# 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_2393 name: 'Kodak Vision Premier 2393' kind: negative # negative | positive support: film # film | paper stage: printing # filming | printing monochrome: false reference_illuminant: TH-KG3 viewing_illuminant: K75P # 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: - [-6.38706, -6.73576, 0.220346] # 380nm - [-6.34032, -6.45024, 0.161528] # 385nm - [-6.29218, -6.15008, 0.187294] # 390nm - [-6.24258, -5.83412, 0.251027] # 395nm - [-6.19146, -5.50108, 0.314302] # 400nm - [-6.13874, -5.14953, 0.366303] # 405nm - [-6.08435, -4.7779, 0.421851] # 410nm - [-6.0282, -4.38441, 0.490894] # 415nm - [-5.97021, -3.96707, 0.582608] # 420nm - [-5.91029, -3.52365, 0.677497] # 425nm - [-5.84834, -3.05162, 0.768436] # 430nm - [-5.78425, -2.54812, 0.856478] # 435nm - [-5.71791, -2.0099, 0.943324] # 440nm - [-5.6492, -1.43323, 1.0304] # 445nm - [-5.578, -0.842602, 1.11896] # 450nm - [-5.50416, -0.584435, 1.21087] # 455nm - [-5.42753, -0.490407, 1.27082] # 460nm - [-5.34795, -0.408291, 1.30207] # 465nm - [-5.26525, -0.330238, 1.20335] # 470nm - [-5.17925, -0.254033, 0.90501] # 475nm - [-5.08973, -0.141301, 0.522446] # 480nm - [-4.99649, -0.00930504, 0.0924237] # 485nm - [-4.89927, 0.101568, -0.372282] # 490nm - [-4.79783, 0.165248, -0.864203] # 495nm - [-4.69189, 0.209648, -1.52674] # 500nm - [-4.58112, 0.236945, -2.15642] # 505nm - [-4.46521, 0.229435, -2.73766] # 510nm - [-4.34377, 0.222211, -3.27585] # 515nm - [-4.21641, 0.222618, -3.77559] # 520nm - [-4.08268, 0.242737, -4.24087] # 525nm - [-3.9421, 0.292345, -4.67513] # 530nm - [-3.79411, 0.410222, -5.08138] # 535nm - [-3.63813, 0.590163, -5.46223] # 540nm - [-3.47348, 0.800373, -5.82] # 545nm - [-3.29942, 0.853441, -6.15673] # 550nm - [-3.11513, 0.665462, -6.47421] # 555nm - [-2.91966, 0.359858, -6.77406] # 560nm - [-2.71198, 0.0564512, -7.0577] # 565nm - [-2.4909, -0.245276, -7.32641] # 570nm - [-2.25507, -0.572887, -7.58134] # 575nm - [-2.00299, -0.957532, -7.82352] # 580nm - [-1.74444, -1.42954, -8.05389] # 585nm - [-1.7149, -1.88137, -8.27329] # 590nm - [-1.68124, -2.30308, -8.48249] # 595nm - [-1.60974, -2.69758, -8.68217] # 600nm - [-1.54055, -3.06743, -8.87299] # 605nm - [-1.4476, -3.41486, -9.0555] # 610nm - [-1.37318, -3.74186, -9.23025] # 615nm - [-1.25774, -4.05016, -9.39772] # 620nm - [-1.16371, -4.34135, -9.55835] # 625nm - [-1.11482, -4.61679, -9.71256] # 630nm - [-1.08761, -4.87773, -9.86072] # 635nm - [-1.0646, -5.12529, -10.0032] # 640nm - [-1.03032, -5.36048, -10.1403] # 645nm - [-0.986823, -5.58419, -10.2723] # 650nm - [-0.935193, -5.79725, -10.3995] # 655nm - [-0.876013, -6.0004, -10.5221] # 660nm - [-0.799898, -6.19431, -10.6405] # 665nm - [-0.682598, -6.37961, -10.7548] # 670nm - [-0.577348, -6.55685, -10.8652] # 675nm - [-0.340454, -6.72655, -10.9719] # 680nm - [-0.172452, -6.88918, -11.0751] # 685nm - [-0.152901, -7.04517, -11.175] # 690nm - [-0.260099, -7.19492, -11.2718] # 695nm - [-0.449934, -7.3388, -11.3655] # 700nm - [-0.582681, -7.47714, -11.4563] # 705nm - [-0.758751, -7.61026, -11.5443] # 710nm - [-1.00918, -7.73846, -11.6298] # 715nm - [-1.40657, -7.86199, -11.7127] # 720nm - [-1.88394, -7.98111, -11.7932] # 725nm - [-2.34221, -8.09605, -11.8715] # 730nm - [-2.77092, -8.20702, -11.9475] # 735nm - [-3.17283, -8.31424, -12.0214] # 740nm - [-3.55038, -8.41788, -12.0933] # 745nm - [-3.90573, -8.51812, -12.1632] # 750nm - [-4.24077, -8.61513, -12.2313] # 755nm - [-4.5572, -8.70906, -12.2976] # 760nm - [-4.85652, -8.80005, -12.3621] # 765nm - [-5.14009, -8.88825, -12.425] # 770nm - [-5.40911, -8.97377, -12.4863] # 775nm - [-5.66469, -9.05674, -12.5461] # 780nm # Spectral density of each layer's dye at unit density, same grid and order. dye_density: - [0.348359, 0.0541461, 0.346906] # 380nm - [0.352865, 0.0536263, 0.379638] # 385nm - [0.35245, 0.0550341, 0.439112] # 390nm - [0.348388, 0.058513, 0.51498] # 395nm - [0.339222, 0.0640309, 0.600159] # 400nm - [0.322342, 0.0707414, 0.69195] # 405nm - [0.297655, 0.0786195, 0.788426] # 410nm - [0.267174, 0.0890524, 0.879218] # 415nm - [0.234145, 0.0999203, 0.96289] # 420nm - [0.202712, 0.108705, 1.03275] # 425nm - [0.173819, 0.112497, 1.09239] # 430nm - [0.148217, 0.111658, 1.12838] # 435nm - [0.125212, 0.107855, 1.14948] # 440nm - [0.105622, 0.10559, 1.15803] # 445nm - [0.087123, 0.109437, 1.1566] # 450nm - [0.0697223, 0.121793, 1.14642] # 455nm - [0.0545372, 0.142381, 1.12446] # 460nm - [0.044302, 0.17005, 1.08653] # 465nm - [0.0386227, 0.205605, 1.02403] # 470nm - [0.0362424, 0.247192, 0.948582] # 475nm - [0.0357649, 0.303254, 0.858799] # 480nm - [0.0357649, 0.373669, 0.755465] # 485nm - [0.0357649, 0.453275, 0.647434] # 490nm - [0.0357649, 0.538276, 0.544068] # 495nm - [0.0357649, 0.630136, 0.447618] # 500nm - [0.0359242, 0.721171, 0.36334] # 505nm - [0.0386611, 0.808445, 0.290536] # 510nm - [0.0459982, 0.884974, 0.227495] # 515nm - [0.0579839, 0.951357, 0.183785] # 520nm - [0.0735487, 1.0057, 0.145589] # 525nm - [0.0906838, 1.05512, 0.116472] # 530nm - [0.108566, 1.09133, 0.0957736] # 535nm - [0.128974, 1.11508, 0.079254] # 540nm - [0.153795, 1.11885, 0.0644266] # 545nm - [0.182226, 1.10059, 