dtourolleandClaude Opus 5
6d18517d28
Three profiles was what the first cut needed to prove the model. This is the rest of the open data: 23 camera stocks and 9 papers, which is all of spektrafilm. Black and white was the gap, and it turned out not to be a gap in the data -- it was a gap in where I looked. Upstream's `main` has 28 colour profiles and nothing monochrome; `dev` has three more, and they are Tri-X, Double-X and the 2302 print film they go onto. So the answer to "do we have B&W" was yes all along, and it needed the dev branch rather than a fortnight digitising Ilford's datasheet graphs by eye. Those three are pinned to `dev` per stock; the colour stocks stay on the released branch. A monochrome profile is single-channel -- one emulsion, not three -- and spreading that one layer across all three is exact rather than an approximation: three layers with identical sensitivity and identical curves respond identically, which is what one layer does. The dye is the trap. The renderer *sums* the three layers' contributions, so replicating it unchanged renders every frame three times too dense -- neutrally, and therefore plausibly. A third each reconstructs the single emulsion, and two tests hold both halves: that the densities stay equal, and that they sum to one emulsion and not three. Double-X and 2302 ship five curves apiece, measured at five development times -- 4 to 12 minutes for Double-X. That is push and pull processing as measured data. The standard 6.5 minutes is what ships; the rest is in the upstream file waiting for a control to ask for it. Two stocks are `support: film` and are nevertheless what a negative is printed *onto*: the cine projection films 2383 and 2393, which the Vision3 stocks print to. Filtering the picker on support alone offered a projection stock as something to load in a camera, so it filters on stage, with a test saying so. The picker had to change shape twice over. Chips were right for three stocks and off the edge of a 280px column at twenty-four, and the column that replaced them was a thousand pixels standing between the photographer and every slider below. It is a disclosure now: one row carrying the answer, opened to change it, closed again on choosing. That is the opposite of the argument this panel used to take the lids off its sliders, and deliberately so -- an instrument you compare wants to be visible, and a list you consult once wants to be out of the way. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
454 lines
17 KiB
YAML
454 lines
17 KiB
YAML
# Generated by tools/film-profiles/convert.py from spektrafilm.
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# Do not edit by hand: re-run the converter instead.
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#
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# spektrafilm by Andrea Volpato, https://github.com/andreavolpato/spektrafilm
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# Licensed CC BY-SA 4.0. Modified for DarkRoom: trimmed to the fields the
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# renderer uses and reformatted; see profiles/CHANGELOG.txt.
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version: '0.3.2'
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stock: kodak_ultramax_400
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name: 'Kodak Ultramax 400'
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kind: negative # negative | positive
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support: film # film | paper
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stage: filming # filming | printing
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monochrome: false
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reference_illuminant: D55
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viewing_illuminant: D50
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target_print: kodak_portra_endura
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# log10 spectral sensitivity per layer, 380-780nm at 5nm, in R,G,B layer
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# order. A null upstream means the datasheet has no reading there, which is
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# blindness, so it is written as the sentinel the loader reads as such.
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log_sensitivity:
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- [-4.07151, -2.35265, -1.37781] # 380nm
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- [-4.02816, -2.24366, -1.20158] # 385nm
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- [-3.98342, -2.12935, -0.999572] # 390nm
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- [-3.93721, -2.00933, -0.715821] # 395nm
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- [-3.88947, -1.88785, -0.548512] # 400nm
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- [-3.84011, -1.85549, -0.454261] # 405nm
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- [-3.78905, -1.89042, -0.430103] # 410nm
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- [-3.73621, -1.93586, -0.446907] # 415nm
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- [-3.68148, -1.96587, -0.461491] # 420nm
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- [-3.62477, -2.00105, -0.462629] # 425nm
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- [-3.56598, -2.03671, -0.462629] # 430nm
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- [-3.50497, -2.0759, -0.457896] # 435nm
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- [-3.44163, -2.11688, -0.452916] # 440nm
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- [-3.37583, -2.13607, -0.490003] # 445nm
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- [-3.30742, -2.12426, -0.524949] # 450nm
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- [-3.23626, -2.09832, -0.532333] # 455nm
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- [-3.16219, -2.07335, -0.521706] # 460nm
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- [-3.08505, -2.04616, -0.479036] # 465nm
