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  1. rhk@rubert:~/Ohjelmat/Argyll_V1.0.1/bin$ time ./dispcal -v -d 1 -gs -c 1 -p 0.1,0.5,1 -y l -t 6500 samsung215tw_2
  2. XRandR 1.2 is faulty - falling back to older extensions
  3. Setting up the instrument
  4. Instrument Type: Spyder 2
  5. Serial Number: 00499106
  6. Hardwar version: 0x0307
  7. Place instrument on test window.
  8. Hit Esc, ^C or Q to give up, any other key to continue:
  9. Display type is LCD
  10. Target white = 6500.000000 degrees kelvin Daylight spectrum
  11. Target white brightness = native brightness
  12. Target black brightness = native brightness
  13. Target gamma = sRGB curve
  14.  
  15. Display adjustment menu:
  16. Press 1 .. 7
  17. 1) Black level (CRT: Offset/Brightness)
  18. 2) White point (Color temperature, R,G,B, Gain/Contrast)
  19. 3) White level (CRT: Gain/Contrast, LCD: Brightness/Backlight)
  20. 4) Black point (R,G,B, Offset/Brightness)
  21. 5) Check all
  22. 6) Measure and set ambient for viewing condition adjustment
  23. 7) Continue on to calibration
  24. 8) Exit
  25. Doing check measurements
  26.  
  27. Black = XYZ 0.41 0.38 0.52
  28. Grey = XYZ 45.06 48.44 52.76
  29. White = XYZ 177.72 190.86 198.21
  30. 1% = XYZ 3.76 3.91 4.91
  31.  
  32. Current Brightness = 190.86
  33. Target 50% Level = 43.15, Current = 48.44, error = 2.8%
  34. Target Near Black = 1.91, Current = 4.72, error = 1.5%
  35. Target white = x 0.3128, y 0.3291, Current = x 0.3136, y 0.3367, error = 5.28 DE
  36. Target black = x 0.3128, y 0.3291, Current = x 0.2988, y 0.3110, error = 8.23 DE
  37.  
  38. Press 1 .. 7
  39. 1) Black level (CRT: Offset/Brightness)
  40. 2) White point (Color temperature, R,G,B, Gain/Contrast)
  41. 3) White level (CRT: Gain/Contrast, LCD: Brightness/Backlight)
  42. 4) Black point (R,G,B, Offset/Brightness)
  43. 5) Check all
  44. 6) Measure and set ambient for viewing condition adjustment
  45. 7) Continue on to calibration
  46. 8) Exit
  47. Commencing device calibration
  48. patch 6 of 6
  49. Black = XYZ 0.43 0.38 0.52
  50. Red = XYZ 88.35 45.91 3.30
  51. Green = XYZ 59.25 131.02 25.92
  52. Blue = XYZ 30.58 13.70 169.60
  53. White = XYZ 177.51 190.36 198.30
  54. patch 64 of 64
  55. Initial native brightness target = 190.358819 cd/m^2
  56. Had to scale brightness from 190.358819 to 180.524263 to fit within gamut,
  57. corresponding to RGB 0.981837 0.954433 1.000000
  58. Target white value is XYZ 171.584401 180.524263 196.481137
  59. Adjusted target black XYZ 0.41 0.38 0.52, Lab 1.89 1.09 -0.84
  60. Target black after min adjust: XYZ 0.41 0.38 0.52, Lab 1.89 1.09 -0.84
  61. Gamma curve input offset = 0.026985, output offset = 0.000000, power = 0.000000
  62. Total Iteration 3, Final Samples = 64 Final Repeat threshold = 0.600000
  63. Creating initial calibration curves...
  64. Doing iteration 1 with 16 sample points and repeat threshold of 1.200000 DE
  65. patch 8 of 16
  66. real 10m14.920s
  67. user 0m0.884s
  68. sys 0m0.056s
  69. rhk@rubert:~/Ohjelmat/Argyll_V1.0.1/bin$ time ./dispcal -v -d 1 -gs -c 1 -p 0.1,0.5,1 -y l -t 6500 samsung215tw_2
  70. XRandR 1.2 is faulty - falling back to older extensions
  71. Setting up the instrument
  72. Instrument Type: Spyder 2
  73. Serial Number: 00499106
  74. Hardwar version: 0x0307
  75. Place instrument on test window.
  76. Hit Esc, ^C or Q to give up, any other key to continue:
  77. Display type is LCD
  78. Target white = 6500.000000 degrees kelvin Daylight spectrum
  79. Target white brightness = native brightness
  80. Target black brightness = native brightness
  81. Target gamma = sRGB curve
  82.  
