# 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_kodachrome_64 name: 'Kodak Kodachrome 64' 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: - [-4.46214, -3.15351, -0.995926] # 380nm - [-4.40933, -3.09598, -0.929097] # 385nm - [-4.35484, -3.03587, -0.857493] # 390nm - [-4.29857, -2.973, -0.780586] # 395nm - [-4.24045, -2.90719, -0.697763] # 400nm - [-4.18038, -2.83825, -0.608314] # 405nm - [-4.11826, -2.76598, -0.51141] # 410nm - [-4.054, -2.69015, -0.406081] # 415nm - [-3.98749, -2.61058, -0.29748] # 420nm - [-3.91861, -2.5271, -0.283544] # 425nm - [-3.84725, -2.43971, -0.304033] # 430nm - [-3.77328, -2.3488, -0.336903] # 435nm - [-3.69658, -2.25636, -0.381643] # 440nm - [-3.61702, -2.17402, -0.438245] # 445nm - [-3.5345, -2.11369, -0.492545] # 450nm - [-3.44893, -2.05413, -0.545499] # 455nm - [-3.36028, -1.99915, -0.598252] # 460nm - [-3.26865, -1.95299, -0.651178] # 465nm - [-3.17445, -1.89947, -0.713178] # 470nm - [-3.07897, -1.7772, -0.802671] # 475nm - [-2.98655, -1.62251, -0.91109] # 480nm - [-2.92017, -1.49243, -1.0519] # 485nm - [-2.90144, -1.38199, -1.21827] # 490nm - [-2.88287, -1.26603, -1.39796] # 495nm - [-2.85493, -1.15267, -1.60482] # 500nm - [-2.80572, -1.02914, -1.81046] # 505nm - [-2.72966, -0.920272, -2.03045] # 510nm - [-2.63272, -0.817001, -2.25779] # 515nm - [-2.55447, -0.725702, -2.48721] # 520nm - [-2.49041, -0.645483, -2.72649] # 525nm - [-2.43807, -0.567227, -2.96141] # 530nm - [-2.39766, -0.481455, -3.18441] # 535nm - [-2.36086, -0.392548, -3.38958] # 540nm - [-2.32322, -0.313171, -3.57896] # 545nm - [-2.2732, -0.271903, -3.75431] # 550nm - [-2.18787, -0.271253, -3.91714] # 555nm - [-2.05752, -0.306203, -4.06874] # 560nm - [-1.9276, -0.368685, -4.21023] # 565nm - [-1.78811, -0.479639, -4.3426] # 570nm - [-1.62896, -0.655083, -4.46669] # 575nm - [-1.44392, -0.924283, -4.58326] # 580nm - [-1.23269, -1.28153, -4.69297] # 585nm - [-1.03875, -1.72149, -4.79642] # 590nm - [-0.92718, -2.15137, -4.89412] # 595nm - [-0.842319, -2.49342, -4.98653] # 600nm - [-0.783739, -2.73332, -5.07408] # 605nm - [-0.731348, -2.94159, -5.15715] # 610nm - [-0.679261, -3.19096, -5.23606] # 615nm - [-0.620022, -3.42608, -5.31112] # 620nm - [-0.514782, -3.64814, -5.3826] # 625nm - [-0.398351, -3.8582, -5.45076] # 630nm - [-0.305333, -4.0572, -5.51583] # 635nm - [-0.237242, -4.246, -5.578] # 640nm - [-0.178503, -4.42535, -5.63746] # 645nm - [-0.150224, -4.59596, -5.6944] # 650nm - [-0.204724, -4.75844, -5.74897] # 655nm - [-0.36457, -4.91337, -5.8013] # 660nm - [-0.564382, -5.06125, -5.85155] # 665nm - [-0.820564, -5.20256, -5.89982] # 670nm - [-1.17385, -5.33773, -5.94624] # 675nm - [-1.62004, -5.46715, -5.99091] # 680nm - [-1.96204, -5.59117, -6.03392] # 685nm - [-2.24109, -5.71013, -6.07536] # 690nm - [-2.49926, -5.82433, -6.11533] # 695nm - [-2.74838, -5.93406, -6.1539] # 700nm - [-2.99905, -6.03956, -6.19113] # 705nm - [-3.23858, -6.14108, -6.2271] # 710nm - [-3.46769, -6.23884, -6.26188] # 715nm - [-3.68705, -6.33305, -6.29551] # 720nm - [-3.89728, -6.4239, -6.32806] # 725nm - [-4.09892, -6.51155, -6.35957] # 730nm - [-4.2925, -6.59618, -6.3901] # 735nm - [-4.47848, -6.67795, -6.4197] # 740nm - [-4.65732, -6.75699, -6.44839] # 745nm - [-4.8294, -6.83343, -6.47623] # 750nm - [-4.99511, -6.90741, -6.50325] # 755nm - [-5.1548, -6.97905, -6.52948] # 760nm - [-5.30878, -7.04844, -6.55497] # 765nm - [-5.45736, -7.1157, -6.57974] # 770nm - [-5.60081, -7.18092, -6.60382] # 775nm - [-5.7394, -7.24419, -6.62724] # 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, 0, 0] # 405nm - [0, 0, 0] # 410nm - [0, 0, 0] # 415nm - [0, 0, 0] # 420nm - [0.132063, 0.304413, 1.0302] # 425nm - [0.110557, 0.285921, 1.09084] # 430nm - [0.0907636, 0.26894, 1.12892] # 435nm - [0.0731545, 0.254546, 1.14915] # 440nm - [0.0582581, 0.242581, 1.15153] # 445nm - [0.0465229, 0.235263, 1.13547] # 450nm - [0.0375913, 0.233914, 1.10335] # 455nm - [0.030681, 0.240389, 1.05635] # 460nm - [0.0263108, 0.258726, 0.993064] # 465nm - [0.0233067, 0.288314, 0.916001] # 470nm - [0.0218301, 0.337849, 0.821932] # 475nm - [0.0203692, 0.398233, 0.714279] # 480nm - [0.019749, 0.461557, 0.60949] # 485nm - [0.0184053, 0.52715, 0.513298] # 490nm - [0.0184053, 0.596095, 0.425455] # 495nm - [0.0184053, 0.669677, 0.345381] # 500nm - [0.0184053, 0.74439, 0.277062] # 505nm - [0.0187644, 0.82762, 0.221787] # 510nm - [0.0205399, 0.901469, 0.175232] # 515nm - [0.0224509, 0.962613, 0.134817] # 520nm - [0.0254577, 1.01137, 0.103614] # 525nm - [0.029295, 1.04935, 0.0783271] # 530nm - [0.0344928, 1.07011, 0.0609916] # 535nm - [0.0431791, 1.07603, 0.0444904] # 540nm - [0.0535629, 1.06696, 0.0341927] # 545nm - [0.0682108, 1.04256, 0.0264798] # 550nm - [0.0846369, 1.00057, 0.0206373] # 555nm - [0.103981, 0.949336, 0.015902] # 560nm - [0.12617, 0.886999, 0.0123947] # 565nm - [0.152656, 0.814541, 0.0088987] # 570nm - [0.184423, 0.733298, 0.00755192] # 575nm - [0.222236, 0.647432, 0.00667624] # 580nm - [0.27164, 0.566835, 0.0054423] # 585nm - [0.338617, 0.490093, 0.0054423] # 590nm - [0.418873, 0.419349, 0.0054423] # 595nm - [0.512248, 0.356261, 0.0054423] # 600nm - [0.624482, 0.301552, 0.0054423] # 605nm - [0.746012, 0.252773, 0.0054423] # 610nm - [0.871893, 0.212174, 0.0054423] # 