0.0511924] # 550nm - [0.211981, 1.06033, 0.0407672] # 555nm - [0.24372, 1.00397, 0.0342171] # 560nm - [0.281891, 0.929598, 0.0313661] # 565nm - [0.329348, 0.835941, 0.0286413] # 570nm - [0.380305, 0.727228, 0.024393] # 575nm - [0.436474, 0.623032, 0.0193241] # 580nm - [0.497021, 0.525169, 0.0162746] # 585nm - [0.562689, 0.433257, 0.0149367] # 590nm - [0.631658, 0.354434, 0.0148282] # 595nm - [0.702837, 0.289379, 0.0148282] # 600nm - [0.77681, 0.236512, 0.0148282] # 605nm - [0.851016, 0.196467, 0.0148282] # 610nm - [0.919689, 0.159154, 0.0148282] # 615nm - [0.98382, 0.129968, 0.0148282] # 620nm - [1.04409, 0.109398, 0.0148282] # 625nm - [1.09715, 0.0945298, 0.0148282] # 630nm - [1.14579, 0.0817305, 0.0148282] # 635nm - [1.18129, 0.070091, 0.0148282] # 640nm - [1.2125, 0.0611412, 0.0148282] # 645nm - [1.23864, 0.0539845, 0.0148282] # 650nm - [1.25673, 0.0475015, 0.0148282] # 655nm - [1.26763, 0.04096, 0.0148282] # 660nm - [1.27133, 0.0346818, 0.0148282] # 665nm - [1.26877, 0.0296867, 0.0148282] # 670nm - [1.25731, 0.0268906, 0.0148282] # 675nm - [1.23729, 0.0248274, 0.0148282] # 680nm - [1.20862, 0.0214232, 0.0146066] # 685nm - [1.17028, 0.0177576, 0.0128235] # 690nm - [1.12542, 0.0151628, 0.0116854] # 695nm - [1.07635, 0.0138851, 0.013971] # 700nm - [1.01852, 0.0122393, 0.0150172] # 705nm - [0.954189, 0.0105577, 0.015368] # 710nm - [0.886115, 0.0073301, 0.0151927] # 715nm - [0.815741, 0.00369962, 0.0138001] # 720nm - [0.744385, 0.000580877, 0.00805805] # 725nm - [0.674477, 0.000358487, 0.0052296] # 730nm - [0.603866, 0.000358487, 0.00125818] # 735nm - [0.53315, 0.000358487, 0.00108627] # 740nm - [0.464063, 0.000358487, 0.00108627] # 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: [0.0745085, 0.0745078, 0.074506, 0.0745019, 0.0744936, 0.0744778, 0.0744489, 0.0743994, 0.0743188, 0.0741944, 0.074012, 0.0737573, 0.0734181, 0.0729862, 0.0724586, 0.0718383, 0.0711335, 0.0703568, 0.0695224, 0.0686451, 0.0677387, 0.0668154, 0.0658858, 0.0649601, 0.0640486, 0.0631625, 0.0623143, 0.0615171, 0.0607838, 0.0601254, 0.0595493, 0.0590581, 0.0586493, 0.0583155, 0.0580459, 0.057828, 0.0576492, 0.0574984, 0.0573669, 0.0572483, 0.0571388, 0.0570365, 0.0569411, 0.0568532, 0.0567737, 0.056704, 0.0566447, 0.0565962, 0.0565582, 0.0565296, 0.0565091, 0.0564951, 0.0564861, 0.0564805, 0.0564773, 0.0564755, 0.0564746, 0.0564741, 0.0564739, 0.0564738, 0.0564738, 0.0564738, 0.0564738, 0.0564738, 0.0564738, 0.0564738, 0.0564738, 0.0564738, 0.0564738, 0.0564738, 0.0564738, 0.0564738, 0.0564738, 0.0564738, 0.0564738, 0.0564738, 0.0564738, 0.0564738, 