# Generated by tools/film-profiles/convert.py from spektrafilm. # Do not edit by hand: re-run the converter instead. # # spektrafilm by Andrea Volpato, https://github.com/andreavolpato/spektrafilm # Licensed CC BY-SA 4.0. Modified for DarkRoom: trimmed to the fields the # renderer uses and reformatted; see profiles/CHANGELOG.txt. version: '0.3.2' stock: kodak_supra_endura name: 'Kodak Professional Supra Endura' kind: negative # negative | positive support: paper # film | paper stage: printing # filming | printing monochrome: false reference_illuminant: TH-KG3 viewing_illuminant: D50 # log10 spectral sensitivity per layer, 380-780nm at 5nm, in R,G,B layer # order. A null upstream means the datasheet has no reading there, which is # blindness, so it is written as the sentinel the loader reads as such. log_sensitivity: - [-2.06329, -0.66685, -0.121172] # 380nm - [-2.03304, -0.305851, 0.0973343] # 385nm - [-2.00191, 0.0741485, 0.250639] # 390nm - [-1.96987, -0.310914, 0.383591] # 395nm - [-1.93687, -0.31851, 0.551078] # 400nm - [-1.90287, -0.326725, 0.635971] # 405nm - [-1.86783, -0.383764, 0.62894] # 410nm - [-1.83168, -0.518279, 0.593405] # 415nm - [-1.7944, -0.581634, 0.619546] # 420nm - [-1.7559, -0.561393, 0.687253] # 425nm - [-1.71615, -0.514748, 0.796341] # 430nm - [-1.67507, -0.454635, 0.865381] # 435nm - [-1.6326, -0.380725, 0.954704] # 440nm - [-1.58867, -0.298006, 1.00643] # 445nm - [-1.54319, -0.213912, 1.07115] # 450nm - [-1.49609, -0.12172, 1.17427] # 455nm - [-1.44728, -0.0411163, 1.29397] # 460nm - [-1.39665, 0.031887, 1.44968] # 465nm - [-1.34412, 0.0901617, 1.58062] # 470nm - [-1.28957, 0.152138, 1.62687] # 475nm - [-1.23288, 0.25906, 1.43016] # 480nm - [-1.17392, 0.384654, 0.994591] # 485nm - [-1.11255, 0.470883, 0.412335] # 490nm - [-1.04863, 0.551546, -0.0851402] # 495nm - [-0.981986, 0.632001, -0.621981] # 500nm - [-0.914599, 0.663976, -1.17939] # 505nm - [-0.876885, 0.65417, -1.57519] # 510nm - [-0.861842, 0.625837, -2.03941] # 515nm - [-0.86324, 0.603816, -2.47047] # 520nm - [-0.866, 0.638158, -2.87181] # 525nm - [-0.838642, 0.719433, -3.24639] # 530nm - [-0.798993, 0.811755, -3.5968] # 535nm - [-0.727273, 0.960897, -3.92531] # 540nm - [-0.668813, 1.11846, -4.23391] # 545nm - [-0.697153, 1.24462, -4.52436] # 550nm - [-0.875581, 1.11215, -4.79821] # 555nm - [-0.997296, 0.522578, -5.05685] # 560nm - [-1.03559, -0.298703, -5.3015] # 565nm - [-1.06471, -0.778553, -5.53328] # 570nm - [-1.03236, -1.08038, -5.75318] # 575nm - [-1.0246, -1.37283, -5.96208] # 580nm - [-1.00021, -1.74401, -6.16079] # 585nm - [-0.972478, -2.11701, -6.35003] # 590nm - [-0.949305, -2.47678, -6.53048] # 595nm - [-0.914915, -2.82135, -6.70272] # 600nm - [-0.864414, -3.15085, -6.86731] # 605nm - [-0.820752, -3.4659, -7.02474] # 610nm - [-0.765307, -3.76728, -7.17547] # 615nm - [-0.707123, -4.05576, -7.31992] # 620nm - [-0.64149, -4.3321, -7.45848] # 625nm - [-0.595538, -4.59704, -7.59149] # 630nm - [-0.55543, -4.85124, -7.71929] # 635nm - [-0.532502, -5.09533, -7.84217] # 640nm - [-0.533161, -5.32989, -7.96042] # 645nm - [-0.544821, -5.55546, -8.07428] # 650nm - [-0.55516, -5.77255, -8.18401] # 655nm - [-0.537088, -5.98162, -8.28981] # 660nm - [-0.498599, -6.1831, -8.39191] # 665nm - [-0.451245, -6.37741, -8.49048] # 670nm - [-0.370217, -6.56491, -8.58571] # 675nm - [-0.275692, -6.74595, -8.67777] # 680nm - [-0.164173, -6.92087, -8.76681] # 685nm - [-0.0304521, -7.08996, -8.85297] # 690nm - [0.0915279, -7.25352, -8.93641] # 695nm - [0.180394, -7.4118, -9.01723] # 700nm - [0.219145, -7.56507, -9.09557] # 705nm - [0.161057, -7.71355, -9.17153] # 710nm - [0.0281059, -7.85747, -9.24523] # 715nm - [-0.153701, -7.99702, -9.31675] # 720nm - [-0.423982, -8.13242, -9.38621] # 725nm - [-0.711793, -8.26383, -9.45368] # 730nm - [-0.959498, -8.39144, -9.51925] # 735nm - [-1.21811, -8.51541, -9.583] # 740nm - [-1.46617, -8.63588, -9.645] # 745nm - [-1.7043, -8.75301, -9.70533] # 750nm - [-1.9331, -8.86694, -9.76404] # 755nm - [-2.15309, -8.97778, -9.82122] # 760nm - [-2.36479, -9.08567, -9.8769] # 765nm - [-2.56864, -9.19072, -9.93116] # 770nm - [-2.76508, -9.29305, -9.98405] # 775nm - [-2.95451, -9.39275, -10.0356] # 780nm # Spectral density of each layer's dye at unit density, same grid and order. dye_density: - [0, 0, 0] # 380nm - [0, 0, 0] # 385nm - [0, 0, 0] # 390nm - [0, 0, 0] # 395nm - [0, 0, 0] # 400nm - [0.13466, 0.0557348, 0.58261] # 405nm - [0.128041, 0.0595592, 0.698447] # 410nm - [0.121514, 0.0609743, 0.821519] # 415nm - [0.112553, 0.0624169, 0.935018] # 420nm - [0.102364, 0.0628793, 1.01374] # 425nm - [0.0881037, 0.0641537, 1.06905] # 430nm - [0.0774497, 0.0588975, 1.10544] # 435nm - [0.0689027, 0.0674827, 1.12679] # 440nm - [0.0591601, 0.0755065, 1.13896] # 445nm - [0.0529824, 0.0874521, 1.1368] # 450nm - [0.0486188, 0.104159, 1.11938] # 455nm - [0.046202, 0.125832, 1.08478] # 460nm - [0.0423316, 0.152459, 1.03025] # 465nm - [0.0387646, 0.185458, 0.955729] # 470nm - [0.0373915, 0.224838, 0.869399] # 475nm - [0.0403468, 0.271481, 0.77257] # 480nm - [0.0439668, 0.326195, 0.673164] # 485nm - [0.0457224, 0.389247, 0.571409] # 490nm - [0.0495111, 0.457971, 0.474101] # 495nm - [0.0535886, 0.540721, 0.387149] # 500nm - [0.0581398, 0.627584, 0.311251] # 505nm - [0.0642624, 0.71578, 0.246901] # 510nm - [0.071951, 0.801592, 0.193591] # 515nm - [0.0821588, 0.883486, 0.150974] # 520nm - [0.0920591, 0.958505, 0.114121] # 525nm - [0.103567, 1.02762, 0.0901607] # 530nm - [0.119599, 1.08788, 0.0702017] # 535nm - [0.136851, 1.13699, 0.0550746] # 540nm - [0.158, 1.17025, 0.0434965] # 545nm - [0.184255, 1.17924, 0.0317659] # 550nm - [0.216891, 1.14304, 0.0280206] # 555nm - [0.256206, 1.07179, 0.0221662] # 560nm - [0.298427, 0.957059, 0.0144352] # 565nm - [0.349638, 0.82475, 0.00936339] # 570nm - [0.406469, 0.685373, 0.00690618] # 