615nm - [0.997155, 0.180612, 0.0054423] # 620nm - [1.10993, 0.15459, 0.00662863] # 625nm - [1.20916, 0.131815, 0.00685166] # 630nm - [1.27283, 0.11411, 0.00826102] # 635nm - [1.30487, 0.0995825, 0.00826102] # 640nm - [1.30128, 0.088025, 0.00826102] # 645nm - [1.27159, 0.0781854, 0.00826102] # 650nm - [1.21934, 0.0702896, 0.00826102] # 655nm - [1.15587, 0.0633927, 0.00826102] # 660nm - [1.08056, 0.0573937, 0.00826102] # 665nm - [1.0013, 0.0516546, 0.00826102] # 670nm - [0.922994, 0.0462942, 0.00826102] # 675nm - [0.850116, 0.041061, 0.00826102] # 680nm - [0.780485, 0.0358446, 0.00826102] # 685nm - [0.716448, 0.0309058, 0.00826102] # 690nm - [0.655474, 0.0257217, 0.00826102] # 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: [0.199556, 0.199555, 0.199552, 0.199546, 0.199533, 0.199509, 0.199466, 0.199391, 0.199269, 0.19908, 0.198804, 0.198418, 0.197904, 0.19725, 0.196451, 0.195511, 0.194443, 0.193267, 0.192002, 0.190673, 0.189298, 0.187897, 0.186483, 0.185071, 0.183673, 0.182303, 0.180975, 0.179705, 0.178506, 0.177392, 0.17637, 0.175444, 0.17461, 0.173862, 0.173185, 0.172568, 0.171995, 0.171455, 0.17094, 0.170445, 0.169968, 0.169511, 0.169079, 0.168678, 0.168314, 0.167994, 0.167723, 0.1675, 0.167325, 0.167194, 0.1671, 0.167036, 0.166995, 0.166969, 0.166954, 0.166946, 0.166942, 0.16694, 0.166939, 0.166938, 0.166938, 0.166938, 0.166938, 0.166938, 0.166938, 0.166938, 0.166938, 0.166938, 0.166938, 0.166938, 0.166938, 0.166938, 0.166938, 0.166938, 0.166938, 0.166938, 0.166938, 0.166938, 0.166938, 0.166938, 0.166938] # The characteristic curves: density against log10 exposure, sampled # uniformly over [-3, 4]. log_exposure_min: -3 log_exposure_max: 4 density_curves: - [2.9085, 2.8022, 2.258] - [2.9086, 2.8023, 2.2581] - [2.9088, 2.8026, 2.2583] - [2.9091, 2.8028, 2.2585] - [2.9092, 2.803, 2.2587] - [2.9093, 2.803, 2.259] - [2.9094, 2.803, 2.2592] - [2.9096, 2.803, 2.2593] - [2.9097, 2.8032, 2.2592] - [2.9098, 2.8034, 2.2591] - [2.9099, 2.8035, 2.2589] - [2.9098, 2.8034, 2.2588] - [2.9096, 2.8032, 2.2587] - [2.9095, 2.8029, 2.2588] - [2.9093, 2.8028, 2.2588] - [2.9092, 2.8028, 2.2589] - [2.9091, 2.8029, 2.259] - [2.9091, 2.8031, 2.259] - [2.9092, 2.8032, 2.2589] - [2.9093, 2.8032, 2.2588] - [2.9094, 2.8032, 2.2585] - [2.9095, 2.8031, 2.2582] - [2.9094, 2.8029, 2.258] - [2.9092, 2.8027, 2.2578] - [2.9088, 2.8025, 2.2577] - [2.9084, 2.8024, 2.2576] - [2.908, 2.8024, 2.2574] - [2.9077, 2.8025, 2.257] - [2.9075, 2.8025, 2.2565] - [2.9074, 2.8024, 2.2559] - [2.9071, 2.802, 2.2552] - [2.9066, 2.8016, 2.2545] - [2.9059, 2.8012, 2.2537] - [2.905, 2.8008, 2.2527] - [2.904, 