  83. Display adjustment menu:
  84. Press 1 .. 7
  85. 1) Black level (CRT: Offset/Brightness)
  86. 2) White point (Color temperature, R,G,B, Gain/Contrast)
  87. 3) White level (CRT: Gain/Contrast, LCD: Brightness/Backlight)
  88. 4) Black point (R,G,B, Offset/Brightness)
  89. 5) Check all
  90. 6) Measure and set ambient for viewing condition adjustment
  91. 7) Continue on to calibration
  92. 8) Exit
  93. Doing check measurements
  94. Black = XYZ 0.30 0.59 0.30
  95. Grey = XYZ 45.35 48.98 52.84
  96. White = XYZ 176.20 189.14 197.03
  97. 1% = XYZ 3.84 4.31 4.91
  98.  
  99. Current Brightness = 189.14
  100. Target 50% Level = 44.12, Current = 48.98, error = 2.6%
  101. Target Near Black = 1.89, Current = 4.71, error = 1.5%
  102. Target white = x 0.3128, y 0.3291, Current = x 0.3133, y 0.3363, error = 5.12 DE
  103. Target black = x 0.3128, y 0.3291, Current = x 0.2938, y 0.3304, error = 12.16 DE
  104.  
  105. Press 1 .. 7
  106. 1) Black level (CRT: Offset/Brightness)
  107. 2) White point (Color temperature, R,G,B, Gain/Contrast)
  108. 3) White level (CRT: Gain/Contrast, LCD: Brightness/Backlight)
  109. 4) Black point (R,G,B, Offset/Brightness)
  110. 5) Check all
  111. 6) Measure and set ambient for viewing condition adjustment
  112. 7) Continue on to calibration
  113. 8) Exit
  114. Commencing device calibration
  115. patch 6 of 6
  116. Black = XYZ 0.33 0.60 0.30
  117. Red = XYZ 87.54 45.69 3.04
  118. Green = XYZ 58.71 130.17 25.48
  119. Blue = XYZ 30.31 13.79 168.23
  120. White = XYZ 176.03 188.97 196.92
  121. patch 64 of 64
  122. Initial native brightness target = 188.970132 cd/m^2
  123. Had to scale brightness from 188.970132 to 179.284450 to fit within gamut,
  124. corresponding to RGB 0.984339 0.953438 1.000000
  125. Target white value is XYZ 170.405986 179.284450 195.131734
  126. Adjusted target black XYZ 0.30 0.59 0.29, Lab 3.00 -6.00 2.82
  127. Target black after min adjust: XYZ 0.30 0.59 0.29, Lab 3.00 -6.00 2.82
  128. Gamma curve input offset = 0.042763, output offset = 0.000000, power = 0.000000
  129. Total Iteration 3, Final Samples = 64 Final Repeat threshold = 0.600000
  130. Creating initial calibration curves...
  131. Doing iteration 1 with 16 sample points and repeat threshold of 1.200000 DE
  132. patch 16 of 16
  133. Brightness error = 0.316918 cd/m^2
  134. White point error = 0.957146 deltaE
  135. Maximum neutral error (@ 0.608811) = 1.004709 deltaE
  136. Average neutral error = 0.669819 deltaE
  137. Number of measurements taken = 20
  138. Computing update to calibration curves...
  139. Doing iteration 2 with 32 sample points and repeat threshold of 0.848528 DE
  140. patch 32 of 32
  141. Brightness error = -0.559196 cd/m^2
  142. White point error = 0.527274 deltaE
  143. Maximum neutral error (@ 0.948889) = 0.834208 deltaE
  144. Average neutral error = 0.491012 deltaE
  145. Number of measurements taken = 48
  146. Computing update to calibration curves...
  147. Doing iteration 3 with 64 sample points and repeat threshold of 0.600000 DE
  148. patch 64 of 64
  149. Brightness error = -1.130862 cd/m^2
  150. White point error = 0.536609 deltaE
  151. Maximum neutral error (@ 0.000000) = 1.315364 deltaE
  152. Average neutral error = 0.602301 deltaE
  153. Failed to meet target 0.600000 delta E, got worst case 0.663169
  154. Number of measurements taken = 273
  155. The instrument can be removed from the screen.
  156. Written calibration file 'samsung215tw_2.cal'
  157.  