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- [-3.0047, -2.03094, -0.419725] # 470nm
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- [-2.92102, -1.95631, -0.441983] # 475nm
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- [-2.83405, -1.70341, -0.695041] # 480nm
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- [-2.74432, -1.35149, -1.03925] # 485nm
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- [-2.65564, -1.149, -1.31416] # 490nm
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- [-2.57364, -1.02401, -1.611] # 495nm
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- [-2.50844, -0.920401, -1.96568] # 500nm
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- [-2.43951, -0.863099, -2.25848] # 505nm
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- [-2.35098, -0.818757, -2.48144] # 510nm
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- [-2.25749, -0.756079, -2.66669] # 515nm
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- [-2.18083, -0.691463, -2.89773] # 520nm
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- [-2.13318, -0.615768, -3.11865] # 525nm
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- [-2.11925, -0.543362, -3.32484] # 530nm
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- [-2.10772, -0.480191, -3.51773] # 535nm
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- [-2.09311, -0.415444, -3.69856] # 540nm
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- [-2.0591, -0.336407, -3.86843] # 545nm
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- [-2.00706, -0.321651, -4.02831] # 550nm
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- [-1.88785, -0.345017, -4.17906] # 555nm
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- [-1.78703, -0.387493, -4.32143] # 560nm
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- [-1.69408, -0.470759, -4.45611] # 565nm
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- [-1.66077, -0.565348, -4.58369] # 570nm
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- [-1.44317, -0.604883, -4.70474] # 575nm
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- [-1.23709, -0.780366, -4.81973] # 580nm
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- [-1.05269, -1.14515, -4.92911] # 585nm
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- [-0.922923, -1.66378, -5.03328] # 590nm
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- [-0.85772, -2.25823, -5.13261] # 595nm
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- [-0.806433, -2.8333, -5.22742] # 600nm
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- [-0.735104, -3.38098, -5.31802] # 605nm
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- [-0.691238, -3.90319, -5.40468] # 610nm
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- [-0.653391, -4.40167, -5.48766] # 615nm
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- [-0.591158, -4.87799, -5.56717] # 620nm
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- [-0.552307, -5.3336, -5.64344] # 625nm
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- [-0.507258, -5.76983, -5.71666] # 630nm
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- [-0.421064, -6.18787, -5.78701] # 635nm
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- [-0.338893, -6.58886, -5.85465] # 640nm
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- [-0.270088, -6.9738, -5.91974] # 645nm
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- [-0.223917, -7.34365, -5.98242] # 650nm
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- [-0.221484, -7.69928, -6.04282] # 655nm
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- [-0.289074, -8.04148, -6.10106] # 660nm
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- [-0.462879, -8.37101, -6.15726] # 665nm
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- [-0.726177, -8.68856, -6.21152] # 670nm
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- [-0.922748, -8.99477, -6.26394] # 675nm
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- [-1.16441, -9.29023, -6.31462] # 680nm
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- [-1.34706, -9.5755, -6.36363] # 685nm
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- [-1.5383, -9.85111, -6.41106] # 690nm
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- [-1.9404, -10.1175, -6.45699] # 695nm
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- [-2.4225, -10.3752, -6.50148] # 700nm
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- [-2.89003, -10.6246, -6.5446] # 705nm
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- [-3.33631, -10.866, -6.58642] # 710nm
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- [-3.76275, -11.0999, -6.62698] # 715nm
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- [-4.17065, -11.3266, -6.66636] # 720nm
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- [-4.56119, -11.5465, -6.70459] # 725nm
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- [-4.93547, -11.7598, -6.74173] # 730nm
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- [-5.29446, -11.9668, -6.77782] # 735nm
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- [-5.63909, -12.1678, -6.81291] # 740nm
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- [-5.97021, -12.363, -6.84704] # 745nm
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- [-6.2886, -12.5528, -6.88025] # 750nm
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- [-6.59497, -12.7373, -6.91257] # 755nm
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- [-6.88999, -12.9167, -6.94404] # 760nm
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- [-7.17429, -13.0913, -6.9747] # 765nm
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- [-7.44843, -13.2612, -7.00457] # 770nm
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- [-7.71295, -13.4267, -7.03368] # 775nm
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- [-7.96835, -13.5879, -7.06206] # 780nm
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# Spectral density of each layer's dye at unit density, same grid and order.
