Advertisement
maukkae

Remez SunLike E14 3000K LED Bulb

Feb 10th, 2020
705
0
Never
Not a member of Pastebin yet? Sign Up, it unlocks many cool features!
text 8.07 KB | None | 0 0
  1. CGATS.17
  2. ORIGINATOR "BabelColor CT&A, version 5.4.1 b385"
  3. CREATED "2020-02-08" # Time: 18:57:21
  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 Remez_A14_3000K 0,43569 0,39528 2592,144 110,222 100,000 42,760 0,47279 0,44262 0,92240 4,99617 11,47584 13,39829 14,89607 16,14216 15,67635 15,08584 15,48114 17,35484 20,47857 24,15392 27,46084 29,95242 31,63397 32,84124 33,94579 35,48104 37,94229 41,68350 46,30125 50,99898 54,73415 56,44134 55,69017 52,53683 47,53073 40,93643 34,47789 28,83232 23,39837 18,67475 14,73789 11,45206
  20. END_DATA
  21. #
  22. # TEST SOURCE DATA
  23. #
  24. # CCT (kelvin): 2948
  25. # xy (CIE1931): (0,43569 / 0,39528)
  26. # XYZ (CIE1931): (110,222 / 100 / 42,760)
  27. # u'v' (CIE1976): (0,25360 / 0,51769)
  28. # Duv (CIE1960): -0,0034
  29. # Brightness (lux): 2592,144
  30. # LER (lm/W): 265,6
  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. # 3,95602 4,82921 5,81797 6,92463 8,15004 9,49356 10,95315 12,52541 14,20573 15,98839 17,86672 19,83322 21,87975 23,99762 26,17778 28,41094 30,68769 32,99861 35,33438 37,68587 40,04420 42,40085 44,74766 47,07692 49,38137 51,65424 53,88928 56,08073 58,22337 60,31247 62,34383 64,31372 66,21891 68,05661 69,82449 71,52062
  37. #
  38. # Blackbody: 2948 K
  39. # xy (CIE1931): (0,44063 / 0,40536)
  40. # XYZ (CIE1931): (108,702 / 100 / 37,995)
  41. # u'v' (CIE1976): (0,25240 / 0,52244)
  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: 96,9
  50. # R9: 93,5
  51. # R(9-14): 95,8
  52. # R(1-14): 96,4
  53. #
  54. # TCS Ri L_Ref a_Ref b_Ref L_Test a_Test b_Test dE
  55. # 1 97,4 63,795 19,433 16,101 63,861 19,731 16,041 0,3
  56. # 2 98,5 62,050 5,599 29,775 62,061 5,665 30,502 0,7
  57. # 3 96,9 62,079 -13,769 41,380 62,022 -14,223 42,560 1,3
  58. # 4 94,7 59,095 -27,929 10,072 59,059 -28,763 12,016 2,1
  59. # 5 97,0 60,148 -20,284 -13,106 60,107 -20,784 -12,576 0,7
  60. # 6 96,7 59,266 -8,104 -31,456 59,247 -8,476 -31,835 0,5
  61. # 7 96,8 61,435 14,212 -22,007 61,459 14,274 -23,158 1,2
  62. # 8 96,7 64,719 26,652 -8,599 64,759 26,586 -9,666 1,1
  63. # 9 93,5 47,302 61,932 41,658 47,455 61,305 41,285 0,7
  64. # 10 98,4 83,699 6,914 71,068 83,694 6,863 72,998 1,9
  65. # 11 92,6 49,176 -36,410 4,919 49,198 -37,748 6,796 2,3
  66. # 12 95,4 25,350 -16,851 -55,793 25,235 -18,244 -54,941 1,6
  67. # 13 97,3 82,426 15,313 24,097 82,447 15,565 24,446 0,4
  68. # 14 97,3 40,649 -10,225 22,734 40,593 -10,663 23,198 0,6
  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: 96,3
  77. # Qf: 94,1
  78. # Qg: 104,8
  79. #
  80. # VS Qi L_Ref a_Ref b_Ref L_Test a_Test b_Test dE
  81. # 1 97,5 46,202 57,498 36,289 46,337 56,802 36,628 0,8
  82. # 2 98,8 65,079 42,023 52,423 65,139 42,215 53,251 0,9
  83. # 3 98,5 71,850 24,850 70,864 71,805 24,831 72,268 1,4
  84. # 4 96,9 78,065 7,804 70,593 78,116 7,166 73,843 3,3
  85. # 5 99,1 77,133 -14,080 60,206 77,137 -14,954 62,692 2,6
  86. # 6 97,5 65,352 -28,484 38,649 65,363 -29,599 41,501 3,1
  87. # 7 93,7 54,052 -46,027 13,730 54,113 -47,548 16,280 3,0
  88. # 8 92,1 53,031 -42,637 -12,220 53,040 -43,776 -9,955 2,5
  89. # 9 95,2 53,669 -34,614 -27,078 53,674 -35,140 -25,672 1,5
  90. # 10 98,1 43,500 -27,716 -41,076 43,489 -27,614 -40,480 0,6
  91. # 11 97,6 34,987 -18,113 -45,590 34,950 -17,439 -45,913 0,7
  92. # 12 97,4 35,839 0,638 -41,583 35,761 1,486 -43,005 1,7
  93. # 13 94,2 50,780 25,472 -21,240 50,620 25,115 -23,334 2,1
