# 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_endura_premier name: 'Kodak Professional Endura Premier' 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: - [-2.63868, -1.37985, 0.110874] # 380nm - [-2.61735, -1.31531, 0.232828] # 385nm - [-2.5954, -1.24747, 0.348341] # 390nm - [-2.5728, -1.17611, 0.47205] # 395nm - [-2.54953, -1.10101, 0.599642] # 400nm - [-2.52556, -1.02198, 0.640836] # 405nm - [-2.50086, -0.938966, 0.618474] # 410nm - [-2.47539, -0.852284, 0.591411] # 415nm - [-2.44911, -0.763702, 0.615549] # 420nm - [-2.42199, -0.683923, 0.716739] # 425nm - [-2.39399, -0.639279, 0.803267] # 430nm - [-2.36506, -0.593776, 0.885283] # 435nm - [-2.33515, -0.508397, 0.969848] # 440nm - [-2.30423, -0.419735, 1.01077] # 445nm - [-2.27223, -0.357491, 1.0717] # 450nm - [-2.2391, -0.271411, 1.20974] # 455nm - [-2.20479, -0.188623, 1.34541] # 460nm - [-2.16922, -0.126367, 1.4816] # 465nm - [-2.13233, -0.0684845, 1.6252] # 470nm - [-2.09406, 0.000862686, 1.63043] # 475nm - [-2.05432, 0.115418, 1.36485] # 480nm - [-2.01304, 0.257323, 0.86527] # 485nm - [-1.97015, 0.384379, 0.337575] # 490nm - [-1.92555, 0.482747, -0.195799] # 495nm - [-1.87919, 0.590516, -0.666769] # 500nm - [-1.83099, 0.623752, -1.14759] # 505nm - [-1.78094, 0.623759, -1.60873] # 510nm - [-1.72907, 0.612456, -2.03439] # 515nm - [-1.67562, 0.599096, -2.42853] # 520nm - [-1.62131, 0.630531, -2.79451] # 525nm - [-1.56871, 0.731002, -3.13525] # 530nm - [-1.53128, 0.836497, -3.45327] # 535nm - [-1.52013, 0.985449, -3.75078] # 540nm - [-1.50842, 1.18165, -4.02969] # 545nm - [-1.49801, 1.31791, -4.2917] # 550nm - [-1.47272, 1.0794, -4.5383] # 555nm - [-1.44182, 0.330246, -4.77081] # 560nm - [-1.42739, -0.345002, -4.99039] # 565nm - [-1.4198, -0.781535, -5.19811] # 570nm - [-1.36613, -1.02147, -5.3949] # 575nm - [-1.31024, -1.28129, -5.5816] # 580nm - [-1.26668, -1.62709, -5.75896] # 585nm - [-1.21996, -1.98507, -5.92766] # 590nm - [-1.17177, -2.33003, -6.08834] # 595nm - [-1.12448, -2.65841, -6.24154] # 600nm - [-1.05295, -2.97007, -6.38778] # 605nm - [-0.959474, -3.26572, -6.52752] # 610nm - [-0.868649, -3.54633, -6.66118] # 615nm - [-0.766378, -3.81288, -6.78915] # 620nm - [-0.669189, -4.06633, -6.9118] # 625nm - [-0.591554, -4.30758, -7.02943] # 630nm - [-0.542733, -4.53746, -7.14237] # 635nm - [-0.527092, -4.75673, -7.25087] # 640nm - [-0.529982, -4.96611, -7.3552] # 645nm - [-0.530767, -5.16623, -7.45559] # 650nm - [-0.520038, -5.3577, -7.55226] # 655nm - [-0.479479, -5.54105, -7.64542] # 660nm - [-0.387693, -5.71679, -7.73526] # 665nm - [-0.297745, -5.88539, -7.82193] # 