0.0564738, 0.0564738, 0.0564738] # 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, -9.1984e-05] - [-0.00016103, -0.00026207, 7.6503e-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, 1.8959e-05] - [6.4346e-05, 0.00014515, 3.385e-06] - [0.00010726, -1.3323e-05, 9.4188e-05] - [3.0731e-05, -9.0986e-05, 0.00024357] - [-9.5183e-05, 4.5392e-06, 0.00035985] - [-0.00017677, 0.0002432, 0.0003674] - [-0.00015513, 0.00047913, 0.00025198] - [-3.7733e-05, 0.00054189, 6.39e-05] - [0.00011277, 0.00035218, -0.00011718] - [0.00022, -1.8481e-05, -0.00022708] - [0.00023667, -0.00038647, -0.00024206] - [0.00016449, -0.00056743, -0.00017533] - [4.5726e-05, -0.00048498, -5.8466e-05] - [-6.1174e-05, -0.00020711, 7.2404e-05] - [-0.00010544, 0.0001064, 0.0001782] - [-5.8407e-05, 0.0003023, 0.00021611] - [7.9861e-05, 0.00031094, 0.00015051] - [0.00027729, 0.00016024, -2.2941e-05] - [0.00047142, -6.5589e-05, -0.00025755] - [0.00058314, -0.00028076, -0.00046269] - [0.00054195, -0.00042289, -0.00054804] - [0.00032575, -0.0004757, -0.00049504] - [8.0356e-06, -0.00044079, -0.00033713] - [-0.00025714, -0.00029966, -0.0001007] - [-0.00033838, -6.0428e-05, 0.00017525] - [-0.00023534, 0.0001734, 0.00039182] - [-7.5975e-05, 0.00022215, 0.00043135] - [-4.119e-07, -3.2754e-05, 0.00028074] - [-5.2574e-05, -0.00050686, 8.8912e-05] - [-0.00018294, -0.00092438, 5.6025e-05] - [-0.00033179, -0.0010218, 0.00023261] - [-0.00042635, -0.00070888, 0.00049025] - [-0.00040343, -0.00011674, 0.00064761] - [-0.00023517, 0.00048505, 0.0006034] - [5.0501e-05, 0.00086105, 0.00039745] - [0.00036253, 0.00094912, 0.00016454] - [0.00056926, 0.00086891, 3.0952e-05] - [0.00055652, 0.00080017, 4.1715e-05] - [0.00029943, 0.00083003, 0.00017055] - [-9.7042e-05, 0.00089121, 0.00038935] - [-0.0004281, 0.00084002, 0.00072411] - [-0.0004888, 0.00061019, 0.0012408] - [-0.00019118, 0.00031416, 0.001972] - [0.00037652, 0.00020172, 0.0028538] - [0.00099577, 0.000498, 0.0037399] - [0.0014493, 0.0012422, 0.0045001] - [0.0016577, 0.0022552, 0.0051358] - [0.0017329, 0.0032687, 0.0058232] - [0.001911, 0.0041244, 0.0068447] - [0.0024117, 0.0048953, 0.0084491] - [0.0033186, 0.0058383, 0.010734] - [0.0045602, 0.007216, 0.013632] - [0.0059997, 0.0091274, 0.016994] - [0.0075624, 0.011482, 0.020715] - [0.0093067, 0.014141, 0.024803] - [0.01139, 0.017114, 0.029365] - [0.01396, 0.020658, 0.034535] - [0.017064, 0.025181, 0.040427] - [0.020642, 0.031032, 0.047144] - [0.024658, 0.038264, 0.054815] - [0.029209, 0.046614, 0.063592] - [0.034544, 0.055761, 0.073659] - [0.040984, 0.065656, 0.085223] - [0.048788, 