# 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_ultra_endura name: 'Kodak Professional Ultra 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: - [-2.65061, -1.36548, 0.105024] # 380nm - [-2.62881, -1.30153, 0.228855] # 385nm - [-2.6064, -1.23431, 0.346455] # 390nm - [-2.58333, -1.1636, 0.47074] # 395nm - [-2.55959, -1.08918, 0.601317] # 400nm - [-2.53514, -1.01088, 0.63982] # 405nm - [-2.50995, -0.928637, 0.616566] # 410nm - [-2.484, -0.842769, 0.586] # 415nm - [-2.45723, -0.755045, 0.618222] # 420nm - [-2.42963, -0.676158, 0.715986] # 425nm - [-2.40113, -0.631925, 0.80083] # 430nm - [-2.37172, -0.581076, 0.881866] # 435nm - [-2.34132, -0.503202, 0.968436] # 440nm - [-2.30991, -0.406447, 1.01213] # 445nm - [-2.27743, -0.348855, 1.07182] # 450nm - [-2.24381, -0.264275, 1.2076] # 455nm - [-2.20902, -0.173737, 1.34279] # 460nm - [-2.17298, -0.115533, 1.49615] # 465nm - [-2.13562, -0.0522877, 1.62527] # 470nm - [-2.09689, 0.00885849, 1.63123] # 475nm - [-2.05671, 0.123475, 1.36426] # 480nm - [-2.01501, 0.268043, 0.847113] # 485nm - [-1.9717, 0.386043, 0.313479] # 490nm - [-1.92671, 0.487682, -0.190691] # 495nm - [-1.87998, 0.59666, -0.675806] # 500nm - [-1.83145, 0.627399, -1.13097] # 505nm - [-1.7811, 0.627789, -1.57947] # 510nm - [-1.72897, 0.616115, -1.99347] # 515nm - [-1.67531, 0.609739, -2.3768] # 520nm - [-1.62088, 0.633626, -2.73274] # 525nm - [-1.56824, 0.734375, -3.06415] # 530nm - [-1.53103, 0.841369, -3.37345] # 535nm - [-1.5203, 0.990567, -3.66281] # 540nm - [-1.50927, 1.19105, -3.93407] # 545nm - [-1.49856, 1.30726, -4.1889] # 550nm - [-1.47262, 1.06986, -4.42874] # 555nm - [-1.44183, 0.332766, -4.65487] # 560nm - [-1.42683, -0.337601, -4.86844] # 565nm - [-1.43173, -0.778855, -5.07046] # 570nm - [-1.36765, -1.02146, -5.26186] # 575nm - [-1.30832, -1.26981, -5.44343] # 580nm - [-1.26721, -1.61328, -5.61593] # 585nm - [-1.22004, -1.9684, -5.78002] # 590nm - [-1.17193, -2.31052, -5.93629] # 595nm - [-1.12473, -2.63614, -6.08529] # 600nm - [-1.04998, -2.94516, -6.22752] # 605nm - [-0.955515, -3.2383, -6.36342] # 610nm - [-0.868674, -3.51652, -6.49342] # 615nm - [-0.764992, -3.7808, -6.61789] # 620nm - [-0.66812, -4.03209, -6.73717] # 625nm - [-0.595562, -4.27128, -6.85158] # 630nm - [-0.543238, -4.4992, -6.96142] # 635nm - [-0.526621, -4.7166, -7.06695] # 640nm - [-0.530418, -4.92418, -7.16842] # 645nm - [-0.53142, -5.1226, -7.26606] # 650nm - [-0.519382, -5.31242, -7.36008] # 655nm - [-0.478404, -5.49421, -7.45069] # 660nm - [-0.387383, -5.66844, -7.53806] # 665nm - [-0.294389, -5.83559, -7.62236] # 670nm - [-0.20055, -5.99607, -7.70376] # 675nm - [-0.103498, -6.15027, -7.78239] # 680nm - [-0.0222901, -6.29856, -7.85841] # 685nm - [0.036552, -6.44126, -7.93193] # 690nm - [0.060505, -6.57868, -8.00309] # 695nm - [0.0200521, -6.71112, -8.07198] # 700nm - [-0.0618252, -6.83883, -8.13872] # 705nm - [-0.215323, -6.96207, -8.20341] # 710nm - [-0.392494, -7.08107, -8.26613] # 715nm - [-0.634766, -7.19604, -8.32699] # 720nm - [-0.877188, -7.30717, -8.38605] # 725nm - [-1.1222, -7.41467, -8.4434] # 730nm - [-1.38657, -7.51871, -8.49912] # 735nm - [-1.59179, -7.61944, -8.55326] # 740nm - [-1.81961, -7.71703, -8.6059] # 745nm - [-2.03683, -7.81162, -8.6571] # 750nm - [-2.24418, -7.90335, -8.70692] # 755nm - [-2.44231, -7.99234, -8.7554] # 760nm - [-2.63182, -8.07871, -8.80261] # 765nm - [-2.81328, -8.16258, -8.8486] # 770nm - [-2.98717, -8.24406, -8.8934] # 775nm - [-3.15396, -8.32324, -8.93707] # 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 - [0.144583, 0.0251653, 0.198762] # 405nm - [0.13671, 0.0314799, 0.279887] # 410nm - [0.126147, 0.0389548, 0.399482] # 415nm - [0.113315, 0.0453935, 0.535603] # 420nm - [0.0994917, 0.0496761, 0.677787] # 425nm - [0.0852144, 0.0524425, 0.820874] # 430nm - [0.0712834, 0.0556754, 0.970362] # 435nm - [0.0596401, 0.0566263, 1.10075] # 440nm - [0.0488145, 0.0581939, 1.19681] # 445nm - [0.0400674, 0.0605132, 1.26101] # 450nm - [0.0339374, 0.063684, 1.30526] # 455nm - [0.0298314, 0.0684748, 1.33359] # 460nm - [0.0267112, 0.0795611, 1.34608] # 465nm - [0.025897, 0.0958768, 1.34292] # 470nm - [0.025897, 0.118472, 1.32187] # 475nm - [0.0260927, 0.148883, 1.28024] # 480nm - [0.0286824, 0.187635, 1.21936] # 485nm - [0.0311562, 0.236223, 1.13007] # 490nm - [0.0345409, 0.293503, 1.03281] # 495nm - [0.0384375, 0.363378, 0.924122] # 500nm - [0.0426246, 0.437562, 0.805748] # 505nm - [0.0468128, 0.535869, 0.686469] # 510nm - [0.0522794, 0.640446, 0.575002] # 515nm - [0.0591399, 0.760729, 0.465855] # 520nm - [0.0674406, 0.888181, 0.373382] # 525nm - [0.07745, 1.0092, 0.301046] # 530nm - [0.0876645, 1.12091, 0.238184] # 535nm - [0.0996512, 1.223, 0.185213] # 540nm - [0.115092, 1.30189, 0.146488] # 545nm - [0.136422, 1.35924, 0.115821] # 550nm - [0.163258, 1.40101, 0.0948479] # 555nm - [0.196993, 1.42819, 0.0789583] # 560nm - [0.23794, 1.44896, 0.0661698] # 565nm - [0.28593, 1.44832, 0.0562737] # 570nm - [0.342744, 1.41109, 0.0479726] # 575nm - [0.402425, 1.33741, 0.0408292] # 580nm - [0.472741, 1.22837, 0.0343521] # 585nm - [0.552442, 1.09191, 0.0286832] # 590nm - [0.641241, 0.938795, 0.0238764] # 595nm - [0.737258, 0.771346, 0.0209185] # 600nm - [0.837286, 0.616408, 0.0190197] # 605nm - [0.932932, 0.478453, 0.0167839] # 