670nm - [-0.205116, -6.04725, -7.90563] # 675nm - [-0.101082, -6.20279, -7.98648] # 680nm - [-0.0254329, -6.35235, -8.06464] # 685nm - [0.038143, -6.49629, -8.14023] # 690nm - [0.0595904, -6.6349, -8.21339] # 695nm - [0.0266924, -6.76848, -8.28423] # 700nm - [-0.0693984, -6.8973, -8.35285] # 705nm - [-0.205072, -7.02161, -8.41936] # 710nm - [-0.404316, -7.14163, -8.48385] # 715nm - [-0.624843, -7.25759, -8.54642] # 720nm - [-0.897895, -7.36969, -8.60715] # 725nm - [-1.12055, -7.47812, -8.66612] # 730nm - [-1.39489, -7.58305, -8.7234] # 735nm - [-1.66071, -7.68466, -8.77908] # 740nm - [-1.91388, -7.78309, -8.8332] # 745nm - [-2.15527, -7.8785, -8.88584] # 750nm - [-2.38568, -7.97102, -8.93706] # 755nm - [-2.60586, -8.06078, -8.98691] # 760nm - [-2.81647, -8.1479, -9.03545] # 765nm - [-3.01811, -8.2325, -9.08273] # 770nm - [-3.21135, -8.31468, -9.1288] # 775nm - [-3.3967, -8.39455, -9.1737] # 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 - [0.123393, 0.0847439, 0.74298] # 405nm - [0.107268, 0.0775247, 0.817391] # 410nm - [0.0908924, 0.070608, 0.882359] # 415nm - [0.0779711, 0.0649151, 0.942918] # 420nm - [0.0673342, 0.0629817, 1.00544] # 425nm - [0.0515113, 0.0646552, 1.061] # 430nm - [0.0479961, 0.0678342, 1.10409] # 435nm - [0.043092, 0.0743134, 1.13072] # 440nm - [0.0381652, 0.0845563, 1.13292] # 445nm - [0.0345815, 0.0990061, 1.11823] # 450nm - [0.033044, 0.11867, 1.09262] # 455nm - [0.0329446, 0.144088, 1.05324] # 460nm - [0.0340029, 0.175854, 0.999759] # 465nm - [0.0341975, 0.213168, 0.932601] # 470nm - [0.0357063, 0.256667, 0.846987] # 475nm - [0.0370856, 0.30667, 0.75548] # 480nm - [0.0388502, 0.364579, 0.66349] # 485nm - [0.0409325, 0.429684, 0.572736] # 490nm - [0.0435465, 0.502057, 0.489021] # 495nm - [0.0473367, 0.583928, 0.410489] # 500nm - [0.0512149, 0.664637, 0.339324] # 505nm - [0.0557386, 0.754501, 0.27618] # 510nm - [0.0614798, 0.834617, 0.223625] # 515nm - [0.0686427, 0.907544, 0.179997] # 520nm - [0.0776523, 0.968302, 0.144139] # 525nm - [0.0894113, 1.02156, 0.114891] # 530nm - [0.104799, 1.07022, 0.0915683] # 535nm - [0.123288, 1.11033, 0.0734652] # 540nm - [0.147451, 1.14238, 0.0597681] # 545nm - [0.176823, 1.1557, 0.0486718] # 550nm - [0.212411, 1.13793, 0.0393324] # 555nm - [0.252668, 1.09097, 0.031675] # 560nm - [0.294786, 1.00107, 0.0249903] # 565nm - [0.342631, 0.894365, 0.0194469] # 570nm - [0.39789, 0.771287, 0.0156225] # 575nm - [0.455579, 0.641369, 0.0130313] # 580nm - [0.531231, 0.518473, 0.0109145] # 585nm - [0.609476, 0.409445, 0.00943839] # 590nm - [0.698563, 0.323523, 