[argyllcms] Re: colprof Not enough memory to process in chunks
- From: "Marko Milisavljevic" <marko.mili@xxxxxxxxx>
- To: argyllcms@xxxxxxxxxxxxx
- Date: Wed, 13 Aug 2008 10:36:01 -0700
On Wed, Aug 13, 2008 at 6:36 AM, Graeme Gill <graeme@xxxxxxxxxxxxx> wrote:
> Marko Milisavljevic wrote:
>
>> The file that is failing is readout from a limited gamut B&W inkset,
>> http://www.PaulRoark.com/BW-Info/UT-3D_Readme.pdf. It manages to
>> complete with -qm
>
> I'm not sure you will get a useful result for such a inkset, since
> there are some assumptions built into the profiling that it is color.
I haven't had a chance to print with it yet, but 3D gamut display
looks as expected. I'll let you know tonight how it prints.
> The error is an unexpected one though, so the best thing would
> be to send me the .ti3 file so I can look into it.
Measurements were taken by Datacolor "spectrocolorimeter" and software
that comes with it, which exports a file with LAB_L LAB_A LAB_B, which
I basically pasted alongside values in .ti2 file and made a couple of
minor changes to construct a ti3 file. It is possible that I didn't
get the format entirely right.
>> A 210 patch file from 6-ink pigment Epson worked only on -qh, failed on
>> -qu.
>
> I'm not following - Argyll can't handle 6 channel devices currently.
> Do you mean through an Epson RGB driver ?
Yes, I just meant to highlight the fact that it can fail on a color,
rather then just limited gamut, inks. In both cases patches were
printed through Gutenprint, (not that it should matter) and treated as
RGB printers for printing and profiling.
> Did you get the same error ? If so, that's unexpected.
I have not been able to far in any of the cases to use -qu. I have to
keep backing off -q until it clears the memory issue, for some of
these files -gm and others -gh. Here are contents of file I cannot
process better then -qm. Command I'm using is colprof -qX
RGB-210-patch and I get
colprof: Warning - Reverse Cell Cache exausted, processing in chunks
colprof: Error - Not enough memory to process in chunks
Thanks,
Marko
ti3 file pasted below
-----------------------------
CTI3
DEVICE_CLASS "OUTPUT"
DESCRIPTOR "Argyll Calibration Target chart information 3"
ORIGINATOR "Argyll printtarg"
CREATED "Mon Aug 11 23:56:43 2008"
KEYWORD "TARGET_INSTRUMENT"
TARGET_INSTRUMENT "GretagMacbeth SpectroScan"
KEYWORD "COMP_GREY_STEPS"
COMP_GREY_STEPS "5"
KEYWORD "MULTI_DIM_STEPS"
MULTI_DIM_STEPS "2"
KEYWORD "APPROX_WHITE_POINT"
APPROX_WHITE_POINT "95.106486 100.000000 108.844025"
KEYWORD "COLOR_REP"
COLOR_REP "RGB_LAB"
KEYWORD "CHART_ID"
CHART_ID "73"
KEYWORD "HEXAGON_PATCHES"
HEXAGON_PATCHES "True"
KEYWORD "STEPS_IN_PASS"
STEPS_IN_PASS "14"
KEYWORD "PASSES_IN_STRIPS2"
PASSES_IN_STRIPS2 "15"
KEYWORD "STRIP_INDEX_PATTERN"
STRIP_INDEX_PATTERN "A-Z, A-Z"
KEYWORD "PATCH_INDEX_PATTERN"
PATCH_INDEX_PATTERN "0-9,@-9,@-9;1-999"
KEYWORD "SAMPLE_LOC"
NUMBER_OF_FIELDS 11
BEGIN_DATA_FORMAT
SAMPLE_ID SAMPLE_LOC RGB_R RGB_G RGB_B XYZ_X XYZ_Y XYZ_Z LAB_L LAB_A LAB_B
END_DATA_FORMAT
NUMBER_OF_SETS 210
BEGIN_DATA
