10.973 0.477 10.221 0.446 11.586 0.435 %colour sample L*/b*-change 1 0.612 14.823 0.482 13.366 0.481 13.363 0.481 13.357 0.481 11.447 0.547 12.729 0.532 12.218 0.571 11.441 0.554 12.560 0.536 2 0.921 26.191 0.852 23.155 0.833 23.155 0.833 23.154 0.833 20.470 0.978 19.032 0.796 16.902 0.790 19.301 0.934 19.958 0.852 3 0.644 11.362 0.370 10.157 0.365 10.157 0.365 10.157 0.365 8.562 0.409 8.453 0.353 7.944 0.371 8.237 0.399 8.668 0.370 4 0.959 29.513 0.960 26.410 0.950 26.410 0.950 26.408 0.950 20.921 1.000 23.917 1.000 21.402 1.000 20.662 1.000 23.434 1.000 5 0.358 8.672 0.282 5.578 0.201 5.418 0.195 5.104 0.184 3.617 0.173 2.935 0.123 3.012 0.141 2.864 0.139 3.497 0.149 6 0.565 17.441 0.568 15.653 0.563 15.651 0.563 15.648 0.563 11.917 0.570 12.997 0.543 12.484 0.583 11.671 0.565 12.859 0.549 7 0.375 8.029 0.261 5.151 0.185 5.013 0.180 4.745 0.171 3.466 0.166 2.894 0.121 2.947 0.138 2.810 0.136 3.376 0.144 8 0.913 30.727 1.000 27.797 1.000 27.796 1.000 27.793 1.000 20.423 0.976 23.237 0.972 20.808 0.972 20.115 0.974 22.614 0.965 %colour sample a*/b*-change 1 0.456 15.528 0.499 12.891 0.469 11.982 0.462 9.538 0.484 7.819 0.349 6.391 0.404 7.193 0.336 6.488 0.405 7.948 0.372 2 0.590 27.786 0.894 25.170 0.916 23.765 0.917 18.331 0.931 22.390 1.000 15.795 0.999 21.387 1.000 13.309 0.830 18.579 0.870 3 0.406 13.397 0.431 12.138 0.442 11.189 0.432 8.616 0.438 9.204 0.411 7.630 0.483 8.926 0.417 6.918 0.431 8.990 0.421 4 0.756 27.898 0.897 24.919 0.907 21.829 0.842 17.803 0.904 16.434 0.734 15.808 1.000 14.750 0.690 16.037 1.000 21.354 1.000 5 0.397 15.856 0.510 12.769 0.465 11.582 0.447 9.704 0.493 7.534 0.336 6.505 0.412 6.647 0.311 6.125 0.382 7.696 0.360 6 0.998 31.089 1.000 27.484 1.000 25.926 1.000 19.689 1.000 16.249 0.726 13.351 0.845 15.671 0.733 13.306 0.830 15.948 0.747 7 0.937 28.990 0.932 25.647 0.933 22.520 0.869 18.374 0.933 14.518 0.648 13.451 0.851 13.299 0.622 13.003 0.811 15.743 0.737 8 0.391 13.630 0.438 11.989 0.436 10.700 0.413 8.605 0.437 8.061 0.360 7.305 0.462 7.361 0.344 7.453 0.465 9.491 0.444 %colour sample L*/a*/b*-change 1 0.891 32.112 0.914 29.594 0.897 28.407 0.935 24.993 0.899 19.223 0.720 19.626 0.763 19.165 0.826 17.840 0.680 20.542 0.688 2 0.430 17.733 0.505 16.739 0.507 16.070 0.529 14.517 0.522 11.759 0.441 12.226 0.475 12.021 0.518 11.220 0.427 12.768 0.427 3 0.824 28.793 0.820 27.667 0.839 26.569 0.874 23.618 0.850 22.599 0.847 23.145 0.899 22.994 0.991 19.953 0.760 23.689 0.793 4 0.610 25.839 0.736 21.434 0.650 20.899 0.688 19.685 0.708 16.386 0.614 15.142 0.588 15.850 0.683 13.084 0.498 16.260 0.544 5 0.746 30.461 0.867 27.743 0.841 27.184 0.894 26.367 0.949 19.334 0.724 21.789 0.847 19.327 0.833 18.733 0.714 21.400 0.716 6 0.629 25.332 0.721 24.869 0.754 21.726 0.715 17.420 0.627 15.099 0.566 15.250 0.593 14.562 0.628 14.555 0.555 17.413 0.583 7 0.767 26.138 0.744 24.616 0.746 23.919 0.787 22.895 0.824 19.415 0.727 22.255 0.865 19.710 0.849 19.477 0.742 22.491 0.753 8 0.692 30.703 0.874 27.425 0.831 24.688 0.812 21.101 0.759 18.743 0.702 18.784 0.730 17.524 0.755 18.452 0.703 23.694 0.793 9 0.695 23.375 0.665 22.686 0.688 21.022 0.692 13.804 0.497 14.194 0.532 11.057 0.430 14.065 0.606 10.996 0.419 13.781 0.461 10 0.455 11.489 0.327 11.711 0.355 11.028 0.363 9.311 0.335 9.465 0.355 9.185 0.357 9.472 0.408 8.886 0.339 9.905 0.332 11 0.643 25.267 0.719 24.989 0.758 23.732 0.781 18.105 0.651 20.451 0.766 16.843 0.654 20.223 0.871 15.586 0.594 19.010 0.636 12 0.912 31.533 0.898 28.846 0.874 28.474 0.937 27.423 0.987 25.977 0.973 23.750 0.923 22.427 0.966 23.542 0.897 25.100 0.840 13 0.477 19.300 0.549 14.913 0.452 13.862 0.456 12.262 0.441 8.795 0.329 7.730 0.300 7.805 0.336 7.148 0.272 8.732 0.292 14 0.592 21.867 0.623 22.119 0.671 18.306 0.602 13.206 0.475 13.742 0.515 13.343 0.518 12.841 0.553 13.574 0.517 16.686 0.559 15 0.518 18.098 0.515 16.963 0.514 15.977 0.526 14.587 0.525 13.227 0.496 12.949 0.503 12.519 0.540 12.844 0.489 14.485 0.485 16 0.909 35.127 1.000 32.987 1.000 30.397 1.000 27.790 1.000 26.692 1.000 25.738 1.000 23.205 1.000 26.248 1.000 29.873 1.000 ] def %VIS04_Ockergelb.txt %max 2500 sample pairs 6x8 and 1x16 data lines = 48+16=64 data lines with 20 data per line %min 64 x20 data = 1280 data /VIS05 2500 array def /VIS05 [ %VIS05_Grasgruen.txt % GB CIELAB LABHNU LABHNU1 LABHNU2 CMC CIE94 CIEDE2000 DIN99 DIN99o % DE* GE* DE* GE* DE* GE* DE* GE* DE* GE* DE* GE* DE* GE* DE* GE* DE* GE* %colour sample L*-change 1 0.878 20.641 0.663 20.382 0.655 20.200 0.656 20.213 0.657 20.862 0.745 19.738 0.642 17.113 0.663 20.369 0.759 20.589 0.701 2 0.873 29.273 0.940 29.251 0.940 29.132 0.946 29.129 0.947 23.890 0.853 29.134 0.947 24.677 0.956 24.504 0.913 27.769 0.946 3 0.444 12.581 0.404 12.600 0.405 12.611 0.409 12.561 0.409 11.019 0.394 12.539 0.408 11.966 0.464 11.245 0.419 12.258 0.418 4 0.982 28.078 0.902 27.081 0.870 27.066 0.879 27.050 0.880 28.003 1.000 25.565 0.831 21.640 0.838 26.829 1.000 27.086 0.923 5 0.511 7.172 0.230 7.057 0.227 6.911 0.224 6.904 0.225 6.739 0.241 6.890 0.224 6.509 0.252 6.728 0.251 6.960 0.237 6 0.846 31.136 1.000 31.116 1.000 30.807 1.000 30.749 1.000 25.100 0.896 30.750 1.000 25.809 1.000 25.756 0.960 29.351 1.000 7 0.621 22.307 0.716 22.321 0.717 22.348 0.725 22.306 0.725 18.765 0.670 22.291 0.725 19.780 0.766 19.227 0.717 21.449 0.731 8 0.796 17.153 0.551 17.202 0.553 17.249 0.560 17.202 0.559 17.650 0.630 16.912 0.550 14.845 0.575 17.325 0.646 17.369 0.592 %colour sample a*-change 1 0.862 39.877 1.000 40.108 1.000 31.656 1.000 21.271 1.000 23.878 1.000 23.391 1.000 21.533 1.000 23.567 1.000 31.334 1.000 2 0.892 27.627 0.693 26.149 0.652 16.394 0.518 12.491 0.587 11.092 0.465 10.312 0.441 10.127 0.470 10.226 0.434 13.074 0.417 3 0.705 28.811 0.722 28.768 0.717 21.943 0.693 15.130 0.711 16.183 0.678 16.454 0.703 14.888 0.691 16.738 0.710 22.221 0.709 4 0.970 29.383 0.737 27.602 0.688 17.199 0.543 13.750 0.646 12.808 0.536 12.270 0.525 11.988 0.557 12.063 0.512 15.030 0.480 5 0.581 21.532 0.540 20.744 0.517 13.815 0.436 10.304 0.484 9.144 0.383 8.825 0.377 8.648 0.402 8.667 0.368 11.150 0.356 6 0.416 19.479 0.488 19.325 0.482 14.319 0.452 10.095 0.475 10.366 0.434 10.666 0.456 9.772 0.454 10.784 0.458 14.300 0.456 7 0.239 9.160 0.230 9.018 0.225 6.908 0.218 5.654 0.266 5.440 0.228 5.758 0.246 5.544 0.257 5.574 0.237 6.873 0.219 8 0.333 11.506 0.289 11.216 0.280 7.915 0.250 5.987 0.281 5.437 0.228 5.450 0.233 5.312 0.247 5.317 0.226 6.734 0.215 %colour sample b*-change 1 0.187 9.290 0.232 7.515 0.220 7.474 0.218 7.438 0.217 5.037 0.229 5.347 0.227 5.207 0.217 4.601 0.264 6.452 0.231 2 0.205 11.967 0.299 9.050 0.264 9.022 0.264 8.997 0.263 5.426 0.246 5.232 0.222 5.007 0.209 4.606 0.265 6.240 0.223 3 0.653 29.801 0.745 25.023 0.731 24.995 0.730 24.973 0.730 15.945 0.723 17.106 0.726 17.375 0.724 13.146 0.755 20.732 0.742 4 0.767 29.877 0.746 20.754 0.606 20.757 0.607 20.753 0.607 12.843 0.583 12.203 0.518 11.508 0.479 11.123 0.639 14.765 0.528 5 0.909 40.024 1.000 34.235 1.000 34.221 1.000 34.209 1.000 22.043 1.000 23.566 