0.00943839] # 595nm - [0.785713, 0.251761, 0.00943839] # 600nm - [0.864675, 0.193254, 0.010942] # 605nm - [0.940447, 0.148386, 0.0122076] # 610nm - [0.988485, 0.114455, 0.0122076] # 615nm - [1.02354, 0.0899714, 0.0122076] # 620nm - [1.0495, 0.071143, 0.0122076] # 625nm - [1.07035, 0.0571776, 0.0122076] # 630nm - [1.09317, 0.046243, 0.0122076] # 635nm - [1.11344, 0.0376259, 0.0122076] # 640nm - [1.12905, 0.0317266, 0.0122076] # 645nm - [1.13376, 0.0265433, 0.0122076] # 650nm - [1.1172, 0.0231061, 0.0122076] # 655nm - [1.08397, 0.01964, 0.012102] # 660nm - [1.03337, 0.0186157, 0.0110582] # 665nm - [0.961084, 0.0164961, 0.00953512] # 670nm - [0.880806, 0.0163593, 0.00939516] # 675nm - [0.791675, 0.0145066, 0.00840693] # 680nm - [0.702823, 0.0123672, 0.00728388] # 685nm - [0.616014, 0.0123651, 0.00666916] # 690nm - [0.541657, 0.0105912, 0.00666916] # 695nm - [0, 0, 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: [0.0788586, 0.0788598, 0.0788629, 0.0788699, 0.0788841, 0.0789113, 0.0789607, 0.0790456, 0.0791838, 0.0793971, 0.07971, 0.0801467, 0.0807282, 0.0814687, 0.0823733, 0.0834369, 0.0846452, 0.085977, 0.0874074, 0.088911, 0.090464, 0.0920449, 0.0936344, 0.0952137, 0.0967631, 0.0982605, 0.0996811, 0.100999, 0.102187, 0.103224, 0.104094, 0.104793, 0.105326, 0.105707, 0.105959, 0.106107, 0.106176, 0.10619, 0.106167, 0.106122, 0.106065, 0.106003, 0.105941, 0.105881, 0.105826, 0.105778, 0.105736, 0.105702, 0.105676, 0.105655, 0.105641, 0.105631, 0.105625, 0.105621, 0.105619, 0.105618, 0.105617, 0.105617, 0.105616, 0.105616, 0.105616, 0.105616, 0.105616, 0.105616, 0.105616, 0.105616, 0.105616, 0.105616, 0.105616, 0.105616, 0.105616, 0.105616, 0.105616, 0.105616, 0.105616, 0.105616, 0.105616, 0.105616, 0.105616, 0.105616, 0.105616] # 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] - [-4.5497e-06, -3.7942e-05, 0.00024981] - [-5.8464e-05, -0.00051429, 4.6651e-05] - [-0.00019127, -0.00093498, -1.5414e-06] - [-0.00034349, -0.001037, 0.00015439] - [-0.00044273, -0.00073061, 0.00038448] - [-0.00042628, -0.00014786, 0.00050554] - [-0.00026693, 0.0004408, 0.0004141] - [6.5227e-06, 0.00079886, 0.00014702] - [0.00030197, 0.00086271, -0.00016494] - [0.00048647, 0.00074993, -0.00040068] - [0.00044429, 0.00063729, -0.00052151] - [0.00014855, 0.00060808, -0.00056116] - [-0.00029851, 0.00059049, -0.00055665] - [-0.00069592, 0.00043576, -0.00049317] - [-0.00084397, 7.1351e-05, -0.00031877] - [-0.00066132, -0.00039912, -1.7445e-05] - [-0.0002438, -0.00073885, 0.00032871] - [0.00018193, -0.00074026, 0.00055515] - [0.00038965, -0.00038467, 