610nm - [1.01935, 0.364008, 0.0145804] # 615nm - [1.09684, 0.278635, 0.0134009] # 620nm - [1.14401, 0.208867, 0.0119829] # 625nm - [1.1665, 0.153305, 0.0118257] # 630nm - [1.15972, 0.110575, 0.0118257] # 635nm - [1.12473, 0.0792864, 0.0118083] # 640nm - [1.05196, 0.0571323, 0.0102355] # 645nm - [0.96729, 0.0427742, 0.0112711] # 650nm - [0.867834, 0.0341904, 0.0118137] # 655nm - [0.764329, 0.0303325, 0.0109476] # 660nm - [0.671972, 0.0287907, 0.0101807] # 665nm - [0.586891, 0.0259307, 0.00907445] # 670nm - [0.511052, 0.0249481, 0.00853568] # 675nm - [0.452152, 0.0217468, 0.00853568] # 680nm - [0.395204, 0.0216135, 0.00853568] # 685nm - [0.347933, 0.0193705, 0.00854558] # 690nm - [0.309716, 0.0180474, 0.00911023] # 695nm - [0, 0.0166359, 0] # 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: [0.165693, 0.165695, 0.1657, 0.16571, 0.165732, 0.165774, 0.16585, 0.165981, 0.166193, 0.166522, 0.167003, 0.167675, 0.168569, 0.169709, 0.1711, 0.172737, 0.174595, 0.176644, 0.178845, 0.181159, 0.183549, 0.185982, 0.188431, 0.190866, 0.193259, 0.195578, 0.197787, 0.199848, 0.201724, 0.203383, 0.204804, 0.205979, 0.206916, 0.207635, 0.208169, 0.208553, 0.208825, 0.209016, 0.209154, 0.209258, 0.209341, 0.20941, 0.209472, 0.209526, 0.209575, 0.209617, 0.209652, 0.209682, 0.209704, 0.209722, 0.209734, 0.209742, 0.209748, 0.209751, 0.209753, 0.209754, 0.209755, 0.209755, 0.209755, 0.209755, 0.209755, 0.209755, 0.209755, 0.209755, 0.209755, 0.209755, 0.209755, 0.209755, 0.209755, 0.209755, 0.209755, 0.209755, 0.209755, 0.209755, 0.209755, 0.209755, 0.209755, 0.209755, 0.209755, 0.209755, 0.209755] # The characteristic curves: density against log10 exposure, sampled # uniformly over [-3, 4]. log_exposure_min: -3 log_exposure_max: 4 density_curves: - [-0.00082207, -0.000759, -0.0008278] - [-0.00070251, -0.00062912, -0.00074299] - [-0.00050646, -0.00040514, -0.00059421] - [-0.00029511, -0.00017275, -0.00040366] - [-0.00012342, -3.0001e-05, -0.00017405] - [-5.7059e-06, -1.2752e-05, 8.2719e-05] - [9.1999e-05, -4.9052e-05, 0.00030861] - [0.00021437, -1.6729e-05, 0.00041835] - [0.00036418, 0.00013394, 0.00037072] - [0.00048967, 0.00032145, 0.00021435] - [0.00052986, 0.00040883, 4.9948e-05] - [0.00046977, 0.00033406, -5.334e-05] - [0.00032883, 0.00014019, -7.5506e-05] - [0.00015441, -6.5392e-05, -3.2627e-05] - [-2.3977e-06, -0.00018152, 4.8881e-05] - [-0.00010783, -0.00016977, 0.00014965] - [-0.00014853, -6.1819e-05, 0.00025336] - [-0.00012144, 7.64e-05, 0.00033274] - [-2.6361e-05, 0.00018818, 0.00034796] - [0.00012767, 0.00024556, 0.00026816] - [0.00030747, 0.0002411, 0.00010248] - [0.00045058, 