1.000 24.009 1.000 17.410 1.000 27.946 1.000 6 0.433 20.000 0.500 16.478 0.481 16.461 0.481 16.443 0.481 10.564 0.479 11.231 0.477 11.171 0.465 9.090 0.522 13.690 0.490 7 0.455 22.345 0.558 15.721 0.459 15.709 0.459 15.696 0.459 9.458 0.429 8.899 0.378 8.384 0.349 7.966 0.458 10.924 0.391 8 0.975 38.000 0.949 27.299 0.797 27.155 0.794 27.018 0.790 16.686 0.757 15.984 0.678 15.226 0.634 14.433 0.829 18.078 0.647 %colour sample L*/a*-change 1 0.946 24.409 0.833 24.389 0.836 21.302 0.810 18.974 0.775 19.451 0.912 18.905 0.766 16.824 0.766 19.310 0.882 21.000 0.824 2 0.593 14.078 0.481 13.970 0.479 12.530 0.477 11.878 0.485 10.705 0.502 11.938 0.484 11.460 0.522 10.935 0.500 12.369 0.485 3 0.729 14.473 0.494 13.901 0.476 10.551 0.401 9.594 0.392 9.377 0.440 9.377 0.380 8.862 0.404 9.238 0.422 10.256 0.403 4 0.739 20.673 0.706 20.498 0.703 18.064 0.687 16.435 0.671 14.329 0.672 16.100 0.653 15.199 0.692 14.531 0.664 16.672 0.654 5 0.708 11.422 0.390 11.277 0.387 9.693 0.369 8.574 0.350 8.444 0.396 8.704 0.353 8.145 0.371 8.557 0.391 9.728 0.382 6 0.943 29.292 1.000 29.173 1.000 26.288 1.000 24.495 1.000 21.318 1.000 24.666 1.000 21.958 1.000 21.885 1.000 25.480 1.000 7 0.625 16.690 0.570 16.634 0.570 14.881 0.566 13.671 0.558 11.946 0.560 13.300 0.539 12.722 0.579 12.090 0.552 13.610 0.534 8 0.939 22.792 0.778 21.889 0.750 17.941 0.682 17.358 0.709 17.956 0.842 17.470 0.708 15.721 0.716 17.667 0.807 18.824 0.739 %colour sample L*/b*-change 1 0.532 15.160 0.503 14.143 0.509 14.152 0.509 14.110 0.508 11.120 0.504 12.341 0.497 11.834 0.524 11.053 0.524 12.409 0.489 2 0.829 30.067 0.997 27.534 0.991 27.551 0.991 27.494 0.989 20.342 0.921 23.316 0.939 20.858 0.924 20.178 0.957 23.241 0.917 3 0.943 27.554 0.913 25.012 0.900 25.022 0.900 25.008 0.900 22.081 1.000 21.478 0.865 19.404 0.860 20.950 0.993 23.369 0.922 4 0.644 12.835 0.425 11.309 0.407 11.220 0.403 11.217 0.404 8.995 0.407 9.315 0.375 8.851 0.392 8.661 0.411 10.321 0.407 5 0.962 30.168 1.000 27.790 1.000 27.810 1.000 27.787 1.000 21.443 0.971 24.843 1.000 22.573 1.000 21.091 1.000 25.357 1.000 6 0.554 14.274 0.473 10.285 0.370 10.213 0.367 10.208 0.367 7.561 0.342 7.409 0.298 7.045 0.312 6.826 0.324 8.317 0.328 7 0.596 17.039 0.565 15.441 0.556 15.455 0.556 15.436 0.556 12.330 0.558 13.775 0.555 13.201 0.585 12.162 0.577 14.243 0.562 8 0.595 12.799 0.424 10.048 0.362 9.972 0.359 9.972 0.359 8.501 0.385 8.479 0.341 7.990 0.354 8.080 0.383 9.016 0.356 %colour sample a*/b*-change 1 0.430 13.864 0.459 11.732 0.435 10.130 0.454 9.243 0.451 7.285 0.486 7.838 0.474 7.121 0.425 7.495 0.494 10.365 0.501 2 0.548 15.104 0.500 13.652 0.507 10.906 0.488 9.550 0.466 7.764 0.518 8.573 0.519 8.405 0.502 7.685 0.507 10.986 0.531 3 0.715 27.166 0.899 24.623 0.914 21.087 0.944 18.606 0.909 12.443 0.830 10.492 0.635 10.527 0.629 9.603 0.634 12.475 0.603 4 0.582 29.873 0.989 25.204 0.935 19.960 0.894 17.757 0.867 10.622 0.708 8.006 0.485 8.005 0.478 7.564 0.499 8.991 0.435 5 0.259 15.720 0.520 13.720 0.509 11.181 0.501 9.929 0.485 6.091 0.406 4.921 0.298 4.920 0.294 4.612 0.304 5.445 0.263 6 0.861 28.155 0.932 23.977 0.890 20.091 0.899 17.269 0.843 14.502 0.967 15.193 0.920 13.438 0.803 15.157 1.000 20.474 0.990 7 0.994 30.215 1.000 26.952 1.000 22.337 1.000 20.479 1.000 14.995 1.000 16.523 1.000 16.738 1.000 14.020 0.925 20.675 1.000 8 0.246 13.998 0.463 12.363 0.459 10.631 0.476 9.663 0.472 6.233 0.416 5.357 0.324 5.356 0.320 4.839 0.319 5.985 0.289 %colour sample L*/a*/b*-change 1 0.865 33.850 1.000 32.036 1.000 29.076 0.994 27.170 0.950 21.960 0.882 25.208 1.000 21.928 1.000 22.769 0.971 27.864 1.000 2 0.487 16.347 0.483 15.521 0.484 13.661 0.467 12.695 0.444 10.787 0.433 12.129 0.481 11.182 0.510 11.192 0.477 13.754 0.494 3 0.824 31.394 0.927 30.307 0.946 26.965 0.922 24.734 0.865 20.006 0.803 22.367 0.887 19.869 0.906 19.624 0.837 22.794 0.818 4 0.577 25.609 0.757 22.362 0.698 21.140 0.723 20.543 0.718 13.613 0.547 13.614 0.540 13.147 0.600 11.529 0.492 14.846 0.533 5 0.694 26.217 0.775 23.249 0.726 22.893 0.783 22.543 0.788 15.628 0.628 17.316 0.687 15.630 0.713 14.957 0.638 17.266 0.620 6 0.465 20.372 0.602 19.497 0.609 15.106 0.516 12.655 0.442 9.531 0.383 9.310 0.369 8.982 0.410 8.773 0.374 10.097 0.362 7 0.771 22.749 0.672 21.484 0.671 21.182 0.724 20.831 0.728 16.761 0.673 19.787 0.785 17.678 0.806 16.937 0.722 20.085 0.721 8 0.782 30.028 0.887 26.511 0.828 23.778 0.813 22.449 0.785 15.833 0.636 17.649 0.700 17.749 0.809 14.789 0.631 21.428 0.769 9 0.655 25.071 0.741 21.642 0.676 17.961 0.614 15.222 0.532 13.742 0.552 14.576 0.578 13.137 0.599 14.426 0.615 18.981 0.681 10 0.693 19.459 0.575 19.345 0.604 17.910 0.612 16.809 0.588 16.740 0.672 16.895 0.670 15.542 0.709 16.799 0.717 17.964 0.645 11 0.709 25.439 0.752 24.572 0.767 20.573 0.703 17.467 0.611 14.884 0.598 14.403 0.571 13.867 0.632 14.145 0.603 16.249 0.583 12 0.937 32.337 0.955 29.971 0.936 29.248 1.000 28.606 1.000 24.904 1.000 23.743 0.942 21.444 0.978 23.445 1.000 25.050 0.899 13 0.383 20.391 0.602 16.566 0.517 13.638 0.466 12.681 0.443 8.745 0.351 7.668 0.304 7.626 0.348 7.137 0.304 8.115 0.291 14 0.548 25.322 0.748 23.854 0.745 17.506 0.599 16.148 0.565 15.673 0.629 15.492 0.615 14.666 0.669 15.289 0.652 16.755 0.601 15 0.442 18.894 0.558 17.285 0.540 15.377 0.526 14.967 0.523 12.933 0.519 13.786 0.547 13.326 0.608 12.849 0.548 15.575 0.559 16 0.751 29.714 0.878 26.858 0.838 23.425 0.801 22.841 0.798 19.520 0.784 20.556 0.815 19.819 0.904 19.057 0.813 23.409 0.840 ] def %VIS05_Grasgruen.txt %max 2500 sample pairs 6x8 and 1x16 data lines = 48+16=64 data lines with 20 data per line %min 64 x 20 data = 1280 data /VIS06 2500 array def /VIS06 [ %VIS06_Blaugruen.txt % GB CIELAB LABHNU LABHNU1 LABHNU2 CMC CIE94 CIEDE2000 DIN99 DIN99o % DE* GE* DE* GE* DE* GE* DE* GE* DE* GE* DE* GE* DE* GE* DE* GE* DE* GE* %colour sample L*-change 1 0.989 24.061 0.861 23.881 0.866 22.833 0.885 21.876 0.861 22.507 1.000 20.927 0.834 18.060 0.813 21.639 0.999 21.932 0.899 2 0.508 7.510 0.269 7.356 0.267 7.154 0.277 7.166 0.282 6.902 0.307 7.018 0.280 6.571 0.296 6.827 0.315 7.108 0.291 3 0.862 18.007 0.644 17.940 0.650 17.484 0.678 16.908 0.665 17.007 0.756 16.290 0.649 14.365 0.647 16.558 0.764 16.862 0.691 4 0.890 24.411 0.873 24.120 0.875 22.671 0.879 22.422 0.882 19.124 0.850 22.252 0.887 20.029 0.902 19.398 0.895 21.624 0.886 5 0.450 11.795 0.422 11.721 0.425 11.637 0.451 11.643 0.458 10.289 0.457 11.575 0.461 11.224 0.505 10.448 0.482 11.360 0.466 6 0.588 16.870 0.604 16.717 0.606 16.347 0.634 16.346 0.643 14.179 0.630 16.251 0.648 15.234 0.686 14.429 0.666 15.875 0.651 7 0.715 9.772 0.350 9.813 0.356 9.835 0.381 9.674 0.381 9.594 0.426 9.585 0.382 8.792 0.396 9.528 0.440 9.738 0.399 8 0.892 27.953 1.000 27.580 1.000 25.793 1.000 25.422 1.000 21.401 0.951 25.087 1.000 22.210 1.000 21.664 1.000 24.398 1.000 %colour sample a*-change 1 0.710 13.007 0.343 11.927 0.320 9.556 0.356 9.012 0.475 5.896 0.307 5.756 0.348 5.576 0.328 4.403 0.257 6.162 0.282 2 0.821 28.108 0.741 27.437 0.735 19.107 0.713 13.915 0.733 