0.00051237] - [0.00028925, 0.00012779, 0.00017801] - [-2.2134e-05, 0.00050836, -0.00030407] - [-0.00032818, 0.00057599, -0.00069529] - [-0.00043432, 0.00037245, -0.00079996] - [-0.00028547, 0.00011003, -0.00057501] - [1.8012e-05, -4.9783e-06, -0.00013953] - [0.00031029, 6.749e-05, 0.00031411] - [0.00048531, 0.00018443, 0.00063729] - [0.00056457, 0.00015961, 0.00078959] - [0.00066228, -5.1613e-05, 0.00082063] - [0.00088293, -0.0002718, 0.00080638] - [0.0012365, -0.00019351, 0.00080628] - [0.0016426, 0.00043142, 0.0008826] - [0.0020564, 0.0016029, 0.0011296] - [0.0025735, 0.0030724, 0.0016833] - [0.0034542, 0.0045779, 0.0027343] - [0.0050534, 0.0061258, 0.0045286] - [0.0077102, 0.0081086, 0.0073193] - [0.011675, 0.011186, 0.011282] - [0.017116, 0.016022, 0.016478] - [0.024201, 0.023062, 0.022966] - [0.033187, 0.032494, 0.031023] - [0.044489, 0.044398, 0.041245] - [0.058664, 0.058968, 0.054406] - [0.076288, 0.076699, 0.071277] - [0.097824, 0.098354, 0.092474] - [0.12359, 0.12471, 0.11845] - [0.15387, 0.15627, 0.14961] - [0.18911, 0.19313, 0.18647] - [0.22995, 0.23519, 0.22958] - [0.27718, 0.28248, 0.27936] - [0.3313, 0.33534, 0.33585] - [0.39236, 0.39435, 0.39868] - [0.45982, 0.45983, 0.46735] - [0.53292, 0.53149, 0.54158] - [0.61115, 0.60842, 0.62148] - [0.69453, 0.68939, 0.70722] - [0.78359, 0.77323, 0.79846] - [0.87879, 0.85893, 0.89394] - [0.98001, 0.94552, 0.99159] - [1.0865, 1.0321, 1.0889] - [1.1968, 1.1177, 1.1838] - [1.3093, 1.2013, 1.2748] - [1.4217, 1.2812, 1.3616] - [1.532, 1.3563, 1.4442] - [1.6389, 1.4264, 1.5217] - [1.7415, 1.4921, 1.5922] - [1.8389, 1.5534, 1.6542] - [1.9292, 1.6091, 1.7071] - [2.0108, 1.6579, 1.7518] - [2.0828, 1.6992, 1.7892] - [2.1453, 1.7336, 1.8203] - [2.1992, 1.7626, 1.8455] - [2.2455, 1.7875, 1.8651] - [2.2849, 1.8093, 1.8798] - [2.3176, 1.8279, 1.8905] - [2.344, 1.8431, 1.8982] - [2.3646, 1.8548, 1.9041] - [2.3804, 1.8635, 1.9087] - [2.3924, 1.8701, 1.9121] - [2.4015, 1.8752, 1.9145] - [2.4083, 1.8794, 1.916] - [2.4133, 1.8828, 1.917] - [2.4169, 1.8855, 1.9178] - [2.4193, 1.8874, 1.9186] - [2.4209, 1.8886, 1.9195] - [2.422, 1.8892, 1.9202] - [2.4227, 1.8895, 1.9203] - [2.4234, 1.8895, 1.9198] - [2.4239, 1.8894, 1.9191] - [2.4242, 1.8893, 1.9184] - [2.4243, 1.8892, 1.9182] - [2.4244, 1.889, 1.9184] - [2.4244, 1.8889, 1.9189] - [2.4245, 1.889, 1.9193] - [2.4247, 1.8892, 1.9194] - [2.4249, 1.8893, 1.9193] - [2.4249, 1.8895, 1.9192] - [2.425, 1.8895, 1.9191] - [2.425, 1.8895, 1.9191] - [2.425, 1.8895, 1.9192] - [2.425, 1.8895, 1.9191] - [2.4248, 1.8896, 1.9189] - [2.4246, 1.8896, 