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Sunlikelamp.com SOL 5000K

Dec 4th, 2019
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  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 5000K 0,34309 0,34563 5875,836 99,264 100,000 90,062 1,07197 0,87551 2,41984 13,90390 43,65560 59,99760 68,61470 83,71900 85,66620 81,50800 75,30610 76,27830 79,26620 79,10770 77,81120 78,12800 79,66890 81,40130 82,08940 81,65900 80,43850 79,85210 80,64690 82,96710 85,62860 87,11690 86,55560 83,09860 76,90690 68,42650 58,91870 49,34220 40,22340 32,33930 25,62190 20,07000
  20. END_DATA
  21. #
  22. # TEST SOURCE DATA
  23. #
  24. # CCT (kelvin): 5060
  25. # xy (CIE1931): (0,34309 / 0,34563)
  26. # XYZ (CIE1931): (99,264 / 100 / 90,062)
  27. # u'v' (CIE1976): (0,21239 / 0,48143)
  28. # Duv (CIE1960): -0,0022
  29. # Brightness (lux): 5875,836
  30. # LER (lm/W): 259,4
  31. #
  32. #
  33. # REFERENCE SOURCE DATA (CRI/CRI2012/CQS/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. # 20,78261 25,22615 41,49931 47,43057 50,27015 48,32473 62,33744 72,51277 75,18330 75,67667 78,65406 75,92421 78,89158 79,53519 79,84078 83,83861 82,65907 83,87045 81,90742 80,00073 80,90446 76,36061 79,66433 80,86685 80,60747 77,84054 80,27000 77,62253 79,57216 83,38809 80,20125 70,73858 74,08064 75,21509 62,23555 70,08181
  37. #
  38. # D-series Illuminant: D51
  39. # xy (CIE1931): (0,34398 / 0,35717)
  40. # XYZ (CIE1931): (96,305 / 100 / 83,670)
  41. # u'v' (CIE1976): (0,20853 / 0,48719)
  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: 97,0
  50. # R9: 89,2
  51. # R(9-14): 94,6
  52. # R(1-14): 96,0
  53. #
  54. # TCS Ri L_Ref a_Ref b_Ref L_Test a_Test b_Test dE
  55. # 1 95,9 61,990 18,915 12,902 62,166 19,320 13,264 0,6
  56. # 2 96,8 61,030 2,619 29,273 61,079 3,007 29,551 0,5
  57. # 3 99,2 62,137 -17,918 43,961 62,001 -17,888 44,211 0,3
  58. # 4 96,8 60,796 -31,792 15,358 60,574 -32,370 15,390 0,6
  59. # 5 95,9 61,886 -18,999 -9,662 61,733 -19,632 -9,904 0,7
  60. # 6 95,6 60,920 -3,850 -29,216 60,846 -4,384 -29,621 0,7
  61. # 7 99,3 61,117 17,858 -23,931 61,217 17,811 -23,993 0,1
  62. # 8 96,8 63,174 27,316 -12,379 63,367 27,721 -12,327 0,5
  63. # 9 89,2 41,727 61,868 31,533 42,278 62,686 32,442 1,3
  64. # 10 93,9 81,929 1,621 71,699 81,969 2,322 72,389 1,0
  65. # 11 95,3 51,640 -41,241 11,642 51,341 -42,258 11,728 1,1
  66. # 12 93,8 29,224 -4,915 -49,240 29,168 -6,148 -49,992 1,4
  67. # 13 95,9 80,744 13,609 21,797 80,890 14,066 22,042 0,5
  68. # 14 99,4 40,789 -12,471 24,083 40,682 -12,518 24,056 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: 98,5
  77. # Qf: 97,4
  78. # Qg: 102,5
  79. #
  80. # VS Qi L_Ref a_Ref b_Ref L_Test a_Test b_Test dE
  81. # 1 98,2 41,157 56,783 27,369 41,520 57,146 28,039 0,8
  82. # 2 97,4 60,638 43,377 45,035 61,006 43,161 45,874 0,9
  83. # 3 97,8 68,502 24,251 66,426 68,744 23,900 67,323 1,0
  84. # 4 99,1 76,341 2,094 71,719 76,406 1,860 72,869 1,2
  85. # 5 99,0 76,832 -18,588 62,978 76,758 -19,118 63,649 0,9
  86. # 6 99,3 66,489 -34,406 44,648 66,349 -35,184 45,400 1,1
  87. # 7 99,2 56,769 -51,028 21,789 56,528 -52,047 22,149 1,1
  88. # 8 99,2 56,303 -44,477 -4,289 56,080 -45,193 -4,268 0,8
  89. # 9 99,3 56,979 -32,941 -20,196 56,783 -33,167 -20,469 0,4
  90. # 10 98,2 46,997 -21,747 -34,748 46,830 -21,456 -35,304 0,7
  91. # 11 97,5 38,063 -8,793 -40,803 37,933 -8,149 -41,517 1,0