13.352 0.696 11.469 0.693 11.567 0.681 11.583 0.675 14.191 0.650 3 0.277 8.341 0.220 7.992 0.214 5.526 0.206 4.645 0.245 4.286 0.223 4.027 0.243 4.024 0.237 3.870 0.226 4.336 0.199 4 0.694 12.048 0.318 11.077 0.297 8.698 0.324 8.142 0.429 5.454 0.284 5.280 0.319 5.113 0.301 4.108 0.239 5.645 0.259 5 0.596 6.635 0.175 6.216 0.167 3.999 0.149 3.340 0.176 2.871 0.150 2.509 0.152 2.472 0.146 2.334 0.136 2.732 0.125 6 0.983 37.936 1.000 37.329 1.000 26.806 1.000 18.988 1.000 19.181 1.000 16.541 1.000 16.975 1.000 17.153 1.000 21.831 1.000 7 0.487 18.034 0.475 17.443 0.467 11.993 0.447 9.344 0.492 8.663 0.452 7.753 0.469 7.770 0.458 7.587 0.442 8.850 0.405 8 0.797 11.851 0.312 10.904 0.292 8.523 0.318 7.959 0.419 5.341 0.278 5.158 0.312 4.995 0.294 4.013 0.234 5.517 0.253 %colour sample b*-change 1 0.922 41.171 1.000 34.639 1.000 34.584 1.000 34.555 1.000 19.748 1.000 20.994 1.000 21.452 1.000 15.416 1.000 24.328 1.000 2 0.928 22.953 0.557 21.315 0.615 20.529 0.594 20.286 0.587 12.099 0.613 13.430 0.640 11.658 0.543 8.716 0.565 14.193 0.583 3 0.793 30.258 0.735 26.244 0.758 26.190 0.757 26.154 0.757 15.313 0.775 16.335 0.778 16.502 0.769 11.742 0.762 18.556 0.763 4 0.954 29.348 0.713 27.401 0.791 26.025 0.753 25.564 0.740 15.548 0.787 17.228 0.821 14.780 0.689 11.276 0.731 18.176 0.747 5 0.605 16.403 0.398 15.133 0.437 14.855 0.430 14.781 0.428 8.613 0.436 9.574 0.456 8.450 0.394 6.213 0.403 10.168 0.418 6 0.449 20.120 0.489 17.827 0.515 17.751 0.513 17.704 0.512 10.468 0.530 11.305 0.539 11.207 0.522 7.991 0.518 12.579 0.517 7 0.259 10.562 0.257 9.584 0.277 9.480 0.274 9.412 0.272 5.836 0.296 6.338 0.302 6.154 0.287 4.641 0.301 6.833 0.281 8 0.478 9.541 0.232 8.743 0.252 8.744 0.253 8.743 0.253 4.997 0.253 5.538 0.264 5.006 0.233 3.701 0.240 5.956 0.245 %colour sample L*/a*-change 1 0.986 26.774 0.925 26.536 0.932 23.050 0.919 20.941 0.874 21.628 1.000 19.925 0.851 17.506 0.828 20.648 1.000 21.022 0.911 2 0.678 15.347 0.530 15.063 0.529 13.678 0.546 13.440 0.561 11.928 0.552 13.263 0.566 12.752 0.603 11.991 0.581 13.116 0.568 3 0.526 7.921 0.274 7.403 0.260 5.192 0.207 4.730 0.197 4.187 0.194 3.984 0.170 3.866 0.183 3.723 0.180 4.164 0.180 4 0.520 11.675 0.403 11.515 0.404 11.559 0.461 11.485 0.479 9.797 0.453 10.972 0.469 10.691 0.506 9.818 0.475 10.850 0.470 5 0.730 10.772 0.372 10.648 0.374 9.076 0.362 8.170 0.341 7.783 0.360 7.640 0.326 7.200 0.341 7.521 0.364 7.901 0.342 6 0.935 28.943 1.000 28.482 1.000 25.070 1.000 23.961 1.000 20.593 0.952 23.415 1.000 21.144 1.000 20.542 0.995 23.073 1.000 7 0.326 7.165 0.248 7.182 0.252 7.077 0.282 6.897 0.288 6.192 0.286 6.775 0.289 6.751 0.319 6.248 0.303 6.708 0.291 8 0.691 14.467 0.500 13.242 0.465 10.713 0.427 10.252 0.428 7.104 0.328 7.006 0.299 6.765 0.320 5.704 0.276 7.409 0.321 %colour sample L*/b*-change 1 0.564 12.114 0.440 11.484 0.447 11.320 0.442 11.321 0.442 8.490 0.419 9.390 0.437 9.047 0.444 7.871 0.423 9.531 0.431 2 0.687 16.862 0.613 16.200 0.630 14.924 0.583 14.204 0.555 11.485 0.566 11.799 0.550 10.791 0.530 10.270 0.552 12.237 0.554 3 0.498 8.927 0.324 8.476 0.330 8.423 0.329 8.328 0.325 6.319 0.312 6.678 0.311 6.228 0.306 5.748 0.309 6.901 0.312 4 0.903 21.804 0.793 20.779 0.809 19.657 0.768 19.457 0.760 14.873 0.733 16.668 0.776 15.550 0.763 13.709 0.737 16.787 0.760 5 0.994 27.134 0.986 24.816 0.966 24.910 0.973 24.813 0.969 20.279 1.000 20.241 0.943 18.680 0.917 18.592 1.000 21.636 0.979 6 0.635 14.354 0.522 13.956 0.543 14.001 0.547 13.956 0.545 11.440 0.564 12.881 0.600 12.430 0.610 11.311 0.608 12.819 0.580 7 0.725 12.807 0.465 11.918 0.464 11.769 0.460 11.778 0.460 9.213 0.454 9.548 0.445 8.994 0.441 8.473 0.456 9.957 0.451 8 0.857 27.513 1.000 25.696 1.000 25.594 1.000 25.601 1.000 18.909 0.932 21.467 1.000 20.378 1.000 17.814 0.958 22.094 1.000 %colour sample a*/b*-change 1 0.421 13.500 0.483 12.358 0.483 11.012 0.497 10.601 0.497 7.180 0.467 7.611 0.470 7.444 0.453 5.867 0.452 8.755 0.447 2 0.597 5.123 0.183 4.757 0.186 3.819 0.172 3.587 0.168 2.441 0.159 2.409 0.149 2.293 0.140 2.037 0.157 2.697 0.138 3 0.754 26.729 0.957 25.217 0.985 21.680 0.978 20.229 0.949 14.306 0.930 15.357 0.948 13.505 0.823 10.549 0.813 16.391 0.837 4 0.823 26.577 0.951 23.583 0.921 21.777 0.983 21.324 1.000 12.011 0.781 12.260 0.757 12.166 0.741 8.567 0.661 13.538 0.691 5 0.361 14.078 0.504 12.898 0.504 11.206 0.506 10.667 0.500 6.448 0.419 6.507 0.402 6.316 0.385 4.652 0.359 7.022 0.358 6 0.951 27.936 1.000 25.592 1.000 22.157 1.000 20.767 0.974 15.382 1.000 16.200 1.000 16.419 1.000 12.969 1.000 19.593 1.000 7 0.824 9.814 0.351 8.990 0.351 8.990 0.406 8.990 0.422 5.087 0.331 5.645 0.348 5.082 0.310 3.711 0.286 6.079 0.310 8 0.309 13.055 0.467 12.201 0.477 10.499 0.474 9.958 0.467 6.856 0.446 7.247 0.447 6.674 0.406 5.178 0.399 7.685 0.392 %colour sample L*/a*/b*-change 1 0.849 35.317 1.000 33.639 1.000 30.024 1.000 28.767 1.000 23.009 1.000 25.992 1.000 24.163 1.000 21.905 0.987 27.656 1.000 2 0.555 18.179 0.515 17.289 0.514 15.438 0.514 15.013 0.522 12.013 0.522 13.297 0.512 12.666 0.524 11.476 0.517 13.805 0.499 3 0.854 31.064 0.880 30.251 0.899 26.259 0.875 24.855 0.864 20.625 0.896 23.430 0.901 20.821 0.862 19.704 0.888 23.220 0.840 4 0.686 25.907 0.734 24.315 0.723 22.508 0.750 22.012 0.765 14.957 0.650 16.605 0.639 14.912 0.617 12.258 0.552 17.160 0.620 5 0.631 24.873 0.704 22.460 0.668 22.483 0.749 22.457 0.781 14.639 0.636 16.212 0.624 15.843 0.656 12.723 0.573 17.333 0.627 6 0.398 16.328 0.462 14.686 0.437 13.473 0.449 13.183 0.458 7.543 0.328 7.813 0.301 7.632 0.316 5.396 0.243 8.513 0.308 7 0.617 14.919 0.422 14.277 0.424 13.233 0.441 13.068 0.454 10.345 0.450 11.580 0.446 10.895 0.451 9.791 0.441 11.563 0.418 8 0.281 8.412 0.238 7.715 0.229 7.573 0.252 7.549 0.262 4.493 0.195 4.974 0.191 4.569 0.189 3.411 0.154 5.281 0.191 9 0.830 30.063 0.851 28.017 0.833 24.126 0.804 22.204 0.772 17.619 0.766 18.309 0.704 18.285 0.757 15.678 0.706 21.443 0.775 10 0.946 25.498 0.722 25.132 0.747 24.240 0.807 23.350 0.812 22.948 0.997 22.033 0.848 19.520 0.808 22.192 1.000 23.029 0.833 11 0.659 25.487 0.722 24.701 0.734 19.884 0.662 17.306 0.602 14.989 0.651 14.865 0.572 13.966 0.578 13.102 0.590 15.773 0.570 12 0.788 26.668 0.755 25.792 0.767 22.876 0.762 21.289 0.740 17.989 0.782 18.286 0.704 16.646 0.689 16.157 0.728 19.029 0.688 13 0.576 24.804 0.702 22.126 0.658 20.893 0.696 20.819 0.724 13.778 0.599 14.251 0.548 13.888 0.575 11.655 0.525 15.176 0.549 14 0.467 20.118 0.570 18.146 0.539 16.324 0.544 16.120 0.560 10.643 0.463 10.920 0.420 10.649 0.441 8.838 0.398 11.542 0.417 15 0.296 6.204 0.176 5.955 0.177 5.729 0.191 5.733 0.199 4.911 0.213 5.193 0.200 5.060 0.209 4.801 0.216 5.283 0.191 16 0.307 6.345 0.180 6.082 0.181 5.874 0.196 5.879 0.204 4.984 0.217 5.276 0.203 5.134 0.212 4.858 0.219 5.372 0.194 ] def %VIS06_Blaugruen.txt %max 2500 sample pairs 6x8 and 1x16 data lines = 48+16=64 data lines with 20 data per line %min 64x20 data = 1280 data /VIS07 2500 array def /VIS07 [ %VIS07_Tuerkisgruen.txt % GB CIELAB LABHNU LABHNU1 LABHNU2 CMC CIE94 