1.9185] - [2.4243, 1.8895, 1.9182] - [2.4243, 1.8894, 1.9181] - [2.4246, 1.8894, 1.9182] - [2.4252, 1.8895, 1.9186] - [2.4257, 1.8898, 1.919] - [2.4258, 1.8903, 1.9193] - [2.4255, 1.8906, 1.9194] - [2.425, 1.8907, 1.9194] - [2.4246, 1.8904, 1.9195] - [2.4247, 1.89, 1.9196] - [2.4252, 1.8896, 1.9197] - [2.4255, 1.8894, 1.9196] - [2.4255, 1.8894, 1.9194] - [2.4252, 1.8895, 1.919] - [2.4248, 1.8897, 1.9187] - [2.4248, 1.8898, 1.9185] - [2.4251, 1.8899, 1.9185] - [2.4255, 1.8898, 1.9187] - [2.4256, 1.8896, 1.919] - [2.4253, 1.8893, 1.9191] - [2.4246, 1.8891, 1.9191] - [2.4241, 1.889, 1.9189] - [2.4241, 1.8892, 1.9187] - [2.4247, 1.8895, 1.9187] - [2.4253, 1.8898, 1.9189] - [2.4255, 1.89, 1.9191] - [2.425, 1.8898, 1.9193] - [2.424, 1.8895, 1.9193] - [2.4233, 1.8894, 1.9191] - [2.4233, 1.8895, 1.9188] - [2.4241, 1.8897, 1.9186] - [2.4252, 1.89, 1.9186] - [2.4258, 1.89, 1.9189] - [2.4257, 1.8898, 1.9191] - [2.4251, 1.8894, 1.9193] - [2.4244, 1.8893, 1.9193] - [2.4243, 1.8895, 1.919] - [2.4247, 1.89, 1.9188] - [2.4254, 1.8905, 1.9187] - [2.4258, 1.8906, 1.9187] - [2.4257, 1.8902, 1.919] - [2.4252, 1.8894, 1.9192] - [2.4247, 1.8886, 1.9194] - [2.4242, 1.8883, 1.9195] - [2.424, 1.8884, 1.9196] - [2.4241, 1.8889, 1.9196] - [2.4243, 1.8894, 1.9195] - [2.4247, 1.8898, 1.9193] - [2.4251, 1.89, 1.9191] - [2.4253, 1.8901, 1.919] - [2.4253, 1.8901, 1.919] - [2.4253, 1.8902, 1.9192] - [2.4253, 1.8903, 1.9193] - [2.4252, 1.8904, 1.9191] - [2.4251, 1.8905, 1.9188] - [2.4249, 1.8903, 1.9184] - [2.4248, 1.89, 1.9182] - [2.4248, 1.8896, 1.9182] - [2.4249, 1.8892, 1.9184] - [2.425, 1.8891, 1.9187] - [2.4252, 1.8891, 1.919] - [2.4253, 1.8893, 1.9192] - [2.4252, 1.8894, 1.9193] - [2.425, 1.8895, 1.9193] - [2.4248, 1.8894, 1.9194] - [2.4246, 1.8894, 1.9193] - [2.4246, 1.8894, 1.9192] - [2.4247, 1.8895, 1.919] - [2.4248, 1.8897, 1.9189] - [2.425, 1.8899, 1.9189] - [2.4251, 1.89, 1.919] - [2.4251, 1.89, 1.9192] - [2.425, 1.8899, 1.9193] - [2.4248, 1.8898, 1.9192] - [2.4247, 1.8898, 1.9189] - [2.4247, 1.8898, 1.9187] - [2.4248, 1.8897, 1.9186] - [2.425, 1.8896, 1.9187] - [2.4252, 1.8894, 1.919] - [2.4254, 1.8892, 1.9192] - [2.4254, 1.8892, 1.9192] - [2.4252, 1.8893, 1.9189] - [2.4249, 1.8895, 1.9187] - [2.4245, 1.8898, 1.9187] - [2.4243, 1.89, 1.919] - [2.4244, 1.8899, 1.9195] - [2.4246, 1.8897, 1.9199] - [2.4249, 1.8894, 1.92] - [2.4252, 1.8892, 1.9197] - [2.4252, 1.8891, 1.9194] - [2.4251, 1.8892, 1.9192] - [2.4249, 1.8895, 1.9191] - [2.4247, 1.8897, 1.9191] - [2.4246, 1.8899, 1.919] - [2.4246, 1.89, 1.9188] - [2.4245, 1.89, 1.9187] - [2.4245, 1.8901, 1.9186]