# 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_ektachrome_100 name: 'Kodak Ektachrome 100' kind: positive # negative | positive support: film # film | paper stage: filming # filming | printing monochrome: false reference_illuminant: D55 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: - [-4.85665, -4.94942, -1.84408] # 380nm - [-4.82936, -4.86387, -1.63395] # 385nm - [-4.80114, -4.77435, -1.40702] # 390nm - [-4.77195, -4.68057, -1.16117] # 395nm - [-4.74173, -4.58221, -0.893944] # 400nm - [-4.71044, -4.47893, -0.618543] # 405nm - [-4.67801, -4.37036, -0.475547] # 410nm - [-4.64438, -4.25607, -0.39012] # 415nm - [-4.60948, -4.1356, -0.321792] # 420nm - [-4.57324, -4.00845, -0.242086] # 425nm - [-4.53558, -3.87402, -0.250121] # 430nm - [-4.49641, -3.73169, -0.389513] # 435nm - [-4.45565, -3.58073, -0.430417] # 440nm - [-4.4132, -3.42034, -0.43559] # 445nm - [-4.36893, -3.2496, -0.410233] # 450nm - [-4.32275, -3.06747, -0.372955] # 455nm - [-4.27452, -2.87279, -0.369571] # 460nm - [-4.2241, -2.6642, -0.419118] # 465nm - [-4.17133, -2.44016, -0.614775] # 470nm - [-4.11606, -2.19889, -0.957109] # 475nm - [-4.05811, -1.93831, -1.27902] # 480nm - [-3.99726, -1.6701, -1.5094] # 485nm - [-3.9333, -1.43558, -1.64762] # 490nm - [-3.86599, -1.24404, -1.74093] # 495nm - [-3.79505, -1.08588, -1.85634] # 500nm - [-3.72019, -0.975744, -2.01368] # 505nm - [-3.64108, -0.90134, -2.18427] # 510nm - [-3.55736, -0.834369, -2.33568] # 515nm - [-3.4686, -0.767927, -2.48697] # 520nm - [-3.37437, -0.683837, -2.62617] # 525nm - [-3.27416, -0.602357, -2.75465] # 530nm - [-3.16742, -0.529644, -2.87362] # 535nm - [-3.05358, -0.459416, -2.98409] # 540nm - [-2.93208, -0.35565, -3.08694] # 545nm - [-2.80254, -0.360654, -3.18294] # 550nm - [-2.66555, -0.392191, -3.27274] # 555nm - [-2.52805, -0.380059, -3.35693] # 560nm - [-2.48164, -0.363515, -3.43601] # 565nm - [-2.41276, -0.366189, -3.51045] # 570nm - [-2.15603, -0.348994, -3.58063] # 575nm - [-1.78335, -0.534256, -3.64691] # 580nm - [-1.38521, -0.946225, -3.70961] # 585nm - [-1.1037, -1.48404, -3.76901] # 590nm - [-0.905114, -1.82779, -3.82536] # 595nm - [-0.792225, -2.17353, -3.8789] # 600nm - [-0.714863, -2.57108, -3.92982] # 605nm - [-0.663443, -2.95018, -3.97832] # 610nm - [-0.597104, -3.30119, -4.02457] # 615nm - [-0.512514, -3.62713, -4.06871] # 620nm - [-0.44471, -3.9306, -4.11089] # 625nm - [-0.359616, -4.21383, -4.15123] # 630nm - [-0.274941, -4.47879, -4.18986] # 635nm - [-0.189039, -4.72719, -4.22688] # 640nm - [-0.109487, -4.96054, -4.26239] # 645nm - [-0.0716631, -5.18016, -4.29648] # 650nm - [-0.160346, -5.38723, -4.32923] # 655nm - [-0.625234, -5.58279, -4.36072] # 660nm - [-1.17994, -5.76779, -4.39102] # 665nm - [-1.63315, -5.94305, -4.42021] # 670nm - [-1.9721, -6.10932, -4.44832] # 675nm - [-2.25899, -6.26728, -4.47544] # 680nm - [-2.52006, -6.41753, -4.5016] # 685nm - [-2.8185, -6.56062, -4.52687] # 690nm - [-3.10792, -6.69707, -4.55127] # 695nm - [-3.37983, -6.82731, -4.57486] # 700nm - [-3.63421, -6.95176, -4.59768] # 705nm - [-3.87221, -7.0708, -4.61976] # 710nm - [-4.09519, -7.18477, -4.64115] # 715nm - [-4.30443, -7.294, -4.66186] # 720nm - [-4.50111, -7.39876, -4.68193] # 725nm - [-4.68631, -7.49934, -4.7014] # 730nm - [-4.86099, -7.59597, -4.72029] # 735nm - [-5.02601, -7.68889, -4.73862] # 740nm - [-5.18215, -7.7783, -4.75642] # 745nm - [-5.33009, -7.8644, -4.77371] # 750nm - [-5.47046, -7.94737, -4.79051] # 755nm - [-5.60383, -8.02737, -4.80685] # 760nm - [-5.73071, -8.10457, -4.82274] # 765nm - [-5.85156, -8.1791, -4.8382] # 770nm - [-5.96679, -8.25111, -4.85325] # 775nm - [-6.0768, -8.32072, -4.8679] # 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 - [0.180464, 0.104311, 0.693125] # 405nm - [0.161878, 0.115517, 0.775177] # 410nm - [0.143809, 0.125943, 0.856196] # 415nm - [0.126409, 0.139731, 0.93457] # 420nm - [0.111728, 0.154671, 1.00383] # 425nm - [0.102098, 0.17231, 1.05822] # 430nm - [0.0918584, 0.180271, 1.09993] # 435nm - [0.0827838, 0.182519, 1.13151] # 440nm - [0.0795659, 0.170564, 1.14625] # 445nm - [0.0737039, 0.168602, 1.13605] # 450nm - [0.0671759, 0.172841, 1.11897] # 455nm - [0.0616399, 0.186024, 1.08384] # 460nm - [0.0580043, 0.208638, 1.01978] # 465nm - [0.055568, 0.236349, 0.940145] # 470nm - [0.0534651, 0.26922, 0.852417] # 475nm - [0.0533722, 0.309507, 0.765092] # 480nm - [0.0545964, 0.358599, 0.672701] # 485nm - [0.0568066, 0.41531, 0.577864] # 490nm - [0.0609147, 0.478512, 0.48753] # 495nm - [0.0661795, 0.547127, 0.404006] # 500nm - [0.0736616, 0.624611, 0.33134] # 505nm - [0.0830465, 0.710129, 0.266674] # 510nm - [0.0941995, 0.800805, 0.209943] # 515nm - [0.107065, 0.880853, 0.160811] # 520nm - [0.122019, 0.952266, 0.122156] # 525nm - [0.137739, 1.02092, 0.0914488] # 530nm - [0.156631, 1.07901, 0.0675434] # 535nm - [0.178395, 1.12064, 0.0485736] # 540nm - [0.204282, 1.14368, 0.033498] # 545nm - [0.233375, 1.15125, 0.0242128] # 550nm - [0.266096, 1.14318, 0.0183816] # 555nm - [0.302473, 1.11856, 0.0141331] # 560nm - [0.343324, 1.07339, 0.0106754] # 565nm - [0.386862, 1.00944, 0.00869585] # 570nm - [0.434907, 0.93069, 0.0086148] # 575nm - [0.487162, 0.847658, 0.0086148] # 580nm - [0.545756, 0.751218, 0.00822464] # 585nm - [0.610603, 0.646389, 0.0086148] # 590nm - [0.67755, 0.540057, 0.0086148] # 595nm - [0.742669, 0.452851, 0.0086148] # 600nm - [0.806047, 