575nm - [0.466367, 0.549059, 0.00704027] # 580nm - [0.536141, 0.434014, 0.00727677] # 585nm - [0.608883, 0.341005, 0.00719518] # 590nm - [0.687321, 0.264015, 0.00711359] # 595nm - [0.76936, 0.20406, 0.00982559] # 600nm - [0.853911, 0.158466, 0.00493119] # 605nm - [0.936576, 0.123849, 0.0048496] # 610nm - [1.01626, 0.0976123, 0.00476801] # 615nm - [1.07895, 0.0794844, 0.00462013] # 620nm - [1.12169, 0.0658794, 0.00359359] # 625nm - [1.14176, 0.0569509, 0.00452325] # 630nm - [1.13651, 0.0506244, 0.00444166] # 635nm - [1.10691, 0.0478873, 0.00436008] # 640nm - [1.05189, 0.0445497, 0.00427849] # 645nm - [0.981098, 0.0397755, 0.00806644] # 650nm - [0.898507, 0.0442758, 0.0057826] # 655nm - [0.812981, 0.0429978, 0.00683769] # 660nm - [0.731458, 0.0402003, 0.007473] # 665nm - [0.653525, 0.0396906, 0.0075377] # 670nm - [0.579684, 0.0375966, 0.00816503] # 675nm - [0.511463, 0.0353737, 0.00832011] # 680nm - [0.45089, 0.0343448, 0.00838724] # 685nm - [0.396258, 0.0315696, 0.00859227] # 690nm - [0.352525, 0.0304345, 0.00851068] # 695nm - [0.313265, 0, 0.0141498] # 700nm - [0, 0, 0] # 705nm - [0, 0, 0] # 710nm - [0, 0, 0] # 715nm - [0, 0, 0] # 720nm - [0, 0, 0] # 725nm - [0, 0, 0] # 730nm - [0, 0, 0] # 735nm - [0, 0, 0] # 740nm - [0, 0, 0] # 745nm - [0, 0, 0] # 750nm - [0, 0, 0] # 755nm - [0, 0, 0] # 760nm - [0, 0, 0] # 765nm - [0, 0, 0] # 770nm - [0, 0, 0] # 775nm - [0, 0, 0] # 780nm # The support's own density -- film base plus, for a colour negative, the # orange mask. Flat zero where the datasheet does not give it. base_density: [0.0854183, 0.0854181, 0.0854178, 0.0854172, 0.0854159, 0.0854133, 0.0854087, 0.0854008, 0.085388, 0.0853681, 0.085339, 0.0852984, 0.0852443, 0.0851754, 0.0850913, 0.0849923, 0.0848799, 0.084756, 0.0846228, 0.0844827, 0.0843378, 0.0841898, 0.0840402, 0.0838901, 0.0837405, 0.0835924, 0.0834466, 0.0833041, 0.0831656, 0.083032, 0.0829037, 0.0827808, 0.0826633, 0.0825507, 0.0824422, 0.0823372, 0.0822349, 0.0821348, 0.0820367, 0.0819406, 0.0818471, 0.081757, 0.0816715, 0.081592, 0.0815199, 0.0814565, 0.0814026, 0.0813584, 0.0813237, 0.0812977, 0.081279, 0.0812663, 0.0812581, 0.081253, 0.0812501, 0.0812484, 0.0812476, 0.0812472, 0.081247, 0.0812469, 0.0812469, 0.0812469, 0.0812469, 0.0812469, 0.0812469, 0.0812469, 0.0812469, 0.0812469, 0.0812469, 0.0812469, 0.0812469, 0.0812469, 0.0812469, 0.0812469, 0.0812469, 0.0812469, 0.0812469, 0.0812469, 0.0812469, 0.0812469, 0.0812469] # The characteristic curves: density against log10 exposure, sampled # uniformly over [-3, 4]. log_exposure_min: -3 log_exposure_max: 4 density_curves: - [-0.00082207, -0.00082089, -0.0008278] - [-0.00070251, -0.00068042, -0.00074299] - [-0.00050646, -0.00043818, -0.00059421] - [-0.00029511, -0.00018684, -0.00040366] - [-0.00012342, -3.2448e-05, -0.00017405] - [-5.7059e-06, -1.3791e-05, 8.2719e-05] - [9.1999e-05, -5.3052e-05, 0.00030861] - [0.00021437, -1.8094e-05, 