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2 A2 100 100 100 95.106 100 108.84 95.25 1.27
-5.66
3 A3 100 100 100 95.106 100 108.84 95.13 1.29
-5.83
4 A4 0 0 0 1 1 1 7.04 0.35
0.76
5 A5 25 25 25 5.7878 6.0367 6.4867 31.55 1.1
2.51
6 A6 50 50 50 21.143 22.19 24.083 73.51 1.01
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7 A7 75 75 75 50.173 52.73 57.351 86.43 1.21
-6.68
8 A8 100 0 0 41.83 22.052 2.9132 4.55 -0.83
-0.78
9 A9 0 100 0 36.405 71.801 12.802 13.62 8.06
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10 A10 100 100 0 77.235 92.853 14.715 57.8 11.28
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11 A11 0 0 100 18.871 8.1473 95.129 3.54 -0.83
0.21
12 A12 100 0 100 59.701 29.199 97.042 10.98 -3.06
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11.57
14 A14 0 40.541 71.863 14.328 14.072 47.322 16.38 3.71
6.93
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16 B2 27.098 99.898 47.218 42.141 74.246 30.697 62.07 4.48
4.2
17 B3 78.353 0.13835 51.657 28.639 14.781 23.725 8.63 -2.41
-2.38
18 B4 49.932 28.415 99.609 29.75 17.224 95.477 52.9 -3.75
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19 B5 45.012 72.988 0 25.381 39.408 7.1298 53.39 10.17
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20 B6 100 35.686 65.875 52.53 32.257 40.997 60.27 -1.75
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21 B7 68.67 95.238 37.02 52.236 74.216 23.015 81.74 4.69
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22 B8 38.024 67.792 99.026 38.125 40.042 98.21 76.85 0.53
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23 B9 2.9484 65.34 35.398 16.544 29.004 15.225 22.66 5.28
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24 B10 63.983 32.979 3.4164 19.179 15.037 2.9999 40.19 4.51
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27 B13 5.2927 44.607 9.4387 7.2651 13.011 3.8481 18.78 5.82
6.17
28 B14 95.48 53.395 92.073 61.312 43.353 83.674 77.83 -0.77
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29 C1 44.637 9.0393 4.7143 8.2179 5.1656 1.7691 11.93 -0.76
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30 C2 7.7812 5.4453 44.181 4.3687 2.6262 16.509 4.34 -0.05
0.16
31 C3 56.728 89.872 94.327 55.941 68.76 93.236 92.02 1.14
-6.06
32 C4 99.739 21.266 33.592 44.554 25.22 12.029 36.54 -2.28
-2.39
33 C5 34.072 100 22.863 41.05 74.107 17.006 64.22 6.51
0.76
34 C6 22.426 32.06 99.884 23.474 14.932 95.95 37.28 -0.62
2.39
35 C7 64.881 4.1123 80.793 27.6 13.606 59.873 15.35 -4.91
-2.39
36 C8 0.11221 80.052 66.803 29.629 46.701 46.146 21.73 5
10.66
37 C9 76.762 62.418 0.14431 35.778 37.191 6.1648 52.19 9.74
-3.71
38 C10 0 18.282 79.016 12.487 7.1801 56.611 7.62 0.18
1.86
39 C11 17.805 78.543 0 22.604 42.585 7.8893 29.72 9.18
6.1
40 C12 76.835 0.18524 14.243 23.846 12.75 3.7432 7.22 -1.07
-1.96
41 C13 28.871 100 84.5 51.377 78.108 77.215 71.05 2.59
2.77
42 C14 85.197 24.908 100 49.065 26.369 97.056 48.63 -4.36
-3.4
43 D1 96.997 83.664 26.896 63.79 68.344 16.201 74.74 5.53
-4.42
44 D2 36.732 70.069 68.07 28.956 38.135 46.138 73.24 1.8
-1.9
45 D3 65.16 32.12 71.544 27.987 18.366 46.992 57.35 -2.47