2.8006, 2.2515] - [2.903, 2.8002, 2.2498] - [2.9019, 2.7995, 2.2478] - [2.9006, 2.7985, 2.2455] - [2.899, 2.797, 2.2429] - [2.897, 2.7953, 2.2401] - [2.8945, 2.7936, 2.2369] - [2.8916, 2.7919, 2.2334] - [2.8883, 2.7901, 2.2293] - [2.8846, 2.788, 2.2246] - [2.8805, 2.7854, 2.2192] - [2.8758, 2.7821, 2.2129] - [2.8706, 2.7781, 2.2057] - [2.8647, 2.7734, 2.1974] - [2.8578, 2.768, 2.1883] - [2.8498, 2.762, 2.1784] - [2.8406, 2.7552, 2.1676] - [2.8301, 2.7477, 2.156] - [2.8185, 2.7394, 2.1433] - [2.8059, 2.7302, 2.1295] - [2.7924, 2.7199, 2.1142] - [2.7776, 2.708, 2.0973] - [2.7611, 2.6942, 2.0784] - [2.7428, 2.6785, 2.0579] - [2.7227, 2.6613, 2.0363] - [2.7008, 2.6431, 2.0137] - [2.6772, 2.6241, 1.9898] - [2.6521, 2.6041, 1.9641] - [2.6254, 2.5823, 1.9362] - [2.5972, 2.5582, 1.9062] - [2.5672, 2.5314, 1.8746] - [2.535, 2.5023, 1.8416] - [2.5002, 2.4711, 1.8077] - [2.4627, 2.4381, 1.7726] - [2.4228, 2.4032, 1.7365] - [2.3812, 2.3659, 1.6995] - [2.3386, 2.3259, 1.6619] - [2.2954, 2.2837, 1.6238] - [2.2515, 2.24, 1.5851] - [2.2063, 2.1958, 1.5453] - [2.1589, 2.1512, 1.5038] - [2.1092, 2.1059, 1.4608] - [2.0575, 2.0587, 1.4169] - [2.0049, 2.0092, 1.3731] - [1.9523, 1.9576, 1.3304] - [1.9, 1.9049, 1.2892] - [1.8479, 1.852, 1.2489] - [1.7954, 1.7992, 1.2091] - [1.7423, 1.7462, 1.169] - [1.6886, 1.6924, 1.1287] - [1.6351, 1.6376, 1.0884] - [1.5821, 1.5827, 1.0484] - [1.5296, 1.529, 1.0089] - [1.4774, 1.4772, 0.97011] - [1.425, 1.4273, 0.93214] - [1.3728, 1.3779, 0.89522] - [1.3213, 1.3278, 0.85962] - [1.2712, 1.2767, 0.82559] - [1.223, 1.2257, 0.7932] - [1.1767, 1.1761, 0.76213] - [1.1317, 1.1289, 0.73162] - [1.0874, 1.0842, 0.70096] - [1.0435, 1.0413, 0.67004] - [1.0001, 0.99908, 0.63933] - [0.95744, 0.95715, 0.60948] - [0.9158, 0.91569, 0.58086] - [0.87518, 0.8753, 0.55346] - [0.83535, 0.83644, 0.527] - [0.79618, 0.79905, 0.50124] - [0.75785, 0.76267, 0.47618] - [0.72084, 0.72682, 0.45194] - [0.68564, 0.69139, 0.42854] - [0.65237, 0.65673, 0.40576] - [0.62063, 0.62336, 0.38322] - [0.58962, 0.59158, 0.36067] - [0.55861, 0.56127, 0.33821] - [0.52729, 0.53202, 0.31633] - [0.49595, 0.5034, 0.29558] - [0.46524, 0.4752, 0.27623] - [0.43579, 0.44746, 0.25814] - [0.40784, 0.42029, 0.24087] - [0.38137, 0.39387, 0.22388] - [0.3562, 0.36837, 0.20686] - [0.33206, 0.3438, 0.18997] - [0.3086, 0.31988, 0.17386] - [0.28567, 0.29648, 0.15923] - [0.26352, 0.27399, 0.14621] - [0.24263, 0.25313, 0.13429] - [0.22323, 0.23426, 0.12277] - [0.20505, 0.21681, 0.1114] - [0.18763, 0.19986, 0.10047] - [0.17067, 0.18278, 0.090413] - [0.15431, 0.16571, 0.081429] - [0.139, 0.14939, 0.073327] - [0.12518, 