CIEDE2000 DIN99 DIN99o % DE* GE* DE* GE* DE* GE* DE* GE* DE* GE* DE* GE* DE* GE* DE* GE* DE* GE* %colour sample L*-change 1 0.398 4.655 0.154 4.492 0.150 4.440 0.150 4.431 0.151 3.366 0.141 3.510 0.125 3.335 0.139 3.091 0.130 3.591 0.133 2 0.486 10.936 0.363 10.951 0.365 10.899 0.369 10.798 0.368 9.517 0.398 10.727 0.382 10.355 0.430 9.652 0.406 10.533 0.391 3 0.753 17.789 0.590 17.497 0.583 16.979 0.575 16.523 0.563 14.736 0.616 14.236 0.507 12.922 0.537 14.256 0.599 14.735 0.546 4 0.830 22.529 0.747 22.480 0.749 22.333 0.756 22.308 0.760 18.506 0.774 21.848 0.778 19.459 0.808 18.881 0.794 21.075 0.782 5 0.963 27.500 0.912 27.148 0.905 25.873 0.876 24.829 0.846 23.919 1.000 22.007 0.783 19.135 0.795 22.925 0.964 23.184 0.860 6 0.602 8.765 0.291 8.662 0.289 8.305 0.281 8.006 0.273 7.100 0.297 7.147 0.254 6.783 0.282 6.979 0.293 7.306 0.271 7 0.686 18.739 0.621 18.724 0.624 18.667 0.632 18.666 0.636 15.832 0.662 18.484 0.658 16.851 0.700 16.174 0.680 17.899 0.664 8 0.977 30.156 1.000 29.997 1.000 29.536 1.000 29.365 1.000 23.426 0.979 28.089 1.000 24.075 1.000 23.783 1.000 26.966 1.000 %colour sample a*-change 1 0.183 5.330 0.152 5.219 0.147 4.172 0.148 3.529 0.185 3.287 0.146 3.451 0.160 3.220 0.150 2.827 0.144 3.722 0.141 2 0.812 24.565 0.699 24.578 0.695 19.002 0.673 13.196 0.691 14.965 0.664 14.717 0.684 14.266 0.666 12.912 0.660 17.431 0.662 3 0.449 15.954 0.454 15.339 0.433 13.179 0.467 12.092 0.633 8.738 0.387 9.443 0.439 8.161 0.381 6.606 0.338 10.018 0.381 4 0.263 9.291 0.265 9.017 0.255 7.599 0.269 6.783 0.355 5.295 0.235 5.670 0.264 5.035 0.235 4.203 0.215 6.032 0.229 5 1.000 35.125 1.000 35.384 1.000 28.221 1.000 19.101 1.000 22.553 1.000 21.514 1.000 21.437 1.000 19.565 1.000 26.321 1.000 6 0.688 22.081 0.629 21.101 0.596 18.343 0.650 17.091 0.895 11.860 0.526 12.906 0.600 11.019 0.514 8.826 0.451 13.646 0.518 7 0.425 14.881 0.424 14.320 0.405 12.283 0.435 11.241 0.589 8.181 0.363 8.830 0.410 7.650 0.357 6.204 0.317 9.374 0.356 8 0.553 15.139 0.431 15.024 0.425 11.449 0.406 8.416 0.441 8.970 0.398 9.089 0.422 8.594 0.401 7.674 0.392 10.335 0.393 %colour sample b*-change 1 0.198 9.940 0.259 9.587 0.269 8.724 0.246 8.229 0.233 5.818 0.270 6.247 0.265 5.573 0.273 4.564 0.291 6.586 0.259 2 0.756 28.602 0.746 26.829 0.753 26.505 0.749 26.331 0.747 16.070 0.746 17.363 0.738 14.999 0.734 11.553 0.737 18.529 0.729 3 0.758 7.996 0.209 7.751 0.218 6.850 0.194 6.291 0.178 4.525 0.210 4.702 0.200 4.291 0.210 3.450 0.220 5.127 0.202 4 0.100 5.150 0.134 4.960 0.139 4.888 0.138 4.868 0.138 3.459 0.161 3.650 0.155 3.533 0.173 3.121 0.199 3.733 0.147 5 0.988 38.341 1.000 35.629 1.000 35.397 1.000 35.267 1.000 21.551 1.000 23.541 1.000 20.446 1.000 15.679 1.000 25.413 1.000 6 0.663 8.269 0.216 8.018 0.225 7.097 0.201 6.524 0.185 4.682 0.217 4.862 0.207 4.442 0.217 3.574 0.228 5.301 0.209 7 0.357 5.093 0.133 4.872 0.137 4.693 0.133 4.612 0.131 2.893 0.134 2.987 0.127 2.769 0.135 2.260 0.144 3.165 0.125 8 0.534 18.301 0.477 17.352 0.487 16.956 0.479 16.731 0.474 10.384 0.482 11.100 0.471 9.739 0.476 7.633 0.487 11.733 0.462 %colour sample L*/a*-change 1 0.729 12.968 0.507 12.915 0.505 12.621 0.565 12.534 0.590 11.079 0.534 12.568 0.596 11.975 0.627 11.226 0.570 12.335 0.573 2 0.483 10.682 0.417 10.292 0.402 8.643 0.387 7.805 0.367 5.870 0.283 6.299 0.299 5.481 0.287 4.450 0.226 6.732 0.313 3 0.605 15.188 0.594 14.909 0.583 14.092 0.631 13.498 0.635 10.719 0.517 11.851 0.562 11.115 0.582 9.907 0.503 11.985 0.557 4 0.959 25.586 1.000 25.574 1.000 22.326 1.000 19.593 0.922 20.748 1.000 20.026 0.949 18.059 0.945 19.703 1.000 21.512 1.000 5 0.773 10.520 0.411 10.490 0.410 9.059 0.406 7.970 0.375 7.913 0.381 8.076 0.383 7.589 0.397 7.548 0.383 8.473 0.394 6 0.994 23.998 0.938 23.928 0.936 22.245 0.996 21.243 1.000 18.354 0.885 21.103 1.000 19.105 1.000 18.420 0.935 20.851 0.969 7 0.558 15.651 0.612 15.006 0.587 12.849 0.576 11.848 0.558 8.545 0.412 9.234 0.438 7.964 0.417 6.418 0.326 9.806 0.456 8 0.550 11.922 0.466 11.873 0.464 11.591 0.519 11.316 0.533 9.678 0.466 10.830 0.513 10.393 0.544 9.567 0.486 10.736 0.499 %colour sample L*/b*-change 1 0.415 7.363 0.268 7.278 0.270 7.277 0.271 7.276 0.272 6.260 0.309 6.892 0.295 6.811 0.327 6.272 0.322 6.821 0.296 2 0.264 4.894 0.178 4.678 0.174 4.529 0.168 4.462 0.167 2.728 0.135 2.804 0.120 2.591 0.124 2.096 0.108 2.977 0.129 3 0.600 14.643 0.532 14.515 0.539 14.198 0.528 13.891 0.518 11.480 0.566 12.904 0.552 12.199 0.586 11.206 0.576 12.802 0.556 4 0.553 10.806 0.393 10.786 0.400 10.790 0.401 10.786 0.403 9.517 0.469 10.742 0.459 10.376 0.498 9.690 0.498 10.525 0.457 5 0.968 24.468 0.889 23.513 0.873 23.508 0.874 23.506 0.877 18.455 0.910 18.333 0.784 16.291 0.782 16.661 0.856 19.099 0.830 6 0.565 11.758 0.427 11.496 0.427 9.873 0.367 8.749 0.326 6.911 0.341 7.154 0.306 6.627 0.318 5.523 0.284 7.845 0.341 7 0.737 10.931 0.397 10.474 0.389 10.226 0.380 10.163 0.379 7.398 0.365 7.711 0.330 7.091 0.340 6.449 0.331 7.982 0.347 8 0.964 27.518 1.000 26.932 1.000 26.899 1.000 26.798 1.000 20.275 1.000 23.386 1.000 20.828 1.000 19.456 1.000 23.022 1.000 %colour sample a*/b*-change 1 0.332 8.976 0.310 8.637 0.314 7.922 0.329 7.528 0.331 4.154 0.272 3.648 0.219 3.623 0.256 3.367 0.298 4.138 0.235 2 0.940 23.751 0.821 22.950 0.835 20.421 0.847 18.579 0.818 11.349 0.744 9.700 0.581 9.744 0.688 9.469 0.838 12.017 0.682 3 0.043 2.982 0.103 2.954 0.108 2.838 0.118 2.739 0.121 2.356 0.154 2.501 0.150 2.499 0.176 2.347 0.208 2.511 0.143 4 0.048 2.931 0.101 2.893 0.105 2.802 0.116 2.721 0.120 2.271 0.149 2.402 0.144 2.400 0.169 2.251 0.199 2.413 0.137 5 0.919 21.692 0.750 21.417 0.779 17.609 0.731 14.369 0.633 12.855 0.843 12.995 0.779 12.344 0.872 10.497 0.929 14.782 0.839 6 0.793 28.920 1.000 27.480 1.000 24.101 1.000 22.715 1.000 15.254 1.000 16.689 1.000 14.163 1.000 11.297 1.000 17.611 1.000 7 0.376 8.348 0.289 8.081 0.294 7.116 0.295 6.537 0.288 4.755 0.312 4.942 0.296 4.522 0.319 3.656 0.324 5.384 0.306 8 0.415 15.249 0.527 14.659 0.533 12.587 0.522 11.548 0.508 8.349 0.547 9.017 0.540 7.791 0.550 6.293 0.557 9.575 0.544 %colour sample L*/a*/b*-change 1 0.932 32.530 1.000 31.881 1.000 30.084 1.000 28.898 1.000 21.074 1.000 23.334 1.000 20.868 1.000 20.396 1.000 23.641 1.000 2 0.607 15.590 0.479 15.309 0.480 14.820 0.493 14.617 0.506 10.950 0.520 12.102 0.519 11.363 0.544 10.725 0.526 12.022 0.509 3 0.692 21.339 0.656 21.281 0.668 18.300 0.608 16.069 0.556 14.794 0.702 16.267 0.697 15.088 0.723 14.294 0.701 16.831 0.712 4 0.380 11.622 0.357 11.464 0.360 9.213 0.306 7.608 0.263 7.286 0.346 7.667 0.329 7.250 0.347 6.430 0.315 8.298 0.351 5 0.710 27.026 0.831 26.027 0.816 25.642 0.852 25.307 0.876 17.602 0.835 19.758 0.847 17.566 0.842 15.472 0.759 19.998 0.846 6 0.566 19.472 0.599 18.746 0.588 17.676 0.588 17.014 0.589 11.718 0.556 12.832 0.550 11.461 0.549 9.605 0.471 13.283 0.562 7 0.678 12.684 0.390 12.667 0.397 12.586 0.418 12.577 0.435 10.728 0.509 12.385 0.531 11.487 0.550 10.933 0.536 12.042 0.509 8 0.334 5.037 0.155 4.993 0.157 4.889 0.163 4.864 0.168 4.309 0.204 