-5.28
46 D4 30.872 70.69 30.187 21.707 35.583 13.534 58.53 4.77
0.85
47 D5 70.202 33.265 31.945 24.099 17.491 10.766 52.8 0.1
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48 D6 31.807 33.918 71.839 16.184 12.796 46.944 47.99 -0.89
-0.92
49 D7 70.607 62.043 26.015 32.771 35.286 11.101 70.11 4.27
-5.35
50 D8 38.43 42.565 0 11.353 14.301 3.0223 40.29 7.74
-1.49
51 D9 0.11965 39.577 44.573 8.5919 11.396 18.272 15.19 3.22
7.95
52 D10 93.955 60.708 54.959 52.709 44.294 31.26 77.19 1.38
-6.9
53 D11 62.881 52.594 100 41.749 32.493 98.624 77.67 -0.76
-8.36
54 D12 56.242 94.396 60.625 49.169 71.256 42.557 88.36 2.8
-5.29
55 D13 42.906 4.8615 39.54 9.7464 5.4419 13.546 13.4 -3.75
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56 D14 92.216 6.5055 65.196 41.999 21.634 38.67 17.03 -4.59
-2.4
57 E1 35.149 8.1888 90.699 19.723 9.3879 76.709 16.69 -3.95
-0.89
58 E2 8.834 64.173 94.97 30.313 33.688 89.091 33.32 3.5
8.73
59 E3 6.7778 88.626 33.648 29.815 55.626 18.704 29.07 5.88
9.89
60 E4 91.604 34.412 6.536 37.994 25.161 4.227 42.38 4.14
-3.99
61 E5 62.782 96.043 8.7634 47.82 73.063 13.213 65.2 9.01
-2.75
62 E6 52.113 51.591 78.943 29.143 26.335 59.317 76.06 -0.43
-7.91
63 E7 23.215 50.366 48.461 14.072 18.752 22.483 48.01 2.72
2.96
64 E8 49.328 21.532 53.042 15.184 9.8111 24.747 40.86 -3.59
-2.3
65 E9 78.621 48.951 54.159 36.499 29.521 28.487 72.1 0.61
-7.43
66 E10 59.815 74.509 49.537 35.898 45.616 27.428 81.53 2.6
-5.96
67 E11 45.426 48.447 23.146 15.971 19.135 7.8125 62.54 3.69
-4.86
68 E12 78.992 73.46 93.216 57.86 54.767 88.261 86.79 0.43
-7
69 E13 92.464 78.054 74.23 64.532 62.724 57.408 86.54 1.45
-6.6
70 E14 20.758 20.986 5.4744 3.8121 4.3462 1.9078 19.17 2.55
3.13
71 F1 5.4606 23.318 25.64 3.7059 4.6178 6.5659 12.43 2.1
5.52
72 F2 22.826 7.2838 25.3 3.8938 2.7161 6.0586 10.29 -0.9
-0.34
73 F3 74.008 92.162 78.774 61.55 74.673 66.678 91.05 1.79
-5.83
74 F4 16.801 47.746 20.635 9.4679 15.475 6.6383 33.54 5.07
5.04
75 F5 79.686 79.267 41.131 48.898 56.484 22.392 80.08 3.5
-5.3
76 F6 50.797 24.252 23.086 12.519 9.3677 6.0886 39.23 -0.85
-2.54
77 F7 78.005 44.262 74.554 39.343 28.359 52.569 71.68 -0.91
-7.97
78 F8 56.786 78.488 80.951 44.091 52.335 66.734 88.05 1.1
-6.36
79 F9 22.45 22.084 50.819 8.062 6.2833 22.419 24.91 -1.09
2.53
80 F10 29.27 50.119 87.176 24.556 22.936 72.64 59.02 0.47
-0.53
81 F11 48.106 15.9 76.289 19.511 10.565 52.729 32.54 -4.94
-1.73
82 F12 19.385 74.813 51.003 24.665 40.043 28.224 48.22 4.04
6.28
83 F13 74.528 48.175 19.823 29.611 26.065 7.3814 62.21 4.07
-6.36
84 F14 80.704 25.671 49.79 31.833 19.276 22.776 46.29 -2.66
-3.35
85 G1 49.071 87.3 30.202 36.743 57.898 17.056 77 5.27
-4.42
86 G2 94.777 40.312 45.98 45.121 30.477 21.109 63.18 0.18
-6.76
87 G3 48.398 95.349 42.417 43.609 69.815 26.135 83.11 4.26
-4.79
88 G4 54.848 54.932 3.4701 21.029 25.118 4.8522 54.49 8.3
-4.5
89 G5 43.484 47.102 99.019 31.614 24.652 95.566 73.13 -1.16
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90 G6 52.851 0.19015 56.694 15.888 8.1028 27.943 9.23 -2.3