0.378527, 0.0086148] # 605nm - [0.869686, 0.315248, 0.0086148] # 610nm - [0.930828, 0.26122, 0.0086148] # 615nm - [0.986526, 0.214492, 0.0086148] # 620nm - [1.03689, 0.175074, 0.00865665] # 625nm - [1.08361, 0.144079, 0.00958442] # 630nm - [1.12419, 0.119693, 0.0105266] # 635nm - [1.15659, 0.0988434, 0.010703] # 640nm - [1.1809, 0.0806145, 0.0116345] # 645nm - [1.19765, 0.0673346, 0.0122958] # 650nm - [1.20686, 0.0569868, 0.0127171] # 655nm - [1.20802, 0.0479997, 0.013263] # 660nm - [1.20138, 0.0397239, 0.0137542] # 665nm - [1.18659, 0.0332454, 0.0137542] # 670nm - [1.16464, 0.0278887, 0.0137542] # 675nm - [1.13604, 0.0236656, 0.0133222] # 680nm - [1.09955, 0.0199837, 0.0122152] # 685nm - [1.05381, 0.0177226, 0.0118712] # 690nm - [1.00432, 0.0155389, 0.0127002] # 695nm - [0.957476, 0.0137565, 0.013493] # 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: [0.0953401, 0.0953409, 0.0953429, 0.0953474, 0.0953566, 0.0953743, 0.0954063, 0.0954614, 0.095551, 0.0956893, 0.0958921, 0.0961753, 0.0965523, 0.0970325, 0.0976191, 0.0983087, 0.099092, 0.099955, 0.100881, 0.101854, 0.102855, 0.103869, 0.104879, 0.105864, 0.106802, 0.107665, 0.10842, 0.10903, 0.109459, 0.109677, 0.109662, 0.109409, 0.108923, 0.108226, 0.107349, 0.106329, 0.105201, 0.104002, 0.102762, 0.101507, 0.100262, 0.0990492, 0.0978922, 0.0968134, 0.0958338, 0.0949712, 0.0942373, 0.0936365, 0.0931648, 0.0928105, 0.0925567, 0.0923837, 0.0922716, 0.0922027, 0.0921626, 0.0921405, 0.092129, 0.0921233, 0.0921207, 0.0921196, 0.0921191, 0.092119, 0.0921189, 0.0921189, 0.0921189, 0.0921189, 0.0921189, 0.0921189, 0.0921189, 0.0921189, 0.0921189, 0.0921189, 0.0921189, 0.0921189, 0.0921189, 0.0921189, 0.0921189, 0.0921189, 0.0921189, 0.0921189, 0.0921189] # The characteristic curves: density against log10 exposure, sampled # uniformly over [-3, 4]. log_exposure_min: -3 log_exposure_max: 4 density_curves: - [2.5095, 2.8036, 2.8105] - [2.5096, 2.8037, 2.8106] - [2.5098, 2.804, 2.8107] - [2.51, 2.8042, 2.8109] - [2.5102, 2.8044, 2.8111] - [2.5103, 2.8044, 2.8114] - [2.5104, 2.8043, 2.8116] - [2.5105, 2.8044, 2.8117] - [2.5106, 2.8045, 2.8117] - [2.5108, 2.8047, 2.8115] - [2.5108, 2.8048, 2.8113] - [2.5107, 2.8047, 2.8112] - [2.5106, 2.8045, 2.8112] - [2.5104, 2.8043, 2.8112] - [2.5102, 2.8041, 2.8113] - [2.5101, 2.8041, 2.8113] - [2.51, 2.8042, 2.8114] - [2.51, 2.8043, 2.8114] - [2.5101, 2.8044, 2.8114] - [2.5102, 2.8044, 2.8112] - [2.5103, 2.8044, 2.811] - [2.5104, 2.8042, 2.8107] - [2.5104, 2.804, 2.8104] - [2.5102, 2.8037, 2.8102] - [2.5098, 2.8034, 2.8101] - [2.5094, 2.8031, 2.81] - [2.509, 2.803, 2.8098] - [2.5087, 2.8029, 2.8094] - [2.5085, 2.8027, 2.8089] - [2.5084, 2.8023, 