  94. # 14 97,4 61,418 41,993 -2,980 61,569 42,302 -3,801 0,9
  95. # 15 98,8 53,574 50,237 12,391 53,780 50,048 12,139 0,4
  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: 97,1
  104. #
  105. # HL Ri_2012 J_Ref a_Ref b_Ref J_Test a_Test b_Test dE
  106. # 1 98,4 13,676 2,860 -18,727 13,734 3,154 -19,611 0,9
  107. # 2 98,5 15,556 0,442 -28,201 15,665 0,857 -28,986 0,9
  108. # 3 98,0 18,989 -5,272 -33,661 19,007 -4,436 -34,308 1,1
  109. # 4 97,5 24,544 -12,981 -35,702 24,449 -11,942 -36,349 1,2
  110. # 5 98,6 32,470 -21,605 -33,701 32,341 -20,889 -34,153 0,9
  111. # 6 99,7 42,122 -30,064 -26,003 41,948 -30,090 -25,774 0,3
  112. # 7 97,2 52,205 -35,644 -11,113 52,021 -36,229 -9,913 1,3
  113. # 8 95,7 61,086 -33,554 9,246 60,970 -34,153 10,914 1,8
  114. # 9 96,2 67,298 -23,148 27,269 67,252 -23,790 28,772 1,6
  115. # 10 97,9 69,968 -9,761 38,175 70,018 -10,164 39,188 1,1
  116. # 11 99,5 68,700 4,674 41,803 68,907 4,823 42,170 0,4
  117. # 12 99,4 63,413 18,756 39,188 63,705 19,107 39,310 0,5
  118. # 13 99,7 54,525 30,045 32,861 54,763 30,090 32,980 0,3
  119. # 14 99,3 43,200 36,569 24,978 43,267 36,070 25,139 0,5
  120. # 15 98,0 31,357 36,607 16,916 31,025 35,599 16,874 1,1
  121. # 16 94,2 21,490 28,776 9,590 20,671 26,831 9,010 2,2
  122. # 17 88,8 15,604 15,204 4,048 14,833 11,981 3,155 3,4
  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: 94,8
  133. # Rg: 103,7
  134. # Rf_skin: 95,4
  135. #
  136. # CES dE
  137. # 1 0,4
  138. # 2 0,5
  139. # 3 0,4
  140. # 4 0,9
  141. # 5 0,8
  142. # 6 0,6
  143. # 7 0,3
  144. # 8 0,6
  145. # 9 0,3
  146. # 10 0,3
  147. # 11 0,2
  148. # 12 0,2
  149. # 13 0,6
  150. # 14 0,1
  151. # 15 0,7
  152. # 16 1,0
  153. # 17 0,8
  154. # 18 0,7
  155. # 19 0,2
  156. # 20 1,9
  157. # 21 0,4
  158. # 22 0,8
  159. # 23 0,4
  160. # 24 0,5
  161. # 25 0,5
  162. # 26 1,0
  163. # 27 0,8
  164. # 28 0,5
  165. # 29 1,7
  166. # 30 1,7
  167. # 31 1,6
  168. # 32 1,7
  169. # 33 1,6
  170. # 34 1,0
  171. # 35 0,5
  172. # 36 0,8
  173. # 37 0,9
  174. # 38 1,7
  175. # 39 0,6
  176. # 40 0,9
  177. # 41 1,0
  178. # 42 1,3
  179. # 43 1,6
  180. # 44 0,1
  181. # 45 1,2
  182. # 46 1,1
  183. # 47 1,8
  184. # 48 1,5
  185. # 49 1,3
  186. # 50 1,0
  187. # 51 1,1
  188. # 52 1,0
  189. # 53 1,4
  190. # 54 0,7
  191. # 55 0,9
  192. # 56 1,2
  193. # 57 1,4
  194. # 58 1,3
  195. # 59 0,3
  196. # 60 0,4
  197. # 61 0,4
  198. # 62 1,2
  199. # 63 0,9
  200. # 64 0,9
  201. # 65 0,5
  202. # 66 0,9
  203. # 67 0,8
  204. # 68 0,3
  205. # 69 0,3
  206. # 70 0,1
  207. # 71 0,5
  208. # 72 0,0
  209. # 73 0,2
  210. # 74 1,0
  211. # 75 0,3
  212. # 76 0,6
  213. # 77 0,8
  214. # 78 0,6
  215. # 79 0,6
  216. # 80 0,5
  217. # 81 1,3
  218. # 82 0,3
  219. # 83 0,7
  220. # 84 0,2
  221. # 85 0,7
  222. # 86 1,1
  223. # 87 0,5
  224. # 88 0,6
  225. # 89 1,0
  226. # 90 0,8
  227. # 91 0,4
  228. # 92 0,5
  229. # 93 0,3
  230. # 94 1,2
  231. # 95 0,2
  232. # 96 0,3
  233. # 97 0,9
  234. # 98 0,7
  235. # 99 0,4
  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: 63,5
  243. # GAI and Ra: 80,2
  244. #
  245. #
  246. # MCRI DATA
  247. # Memory Color Rendering Index; Energy and Buildings, 2012, Vol. 49, 216-225
  248. #
  249. # Rm: 90,6
  250. # Sa: 0,768
  251. #
  252. # ID Si Object
  253. # 1 0,791 Apple
  254. # 2 0,900 Banana
  255. # 3 0,894 Orange
  256. # 4 0,620 Lavender
  257. # 5 0,697 Smurf
  258. # 6 0,669 Strawberry yoghurt
  259. # 7 0,979 Sliced cucumber
  260. # 8 0,691 Cauliflower
  261. # 9 0,928 Caucasian skin
  262. # 10 0,616 N4 Munsell gray
  263. #
Advertisement
Add Comment
Please, Sign In to add comment
Advertisement