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91 G7 96.447 18.152 87.218 52.694 27.589 72.131 35.85 -5.08
-1.91
92 G8 7.0165 59.101 57.337 17.308 25.004 31.79 29.36 3.97
9.23
93 G9 12.79 3.3083 82.14 13.15 6.0748 61.371 6.09 0
-2.09
94 G10 82.388 13.424 4.2553 27.972 15.75 2.7357 17.83 -0.53
-0.81
95 G11 2.7092 81.84 13.342 23.871 46.151 10.011 20.21 6.67
9.41
96 G12 19.356 76.161 83.514 33.304 44.697 70.048 50.65 2.94
6.65
97 G13 73.958 79.43 25.022 43.627 54.096 13.779 74.01 5.43
-4.43
98 G14 6.8291 97.094 52.864 38.662 69.058 34.781 32.43 5.27
11.19
99 H1 41.922 92.418 9.8021 36.767 63.355 12.063 62.83 8.64
-1.96
100 H2 7.3975 42.685 94.562 22.401 18.225 85.713 26.6 2.9
6.73
101 H3 93.949 55.167 7.5276 45.935 38.08 6.4098 56.24 7
-4.99
102 H4 55.037 7.6831 97.408 28.841 13.765 90.259 19.4 -5.43
-2.07
103 H5 92.234 6.3283 44.808 38.192 20.102 18.57 16.6 -3.76
-2.37
104 H6 87.235 35.04 25.663 35.485 23.962 8.6351 52.62 1.02
-4.83
105 H7 96.2 55.72 71.918 56.481 42.855 50.734 77.28 0.11
-7.58
106 H8 31.404 63.744 10.599 17.366 28.543 6.4831 49.89 6.84
1.07
107 H9 59.882 71.209 99.118 47.942 47.633 99.351 86.22 0.19
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108 H10 74.664 94.715 57.98 58.699 76.587 40.235 87.94 3.02
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109 H11 93.358 64.069 36.941 50.973 45.877 17.564 73.98 3.05
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110 H12 75.479 13.601 67.44 30.596 16.277 41.027 28.71 -5.16
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111 H13 24.344 92.187 34.321 34.131 61.569 19.986 54.49 5.24
4.7
112 H14 65.884 58.419 64.511 34.304 33.184 40.476 79.03 0.63
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113 I1 66.43 7.6571 36.508 19.484 10.659 12.168 17.68 -3.15
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114 I2 35.381 37.455 41.083 11.806 12.362 15.796 51.44 0.82
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115 I3 3.271 44.893 27.449 8.2088 13.511 8.7728 19.66 4.84
7.59
116 I4 33.109 21.809 88.14 19.463 11.017 72.333 34.51 -3.53
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117 I5 64.296 34.137 90.836 33.896 21.313 78.52 61.17 -2.83
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118 I6 38.826 89.932 64.804 40.673 61.98 46.052 81 2.46
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119 I7 7.372 34.397 61.96 10.804 10.441 34.339 22.45 2.27
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120 I8 43.46 26.174 4.5184 9.5035 8.3041 2.2915 31.19 2.42
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122 I10 89.853 96.61 35.35 67.601 83.712 23.069 81.07 4.82
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123 I11 0.11202 19.896 93.567 17.531 9.4684 82.324 7.13 0.6
2.3
124 I12 10.151 4.7361 66.769 8.7582 4.3609 39.03 6.29 0
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125 I13 5.9528 97.265 78.603 44.813 71.726 66.724 32.92 4.69
10.83
126 I14 64.971 10.612 4.4686 16.954 9.7967 2.1833 14.88 -1.02
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127 J1 79.943 6.2698 97.378 42.622 20.786 90.826 17.52 -5.04