0.00041835] - [0.00036418, 0.00014486, 0.00037072] - [0.00048967, 0.00034766, 0.00021435] - [0.00052986, 0.00044217, 4.9948e-05] - [0.00046977, 0.0003613, -5.334e-05] - [0.00032883, 0.00015162, -7.5506e-05] - [0.00015441, -7.0724e-05, -3.2627e-05] - [-2.3977e-06, -0.00019632, 4.8881e-05] - [-0.00010783, -0.00018362, 0.00014965] - [-0.00014853, -6.686e-05, 0.00025336] - [-0.00012144, 8.2629e-05, 0.00033274] - [-2.6361e-05, 0.00020353, 0.00034796] - [0.00012767, 0.00026558, 0.00026816] - [0.00030747, 0.00026076, 0.00010248] - [0.00045058, 0.00018801, -8.7828e-05] - [0.00048483, 5.4486e-05, -0.00021447] - [0.00036793, -0.00010806, -0.0002141] - [0.00012262, -0.00023675, -9.1985e-05] - [-0.00016103, -0.00026207, 7.6502e-05] - [-0.00036566, -0.00015576, 0.00019237] - [-0.00040922, 3.4806e-05, 0.0001975] - [-0.00029184, 0.00020223, 0.0001122] - [-9.5598e-05, 0.0002456, 1.8958e-05] - [6.4346e-05, 0.00014515, 3.3838e-06] - [0.00010726, -1.3323e-05, 9.4186e-05] - [3.073e-05, -9.0986e-05, 0.00024356] - [-9.5183e-05, 4.539e-06, 0.00035985] - [-0.00017677, 0.0002432, 0.00036739] - [-0.00015513, 0.00047913, 0.00025196] - [-3.7734e-05, 0.00054189, 6.3882e-05] - [0.00011276, 0.00035217, -0.00011721] - [0.00021999, -1.8483e-05, -0.00022712] - [0.00023667, -0.00038648, -0.00024212] - [0.00016448, -0.00056744, -0.00017543] - [4.5715e-05, -0.00048499, -5.8608e-05] - [-6.1191e-05, -0.00020712, 7.2192e-05] - [-0.00010547, 0.00010637, 0.00017789] - [-5.8446e-05, 0.00030226, 0.00021564] - [7.9802e-05, 0.00031088, 0.00014983] - [0.0002772, 0.00016015, -2.3921e-05] - [0.00047128, -6.5728e-05, -0.00025896] - [0.00058293, -0.00028098, -0.00046471] - [0.00054165, -0.00042321, -0.00055092] - [0.0003253, -0.00047619, -0.00049915] - [7.3861e-06, -0.00044152, -0.00034298] - [-0.00025809, -0.00030076, -0.00010896] - [-0.00033976, -6.2071e-05, 0.00016363] - [-0.00023734, 0.00017096, 0.00037558] - [-7.8859e-05, 0.00021856, 0.00040885] - [-4.5496e-06, -3.7942e-05, 0.00024981] - [-5.8464e-05, -0.00051429, 4.6652e-05] - [-0.00019127, -0.00093498, -1.5387e-06] - [-0.00034349, -0.001037, 0.0001544] - [-0.00044273, -0.00073061, 0.00038449] - [-0.00042628, -0.00014786, 0.00050558] - [-0.00026692, 0.00044081, 0.00041416] - [6.5401e-06, 0.00079888, 0.00014713] - [0.00030201, 0.00086275, -0.00016475] - [0.00048656, 0.00075001, -0.00040032] - [0.00044446, 0.00063745, -0.00052083] - [0.00014885, 0.00060838, -0.00055986] - [-0.00029797, 0.00059105, -0.0005542] - [-0.00069496, 0.00043678, -0.0004886] - [-0.00084219, 7.3111e-05, -0.00031032] - [-0.00065786, -0.00039616, -2.003e-06] - [-0.00023709, -0.00073372, 0.00035627] - [0.00019445, -0.00073095, 0.00060263] - [0.00041193, -0.00036739, 0.00059113] - [0.00032727, 0.00015928, 0.00030453] - [4.0981e-05, 0.00056323, -0.00010471] - [-0.00022461, 0.00066714, -0.00038324] - [-0.00026504, 0.00051882, -0.0003121] - [-1.0493e-05, 0.00034114, 0.00018402] - [0.0004584, 