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dye_density:
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- [0, 0, 0] # 380nm
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- [0.377133, 0.063319, 0.19868] # 385nm
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- [0.3382, 0.0570716, 0.285878] # 390nm
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- [0.29847, 0.0513074, 0.371152] # 395nm
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- [0.255569, 0.0463895, 0.459037] # 400nm
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- [0.207293, 0.0422564, 0.552607] # 405nm
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- [0.154041, 0.0382841, 0.651409] # 410nm
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- [0.0995692, 0.0334363, 0.752754] # 415nm
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- [0.0495204, 0.0265932, 0.853293] # 420nm
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- [0.00887416, 0.0169114, 0.949242] # 425nm
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- [-0.0197524, 0.00421224, 1.03611] # 430nm
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- [-0.0361498, -0.0106311, 1.10905] # 435nm
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- [-0.0416323, -0.0255303, 1.16391] # 440nm
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- [-0.0382401, -0.037601, 1.19798] # 445nm
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- [-0.0283439, -0.0440633, 1.2096] # 450nm
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- [-0.0143615, -0.0427699, 1.19742] # 455nm
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- [0.00143042, -0.0315321, 1.16068] # 460nm
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- [0.0169839, -0.00701406, 1.09977] # 465nm
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- [0.0306769, 0.0348952, 1.01673] # 470nm
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- [0.0414816, 0.0970568, 0.915239] # 475nm
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- [0.049003, 0.179749, 0.800328] # 480nm
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- [0.0534217, 0.281088, 0.677584] # 485nm
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- [0.0552966, 0.397927, 0.552185] # 490nm
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- [0.0552791, 0.525842, 0.428821] # 495nm
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- [0.0538515, 0.658967, 0.31238] # 500nm
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- [0.0512366, 0.790839, 0.207994] # 505nm
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- [0.047405, 0.915802, 0.120204] # 510nm
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- [0.0420964, 1.02949, 0.051953] # 515nm
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- [0.0348648, 1.12848, 0.00406271] # 520nm
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- [0.0252725, 1.20945, -0.0247515] # 525nm
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- [0.0132393, 1.26838, -0.037432] # 530nm
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- [-0.000655926, 1.3011, -0.0378394] # 535nm
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- [-0.0150902, 1.30513, -0.0301521] # 540nm
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- [-0.0280646, 1.28087, -0.0184321] # 545nm
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- [-0.0370462, 1.23062, -0.00613845] # 550nm
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- [-0.0392017, 1.15713, 0.00441728] # 555nm
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- [-0.0318127, 1.06339, 0.0122094] # 560nm
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- [-0.0128585, 0.953649, 0.0171679] # 565nm
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- [0.0185624, 0.834189, 0.0197382] # 570nm
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- [0.0622375, 0.712836, 0.0205785] # 575nm
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- [0.117019, 0.597023, 0.0203967] # 580nm
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- [0.180926, 0.491789, 0.0198237] # 585nm
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- [0.251234, 0.399499, 0.0192503] # 590nm
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- [0.324773, 0.32091, 0.0187057] # 595nm
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- [0.398641, 0.255872, 0.017925] # 600nm
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- [0.471082, 0.203363, 0.0165699] # 605nm
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- [0.541713, 0.161461, 0.0144487] # 610nm
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- [0.610909, 0.127725, 0.0116696] # 615nm
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- [0.679016, 0.0999391, 0.00866423] # 620nm
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- [0.746064, 0.0766996, 0.00601286] # 625nm
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- [0.812113, 0.0572464, 0.00410708] # 630nm
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- [0.877539, 0.0409728, 0.00294055] # 635nm
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- [0.94267, 0.0272079, 0.00225195] # 640nm
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- [1.0072, 0.0153007, 0.00177846] # 645nm
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- [1.07033, 0.00476889, 0.00137731] # 650nm
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- [1.13138, -0.00461385, 0.0010113] # 655nm
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- [1.18994, -0.0128604, 0.000690425] # 660nm
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- [1.2454, -0.0198922, 0.000429481] # 665nm
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- [1.29635, -0.0256496, 0.000232025] # 670nm
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- [1.34064, -0.0301326, 8.94218e-05] # 675nm
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- [1.37628, -0.0334027, -3.69701e-14] # 680nm
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- [1.4024, -0.0355552, -5.89324e-15] # 685nm
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- [1.41932, -0.0366833, -8.88249e-16] # 690nm
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- [1.42731, -0.0368739, -1.26588e-16] # 695nm
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- [1.42539, -0.0362483, -1.7058e-17] # 700nm
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- [1.41175, -0.0349484, -2.17341e-18] # 705nm
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- [1.38479, -0.0330709, -2.61838e-19] # 710nm
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- [1.34415, -0.0306721, -2.98264e-20] # 715nm
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- [1.29105, -0.0277964, -3.21252e-21] # 720nm
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- [1.22779, -0.024493, -3.27167e-22] # 725nm
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- [1.15685, -0.0208201, 0.000114823] # 730nm
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- [1.08038, -0.0168415, 0.000222765] # 735nm
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- [1.00034, -0.0126202, 0.000257823] # 740nm
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- [0.918698, -0.00821278, 0.000180542] # 745nm
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- [0, -0.00366427, -1.54719e-27] # 750nm
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- [0, 0, 0] # 755nm
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- [0, 0, 0] # 760nm
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- [0, 0, 0] # 765nm
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- [0, 0, 0] # 770nm
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- [0, 0, 0] # 775nm
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- [0, 0, 0] # 780nm
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# The support's own density -- film base plus, for a colour negative, the
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# orange mask. Flat zero where the datasheet does not give it.