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128 J2 3.2336 66.663 11.012 15.541 29.593 6.8465 18.62 6.4
7.85
129 J3 95.26 78.471 5.5061 58.116 60.824 9.9525 59.72 9.05
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130 J4 25.955 5.2675 45.897 6.5661 3.7216 17.91 9.66 -1.57
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131 J5 96.179 33.848 88.412 55.207 32.312 75.053 60.48 -2.8
-5.91
132 J6 21.64 94.065 1.2317 33.399 63.431 11.434 36.76 9.63
4.9
133 J7 36.99 89.558 98.736 50.534 65.448 101.85 82.24 1.2
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134 J8 88.406 95.39 18.265 64.182 80.722 15.68 72.31 7.19
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135 J9 18.841 87.933 95.888 44.906 61.017 95.436 51.45 3.11
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136 J10 18.83 66.772 65.928 23.498 32.986 42.733 47.28 3.18
6.05
137 J11 68.877 64.489 14.595 32.202 36.674 7.9938 64.91 6.16
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138 J12 36.493 50.837 64.535 20.016 21.689 39.039 65.69 0.57
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139 J13 38.242 81.859 47.733 31.908 49.945 26.964 74.95 3.33
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140 J14 54.878 34.785 64.482 21.883 16.208 37.819 60.99 -1.92
-5.62
141 K1 82.065 46.731 33.953 35.344 28.235 13.289 65.75 1.93
-7.16
142 K2 64.19 20.287 52.322 21.518 12.878 24.339 38.05 -3.84
-2.4
143 K3 50.993 62.059 36.994 24.283 30.801 16.092 73.93 2.91
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144 K4 80.412 12.603 32.134 27.961 15.491 10.271 24.11 -3.38
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145 K5 32.448 82.993 14.083 28.043 49.367 10.558 55.71 7.12
1.06
146 K6 22.375 32.817 11.102 5.9995 8.1757 3.2291 28.61 3.69
2.93
147 K7 85.793 25.563 80.601 42.711 24.03 60.781 48.41 -4.08
-3.68
148 K8 19.884 12.174 96.419 19.273 9.2406 87.867 14.64 -2.07
0.92
149 K9 87.754 2.1882 79.301 42.006 21.008 58.172 12.89 -3.93
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150 K10 96.726 19.909 13.421 40.306 22.957 4.6837 29.95 -0.54
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151 K11 37.082 10.977 18.262 6.5375 4.4073 3.9842 17.12 -2.2
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152 K12 11.18 20.338 36.008 4.6027 4.4326 11.459 15.34 -0.33
4.6
153 K13 12.168 97.008 20.654 35.232 67.617 15.352 34.12 6.95
8.67
154 K14 14.47 32.906 82.994 16.604 12.338 63.811 28.81 0.6
5.18
155 L1 100 79.889 52.286 67.356 66.355 32.214 82.09 2.6
-6.08
156 L2 44.7 32.859 87.339 24.141 16.045 71.621 57.98 -3
-5.53
157 L3 52.206 99.834 80.973 56.957 80.917 71.609 92.4 1.9
-5.18
158 L4 79.727 44.336 92.382 46.248 31.289 82.73 71.87 -1.36
-9.01
159 L5 89.357 67.706 16.831 47.792 46.936 9.6581 65.62 6
-4.71
160 L6 54.231 6.5932 20.039 12.214 7.0035 4.6812 14.65 -2.75
-1.86
161 L7 20.163 91.494 68.356 38.903 62.61 50.709 51.82 3.76
7.03
162 L8 67.58 17.873 86.881 31.861 16.82 70.551 35.92 -5.24
-1.98
163 L9 59.379 50.232 38.93 23.61 23.758 15.96 69.9 1.79
-6.87
164 L10 15.525 42.134 40.104 9.4895 12.895 15.366 34.03 3.01
5.22