0.00035748, 0.001026] - [0.0010011, 0.00063108, 0.0020681] - [0.0015444, 0.0010459, 0.0032168] - [0.0021547, 0.0014457, 0.0044997] - [0.0030076, 0.0018245, 0.0060516] - [0.0042858, 0.0024177, 0.0080496] - [0.0060896, 0.0036174, 0.010664] - [0.008433, 0.0057764, 0.014075] - [0.01137, 0.0089901, 0.018494] - [0.015104, 0.013067, 0.024171] - [0.020023, 0.017763, 0.03139] - [0.026609, 0.023097, 0.040458] - [0.035304, 0.0295, 0.051618] - [0.046398, 0.037682, 0.064913] - [0.060006, 0.048299, 0.080137] - [0.076149, 0.061663, 0.096965] - [0.094863, 0.077679, 0.11526] - [0.11628, 0.096035, 0.13518] - [0.1406, 0.11649, 0.15699] - [0.168, 0.13909, 0.18089] - [0.19845, 0.16411, 0.20684] - [0.23178, 0.19183, 0.2347] - [0.26781, 0.22222, 0.26437] - [0.30662, 0.25496, 0.29602] - [0.34861, 0.28968, 0.33007] - [0.39444, 0.32635, 0.36704] - [0.4447, 0.36547, 0.40735] - [0.49967, 0.4079, 0.45133] - [0.55933, 0.45451, 0.49938] - [0.62361, 0.50579, 0.55226] - [0.69273, 0.56182, 0.61109] - [0.76745, 0.62239, 0.67707] - [0.84888, 0.68727, 0.75085] - [0.93796, 0.75622, 0.83205] - [1.0348, 0.8288, 0.91921] - [1.1388, 0.90437, 1.0101] - [1.2483, 0.98208, 1.1024] - [1.3612, 1.0606, 1.1942] - [1.4747, 1.1381, 1.2847] - [1.5864, 1.213, 1.3732] - [1.6943, 1.2848, 1.4581] - [1.7974, 1.354, 1.5368] - [1.8943, 1.4206, 1.6069] - [1.9833, 1.4831, 1.6676] - [2.0629, 1.5402, 1.7193] - [2.1325, 1.5909, 1.7629] - [2.1924, 1.636, 1.7994] - [2.2439, 1.6769, 1.8293] - [2.2881, 1.7155, 1.8528] - [2.326, 1.7523, 1.8706] - [2.3579, 1.787, 1.8839] - [2.3841, 1.8188, 1.8938] - [2.405, 1.847, 1.9015] - [2.4216, 1.8716, 1.9076] - [2.4346, 1.8933, 1.9123] - [2.4449, 1.9127, 1.9157] - [2.453, 1.9301, 1.918] - [2.4593, 1.9455, 1.9196] - [2.464, 1.9587, 1.9208] - [2.4675, 1.9697, 1.9221] - [2.4699, 1.9785, 1.9233] - [2.4717, 1.9854, 1.9241] - [2.473, 1.9906, 1.9243] - [2.4741, 1.9947, 1.9239] - [2.475, 1.9978, 1.9232] - [2.4755, 2.0002, 1.9226] - [2.4758, 2.0019, 1.9224] - [2.476, 2.0032, 1.9227] - [2.4761, 2.0042, 1.9231] - [2.4763, 2.0051, 1.9236] - [2.4765, 2.0058, 1.9237] - [2.4767, 2.0064, 1.9236] - [2.4768, 2.0068, 1.9235] - [2.4768, 2.007, 1.9234] - [2.4768, 2.0071, 1.9234] - [2.4769, 2.0072, 1.9235] - [2.4768, 2.0073, 1.9234] - [2.4767, 2.0074, 1.9232] - [2.4764, 2.0075, 1.9228] - [2.4762, 2.0074, 1.9225] - [2.4762, 2.0073, 1.9224] - [2.4765, 2.0073, 1.9225] - [2.477, 2.0074, 1.9229] - [2.4775, 2.0077, 1.9233] - [2.4777, 2.0082, 1.9236] - [2.4774, 2.0085, 1.9237] - [2.4768, 2.0086, 1.9237] - [2.4765, 2.0083, 1.9238] - [2.4766, 2.0079, 1.9239] - [2.477, 2.0075, 1.924] - [2.4774, 2.0073, 1.9239] - [2.4774, 2.0073, 1.9237] - [2.4771, 2.0074, 1.9233] - [2.4767, 2.0076, 1.923] - [2.4766, 2.0077, 1.9228] - [2.4769, 2.0078, 1.9228] - [2.4774, 2.0077, 1.923] - [2.4775, 2.0075, 1.9233] - [2.4771, 2.0072, 1.9234] - [2.4764, 2.0069, 1.9234] - 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