Advertisement
maukkae

Sunlikelamp.com SOL 5600K

Dec 4th, 2019
155
Never
Not a member of Pastebin yet? Sign Up, it unlocks many cool features!
text 8.07 KB | None
  1. CGATS.17
  2. ORIGINATOR "BabelColor CT&A, version 5.3.1 b381"
  3. CREATED "2019-12-04" # Time: 18:05:05
  4. MEASUREMENT_SOURCE "Illumination=Emission"
  5. ILLUMINATION_NAME "Emission"
  6. OBSERVER_ANGLE "N.A."
  7. WEIGHTING_FUNCTION "ILLUMINANT, Emission"
  8. WEIGHTING_FUNCTION "OBSERVER, N.A. degree"
  9. KEYWORD "SAMPLE_ID"
  10. KEYWORD "SAMPLE_NAME"
  11. # Test source xyY and XYZ (CIE1931): XYY_X, XYY_Y, XYY_CAPY, XYZ_X, XYZ_Y, XYZ_Z
  12. # Note: The 5 nm spectral data of the Test source was NOT resampled. Values at every 10 nm were copied and those in between discarded.
  13. NUMBER_OF_FIELDS 44
  14. BEGIN_DATA_FORMAT
  15. SAMPLE_ID SAMPLE_NAME XYY_X XYY_Y XYY_CAPY XYZ_X XYZ_Y XYZ_Z nm380 nm390 nm400 nm410 nm420 nm430 nm440 nm450 nm460 nm470 nm480 nm490 nm500 nm510 nm520 nm530 nm540 nm550 nm560 nm570 nm580 nm590 nm600 nm610 nm620 nm630 nm640 nm650 nm660 nm670 nm680 nm690 nm700 nm710 nm720 nm730
  16. END_DATA_FORMAT
  17. NUMBER_OF_SETS 1
  18. BEGIN_DATA
  19. 1 5600K 0,32847 0,33539 5967,339 97,938 100,000 100,223 1,19367 1,01336 2,99263 18,28300 58,61030 70,90080 75,23300 92,18440 97,95790 93,30530 84,34810 82,35470 83,88450 83,16920 81,55240 81,60410 82,87170 84,19670 84,21490 82,81060 80,41170 78,54370 78,10370 79,28040 80,97640 81,81060 80,92390 77,49420 71,58890 63,63040 54,75810 45,84480 37,35930 30,02650 23,80830 18,67700
  20. END_DATA
  21. #
  22. # TEST SOURCE DATA
  23. #
  24. # CCT (kelvin): 5683
  25. # xy (CIE1931): (0,32847 / 0,33539)
  26. # XYZ (CIE1931): (97,938 / 100 / 100,223)
  27. # u'v' (CIE1976): (0,20634 / 0,47403)
  28. # Duv (CIE1960): -0,0011
  29. # Brightness (lux): 5967,339
  30. # LER (lm/W): 257,1
  31. #
  32. #
  33. # REFERENCE SOURCE DATA (CRI/CRI2012/CQS/TM-30-15/TM-30-18)
  34. # Note: The 5 nm spectral data of the Reference source was NOT resampled. Values at every 10 nm were copied and those in between discarded.
  35. # nm380 nm390 nm400 nm410 nm420 nm430 nm440 nm450 nm460 nm470 nm480 nm490 nm500 nm510 nm520 nm530 nm540 nm550 nm560 nm570 nm580 nm590 nm600 nm610 nm620 nm630 nm640 nm650 nm660 nm670 nm680 nm690 nm700 nm710 nm720 nm730
  36. # 29,63520 34,14962 54,04092 60,50891 62,86227 59,36251 74,19000 84,45481 86,24636 85,41105 87,48657 83,20470 85,03709 84,80010 83,85199 87,14819 85,19632 85,71881 83,07512 80,61871 80,88266 75,45126 77,63310 78,02273 77,08386 73,83572 75,10980 72,16851 73,13643 75,86506 72,53202 64,33119 66,71139 68,53259 56,74267 64,12994
  37. #
  38. # D-series Illuminant: D57
  39. # xy (CIE1931): (0,32827 / 0,34377)
  40. # XYZ (CIE1931): (95,490 / 100 / 95,402)
  41. # u'v' (CIE1976): (0,20299 / 0,47829)
  42. #
  43. #
  44. # CRI DATA
  45. # Color Rendering Index; CIE 13.3:1995
  46. # L*a*b*: Computed using the Reference White Point.