0.076667, 0.098437] - [0.058068, 0.089421, 0.1133] - [0.068805, 0.10447, 0.12962] - [0.080939, 0.12204, 0.14717] - [0.094479, 0.14199, 0.16592] - [0.10957, 0.16404, 0.18616] - [0.12649, 0.18804, 0.20829] - [0.14551, 0.21413, 0.23263] - [0.16681, 0.24272, 0.25932] - [0.1905, 0.27416, 0.28838] - [0.2167, 0.30855, 0.3198] - [0.24568, 0.3457, 0.35373] - [0.27798, 0.38533, 0.39042] - [0.31419, 0.42736, 0.43007] - [0.35475, 0.47205, 0.47272] - [0.39977, 0.51983, 0.51824] - [0.449, 0.57106, 0.56656] - [0.50208, 0.62574, 0.6179] - [0.55887, 0.68357, 0.67286] - [0.61968, 0.74416, 0.73221] - [0.68523, 0.80728, 0.79659] - [0.75631, 0.87293, 0.86615] - [0.83343, 0.94119, 0.94064] - [0.91678, 1.0123, 1.0195] - [1.0063, 1.0864, 1.1024] - [1.1017, 1.1635, 1.1893] - [1.2023, 1.2434, 1.2811] - [1.3078, 1.3256, 1.379] - [1.4181, 1.4108, 1.4833] - [1.5336, 1.5, 1.5929] - [1.6544, 1.594, 1.7063] - [1.7796, 1.6918, 1.8223] - [1.9077, 1.7918, 1.941] - [2.0373, 1.8923, 2.0626] - [2.1679, 1.9932, 2.187] - [2.2997, 2.0956, 2.3132] - [2.4328, 2.2008, 2.4393] - [2.5669, 2.3096, 2.5638] - [2.7005, 2.421, 2.6859] - [2.8318, 2.5331, 2.8057] - [2.9595, 2.6439, 2.9235] - [3.0827, 2.7527, 3.0389] - [3.2014, 2.8598, 3.1506] - [3.3155, 2.9659, 3.2572] - [3.4248, 3.0712, 3.3576] - [3.5287, 3.1748, 3.4518] - [3.6268, 3.2756, 3.5403] - [3.7189, 3.3725, 3.6232] - [3.8049, 3.465, 3.7001] - [3.8851, 3.5525, 3.7698] - [3.9597, 3.6352, 3.8317] - [4.0292, 3.7133, 3.8862] - [4.0932, 3.7868, 3.9342] - [4.1518, 3.8558, 3.977] - [4.205, 3.9201, 4.0155] - [4.2534, 3.9798, 4.05] - [4.2973, 4.0351, 4.0803] - [4.3372, 4.0861, 4.1063] - [4.3732, 4.133, 4.1282] - [4.4055, 4.1757, 4.1464] - [4.4343, 4.2141, 4.1616] - [4.4598, 4.2485, 4.1745] - [4.4825, 4.2792, 4.1853] - [4.5025, 4.3066, 4.1942] - [4.5202, 4.331, 4.2014] - [4.5355, 4.3525, 4.2071] - [4.5487, 4.3714, 4.2114] - [4.5602, 4.3877, 4.2149] - [4.5704, 4.4018, 4.2179] - [4.5796, 4.4141, 4.2206] - [4.5879, 4.4249, 4.2229] - [4.5949, 4.4345, 4.2249] - [4.6006, 4.4428, 4.2264] - [4.6049, 4.4498, 4.2274] - [4.6082, 4.4553, 4.2281] - [4.6111, 4.4597, 4.2287] - [4.614, 4.4631, 4.2292] - [4.6167, 4.4659, 4.2296] - [4.619, 4.4683, 4.2298] - [4.6205, 4.4705, 4.2297] - [4.6214, 4.4724, 4.2294] - [4.6221, 4.474, 4.2292] - [4.6228, 4.4754, 4.2291] - [4.6238, 4.4764, 4.2292] - [4.6248, 4.4771, 4.2294] - [4.6253, 4.4774, 4.2297] - [4.6253, 4.4776, 4.2298] - [4.6248, 4.4777, 4.2298] - [4.6245, 4.4779, 4.2296] - [4.6247, 4.4784, 4.2295] - [4.6254, 4.4789, 4.2295] - [4.6262, 4.4793, 4.2296] - 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