2.8082] - [2.5081, 2.8017, 2.8075] - [2.5077, 2.8009, 2.8068] - [2.507, 2.8, 2.8059] - [2.5061, 2.7992, 2.8049] - [2.5052, 2.7983, 2.8035] - [2.5042, 2.7973, 2.8018] - [2.5031, 2.7958, 2.7997] - [2.5018, 2.7938, 2.7972] - [2.5003, 2.7912, 2.7945] - [2.4984, 2.7882, 2.7914] - [2.496, 2.7851, 2.788] - [2.4932, 2.7818, 2.7841] - [2.49, 2.7782, 2.7797] - [2.4864, 2.7742, 2.7746] - [2.4824, 2.7693, 2.7687] - [2.478, 2.7635, 2.7618] - [2.473, 2.7566, 2.7539] - [2.4674, 2.7487, 2.7448] - [2.4608, 2.7399, 2.7348] - [2.4532, 2.7301, 2.7238] - [2.4443, 2.7193, 2.7118] - [2.4343, 2.7074, 2.6988] - [2.4232, 2.6944, 2.6845] - [2.4113, 2.6802, 2.6689] - [2.3985, 2.6646, 2.6516] - [2.3846, 2.647, 2.6324] - [2.3691, 2.6272, 2.611] - [2.3519, 2.605, 2.5877] - [2.3331, 2.5811, 2.563] - [2.3126, 2.5561, 2.537] - [2.2906, 2.5303, 2.5093] - [2.2673, 2.5034, 2.4795] - [2.2427, 2.4746, 2.4471] - [2.2168, 2.4434, 2.4123] - [2.1893, 2.4094, 2.3755] - [2.1599, 2.373, 2.337] - [2.1281, 2.3347, 2.297] - [2.0939, 2.2948, 2.2556] - [2.0576, 2.2532, 2.2128] - [2.0198, 2.2094, 2.1686] - [1.9814, 2.1633, 2.1234] - [1.9429, 2.1153, 2.0774] - [1.9039, 2.0664, 2.0305] - [1.864, 2.0176, 1.9821] - [1.8222, 1.9691, 1.9319] - [1.7783, 1.9204, 1.8798] - [1.7329, 1.8705, 1.8265] - [1.6868, 1.8188, 1.7733] - [1.6411, 1.7657, 1.721] - [1.596, 1.7122, 1.6699] - [1.5513, 1.6591, 1.6199] - [1.5065, 1.6069, 1.5701] - [1.4613, 1.5551, 1.5202] - [1.4158, 1.5031, 1.4702] - [1.3707, 1.4509, 1.4202] - [1.3262, 1.399, 1.3706] - [1.2825, 1.3489, 1.3218] - [1.2392, 1.3011, 1.2738] - [1.1959, 1.2555, 1.227] - [1.1528, 1.2108, 1.1814] - [1.1105, 1.1658, 1.1375] - [1.0697, 1.1203, 1.0954] - [1.0308, 1.075, 1.0554] - [0.99369, 1.0313, 1.0169] - [0.95788, 0.99006, 0.97939] - [0.92276, 0.95127, 0.94205] - [0.88801, 0.91415, 0.90476] - [0.85367, 0.87778, 0.86801] - [0.82, 0.84169, 0.83241] - [0.78724, 0.80603, 0.79832] - [0.75535, 0.77131, 0.76567] - [0.72411, 0.73793, 0.73417] - [0.69336, 0.70583, 0.70356] - [0.66326, 0.67456, 0.6738] - [0.63423, 0.64367, 0.64497] - [0.60673, 0.61304, 0.61706] - [0.58086, 0.583, 0.58982] - [0.55623, 0.55402, 0.56285] - [0.53206, 0.52637, 0.53586] - [0.50763, 0.49997, 0.50893] - [0.48263, 0.47442, 0.4825] - [0.45732, 0.44934, 0.45711] - [0.43231, 0.42455, 0.43304] - [0.40818, 0.40007, 0.41012] - [0.3852, 0.37602, 0.38792] - [0.36332, 0.35257, 0.36589] - [0.34238, 0.32991, 0.34369] - [0.32212, 0.30803, 0.32147] - [0.30219, 0.28669, 0.29992] - [0.28244, 0.26576, 0.2798] - [0.26312, 0.24561, 0.26129] - [0.24473, 0.22695, 0.24385] - [0.22751, 0.21012, 0.22677] - [0.21122, 0.19458, 0.20981] - [0.19538, 0.17945, 0.19326] - [0.1797, 0.16415, 0.17764] - [0.16434, 