4.797 0.206 4.687 0.225 4.326 0.212 4.742 0.201 9 0.895 25.847 0.795 25.054 0.786 22.839 0.759 21.153 0.732 14.237 0.676 13.110 0.562 12.876 0.617 12.742 0.625 14.905 0.630 10 0.964 20.807 0.640 20.462 0.642 19.961 0.664 19.499 0.675 17.263 0.819 16.830 0.721 15.395 0.738 16.756 0.822 17.360 0.734 11 0.624 22.094 0.679 21.943 0.688 18.493 0.615 15.558 0.538 14.382 0.682 14.667 0.629 13.989 0.670 12.667 0.621 16.131 0.682 12 0.629 22.194 0.682 22.043 0.691 18.579 0.618 15.629 0.541 14.450 0.686 14.733 0.631 14.054 0.673 12.728 0.624 16.206 0.686 13 0.688 24.605 0.756 23.377 0.733 21.815 0.725 21.306 0.737 14.590 0.692 15.751 0.675 13.870 0.665 11.676 0.572 16.451 0.696 14 0.543 23.112 0.710 22.007 0.690 19.659 0.653 18.743 0.649 12.798 0.607 13.923 0.597 12.045 0.577 9.785 0.480 14.637 0.619 15 0.185 1.915 0.059 1.912 0.060 1.914 0.064 1.910 0.066 1.759 0.083 1.898 0.081 1.894 0.091 1.778 0.087 1.886 0.080 16 0.185 2.027 0.062 2.025 0.064 2.026 0.067 2.019 0.070 1.861 0.088 2.007 0.086 2.003 0.096 1.882 0.092 1.995 0.084 ] def %VIS07_Tuerkisgruen.txt %max 2500 sample pairs 6x8 and 1x16 data lines = 48+16=64 data lines with 20 data per line %min 64 x20 data = 1280 data /VIS08 2500 array def /VIS08 [ %VIS08_Himmelblau.txt % GB CIELAB LABHNU LABHNU1 LABHNU2 CMC CIE94 CIEDE2000 DIN99 DIN99o % DE* GE* DE* GE* DE* GE* DE* GE* DE* GE* DE* GE* DE* GE* DE* GE* DE* GE* %colour sample L*-change 1 0.512 11.231 0.365 11.229 0.369 11.225 0.369 11.219 0.369 9.748 0.316 10.779 0.399 10.645 0.443 9.859 0.339 10.637 0.372 2 0.741 22.942 0.746 22.810 0.749 22.785 0.749 22.747 0.748 18.110 0.587 20.685 0.765 19.121 0.796 18.248 0.627 20.274 0.710 3 0.774 18.591 0.605 18.697 0.614 18.358 0.603 17.699 0.582 18.846 0.611 17.531 0.648 15.259 0.635 18.205 0.626 18.370 0.643 4 0.532 8.405 0.273 8.349 0.274 8.260 0.271 8.116 0.267 6.393 0.207 6.271 0.232 5.904 0.246 6.087 0.209 6.475 0.227 5 0.964 30.734 1.000 30.438 1.000 30.433 1.000 30.424 1.000 23.275 0.754 27.043 1.000 24.020 1.000 23.251 0.799 26.307 0.921 6 0.984 28.314 0.921 28.338 0.931 27.898 0.917 26.834 0.882 30.855 1.000 26.718 0.988 22.156 0.922 29.089 1.000 28.568 1.000 7 0.736 14.841 0.483 14.901 0.490 14.673 0.482 14.267 0.469 13.908 0.451 13.294 0.492 11.884 0.495 13.476 0.463 13.802 0.483 8 0.621 16.125 0.525 16.108 0.529 15.992 0.525 15.799 0.519 13.331 0.432 14.840 0.549 14.325 0.596 13.443 0.462 14.760 0.517 %colour sample a*-change 1 0.734 23.400 0.583 23.547 0.564 18.806 0.470 12.962 0.528 14.486 0.569 13.928 0.638 13.826 0.570 12.533 0.560 16.836 0.581 2 0.846 35.158 0.876 36.508 0.874 34.651 0.866 21.476 0.874 22.378 0.878 18.742 0.858 20.630 0.850 19.261 0.861 24.929 0.860 3 0.313 11.643 0.290 11.897 0.285 10.609 0.265 7.342 0.299 8.010 0.314 7.030 0.322 7.357 0.303 6.960 0.311 8.872 0.306 4 0.669 28.515 0.711 28.620 0.685 22.931 0.573 16.396 0.668 17.592 0.691 17.244 0.790 16.957 0.699 15.270 0.683 20.382 0.703 5 0.212 9.698 0.242 9.844 0.236 8.368 0.209 6.059 0.247 6.741 0.265 6.429 0.294 6.511 0.268 6.120 0.274 7.670 0.265 6 0.996 40.131 1.000 41.758 1.000 40.009 1.000 24.562 1.000 25.476 1.000 21.838 1.000 24.275 1.000 22.367 1.000 28.997 1.000 7 0.630 23.434 0.584 24.177 0.579 22.127 0.553 14.162 0.577 15.880 0.623 13.146 0.602 14.160 0.583 13.398 0.599 17.326 0.598 8 0.440 15.950 0.397 16.142 0.387 13.239 0.331 9.115 0.371 10.364 0.407 9.823 0.450 9.887 0.407 9.130 0.408 11.961 0.413 %colour sample b*-change 1 0.989 33.365 1.000 31.557 1.000 31.513 1.000 31.441 1.000 17.900 1.000 15.556 1.000 15.713 1.000 14.054 1.000 19.897 1.000 2 0.825 17.352 0.520 17.491 0.554 16.664 0.529 14.745 0.469 12.870 0.719 12.026 0.773 11.420 0.727 11.911 0.848 13.194 0.663 3 0.532 7.687 0.230 7.652 0.242 7.298 0.232 6.654 0.212 4.931 0.275 4.612 0.296 4.551 0.290 4.367 0.311 5.105 0.257 4 0.673 14.097 0.423 13.596 0.431 13.534 0.429 13.433 0.427 7.520 0.420 6.962 0.448 6.974 0.444 6.484 0.461 7.811 0.393 5 0.821 16.366 0.491 16.478 0.522 15.723 0.499 14.041 0.447 12.180 0.680 11.431 0.735 10.844 0.690 11.295 0.804 12.480 0.627 6 0.900 23.376 0.701 22.267 0.706 22.239 0.706 22.195 0.706 11.721 0.655 10.232 0.658 10.247 0.652 9.223 0.656 12.248 0.616 7 0.523 7.729 0.232 7.693 0.244 7.342 0.233 6.705 0.213 4.974 0.278 4.659 0.299 4.592 0.292 4.413 0.314 5.147 0.259 8 0.358 6.055 0.181 6.047 0.192 5.923 0.188 5.719 0.182 4.864 0.272 5.073 0.326 5.078 0.323 4.808 0.342 5.244 0.264 %colour sample L*/a*-change 1 0.963 29.244 1.000 29.956 1.000 28.706 1.000 22.635 1.000 23.486 1.000 20.941 0.948 19.836 0.886 21.574 1.000 23.959 0.937 2 0.699 14.771 0.505 15.010 0.501 13.971 0.487 11.626 0.514 11.801 0.502 11.729 0.531 11.925 0.533 11.203 0.519 13.093 0.512 3 0.733 9.014 0.308 9.057 0.302 8.665 0.302 8.123 0.359 7.626 0.325 7.504 0.340 7.035 0.314 7.457 0.346 7.943 0.311 4 0.762 21.636 0.740 21.734 0.726 19.948 0.695 17.647 0.780 16.354 0.696 17.199 0.779 16.856 0.753 15.436 0.715 18.317 0.716 5 0.650 15.587 0.533 15.808 0.528 14.666 0.511 11.784 0.521 10.605 0.452 9.618 0.435 9.633 0.430 9.441 0.438 11.261 0.440 6 0.959 29.128 0.996 29.661 0.990 27.872 0.971 22.474 0.993 22.959 0.978 22.087 1.000 22.380 1.000 21.063 0.976 25.579 1.000 7 0.399 8.555 0.293 8.628 0.288 8.075 0.281 7.257 0.321 7.021 0.299 7.294 0.330 7.337 0.328 6.826 0.316 7.700 0.301 8 0.708 13.226 0.452 13.305 0.444 11.799 0.411 9.824 0.434 10.430 0.444 10.069 0.456 9.675 0.432 9.743 0.452 11.257 0.440 %colour sample L*/b*-change 1 0.544 13.310 0.486 13.317 0.490 13.206 0.486 13.021 0.480 11.269 0.534 12.439 0.511 12.197 0.555 11.371 0.536 12.403 0.521 2 0.414 9.437 0.344 9.553 0.351 8.959 0.330 7.790 0.287 7.754 0.367 7.904 0.325 8.003 0.364 7.503 0.354 8.528 0.358 3 0.292 5.674 0.207 5.696 0.209 5.482 0.202 5.114 0.189 4.890 0.232 5.112 0.210 5.126 0.233 4.823 0.227 5.286 0.222 4 0.814 18.261 0.666 18.371 0.675 17.816 0.656 16.640 0.614 15.378 0.729 14.462 0.594 13.137 0.597 14.602 0.688 15.351 0.644 5 0.628 6.872 0.251 6.832 0.251 6.711 0.247 6.511 0.240 6.245 0.296 6.231 0.256 5.833 0.265 6.160 0.290 6.455 0.271 6 0.974 27.408 1.000 27.198 1.000 27.163 1.000 27.105 1.000 21.107 1.000 24.347 1.000 21.990 1.000 21.217 1.000 23.820 1.000 7 0.969 20.779 0.758 20.380 0.749 20.311 0.748 20.198 0.745 18.806 0.891 17.449 0.717 15.215 0.692 18.039 0.850 18.290 0.768 8 0.675 9.405 0.343 9.359 0.344 9.202 0.339 8.939 0.330 7.138 0.338 6.958 0.286 6.551 0.298 6.765 0.319 7.237 0.304 %colour sample a*/b*-change 1 0.604 13.752 0.503 14.109 0.503 12.610 0.478 8.520 0.456 10.075 0.506 8.693 0.523 9.181 0.504 8.808 0.522 11.297 0.502 2 0.748 5.830 0.213 5.819 0.207 5.533 0.210 5.112 0.274 4.097 0.206 3.981 0.239 3.861 0.212 3.925 0.233 4.364 0.194 3 0.971 27.333 1.000 28.069 1.000 26.357 1.000 18.684 1.000 17.680 0.888 15.115 0.909 15.788 0.867 15.233 0.903 18.871 0.839 4 0.362 23.042 0.843 22.901 0.816 20.007 0.759 16.516 0.884 14.947 0.751 14.346 0.863 14.259 0.783 12.246 0.726 16.843 0.749 5 0.281 9.724 0.356 9.831 0.350 8.615 0.327 6.773 0.363 6.967 0.350 6.730 0.405 6.807 0.374 6.281 0.372 7.792 0.346 6 