  158. real 32m24.039s
  159. user 0m2.120s
  160. sys 0m0.120s
  161. rhk@rubert:~/Ohjelmat/Argyll_V1.0.1/bin$ time ./targen -v -d 3 -f 500 samsung215tw_2
  162. RGB test chart
  163. Full spread patches = 500
  164. Multi-dimention steps = 2
  165. Added fixed 10/11Stats after fixed points: Min = 0.000000, Average = 0.433013, Max = 0.866025
  166. Percep: Min = 0.000000, Average = 0.433013, Max = 0.866025
  167.  
  168. Added 497/497
  169. Stats after seeding points: Min = 0.000000, Average = 0.090924, Max = 0.123175
  170. Percep: Min = 0.000000, Average = 0.102167, Max = 0.123175
  171. Maxmv = 0.054288, stats Min = 0.000000, Average = 0.085182, Max = 0.124155
  172. Percep: Min = 0.000000, Average = 0.099997, Max = 0.124155
  173. Maxmv = 0.034997, stats Min = 0.000000, Average = 0.083948, Max = 0.121818
  174. Percep: Min = 0.000000, Average = 0.099493, Max = 0.121818
  175. Maxmv = 0.032694, stats Min = 0.000000, Average = 0.083200, Max = 0.119056
  176. Percep: Min = 0.000000, Average = 0.098903, Max = 0.119056
  177. Maxmv = 0.036801, stats Min = 0.000000, Average = 0.082798, Max = 0.117528
  178. Percep: Min = 0.000000, Average = 0.098572, Max = 0.117528
  179. Maxmv = 0.027209, stats Min = 0.000000, Average = 0.082494, Max = 0.117182
  180. Percep: Min = 0.000000, Average = 0.098419, Max = 0.117182
  181. Maxmv = 0.023460, stats Min = 0.000000, Average = 0.082266, Max = 0.117054
  182. Percep: Min = 0.000000, Average = 0.098388, Max = 0.117054
  183. Maxmv = 0.026606, stats Min = 0.000000, Average = 0.082080, Max = 0.116617
  184. Percep: Min = 0.000000, Average = 0.098366, Max = 0.116617
  185. Maxmv = 0.051792, stats Min = 0.000000, Average = 0.081783, Max = 0.115730
  186. Percep: Min = 0.000000, Average = 0.098147, Max = 0.115730
  187. Maxmv = 0.025099, stats Min = 0.000000, Average = 0.081603, Max = 0.117650
  188. Percep: Min = 0.000000, Average = 0.097999, Max = 0.117650
  189. Maxmv = 0.022320, stats Min = 0.000000, Average = 0.081518, Max = 0.118084
  190. Percep: Min = 0.000000, Average = 0.097993, Max = 0.118084
  191. Maxmv = 0.023235, stats Min = 0.000000, Average = 0.081477, Max = 0.117187
  192. Percep: Min = 0.000000, Average = 0.098012, Max = 0.117187
  193. Maxmv = 0.022126, stats Min = 0.000000, Average = 0.081386, Max = 0.117872
  194. Percep: Min = 0.000000, Average = 0.098029, Max = 0.117872
  195. Maxmv = 0.019966, stats Min = 0.000000, Average = 0.081312, Max = 0.117173
  196. Percep: Min = 0.000000, Average = 0.098034, Max = 0.117173
  197. Maxmv = 0.019301, stats Min = 0.000000, Average = 0.081173, Max = 0.114213
  198. Percep: Min = 0.000000, Average = 0.098024, Max = 0.114213
  199. Maxmv = 0.033811, stats Min = 0.000000, Average = 0.081107, Max = 0.115725
  200. Percep: Min = 0.000000, Average = 0.098006, Max = 0.115725
  201. Maxmv = 0.021651, stats Min = 0.000000, Average = 0.081013, Max = 0.114040
  202. Percep: Min = 0.000000, Average = 0.097966, Max = 0.114040
  203. Maxmv = 0.029977, stats Min = 0.000000, Average = 0.080921, Max = 0.114145
  204. Percep: Min = 0.000000, Average = 0.097867, Max = 0.114145
  205. Maxmv = 0.015174, stats Min = 0.000000, Average = 0.080943, Max = 0.114754
  206. Percep: Min = 0.000000, Average = 0.097986, Max = 0.114754
  207. Maxmv = 0.015739, stats Min = 0.000000, Average = 0.080974, Max = 0.114599
  208. Percep: Min = 0.000000, Average = 0.098053, Max = 0.114599
  209. Maxmv = 0.020790, stats Min = 0.000000, Average = 0.080937, Max = 0.115695
  210. Percep: Min = 0.000000, Average = 0.098049, Max = 0.115695
  211. Stats after opt: Min = 0.000000, Average = 0.080937, Max = 0.115695
  212. Percep: Min = 0.000000, Average = 0.098049, Max = 0.115695
  213. Total number of patches = 500
  214. Execution time = 1.120000 seconds
  215. Execution time = 1.120000 seconds
  216.  