0.00017383, -8.7828e-05] - [0.00048483, 5.0378e-05, -0.00021447] - [0.00036793, -9.9915e-05, -0.0002141] - [0.00012262, -0.0002189, -9.1985e-05] - [-0.00016103, -0.00024231, 7.6502e-05] - [-0.00036566, -0.00014402, 0.00019237] - [-0.00040922, 3.2181e-05, 0.0001975] - [-0.00029184, 0.00018698, 0.0001122] - [-9.5598e-05, 0.00022709, 1.8958e-05] - [6.4346e-05, 0.0001342, 3.3838e-06] - [0.00010726, -1.2319e-05, 9.4186e-05] - [3.073e-05, -8.4127e-05, 0.00024356] - [-9.5183e-05, 4.1968e-06, 0.00035985] - [-0.00017677, 0.00022486, 0.00036739] - [-0.00015513, 0.00044301, 0.00025196] - [-3.7734e-05, 0.00050104, 6.3882e-05] - [0.00011276, 0.00032562, -0.00011721] - [0.00021999, -1.709e-05, -0.00022712] - [0.00023667, -0.00035734, -0.00024212] - [0.00016448, -0.00052466, -0.00017543] - [4.5715e-05, -0.00044842, -5.8608e-05] - [-6.1191e-05, -0.00019151, 7.2192e-05] - [-0.00010547, 9.8353e-05, 0.00017789] - [-5.8446e-05, 0.00027947, 0.00021564] - [7.9802e-05, 0.00028745, 0.00014983] - [0.0002772, 0.00014807, -2.3921e-05] - [0.00047128, -6.0773e-05, -0.00025896] - [0.00058293, -0.00025979, -0.00046471] - [0.00054165, -0.00039131, -0.00055092] - [0.0003253, -0.00044029, -0.00049915] - [7.3861e-06, -0.00040823, -0.00034298] - [-0.00025809, -0.00027808, -0.00010896] - [-0.00033976, -5.7391e-05, 0.00016363] - [-0.00023734, 0.00015807, 0.00037558] - [-7.8859e-05, 0.00020209, 0.00040885] - [-4.5497e-06, -3.5081e-05, 0.00024981] - [-5.8464e-05, -0.00047552, 4.6651e-05] - [-0.00019127, -0.00086449, -1.5414e-06] - [-0.00034349, -0.00095881, 0.00015439] - [-0.00044273, -0.00067553, 0.00038448] - [-0.00042628, -0.00013671, 0.00050554] - [-0.00026693, 0.00040757, 0.0004141] - [6.5229e-06, 0.00073863, 0.00014702] - [0.00030197, 0.00079767, -0.00016494] - [0.00048647, 0.00069339, -0.00040068] - [0.00044429, 0.00058924, -0.00052151] - [0.00014855, 0.00056223, -0.00056116] - [-0.0002985, 0.00054597, -0.00055665] - [-0.0006959, 0.0004029, -0.00049317] - [-0.00084395, 6.597e-05, -0.00031877] - [-0.00066126, -0.00036903, -1.7453e-05] - [-0.00024365, -0.00068315, 0.00032868] - [0.00018223, -0.00068446, 0.00055507] - [0.00039022, -0.00035574, 0.00051221] - [0.00029028, 0.00011793, 0.00017774] - [-2.036e-05, 0.00046947, -0.00030453] - [-0.00032515, 0.00053138, -0.00069614] - [-0.00042917, 0.00034211, -0.00080171] - [-0.00027674, 9.7491e-05, -0.00057884] - [3.2479e-05, -1.269e-05, -0.0001477] - [0.00033356, 4.6974e-05, 0.00029775] - [0.00052154, 0.00014183, 0.00060656] - [0.00061927, 9.6347e-05, 0.00073473] - [0.00074257, -0.00013589, 0.00072613] - [0.00099754, -0.00039995, 0.00064772] - [0.0013949, -0.0004278, 