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base_density: [0, 0, 0, 0, 0, 0.796092, 0.819807, 0.859899, 0.903177, 0.936316, 0.959003, 0.973034, 0.977117, 0.970216, 0.955152, 0.933165, 0.906756, 0.875343, 0.840376, 0.803619, 0.766412, 0.731304, 0.699467, 0.674177, 0.659943, 0.65248, 0.646041, 0.634914, 0.620591, 0.608716, 0.603052, 0.598853, 0.596066, 0.592731, 0.587426, 0.579308, 0.567859, 0.549733, 0.521342, 0.482493, 0.433993, 0.378466, 0.322556, 0.276816, 0.242493, 0.22032, 0.207152, 0.202182, 0.198369, 0.20066, 0.203258, 0.208561, 0.214483, 0.220958, 0.228281, 0.235524, 0.24277, 0.24979, 0.256109, 0.262234, 0.267565, 0.270481, 0.273453, 0.273409, 0.274605, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0]
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# The characteristic curves: density against log10 exposure, sampled
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# uniformly over [-3, 4].
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log_exposure_min: -3
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log_exposure_max: 4
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density_curves:
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- [-0.00073903, -0.00059437, -0.0006194]
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- [-0.00063032, -0.00048825, -0.00055451]
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- [-0.00045234, -0.00030645, -0.00044117]
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- [-0.00026024, -0.00011701, -0.00029601]
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- [-0.00010355, 2.1487e-06, -0.00012094]
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- [4.889e-06, 2.263e-05, 7.5194e-05]
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- [9.5861e-05, 2.0159e-06, 0.00024885]
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- [0.00020985, 3.8124e-05, 0.00033595]
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- [0.00034956, 0.00017121, 0.00030559]
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- [0.00046845, 0.00033688, 0.00019455]
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- [0.00051165, 0.00042625, 7.8993e-05]
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- [0.0004658, 0.00039011, 1.1431e-05]
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- [0.00034872, 0.00026336, 7.4568e-06]
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- [0.00020358, 0.00013281, 5.5548e-05]
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- [7.7056e-05, 8.0914e-05, 0.00013646]
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- [3.7807e-07, 0.00014042, 0.00023636]
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- [-1.3533e-05, 0.000288, 0.00034384]
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- [3.9123e-05, 0.00047269, 0.00043924]
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- [0.00015979, 0.00065075, 0.0004934]
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- [0.00034174, 0.00080162, 0.00048393]
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- [0.00055639, 0.00092147, 0.00041887]
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- [0.0007484, 0.0010119, 0.00034643]
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- [0.00085305, 0.0010809, 0.00033634]
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- [0.00083254, 0.0011562, 0.00044037]
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- [0.00070872, 0.0012905, 0.00065843]
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- [0.0005664, 0.0015443, 0.00093643]
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- [0.00051758, 0.001948, 0.0012012]
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- [0.00064389, 0.0024735, 0.0014105]
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- [0.00095192, 0.0030428, 0.0015833]
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- [0.0013712, 0.0035796, 0.0017895]
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- [0.001798, 0.0040714, 0.0021039]
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- [0.0021589, 0.0045949, 0.0025585]
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- [0.0024545, 0.0052786, 0.0031241]
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- [0.0027575, 0.0062198, 0.0037339]
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- [0.0031682, 0.0074126, 0.0043313]
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- [0.003757, 0.008743, 0.0049097]
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- [0.0045302, 0.010062, 0.0055182]
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- [0.005437, 0.011292, 0.0062358]
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- [0.006408, 0.0125, 0.0071335]
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- [0.0074004, 0.013875, 0.0082505]
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- [0.0084225, 0.015632, 0.0095939]
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- [0.0095293, 0.017889, 0.011154]
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- [0.0108, 0.020616, 0.012914]
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- [0.012313, 0.023662, 0.014851]
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- [0.014125, 0.026862, 0.016936]
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- [0.016264, 0.030129, 0.019139]
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- [0.018714, 0.033491, 0.021463]
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- [0.021417, 0.03706, 0.02397]
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- [0.024277, 0.040962, 0.026782]
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- [0.027195, 0.045308, 0.030036]
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- [0.030132, 0.050151, 0.033793]
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- [0.033193, 0.055517, 0.038045]
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- [0.036633, 0.061468, 0.042791]
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- [0.040702, 0.06802, 0.048005]
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- [0.045454, 0.075017, 0.053559]
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- [0.050703, 0.082127, 0.059269]
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- [0.056205, 0.089089, 0.065097]
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- [0.061869, 0.096016, 0.071276]
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- [0.06778, 0.10344, 0.07817]
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