0.13464, 0.065691] - [0.11293, 0.1218, 0.058226] - [0.10196, 0.11055, 0.050983] - [0.09181, 0.10019, 0.044298] - [0.082155, 0.090144, 0.038512] - [0.07297, 0.080304, 0.033704] - [0.064433, 0.071013, 0.029651] - [0.056692, 0.06271, 0.026] - [0.049767, 0.055569, 0.022537] - [0.043556, 0.049429, 0.019363] - [0.037922, 0.043989, 0.016755] - [0.032771, 0.038987, 0.014852] - [0.028088, 0.034266, 0.013455] - [0.02393, 0.02978, 0.012125] - [0.020379, 0.025583, 0.010495] - [0.017439, 0.021771, 0.0085081] - [0.014967, 0.018403, 0.0064391] - [0.012763, 0.015457, 0.0046916] - [0.010736, 0.012876, 0.0035544] - [0.0089286, 0.010648, 0.0030383] - [0.0074304, 0.0088009, 0.0028922] - [0.0062662, 0.0073444, 0.0027804] - [0.0053567, 0.0062203, 0.0024881] - [0.0045781, 0.0053078, 0.0020191] - [0.0038543, 0.0044887, 0.001533] - [0.0031959, 0.0037139, 0.0011894] - [0.0026499, 0.0030152, 0.0010179] - [0.0022153, 0.0024513, 0.00090555] - [0.0018127, 0.0020369, 0.00069597] - [0.0013485, 0.0017151, 0.00031643] - [0.0008214, 0.0013997, -0.00016165] - [0.00036673, 0.0010497, -0.00056707] - [0.00017774, 0.00071158, -0.00073838] - [0.00034171, 0.00047793, -0.00060922] - [0.00076269, 0.0004524, -0.00025992] - [0.0011692, 0.00067021, 0.00012444] - [0.001241, 0.0010155, 0.00038129] - [0.00086169, 0.0012732, 0.00046591] - [0.00026144, 0.0012636, 0.00046137] - [-0.0001334, 0.000958, 0.00048917] - [-5.5336e-05, 0.00049013, 0.00058925] - [0.00036801, 6.3205e-05, 0.00067619] - [0.0007325, -0.00017662, 0.00061886] - [0.00072513, -0.00021671, 0.00037106] - [0.00036552, -0.00011557, -1.0987e-06] - [-2.5902e-05, 4.8655e-05, -0.00035504] - [-0.00010116, 0.00019943, -0.00054649] - [0.00021386, 0.00026529, -0.00051014] - [0.00064057, 0.00018964, -0.00029747] - [0.0007655, -3.8185e-05, -4.8039e-05] - [0.00038647, -0.00035067, 9.0634e-05] - [-0.00029492, -0.00060922, 4.8954e-05] - [-0.0008038, -0.00067051, -0.00012446] - [-0.00075863, -0.00048123, -0.00029445] - [-0.00018969, -0.00013211, -0.00032643] - [0.00045097, 0.000182, -0.00017628] - [0.00061513, 0.0002841, 7.5426e-05] - [8.0946e-05, 0.00013819, 0.0002707] - [-0.00085257, -0.00011985, 0.00027651] - [-0.0015592, -0.00027633, 7.6242e-05] - [-0.0015325, -0.00019738, -0.00021264] - [-0.00075622, 6.6026e-05, -0.00041065] - [0.00028047, 0.00031004, -0.00039291] - [0.00093235, 0.00033118, -0.00017229] - [0.00085257, 9.0093e-05, 0.00010842] - [0.00021762, -0.00024001, 0.00027098] - [-0.00043182, -0.00038625, 0.00021843] - [-0.00059978, -0.00017656, -5.3081e-06] - [-0.00018224, 0.00031533, -0.00025111] - 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