0.0005456] - [0.0018538, -1.5805e-05, 0.0004626] - [0.0023261, 0.00080159, 0.00046498] - [0.002901, 0.0017557, 0.00064884] - [0.003828, 0.002562, 0.001149] - [0.0054442, 0.0031722, 0.0021354] - [0.0080607, 0.0038677, 0.0037649] - [0.011888, 0.0051366, 0.006105] - [0.017045, 0.007437, 0.0091156] - [0.023635, 0.011013, 0.012762] - [0.031843, 0.015887, 0.01722] - [0.042004, 0.021999, 0.022952] - [0.054589, 0.029402, 0.030573] - [0.070089, 0.038403, 0.040702] - [0.088888, 0.049531, 0.053855] - [0.11124, 0.063339, 0.070457] - [0.13739, 0.080188, 0.090956] - [0.16773, 0.10018, 0.11592] - [0.20293, 0.12329, 0.14604] - [0.24375, 0.14965, 0.18194] - [0.29076, 0.17971, 0.22402] - [0.34403, 0.21413, 0.2724] - [0.40314, 0.25349, 0.32711] - [0.46741, 0.29794, 0.38842] - [0.5364, 0.34721, 0.45696] - [0.6102, 0.40077, 0.53348] - [0.68937, 0.45812, 0.6183] - [0.7744, 0.51886, 0.71088] - [0.86526, 0.58257, 0.8098] - [0.96123, 0.64881, 0.91304] - [1.0611, 0.71702, 1.0185] - [1.1632, 0.78625, 1.1246] - [1.2655, 0.85508, 1.2307] - [1.3662, 0.92221, 1.3365] - [1.4643, 0.98724, 1.4402] - [1.5593, 1.0505, 1.5391] - [1.6504, 1.1116, 1.6304] - [1.7362, 1.169, 1.7127] - [1.8154, 1.2208, 1.7857] - [1.887, 1.2661, 1.8499] - [1.9514, 1.3049, 1.9058] - [2.0094, 1.3387, 1.9533] - [2.0619, 1.3688, 1.9925] - [2.1095, 1.3958, 2.0238] - [2.1522, 1.4196, 2.0484] - [2.1896, 1.4398, 2.0678] - [2.2219, 1.4561, 2.0831] - [2.2496, 1.4691, 2.0954] - [2.2734, 1.4794, 2.1049] - [2.2938, 1.488, 2.1121] - [2.3113, 1.4953, 2.1173] - [2.3262, 1.5015, 2.121] - [2.3385, 1.5064, 2.1239] - [2.3486, 1.5103, 2.1263] - [2.3568, 1.5131, 2.1284] - [2.3634, 1.515, 2.1298] - [2.3687, 1.5162, 2.1305] - [2.3731, 1.517, 2.1304] - [2.3767, 1.5176, 2.1299] - [2.3793, 1.5179, 2.1294] - [2.3813, 1.5181, 2.1293] - [2.3827, 1.5182, 2.1296] - [2.3837, 1.5183, 2.1302] - [2.3846, 1.5185, 2.1306] - [2.3854, 1.5188, 2.1308] - [2.3859, 1.519, 2.1307] - [2.3863, 1.5191, 2.1306] - [2.3864, 1.5192, 2.1305] - [2.3866, 1.5192, 2.1305] - [2.3867, 1.5192, 2.1306] - [2.3867, 1.5193, 2.1305] - [2.3866, 1.5193, 2.1303] - [2.3864, 1.5193, 2.1299] - [2.3862, 1.5193, 2.1296] - [2.3862, 1.5192, 2.1295] - [2.3865, 1.5191, 2.1296] - [2.387, 1.5192, 2.13] - [2.3875, 1.5196, 2.1304] - [2.3877, 1.52, 2.1307] - [2.3874, 1.5203, 2.1308] - [2.3868, 1.5203, 2.1308] - [2.3865, 1.5201, 2.1309] - [2.3866, 1.5197, 2.131] - [2.387, 1.5193, 2.1311] - [2.3874, 1.5191, 2.131] - [2.3874, 1.5191, 2.1308] - [2.3871, 1.5192, 2.1304] - [2.3867, 1.5194, 2.1301] - [2.3866, 1.5196, 2.1299] - [2.3869, 1.5196, 2.1299] - [2.3874, 1.5196, 2.1301] - 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