  217. real 0m1.191s
  218. user 0m1.132s
  219. sys 0m0.004s
  220. rhk@rubert:~/Ohjelmat/Argyll_V1.0.1/bin$ time ./dispread -v -d 1 -c 1 -y l -p 0.1,0.5,1 -k samsung215tw_2.cal samsung215tw_2
  221. XRandR 1.2 is faulty - falling back to older extensions
  222. Number of patches = 500
  223. Setting up the instrument
  224. Instrument Type: Spyder 2
  225. Serial Number: 00499106
  226. Hardwar version: 0x0307
  227. Place instrument on test window.
  228. Hit Esc, ^C or Q to give up, any other key to continue:
  229. patch 500 of 500
  230. The instrument can be removed from the screen.
  231. Written 'samsung215tw_2.ti3'
  232.  
  233. real 23m17.987s
  234. user 0m0.044s
  235. sys 0m0.108s
  236. rhk@rubert:~/Ohjelmat/Argyll_V1.0.1/bin$ time ./colprof -v -A "Samsung" -M "215tw" -D "11.07.2008" -C "Risto H. Kurppa" -q m samsung215tw
  237. rhk@rubert:~/Ohjelmat/Argyll_V1.0.1/bin$ time ./colprof -v -A "Samsung" -M "215tw" -D "11.07.2008" -C "Risto H. Kurppa" -q m samsung215tw_2
  238. No of test patches = 500
  239. Estimating white point
  240. Approximate White point XYZ = 0.946750 0.999950 1.091200, Lab = 99.998066 -3.026365 -19.552099
  241. Creating optimised per channel curves
  242. Initial White Point XYZ 0.946750 0.999950 1.091200, Lab 99.998066 -3.026365 -19.552099
  243. About to optimise temporary matrix
  244. ...................
  245. About to optimise input curves and matrix
  246. .....................................................................................
  247. About to optimise output curves and matrix
  248. ....................................
  249. About to optimise input curves and matrix again
  250. .
  251. About to optimise input, matrix and output together
  252. .................................................
  253. About to adjust a and b output curves for white point
  254.  
  255. About to create grid position input curves
  256.  
  257. Create final clut from scattered data
  258. ***************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************************
  259. Doing White point fine tune:
  260. Before fine tune, WP = XYZ 0.963413 0.999432 0.825332, Lab 99.978041 -0.041339 -0.072764
  261. After fine tune, WP = XYZ 0.946043 0.999409 1.091778, Lab 99.977141 -3.059972 -19.626922
  262. Creating fast inverse input lookups
  263. Compensate scattered data for input curves
  264. White point XYZ = 0.946043 0.999409 1.091778, Lab = 99.977141 -3.059972 -19.626922
  265. Find black point
  266. Black point XYZ = 0.001637 0.003438 0.002014, Lab = 3.105457 -6.774116 1.551358
  267. Display Luminance = 175.965747
  268. Done A to B table creation
  269. Setting up B to A table lookup
  270. Creating B to A tables
  271. 100%
  272. Done B to A tables
  273. profile check complete, peak err = 3.242100, avg err = 0.741296
  274.  
  275. real 0m12.380s
  276. user 0m11.293s
  277. sys 0m0.260s
  278. rhk@rubert:~/Ohjelmat/Argyll_V1.0.1/bin$ time xcalib -s 0 -v samsung215tw_2.icc
  279. vcgt found
  280. channels: 3
  281. entry size: 16bits
  282. entries/channel: 256
  283. tag size: 1554
  284. Red Brightness: 0.000000 Contrast: 98.431374 Max: 0.984314 Min: 0.000000
  285. Green Brightness: 0.000000 Contrast: 95.294121 Max: 0.952941 Min: 0.000000
  286. Blue Brightness: 0.000000 Contrast: 100.000000 Max: 1.000000 Min: 0.000000
  287. X-LUT size: 256
  288.  
  289. real 0m0.036s
  290. user 0m0.004s
  291. sys 0m0.000s
  292. rhk@rubert:~/Ohjelmat/Argyll_V1.0.1/bin$
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