  47. # dE: DeltaE*ab (CIELAB)
  48. #
  49. # Ra: 97,6
  50. # R9: 89,9
  51. # R(9-14): 95,5
  52. # R(1-14): 96,7
  53. #
  54. # TCS Ri L_Ref a_Ref b_Ref L_Test a_Test b_Test dE
  55. # 1 96,7 61,728 18,261 12,397 61,880 18,562 12,739 0,5
  56. # 2 97,4 60,863 1,457 29,217 60,914 1,778 29,412 0,4
  57. # 3 99,5 62,096 -19,186 44,317 62,007 -19,204 44,506 0,2
  58. # 4 97,7 61,007 -32,472 16,251 60,810 -32,814 16,084 0,4
  59. # 5 96,8 62,131 -18,298 -9,095 61,990 -18,722 -9,395 0,5
  60. # 6 96,5 61,185 -2,238 -28,825 61,098 -2,571 -29,226 0,5
  61. # 7 99,5 61,102 18,933 -24,257 61,179 18,851 -24,217 0,1
  62. # 8 97,1 62,971 27,372 -12,985 63,131 27,719 -12,885 0,4
  63. # 9 89,9 40,843 60,557 29,854 41,321 61,315 30,719 1,2
  64. # 10 95,3 81,622 -0,481 71,844 81,688 0,051 72,338 0,7
  65. # 11 96,8 51,952 -41,814 12,665 51,666 -42,486 12,575 0,7
  66. # 12 95,1 29,835 -1,889 -47,858 29,736 -2,385 -48,801 1,1
  67. # 13 96,7 80,495 12,601 21,491 80,626 12,980 21,660 0,4
  68. # 14 99,5 40,776 -13,144 24,261 40,706 -13,215 24,228 0,1
  69. #
  70. #
  71. # CQS DATA
  72. # Color Quality Scale; NIST Version 9.0.3 (2013/01); Optical Engineering, March 2010, Vol. 49(3), 033602-1 to -16
  73. # L*a*b*: Computed using the Reference White Point.
  74. # dE: DeltaE*ab (CIELAB)
  75. #
  76. # Qa: 98,4
  77. # Qf: 97,9
  78. # Qg: 101,7
  79. #
  80. # VS Qi L_Ref a_Ref b_Ref L_Test a_Test b_Test dE
  81. # 1 98,5 40,365 55,429 25,930 40,674 55,799 26,512 0,8
  82. # 2 97,7 59,972 42,242 43,913 60,296 41,997 44,602 0,8
  83. # 3 97,9 67,981 22,828 65,715 68,227 22,416 66,434 0,9
  84. # 4 99,3 76,043 -0,057 71,956 76,117 -0,263 72,739 0,8
  85. # 5 99,0 76,725 -20,168 63,393 76,696 -20,646 63,815 0,6
  86. # 6 99,4 66,600 -35,866 45,588 66,481 -36,414 46,061 0,7
  87. # 7 99,1 57,101 -51,774 23,024 56,870 -52,392 23,135 0,7
  88. # 8 98,9 56,744 -44,238 -2,968 56,516 -44,508 -3,230 0,4
  89. # 9 98,4 57,449 -31,778 -19,020 57,242 -31,665 -19,501 0,5
  90. # 10 97,4 47,516 -19,552 -33,635 47,328 -19,022 -34,313 0,9
  91. # 11 97,4 38,538 -5,980 -39,942 38,392 -5,286 -40,642 1,0
  92. # 12 98,9 37,524 12,753 -40,309 37,472 13,283 -40,827 0,7
  93. # 13 99,6 49,550 28,975 -25,459 49,584 29,175 -25,475 0,2
  94. # 14 98,8 58,014 43,946 -10,327 58,215 44,262 -10,080 0,4
  95. # 15 98,8 49,013 49,676 3,520 49,257 50,078 3,851 0,6
  96. #
  97. #
  98. # CRI2012 DATA
  99. # A proposal for updating the CIE colour rendering index; nCRI Version 12.0; Lighting Res. Technol., 2013, 45: 689-709
  100. # J'a'b': Computed using the respective Reference and Test White Points.
  101. # dE: DeltaE' = SQRT((Delta J')^2 + (Delta a'M)^2 + (Delta b'M)^2)
  102. #
  103. # Ra_2012: 99,3
  104. #
  105. # HL Ri_2012 J_Ref a_Ref b_Ref J_Test a_Test b_Test dE
  106. # 1 98,5 13,528 5,478 -20,121 13,443 5,250 -19,282 0,9
  107. # 2 99,6 15,296 3,393 -29,307 15,205 3,187 -28,996 0,4
  108. # 3 99,6 19,149 -3,550 -34,488 19,081 -3,865 -34,347 0,4
  109. # 4 99,8 25,915 -12,638 -35,866 25,834 -12,890 -35,858 0,3
  110. # 5 99,7 35,355 -21,952 -32,579 35,187 -22,078 -32,795 0,3
  111. # 6 99,2 45,973 -30,327 -22,868 45,713 -30,387 -23,364 0,6
  112. # 7 98,7 55,998 -34,471 -5,762 55,706 -34,636 -6,498 0,8
  113. # 8 99,0 63,914 -29,801 14,762 63,662 -30,128 14,218 0,7
  114. # 9 99,7 68,590 -18,649 30,662 68,468 -18,889 30,598 0,3
  115. # 10 99,7 69,489 -5,827 39,623 69,545 -5,999 39,840 0,3
  116. # 11 99,7 66,526 8,058 41,307 66,760 7,996 41,522 0,3
  117. # 12 99,4 59,829 21,301 37,202 60,225 21,289 37,420 0,5
  118. # 13 99,3 50,051 31,176 30,218 50,510 31,157 30,477 0,5
  119. # 14 99,5 38,636 35,771 22,275 39,000 35,786 22,511 0,4
  120. # 15 99,8 27,567 33,561 14,477 27,742 33,571 14,624 0,2
  121. # 16 99,7 19,084 23,855 7,629 19,005 23,551 7,575 0,3
  122. # 17 98,1 14,584 10,761 2,853 14,380 9,791 2,590 1,0
  123. #
  124. #
  125. # TM-30-18 DATA
  126. # IES Method for Evaluating Light Source Color Rendition
  127. # CIECAT02: Standard matrix
  128. # Rf_skin: The Fidelity index for skin tones (average Rf of CES 15 and CES 18).