0.916 26.863 0.983 27.325 0.974 25.452 0.966 18.591 0.995 19.900 1.000 16.630 1.000 18.215 1.000 16.878 1.000 22.493 1.000 7 0.619 9.667 0.354 9.819 0.350 8.107 0.308 5.367 0.287 6.199 0.312 5.694 0.342 5.806 0.319 5.499 0.326 7.198 0.320 8 0.813 18.219 0.667 18.532 0.660 17.145 0.650 13.182 0.706 11.888 0.597 10.509 0.632 10.742 0.590 10.370 0.614 12.705 0.565 %colour sample L*/a*/b*-change 1 0.980 35.117 1.000 35.271 1.000 33.754 1.000 29.753 1.000 26.988 1.000 27.271 1.000 26.263 1.000 25.020 1.000 30.657 1.000 2 0.586 17.969 0.512 18.216 0.516 16.952 0.502 14.000 0.471 13.697 0.508 13.336 0.489 13.413 0.511 12.759 0.510 15.353 0.501 3 0.615 23.059 0.657 23.701 0.672 21.619 0.640 14.876 0.500 17.125 0.635 14.854 0.545 15.747 0.600 14.902 0.596 18.905 0.617 4 0.399 12.954 0.369 13.315 0.378 11.749 0.348 7.542 0.254 9.023 0.334 7.757 0.284 8.206 0.312 7.838 0.313 10.139 0.331 5 0.855 28.106 0.800 27.805 0.788 27.415 0.812 26.889 0.904 20.633 0.765 23.295 0.854 20.958 0.798 19.880 0.795 23.155 0.755 6 0.527 20.519 0.584 20.600 0.584 18.176 0.538 15.070 0.507 14.232 0.527 14.418 0.529 14.204 0.541 12.820 0.512 16.087 0.525 7 0.548 15.435 0.440 15.360 0.436 14.962 0.443 14.412 0.484 11.672 0.432 12.677 0.465 12.153 0.463 11.254 0.450 12.860 0.420 8 0.242 8.616 0.245 8.738 0.248 7.297 0.216 4.987 0.168 5.624 0.208 5.188 0.190 5.288 0.201 4.874 0.195 6.459 0.211 9 0.835 28.390 0.808 28.722 0.814 27.087 0.802 20.880 0.702 21.498 0.797 18.539 0.680 19.679 0.749 18.702 0.748 23.869 0.779 10 0.892 23.777 0.677 23.948 0.679 23.103 0.684 20.955 0.704 22.370 0.829 20.921 0.767 19.016 0.724 21.489 0.859 22.647 0.739 11 0.702 26.262 0.748 26.862 0.762 25.279 0.749 19.389 0.652 18.423 0.683 16.681 0.612 16.725 0.637 16.659 0.666 19.510 0.636 12 0.873 26.871 0.765 27.244 0.772 26.205 0.776 23.093 0.776 22.218 0.823 20.704 0.759 19.090 0.727 21.024 0.840 22.441 0.732 13 0.646 16.941 0.482 16.474 0.467 16.078 0.476 15.578 0.524 11.751 0.435 11.328 0.415 10.956 0.417 10.541 0.421 12.100 0.395 14 0.777 19.795 0.564 19.614 0.556 18.525 0.549 17.297 0.581 16.513 0.612 16.058 0.589 15.021 0.572 15.580 0.623 17.121 0.558 15 0.579 10.847 0.309 10.893 0.309 10.641 0.315 10.308 0.346 10.025 0.371 10.129 0.371 9.549 0.364 9.951 0.398 10.413 0.340 16 0.588 10.840 0.309 10.887 0.309 10.624 0.315 10.277 0.345 9.996 0.370 10.098 0.370 9.525 0.363 9.919 0.396 10.389 0.339 ] def %VIS08_Himmelblau.txt %max 2500 sample pairs 6x8 and 1x16 data lines = 48+16=64 data lines with 20 data per line %min 64 x20 data = 1280 data /VIS09 2500 array def /VIS09 [ %VIS09_Violettrot.txt % GB CIELAB LABHNU LABHNU1 LABHNU2 CMC CIE94 CIEDE2000 DIN99 DIN99o % DE* GE* DE* GE* DE* GE* DE* GE* DE* GE* DE* GE* DE* GE* DE* GE* DE* GE* %colour sample L*-change 1 0.487 7.955 0.225 7.990 0.226 8.152 0.228 7.899 0.223 7.513 0.174 7.633 0.217 7.159 0.261 7.481 0.187 7.717 0.207 2 0.566 16.356 0.463 16.362 0.463 16.291 0.456 16.266 0.459 14.064 0.326 16.241 0.462 15.125 0.552 14.367 0.360 15.823 0.425 3 0.735 17.870 0.506 17.913 0.506 18.154 0.508 17.892 0.505 18.689 0.433 17.751 0.505 15.455 0.564 18.308 0.458 18.240 0.490 4 0.408 13.231 0.375 13.218 0.374 13.166 0.369 13.153 0.371 11.521 0.267 13.122 0.373 12.491 0.456 11.751 0.294 12.818 0.344 5 0.643 23.238 0.658 23.194 0.656 23.247 0.651 23.192 0.655 19.087 0.442 22.535 0.641 20.116 0.734 19.433 0.487 21.805 0.585 6 0.875 30.389 0.861 30.272 0.856 30.452 0.852 30.057 0.849 23.650 0.548 28.320 0.806 24.414 0.891 23.904 0.599 27.246 0.732 7 0.994 35.313 1.000 35.376 1.000 35.727 1.000 35.408 1.000 43.163 1.000 35.135 1.000 27.409 1.000 39.938 1.000 37.246 1.000 8 0.889 27.501 0.779 27.580 0.780 28.122 0.787 27.567 0.779 31.117 0.721 27.320 0.778 22.331 0.815 29.674 0.743 28.546 0.766 %colour sample a*-change 1 0.871 39.873 1.000 41.408 1.000 39.123 0.801 24.117 0.900 27.831 1.000 23.618 1.000 26.091 1.000 23.751 1.000 31.604 1.000 2 0.275 8.556 0.215 8.951 0.216 9.290 0.190 5.838 0.218 5.105 0.183 4.914 0.208 5.577 0.214 4.812 0.203 6.371 0.202 3 0.673 29.755 0.746 31.035 0.750 30.194 0.619 18.456 0.688 19.369 0.696 17.197 0.728 19.408 0.744 17.437 0.734 23.174 0.733 4 0.863 30.982 0.777 32.928 0.795 37.253 0.763 21.078 0.786 13.067 0.470 11.748 0.497 12.680 0.486 11.549 0.486 14.706 0.465 5 0.338 12.249 0.307 12.881 0.311 13.714 0.281 8.381 0.313 5.974 0.215 5.628 0.238 6.022 0.231 5.498 0.231 6.758 0.214 6 0.547 21.324 0.535 22.551 0.545 24.654 0.505 14.450 0.539 9.826 0.353 9.164 0.388 9.887 0.379 8.932 0.376 11.259 0.356 7 0.576 18.945 0.475 19.827 0.479 19.922 0.408 12.155 0.453 11.554 0.415 10.688 0.453 12.220 0.468 10.735 0.452 14.296 0.452 8 0.981 38.288 0.960 40.929 0.988 48.815 1.000 26.808 1.000 15.063 0.541 12.966 0.549 13.948 0.535 12.933 0.545 16.362 0.518 %colour sample b*-change 1 0.268 8.814 0.225 8.457 0.232 8.469 0.232 8.229 0.226 5.129 0.235 5.107 0.219 5.679 0.257 4.363 0.255 6.345 0.231 2 0.665 28.464 0.726 26.704 0.733 26.706 0.733 26.617 0.731 16.064 0.737 16.479 0.708 16.846 0.762 12.634 0.737 19.978 0.727 3 0.877 20.086 0.512 19.563 0.537 19.604 0.538 19.554 0.537 11.631 0.534 11.042 0.474 11.307 0.512 10.379 0.605 12.390 0.451 4 0.324 10.484 0.267 10.026 0.275 10.017 0.275 9.976 0.274 5.241 0.241 4.895 0.210 5.312 0.240 4.306 0.251 5.718 0.208 5 0.915 39.223 1.000 36.432 1.000 36.428 1.000 36.410 1.000 21.786 1.000 23.272 1.000 22.095 1.000 17.142 1.000 27.498 1.000 6 0.991 21.971 0.560 21.457 0.589 21.413 0.588 21.375 0.587 13.619 0.625 13.010 0.559 13.341 0.604 12.421 0.725 14.772 0.537 7 0.624 13.364 0.341 12.843 0.353 12.856 0.353 12.715 0.349 6.773 0.311 6.236 0.268 7.190 0.325 5.584 0.326 8.004 0.291 8 0.508 18.590 0.474 17.588 0.483 17.587 0.483 17.491 0.480 10.497 0.482 10.510 0.452 11.328 0.513 8.449 0.493 12.933 0.470 %colour sample L*/a*-change 1 0.581 14.383 0.508 14.623 0.492 14.986 0.420 13.055 0.540 11.455 0.538 12.656 0.562 12.486 0.589 11.525 0.561 13.026 0.557 2 0.697 11.411 0.403 11.635 0.392 11.603 0.325 9.829 0.407 9.384 0.441 9.382 0.417 9.254 0.436 9.224 0.449 10.242 0.438 3 0.732 17.192 0.608 17.593 0.592 17.671 0.496 14.452 0.598 12.118 0.569 13.260 0.589 12.976 0.612 12.083 0.588 13.591 0.582 4 0.918 27.912 0.987 28.552 0.961 28.714 0.805 23.823 0.986 20.252 0.951 22.500 1.000 21.213 1.000 20.154 0.981 23.371 1.000 5 0.934 28.289 1.000 29.715 1.000 35.650 1.000 24.164 1.000 21.094 0.991 19.790 0.880 18.079 0.852 20.286 0.988 21.313 0.912 6 0.936 25.779 0.911 26.463 0.891 26.301 0.738 20.897 0.865 21.290 1.000 20.085 0.893 19.328 0.911 20.536 1.000 22.717 0.972 7 0.588 14.351 0.507 15.074 0.507 16.964 0.476 11.309 0.468 8.953 0.421 8.720 0.388 8.612 0.406 8.592 0.418 9.552 0.409 8 0.808 21.903 0.774 22.500 0.757 22.744 0.638 18.020 0.746 14.920 0.701 16.390 0.728 15.975 0.753 14.826 0.722 17.082 0.731 %colour sample L*/b*-change 1 0.643 15.073 0.531 14.881 0.534 14.821 0.531 14.787 0.531 11.903 0.564 13.246 0.546 12.976 0.583 11.796 0.570 13.494 0.554 2 0.964 28.412 1.000 27.870 1.000 27.914 1.000 27.868 1.000 21.111 1.000 24.258 1.000 22.240 1.000 20.688 