0.14878, 0.16321] - [0.14978, 0.13407, 0.14978] - [0.1365, 0.1208, 0.13691] - [0.12463, 0.10932, 0.12429] - [0.11388, 0.099305, 0.11199] - [0.10378, 0.090091, 0.10043] - [0.094022, 0.08112, 0.089997] - [0.084587, 0.072291, 0.080815] - [0.075687, 0.063933, 0.072642] - [0.067502, 0.056476, 0.065088] - [0.060072, 0.050092, 0.057922] - [0.05331, 0.04463, 0.051266] - [0.047085, 0.0398, 0.045437] - [0.041315, 0.035349, 0.04059] - [0.035997, 0.031126, 0.036495] - [0.031207, 0.027086, 0.032662] - [0.027042, 0.023286, 0.028683] - [0.023516, 0.019824, 0.024502] - [0.020485, 0.016761, 0.02042] - [0.017743, 0.014079, 0.016871] - [0.015201, 0.011726, 0.014153] - [0.012909, 0.0096932, 0.012258] - [0.010963, 0.0080114, 0.010899] - [0.0093906, 0.0066946, 0.0097057] - [0.0081091, 0.005688, 0.0084439] - [0.0069902, 0.0048742, 0.0071106] - [0.0059561, 0.0041379, 0.0058655] - [0.0050172, 0.0034324, 0.0048645] - [0.004221, 0.0027909, 0.0041271] - [0.0035646, 0.0022739, 0.0035266] - [0.0029654, 0.0018974, 0.002894] - [0.0023268, 0.0016064, 0.0021483] - [0.0016463, 0.0013157, 0.0013567] - [0.0010592, 0.00098562, 0.00068687] - [0.00075854, 0.00066324, 0.00029582] - [0.00082941, 0.00044183, 0.00024363] - [0.0011722, 0.00042573, 0.00044281] - [0.0015115, 0.0006507, 0.00070166] - [0.0015241, 0.0010015, 0.00085282] - [0.0010927, 0.0012633, 0.0008487] - [0.00044825, 0.0012569, 0.00077049] - [1.7484e-05, 0.00095365, 0.00073795] - [6.7175e-05, 0.00048749, 0.00078895] - [0.00046781, 6.1756e-05, 0.00083584] - [0.00081336, -0.00017726, 0.00074568] - [0.00078984, -0.00021683, 0.00047106] - [0.00041665, -0.00011537, 7.723e-05] - [1.4274e-05, 4.9042e-05, -0.00029393] - [-6.9497e-05, 0.00019992, -0.00049887] - [0.00023896, 0.00026581, -0.000473] - [0.00066045, 0.00019015, -0.0002685] - [0.00078106, -3.7711e-05, -2.5508e-05] - [0.00039844, -0.00035025, 0.00010805] - [-0.00028585, -0.00060885, 6.231e-05] - [-0.00079693, -0.0006702, -0.00011429] - [-0.00075336, -0.00048096, -0.00028674] - [-0.00018559, -0.00013189, -0.00032059] - [0.00045415, 0.00018218, -0.00017184] - [0.00061755, 0.00028425, 7.8787e-05] - [8.274e-05, 0.00013831, 0.00027323] - [-0.00085127, -0.00011976, 0.00027841] - [-0.0015582, -0.00027626, 7.7643e-05] - [-0.0015318, -0.00019732, -0.00021161] - [-0.00075568, 6.6071e-05, -0.00040989] - [0.00028089, 0.00031008, -0.00039235] - [0.00093266, 0.0003312, -0.00017188] - [0.0008528, 9.0114e-05, 0.00010872] - [0.00021778, -0.00024, 0.0002712] - [-0.00043171, -0.00038624, 0.00021859] - [-0.0005997, -0.00017655, -5.1936e-06] - [-0.00018218, 0.00031534, -0.00025103] - [0.00049487, 0.00079007, -0.00036651] - 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