  129. # dE: CAM02-UCS color difference between each CES under the Test source and Reference illuminant.
  130. # dE: DeltaE' = SQRT((Delta J')^2 + (Delta a'M)^2 + (Delta b'M)^2)
  131. #
  132. # Rf: 97,8
  133. # Rg: 101,1
  134. # Rf_skin: 98,3
  135. #
  136. # CES dE
  137. # 1 0,2
  138. # 2 0,4
  139. # 3 0,5
  140. # 4 0,4
  141. # 5 0,5
  142. # 6 0,1
  143. # 7 0,5
  144. # 8 0,3
  145. # 9 0,1
  146. # 10 0,4
  147. # 11 0,4
  148. # 12 0,5
  149. # 13 0,4
  150. # 14 0,1
  151. # 15 0,3
  152. # 16 0,2
  153. # 17 0,2
  154. # 18 0,2
  155. # 19 0,3
  156. # 20 0,5
  157. # 21 0,3
  158. # 22 0,2
  159. # 23 0,1
  160. # 24 0,2
  161. # 25 0,3
  162. # 26 0,2
  163. # 27 0,4
  164. # 28 0,1
  165. # 29 0,1
  166. # 30 0,3
  167. # 31 0,1
  168. # 32 0,1
  169. # 33 0,1
  170. # 34 0,1
  171. # 35 0,1
  172. # 36 0,7
  173. # 37 0,2
  174. # 38 0,4
  175. # 39 0,1
  176. # 40 0,2
  177. # 41 0,2
  178. # 42 0,2
  179. # 43 0,2
  180. # 44 0,0
  181. # 45 0,2
  182. # 46 0,1
  183. # 47 0,3
  184. # 48 0,4
  185. # 49 0,2
  186. # 50 0,3
  187. # 51 0,3
  188. # 52 0,2
  189. # 53 0,4
  190. # 54 0,5
  191. # 55 0,5
  192. # 56 0,5
  193. # 57 0,5
  194. # 58 0,5
  195. # 59 0,4
  196. # 60 0,4
  197. # 61 0,5
  198. # 62 0,6
  199. # 63 0,2
  200. # 64 0,5
  201. # 65 0,5
  202. # 66 0,4
  203. # 67 0,5
  204. # 68 0,5
  205. # 69 0,5
  206. # 70 0,5
  207. # 71 0,5
  208. # 72 0,3
  209. # 73 0,6
  210. # 74 0,4
  211. # 75 0,4
  212. # 76 0,3
  213. # 77 0,5
  214. # 78 0,4
  215. # 79 0,2
  216. # 80 0,2
  217. # 81 0,3
  218. # 82 0,1
  219. # 83 0,2
  220. # 84 0,3
  221. # 85 0,6
  222. # 86 0,1
  223. # 87 0,3
  224. # 88 0,2
  225. # 89 0,2
  226. # 90 0,3
  227. # 91 1,3
  228. # 92 0,5
  229. # 93 0,3
  230. # 94 0,2
  231. # 95 0,6
  232. # 96 0,2
  233. # 97 0,2
  234. # 98 0,3
  235. # 99 0,5
  236. #
  237. #
  238. # GAI DATA
  239. # Gamut Area Index; COLOR research and application, Volume 33, Number 3, June 2008, 192-202
  240. # GAI and Ra: Arithmetic mean of GAI and Ra (of the standard CRI); OPTICS EXPRESS, 25 April 2011, Vol. 19, No. 9, 8151-8166
  241. #
  242. # GAI: 97,1
  243. # GAI and Ra: 97,4
  244. #
  245. #
  246. # MCRI DATA
  247. # Memory Color Rendering Index; Energy and Buildings, 2012, Vol. 49, 216-225
  248. #
  249. # Rm: 91,6
  250. # Sa: 0,773
  251. #
  252. # ID Si Object
  253. # 1 0,749 Apple
  254. # 2 0,895 Banana
  255. # 3 0,848 Orange
  256. # 4 0,630 Lavender
  257. # 5 0,692 Smurf
  258. # 6 0,670 Strawberry yoghurt
  259. # 7 0,965 Sliced cucumber
  260. # 8 0,735 Cauliflower
  261. # 9 0,769 Caucasian skin
  262. # 10 0,846 N4 Munsell gray
  263. #
Advertisement
RAW Paste Data Copied
Advertisement