1.000 24.350 1.000 3 0.985 27.925 0.983 27.586 0.990 27.680 0.992 27.588 0.990 20.834 0.987 19.488 0.803 18.071 0.813 19.583 0.947 20.934 0.860 4 0.674 14.436 0.508 14.156 0.508 14.293 0.512 14.058 0.504 9.410 0.446 9.154 0.377 8.999 0.405 8.705 0.421 9.785 0.402 5 0.387 9.883 0.348 9.642 0.346 9.650 0.346 9.643 0.346 7.492 0.355 8.086 0.333 8.147 0.366 7.352 0.355 8.262 0.339 6 0.847 25.303 0.891 24.556 0.881 24.759 0.887 24.529 0.880 21.116 1.000 20.277 0.836 18.788 0.845 19.860 0.960 21.966 0.902 7 0.354 9.879 0.348 9.641 0.346 9.651 0.346 9.642 0.346 7.510 0.356 8.109 0.334 8.170 0.367 7.373 0.356 8.286 0.340 8 0.600 11.474 0.404 11.228 0.403 11.464 0.411 11.026 0.396 9.194 0.435 9.276 0.382 9.139 0.411 8.833 0.427 10.039 0.412 %colour sample a*/b*-change 1 0.630 14.156 0.487 13.921 0.474 14.099 0.450 12.472 0.534 8.143 0.534 7.677 0.489 9.017 0.544 7.226 0.535 10.205 0.520 2 0.487 25.995 0.894 25.901 0.881 25.980 0.829 20.919 0.896 11.921 0.781 10.057 0.640 10.091 0.609 9.156 0.678 11.914 0.607 3 0.887 21.676 0.745 21.876 0.744 21.991 0.702 17.382 0.745 13.298 0.872 12.370 0.788 14.440 0.871 12.164 0.900 16.592 0.846 4 0.992 29.091 1.000 29.391 1.000 31.326 1.000 23.345 1.000 15.257 1.000 15.702 1.000 16.574 1.000 13.509 1.000 19.623 1.000 5 0.263 11.684 0.402 11.736 0.399 12.006 0.383 9.540 0.409 5.240 0.343 4.531 0.289 4.532 0.273 4.178 0.309 5.051 0.257 6 0.832 24.979 0.859 25.931 0.882 29.081 0.928 19.665 0.842 10.315 0.676 8.706 0.554 8.669 0.523 8.563 0.634 9.724 0.496 7 0.595 14.955 0.514 15.308 0.521 16.111 0.514 11.521 0.494 8.362 0.548 8.455 0.538 9.360 0.565 7.646 0.566 10.726 0.547 8 0.184 14.161 0.487 14.347 0.488 14.978 0.478 11.339 0.486 5.606 0.367 4.596 0.293 4.603 0.278 4.346 0.322 5.100 0.260 %colour sample L*/a*/b*-change 1 0.586 20.869 0.613 20.566 0.598 20.515 0.600 19.083 0.631 14.132 0.534 15.509 0.620 15.543 0.626 13.482 0.532 17.053 0.594 2 0.489 17.777 0.522 17.798 0.518 17.821 0.521 15.719 0.520 12.229 0.462 13.404 0.536 13.494 0.543 11.867 0.468 14.670 0.511 3 0.505 18.217 0.535 19.032 0.554 19.919 0.582 13.240 0.438 10.125 0.383 10.394 0.416 10.662 0.429 9.708 0.383 11.633 0.405 4 0.123 8.449 0.248 8.321 0.242 8.463 0.247 7.390 0.244 3.450 0.130 2.907 0.116 2.954 0.119 2.567 0.101 3.188 0.111 5 0.831 31.170 0.916 30.682 0.893 30.960 0.905 29.350 0.971 20.566 0.777 23.089 0.923 20.780 0.836 19.527 0.771 23.032 0.802 6 0.611 24.817 0.729 25.482 0.741 25.561 0.747 18.907 0.625 14.275 0.539 14.219 0.569 14.222 0.572 13.367 0.527 15.940 0.555 7 0.578 19.181 0.564 19.538 0.569 19.919 0.582 17.266 0.571 14.236 0.538 16.184 0.647 14.960 0.602 14.308 0.565 16.183 0.563 8 0.671 23.541 0.692 24.388 0.710 24.305 0.711 15.901 0.526 14.759 0.558 13.541 0.542 15.737 0.633 13.659 0.539 18.359 0.639 9 0.795 29.398 0.864 29.681 0.864 32.783 0.958 24.781 0.820 16.990 0.642 17.513 0.700 18.204 0.733 15.542 0.613 20.952 0.729 10 0.820 24.973 0.734 25.149 0.732 27.194 0.795 23.818 0.788 22.948 0.867 22.143 0.886 20.197 0.813 22.373 0.883 23.506 0.818 11 0.586 25.512 0.750 26.663 0.776 30.627 0.895 20.646 0.683 13.365 0.505 12.498 0.500 12.200 0.491 12.299 0.485 13.371 0.466 12 0.831 30.547 0.898 30.686 0.893 32.423 0.948 29.524 0.977 22.716 0.858 21.335 0.853 19.149 0.771 21.549 0.850 22.114 0.770 13 0.638 24.317 0.715 23.603 0.687 23.568 0.689 22.153 0.733 14.756 0.558 14.143 0.566 13.936 0.561 12.934 0.510 15.273 0.532 14 0.812 29.502 0.867 29.909 0.870 29.725 0.869 24.876 0.823 23.021 0.870 21.777 0.871 20.018 0.806 22.158 0.874 23.354 0.813 15 0.689 17.428 0.512 17.547 0.511 17.532 0.513 15.364 0.508 12.801 0.484 12.730 0.509 13.365 0.538 12.342 0.487 14.687 0.511 16 0.998 34.031 1.000 34.368 1.000 34.209 1.000 30.232 1.000 26.466 1.000 25.005 1.000 24.843 1.000 25.344 1.000 28.724 1.000 ] def %VIS09_Violettrot.txt %************************************* /cvi36show {1000 mul /nx exch cvi def nx 9 le {(0) show} if nx 99 le {(0) show} if nx 999 le {(0) show} if nx 9999 le {(0) show} if nx 99999 le {(0) show} if nx 999999 le {(0) show} if nx cvi 10 string cvs show } def /cvi34show {1000 mul /nx exch cvi def nx 9 le {(0) show} if nx 99 le {(0) show} if nx 999 le {(0) show} if nx 9999 le {(0) show} if nx cvi 8 string cvs show } def %******************************************* /cvi03show {/nx exch cvi def nx 9 le {(0) show} if nx 99 le {(0) show} if nx 999 le {(0) show} if nx cvi 7 string cvs show } def /cvi02show {/nx exch cvi def nx 9 le {(0) show} if nx 99 le {(0) show} if nx cvi 6 string cvs show } def /cvi02nshow {/nx exch def %with round nx 0 eq {%nx=0 (00) show nx cvi 6 string cvs show } if %nx>=0 nx 0 gt {%nx>=0 /nx nx 0.5 add cvi def nx 9 le {(0) show} if nx 99 le {(0) show} if nx 6 string cvs show } if nx 0 lt {%nx<0 /nx nx 0.5 sub cvi def nx abs 99 le {(0) show} if nx 6 string cvs show } if %nx>=0 } def /cvi02xshow {/nx exch def %with round nx 0 eq {%nx=0 ( ) show nx cvi 6 string cvs show } if %nx>=0 nx 0 gt {%nx>=0 /nx nx 0.5 add cvi def nx 9 le {( ) show} if nx 99 le {( ) show} if nx 6 string cvs show } if nx 0 lt {%nx<0 /nx nx 0.5 sub cvi def nx abs 99 le {( ) show} if nx 6 string cvs show } if %nx>=0 } def /cvi03nshow {/nx exch def %with round nx 0 eq {%nx=0 (000) show nx cvi 7 string cvs show } if %nx>=0 nx 0 gt {%nx>=0 /nx nx 0.5 add cvi def nx 9 le {(0) show} if nx 99 le {(0) show} if nx 999 le {(0) show} if nx 7 string cvs show } if nx 0 lt {%nx<0 /nx nx 0.5 sub cvi def nx abs 9 le {(0) show} if nx abs 99 le {(0) show} if nx 7 string cvs show } if %nx>=0 } def /cvi03xshow {/nx exch cvi def %with round nx 0 eq {%nx=0 ( ) show nx cvi 7 string cvs show } if %nx>=0 nx 0 gt {%nx>=0 % /nx nx 0.5 add cvi def nx 9 le {( ) show} if nx 99 le {( ) show} if nx 999 le {( ) show} if nx 7 string cvs show } if nx 0 lt {%nx<0 % /nx nx 0.5 sub cvi def nx abs 9 le {( ) show} if nx abs 99 le {( ) show} if nx 7 string cvs show } if %nx>=0 } def %%EndProlog gsave /lanind 1 def /lantex [(G) (E) (S) (F) (I) (J) (M)] def /showde {0 lanind eq {show} {pop} ifelse} bind def /showen {1 lanind eq {show} {pop} ifelse} bind def /showes {2 lanind eq {show} {pop} ifelse} bind def /showfr {3 lanind eq {show} {pop} ifelse} bind def /showit {4 lanind eq {show} {pop} ifelse} bind def /showjp {5 lanind eq {show} {pop} ifelse} bind def /showea {1 lanind le {show} {pop} ifelse} bind def /lanindf where {pop /lanind1 lanindf def /lanind2 lanindf def /lanindd laninddf def} {/lanind1 0 def /lanind2 0 def} ifelse /colormf where {pop /colorm1 colormf def /colorm2 colormf def /colorMD colormdf def} {/colorm1 0 def} ifelse /deintpf where {pop /deintp1 deintpf def /deintp2 deintpf def /deintpd deintpdf def} {/deintp1 0 def} ifelse /xcolorf where {pop /xcolor1 xcolorf def /xcolor2 xcolorf def /xcolord xcolordf def} {/xcolor1 3 def} ifelse /xchartf where {pop /xchart1 xchartf def /xchart2 xchartf def /xchartd xchartdf def /xchartm xchart2f xchart1f sub 1 add def} {/xchart1 0 def /xchartm 1 def} ifelse /xchart3f where {pop /xchart3 xchart3f def} {/xchart3 0 def} ifelse /xchart4f where {pop /xchart4 xchart4f