165 L11 60.887 58.187 87.913 38.322 34.347 75.435 79.72 -0.21
-7.96
166 L12 64.973 36.807 53.222 24.834 18.646 26.113 61.58 -1.07
-6.17
167 L13 81.754 59.669 63.393 44.454 39.197 39.775 78.09 0.77
-7.49
168 L14 40.653 63.48 49.93 23.198 30.957 25.606 72.04 2.22
-3.59
169 M1 17.089 14.423 71.711 11.107 6.1961 45.762 12.83 -1.43
1.59
170 M2 33.561 39.233 17.998 9.7638 12.165 5.2426 44.65 3.7
-1.17
171 M3 60.081 80.431 60.968 41.58 53.355 39.883 84.93 2.2
-6.14
172 M4 2.7515 78.768 88.412 35.25 47.738 79.081 26.35 4.58
10.56
173 M5 78.26 87.567 2.3627 50.704 65.514 11.007 57.81 10.39
-2.66
174 M6 70.877 23.834 20.132 22.045 14.216 5.583 36.76 -0.78
-3.21
175 M7 40.377 16.618 39.007 9.6184 6.4195 13.398 28.36 -2.89
-1.01
176 M8 79.174 62.964 88.7 51.245 43.945 78.029 81.72 -0.01
-8.09
177 M9 18.802 71.66 22.073 19.629 35.324 10.386 40.78 5.73
5.84
178 M10 82.529 79.366 63.51 54.893 59.208 43.225 85.48 1.96
-6.31
179 M11 4.1282 13.871 52.625 6.0103 3.9883 23.719 6.86 -0.65
1.59
180 M12 65.927 86.859 87.641 55.993 66.006 80.126 90.7 1.13
-6.16
181 M13 14.027 52.828 4.1892 10.309 18.465 4.185 26.53 7.42
5.28
182 M14 73.639 66.244 50.552 39.429 41.187 27.269 78.7 2.01
-6.57
183 N1 51.04 29.133 35.241 14.403 11.327 11.837 48.67 -1.14
-4.48
184 N2 54.108 63.758 64.124 30.858 34.769 40.501 80.32 1.36
-7.28
185 N3 52.764 70.48 17.478 27.386 38.452 9.2554 66.75 6.63
-4.75
186 N4 23.781 52.807 69.286 19.24 22.16 45.15 50.91 2.11
1.93
187 N5 32.337 31.905 59.093 12.93 10.877 31.141 45.25 -1.09
-1.11
188 N6 7.909 59.131 78.865 22.662 27.171 59.698 32.12 3.83
8.56
189 N7 3.9856 4.973 20.497 1.8841 1.5897 4.3158 4.04 -0.41
-0.33
190 N8 58.337 77.867 7.9106 33.475 47.591 8.9465 61.77 9.11
-3.8
191 N9 38.303 62.034 86.795 31.054 33.01 73.565 74 0.47
-4.19
192 N10 79.679 94.775 95.376 72.823 82.69 97.122 93.53 1.31
-5.91
193 N11 61.926 6.6193 66.98 22.399 11.485 39.952 18.8 -5.31
-2.38
194 N12 6.6402 24.192 4.3016 2.9762 4.5185 1.8877 12.12 4.17
2.87
195 N13 64.989 82.916 36.482 41.64 56.116 19.761 78.69 4.51
-5.26
196 N14 95.637 76.078 91.982 71.777 64.13 86.959 87.53 0.72
-7.24
197 O1 36.455 10.768 65.245 12.713 6.8384 37.416 19.86 -4.52
-1.13
198 O2 21.253 4.9003 3.6505 2.7033 2.0745 1.3824 5.66 -0.06
0.81
199 O3 58.58 42.651 12.177 18.975 18.237 4.6678 53.83 5.71
-6.34
200 O4 92.69 94.758 77.794 76.831 85.422 66.435 91.45 1.97
-5.93
201 O5 10.378 63.788 39.992 16.715 27.985 17.825 33.29 5.04
7.79
202 O6 84.991 36.794 60.864 39.073 25.81 34.582 61.89 -1.12
-7.11
203 O7 9.4248 75.305 44.792 23.062 39.732 23.145 34.88 5.03
8.85
204 O8 97.483 20.94 59.843 46.469 25.687 33.044 39.46 -3.69
-3.16
205 O9 33.84 51.47 27.591 14.001 19.551 9.693 56.32 4.18
-1.74
206 O10 62.646 99.416 23.177 51.024 78.552 17.446 75.04 7.28
-4.25
207 O11 22.994 61.019 100 32.339 32.461 99.113 54.44 1.69
2.95
208 O12 72.715 38.897 3.224 25.39 20.153 3.6462 44.68 7.19
-5.68
209 O13 39.674 2.2121 81.353 17.598 8.352 60.29 11.44 -3.93
-2.05
210 O14 37.657 79.855 85.287 39.532 51.025 73.962 79.4 1.56
-2.67
END_DATA
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