  92. # 12 98,4 37,268 10,079 -40,538 37,217 10,757 -41,205 1,0
  93. # 13 99,8 49,676 28,135 -24,823 49,717 28,455 -25,020 0,4
  94. # 14 98,7 58,425 44,051 -9,345 58,682 44,447 -9,110 0,5
  95. # 15 98,6 49,602 50,496 4,705 49,905 50,944 5,058 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 98,7 13,560 4,843 -19,747 13,469 4,740 -18,960 0,8
  107. # 2 99,8 15,370 2,615 -29,055 15,265 2,606 -28,820 0,3
  108. # 3 99,9 19,181 -4,168 -34,278 19,094 -4,273 -34,211 0,2
  109. # 4 99,9 25,784 -12,997 -35,741 25,710 -13,117 -35,804 0,2
  110. # 5 99,7 35,026 -22,083 -32,675 34,875 -22,190 -32,914 0,3
  111. # 6 99,3 45,513 -30,336 -23,346 45,252 -30,508 -23,749 0,5
  112. # 7 98,9 55,530 -34,641 -6,657 55,217 -34,959 -7,222 0,7
  113. # 8 99,0 63,555 -30,307 13,863 63,264 -30,786 13,467 0,7
  114. # 9 99,5 68,413 -19,149 30,103 68,248 -19,520 30,193 0,4
  115. # 10 99,6 69,530 -6,200 39,362 69,563 -6,413 39,684 0,4
  116. # 11 99,6 66,794 7,785 41,336 67,038 7,784 41,581 0,3
  117. # 12 99,4 60,300 21,167 37,429 60,736 21,233 37,662 0,5
  118. # 13 99,2 50,662 31,229 30,539 51,182 31,230 30,826 0,6
  119. # 14 99,4 39,286 36,042 22,638 39,706 36,026 22,915 0,5
  120. # 15 99,8 28,122 34,102 14,841 28,312 34,064 15,007 0,3
  121. # 16 99,5 19,432 24,637 7,930 19,320 24,241 7,853 0,4
  122. # 17 97,6 14,724 11,402 3,027 14,479 10,269 2,718 1,2
  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: 101,8
  134. # Rf_skin: 98,3
  135. #
  136. # CES dE
  137. # 1 0,2
  138. # 2 0,4
  139. # 3 0,5
  140. # 4 0,3
  141. # 5 0,4
  142. # 6 0,1
  143. # 7 0,5
  144. # 8 0,4
  145. # 9 0,1
  146. # 10 0,5
  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 0,3
  154. # 18 0,2
  155. # 19 0,3
  156. # 20 0,7
  157. # 21 0,3
  158. # 22 0,3
  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 0,1
  167. # 31 0,1
  168. # 32 0,3
  169. # 33 0,1
  170. # 34 0,2
  171. # 35 0,1
  172. # 36 0,6
  173. # 37 0,2
  174. # 38 0,2
  175. # 39 0,0
  176. # 40 0,1
  177. # 41 0,1
  178. # 42 0,3
  179. # 43 0,4
  180. # 44 0,0
  181. # 45 0,3
  182. # 46 0,2
  183. # 47 0,4
  184. # 48 0,4
  185. # 49 0,3
  186. # 50 0,3
  187. # 51 0,2
  188. # 52 0,3
  189. # 53 0,5
  190. # 54 0,4
  191. # 55 0,5
  192. # 56 0,5
  193. # 57 0,5
  194. # 58 0,5
  195. # 59 0,3
  196. # 60 0,3
  197. # 61 0,4
  198. # 62 0,4
  199. # 63 0,1
  200. # 64 0,4
  201. # 65 0,4
  202. # 66 0,3
  203. # 67 0,4
  204. # 68 0,4
  205. # 69 0,4
  206. # 70 0,4
  207. # 71 0,4
  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 0,5
  215. # 79 0,2
  216. # 80 0,3
  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 0,4
  224. # 88 0,3
  225. # 89 0,2
  226. # 90 0,4
  227. # 91 1,2
  228. # 92 0,5
  229. # 93 0,3
  230. # 94 0,3
  231. # 95 0,6
  232. # 96 0,3
  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: 94,2
  243. # GAI and Ra: 95,6
  244. #
  245. #
  246. # MCRI DATA
  247. # Memory Color Rendering Index; Energy and Buildings, 2012, Vol. 49, 216-225
  248. #
  249. # Rm: 92,0
  250. # Sa: 0,776
  251. #
  252. # ID Si Object
  253. # 1 0,753 Apple
  254. # 2 0,903 Banana
  255. # 3 0,861 Orange
  256. # 4 0,628 Lavender
  257. # 5 0,689 Smurf
  258. # 6 0,671 Strawberry yoghurt
  259. # 7 0,965 Sliced cucumber
  260. # 8 0,735 Cauliflower
  261. # 9 0,800 Caucasian skin
  262. # 10 0,817 N4 Munsell gray
  263. #
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