def} {/xchart4 0 def} ifelse /pchartf where {pop /pchart1 pchartf def /pchart2 pchartf def /pchartd pchartdf def} {/pchart1 3 def} ifelse /colsepf where {pop /colsep1 colsepf def /colsep2 colsepf def /colsepd colsepdf def} {/colsep1 0 def} ifelse /pmetamf where {pop /pmetam1 pmetamf def /pmetam2 pmetamf def /pmetaMD pmetamdf def} {/pmetam1 0 def} ifelse %either defaul values for xchart=0 or values for xchart=1 /lanind lanind1 def % /colorm colorm1 def % /deintp deintp1 def % /xcolor xcolor1 def % /xchart xchart1 def % /pchart pchart1 def % /colsep colsep1 def % /pmetam pmetam1 def % colorm 0 eq deintp 0 eq and {/Txx (d) def /Fxx (d) def} if %colorm=0, deintp=0 colorm 0 eq deintp 1 eq and {/Txx (e) def /Fxx (e) def} if %colorm=0, deintp=1 colorm 1 eq deintp 0 eq and {/Txx (dd) def /Fxx (d) def} if %colorm=1, deintp=0 colorm 1 eq deintp 1 eq and {/Txx (de) def /Fxx (e) def} if %colorm=1, deintp=1 xchart 0 eq {/Txx (-) def /Fxx (-) def} if %always independent of intended output % achromatic (D65) colours /XLWD65100 95.04 def /YLWD65100 100.00 def /ZLWD65100 108.88 def /XW XLWD65100 def /YW YLWD65100 def /ZW ZLWD65100 def %max 7000 sample pairs with 10 data per line %min 1*112 + 8*64 = 112 + 512 = 624 with 10 data/line -> 6240 data /WData0 7000 array def 0 1 6999 {/i exch def %i=0,6999 WData0 i -1 put } for %i=0,6999 0 1 47 {/i exch def %i=0,47 (6*8-1) /i10 i 10 mul def /i40 i 4 mul def /i200 i 20 mul def WData0 i10 XW put WData0 i10 1 add YW put WData0 i10 2 add ZW put WData0 i10 6 add XYZ01 i40 1 add get put WData0 i10 7 add XYZ01 i40 2 add get put WData0 i10 8 add XYZ01 i40 3 add get put WData0 i10 9 add VIS01 i200 1 add get put } for %i=0,47 48 1 111 {/i exch def %i=48,111 48+16*4=112 /i10 i 10 mul def /i40 i 4 mul def /i200 i 20 mul def WData0 i10 XW put WData0 i10 1 add YW put WData0 i10 2 add ZW put WData0 i10 6 add XYZ01 i40 1 add get put WData0 i10 7 add XYZ01 i40 2 add get put WData0 i10 8 add XYZ01 i40 3 add get put WData0 i10 9 add VIS01 i200 1 add get put } for %i=48,111 %%STOPA %kk=2 to 9 %max 500 sample pairs 6x8 and 1x16 data lines = 48+16 = 64 data lines with 4 data per line %min 256 + 2x4 reference data = 264 data %/XYZ02 to XYZ09: 264 array def /XYZ0X 500 array def %max 2500 sample pairs 6x8 and 1x16 data lines = 48+16=64 data lines with 20 data per line %min 64x20 data = 1280 data %/VIS02 to /VIS09: 1280 array def /VIS0X 2500 array def 2 1 9 {/kk exch def %kk=2,9 0 1 255 {/j exch def %j=0,255 kk 2 eq {XYZ0X j XYZ02 j get put} if kk 3 eq {XYZ0X j XYZ03 j get put} if kk 4 eq {XYZ0X j XYZ04 j get put} if kk 5 eq {XYZ0X j XYZ05 j get put} if kk 6 eq {XYZ0X j XYZ06 j get put} if kk 7 eq {XYZ0X j XYZ07 j get put} if kk 8 eq {XYZ0X j XYZ08 j get put} if kk 9 eq {XYZ0X j XYZ09 j get put} if } for %j=0,255 %STOPC 0 1 1279 {/j exch def %j=0,1279 kk 2 eq {VIS0X j VIS02 j get put} if kk 3 eq {VIS0X j VIS03 j get put} if kk 4 eq {VIS0X j VIS04 j get put} if kk 5 eq {VIS0X j VIS05 j get put} if kk 6 eq {VIS0X j VIS06 j get put} if kk 7 eq {VIS0X j VIS07 j get put} if kk 8 eq {VIS0X j VIS08 j get put} if kk 9 eq {VIS0X j VIS09 j get put} if } for %j=0,1279 /i1 112 kk 2 sub 64 mul add def /i2 i1 47 add def /i3 i1 48 add def /i4 i1 63 add def i1 1 i2 {/i exch def %i=0,47 (6*8-1) /i10 i 10 mul def /i40 i i1 sub 4 mul def /i200 i i1 sub 20 mul def WData0 i10 XW put WData0 i10 1 add YW put WData0 i10 2 add ZW put WData0 i10 6 add XYZ0X i40 1 add get put WData0 i10 7 add XYZ0X i40 2 add get put WData0 i10 8 add XYZ0X i40 3 add get put WData0 i10 9 add VIS0X i200 1 add get put } for %i=i1,i2 i3 1 i4 {/i exch def %i=i3,i4 /i10 i 10 mul def /i40 i i1 sub 4 mul def /i200 i i1 sub 20 mul def WData0 i10 XW put WData0 i10 1 add YW put WData0 i10 2 add ZW put WData0 i10 6 add XYZ0X i40 1 add get put WData0 i10 7 add XYZ0X i40 2 add get put WData0 i10 8 add XYZ0X i40 3 add get put WData0 i10 9 add VIS0X i200 1 add get put } for %i=i3,i4 } for %kk=2,9 /XYZRI 100 array def %min 21*2 (00_20) %define other XYZRI 0 1 7 {/j exch def %j=0,7 j 0 eq {XYZRI 0 000 put XYZRI 1 047 put XYZRI 2 048 put XYZRI 3 063 put XYZRI 4 064 put XYZRI 5 079 put XYZRI 6 080 put XYZRI 7 095 put XYZRI 8 096 put XYZRI 9 111 put } if /in1 112 j 64 mul add def /in2 in1 47 add def /in3 in2 1 add def /in4 in3 15 add def /ii 10 j 4 mul add def XYZRI ii 0 add in1 put XYZRI ii 1 add in2 put XYZRI ii 2 add in3 put XYZRI ii 3 add in4 put } for %j=0,1 /xp0 0050 def /xp1 6650 def /xdel 620 def /xdel0 650 def /xdel1 550 def /xdela 21 array def /xdela %0 %1 %2 %3 %4 %5 %6 %7 %8 %9 %XYZS, XYZ0, XYZ1, DY [0000 0650 1300 1950 2600 3250 3900 4550 5200 5850 %10 %11 %12 %13 %14 %15 %16 DE*(6X)+NR 6500 7000 7500 8000 8500 9000 9500 %17 %18 %19 %20 %21 %22 CODE, L*, a*, b*, % 10220 11300 11800 12300 12700] def /ydel 160 def gsave 5 /Times-ISOL1 FS /cvishow {cvi 6 string cvs show} def 75 85 moveto lanind cvishow (-) show colorm cvishow deintp cvishow xcolor cvishow xchart cvishow pchart cvishow colsep cvishow (-L) show pmetam cvishow 5 /Times-ISOL1 FS 700 85 moveto (VG800-7R) show 72 90 translate /yhoe 8500 def 0.02 MM dup scale %623 lines or 0 to 623/50=13; kk=9 %max lines=112 kk 2 sub 64 mul add + 63 = 112+7*64+63=112+8*64=112+512=624 /iimp 624 def /iim iimp 1 sub def /iimax iim 50 idiv def %=13 for iimp=624, start with 0 -> xc0d=12 /iimm1 iimax 1 sub def /iimp1 iimax 1 add def /x0cd iimax def %=1 for iimp=100 /xchart xchart1 def % /xc0d 12 def /xc2d 12 def /xc4d 12 def /xcal xc0d 1 add 2 mul % xc2d 1 add 2 mul add % xc4d 1 add 2 mul add 1 sub def 0 1 xc0d {/xchart exch def %xchart=0,xc0d gsave 30 setlinewidth 0.0 0.0 0.0 0.0 setcmyk_olvcolor 0 0 moveto 12700 0 rlineto 0 yhoe rlineto -12700 0 rlineto closepath fill 0.0 0.0 0.0 1.0 setcmyk_olvcolor 0 0 moveto 12700 0 rlineto 0 yhoe rlineto -12700 0 rlineto closepath stroke CBSK /yhot yhoe ydel 1 mul sub def /i1 50 xchart mul def /i2 i1 49 add def xchart xc0d eq {/i2 iim def} if /kka 0 def %default /k2a 0 def %default /k4a 0 def %default i1 1 i2 {/i exch def %i=i1,i2 /i10 i 10 mul def WData0 i10 3 add 300.0 put WData0 i10 4 add 400.0 put WData0 i10 5 add 500.0 put 0 1 20 {/kk exch def %kk=0,20 /k2 kk 2 mul def /k4 kk 4 mul def i XYZRI k2 get ge i XYZRI k2 1 add get le and %index between 0 and 623 {WData0 i10 3 add XYZRA k4 1 add get put WData0 i10 4 add XYZRA k4 2 add get put WData0 i10 5 add XYZRA k4 3 add get put /kka kk def /k2a k2 def /k4a k4 def exit } if } for %kk=0,1 0 1 09 {/j exch def %j=0,08 xp0 xdela j get add yhot ydel i i1 sub mul sub moveto WData0 i10 j add get cvsshow3 } for %j=0,09 ( %) show i cvishow ( kka=) show kka cvishow ( XYZRA=) show XYZRA k4a 1 add get cvsshow2 (, ) show XYZRA k4a 2 add get cvsshow2 (, ) show XYZRA k4a 3 add get cvsshow2 ( XYZRI=) show XYZRI k2a get cvishow (, ) show XYZRI k2a 1 add get cvishow ( #) show } for %i=i1,i2 i iim eq {%i=iim 100 280 moveto 0 1 29 {/i exch def %i=0,in4 XYZRI i get cvishow (, ) show } for %i=0,in4 100 100 moveto 30 1 41 {/i exch def %i=0,in4 XYZRI i get cvishow (, ) show } for %i=0,in4 } if %i=iim showpage grestore } for %xchart=0,xc0d %%TRAILER