Coverage for colour/characterisation/datasets/cameras/dslr/sensitivities.py: 100%

1"""

2Sensitivities of *DSLR* Cameras

3===============================

5Define the sensitivities of *DSLR* cameras.

7Each *DSLR* camera data is in the form of a *dict* of

8:class:`colour.characterisation.RGB_CameraSensitivities` classes as follows::

10 {

11 'name': RGB_CameraSensitivities,

12 ...,

13 'name': RGB_CameraSensitivities

14 }

16The following *DSLR* cameras are available:

18- Nikon 5100 (NPL)

19- Sigma SDMerill (NPL)

21References

22----------

23- :cite:`Darrodi2015a` : Darrodi, M. M., Finlayson, G., Goodman, T., &

24 Mackiewicz, M. (2015). Reference data set for camera spectral sensitivity

25 estimation. Journal of the Optical Society of America A, 32(3), 381.

26 doi:10.1364/JOSAA.32.000381

27"""

29from __future__ import annotations

31from functools import partial

33from colour.characterisation import RGB_CameraSensitivities

34from colour.utilities import LazyCanonicalMapping

36__author__ = "Colour Developers"

38__license__ = "BSD-3-Clause - https://opensource.org/licenses/BSD-3-Clause"

39__maintainer__ = "Colour Developers"

40__email__ = "colour-developers@colour-science.org"

41__status__ = "Production"

43__all__ = [

44 "DATA_CAMERA_SENSITIVITIES_DSLR",

45 "MSDS_CAMERA_SENSITIVITIES_DSLR",

46]

48DATA_CAMERA_SENSITIVITIES_DSLR: dict = {

49 "Nikon 5100 (NPL)": {

50 380.0: (

51 0.00156384299336578000,

52 0.00011500000000000000,

53 0.00180956039402335990,

54 ),

55 385.0: (

56 0.00189691771384825000,

57 0.00152114360178015000,

58 0.00048982814544150399,

59 ),

60 390.0: (

61 0.00000000000000000000,

62 0.00057430499183558695,

63 0.00087943069176996504,

64 ),

65 395.0: (

66 0.00000000000000000000,

67 0.00000000000000000000,

68 0.00000000000000000000,

69 ),

70 400.0: (

71 0.00000000000000000000,

72 0.00000000000000000000,

73 0.00153246068848051000,

74 ),

75 405.0: (

76 0.00071776703300973298,

77 0.00119722386224553000,

78 0.00569805602282062030,

79 ),

80 410.0: (

81 0.00292397466563330000,

82 0.00133571498448177000,

83 0.01660828769874150200,

84 ),

85 415.0: (

86 0.01293626801713740000,

87 0.01319431696052810100,

88 0.07879120559214590500,

89 ),

90 420.0: (

91 0.04959786481566520000,

92 0.06497102451249539600,

93 0.36171350364994898000,

94 ),

95 425.0: (

96 0.07607250435970400200,

97 0.11510308718828900000,

98 0.65970462106512295000,

99 ),

100 430.0: (

101 0.07658892708274399300,

102 0.13706582547087201000,

103 0.75534360010359503000,

104 ),

105 435.0: (

106 0.06833381956036009600,

107 0.15242852584030600000,

108 0.81045312707380701000,

109 ),

110 440.0: (

111 0.06131816189646559900,

112 0.16864005450745301000,

113 0.87494523362472998000,

114 ),

115 445.0: (

116 0.05473314457789760200,

117 0.18329934605049600000,

118 0.92671273991178704000,

119 ),

120 450.0: (

121 0.04886204743702320100,

122 0.19603263456229600000,

123 0.96314088025989897000,

124 ),

125 455.0: (

126 0.04284591974257399800,

127 0.21733653278361301000,

128 0.98065048133510302000,

129 ),

130 460.0: (

131 0.04022845332691499900,

132 0.25424357380995000000,

133 1.00000000000000000000,

134 ),

135 465.0: (

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137 0.30864811930649899000,

138 0.99640467488711104000,

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140 470.0: (

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142 0.37346871184252001000,

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144 ),

145 475.0: (

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147 0.42915806139893697000,

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195 525.0: (

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202 1.00000000000000000000,

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219 ),

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223 0.06525313059219839400,

224 ),

225 555.0: (

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228 0.04785595345227559900,

229 ),

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232 0.77631807500187500000,

233 0.03413932303860940000,

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239 ),

240 570.0: (

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242 0.63579620249170998000,

243 0.01976793598476750100,

244 ),

245 575.0: (

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247 0.56551528450380395000,

248 0.01634844781073010000,

249 ),

250 580.0: (

251 0.56450337990639099000,

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253 0.01381733937020259900,

254 ),

255 585.0: (

256 0.85360126947261405000,

257 0.42475654159075799000,

258 0.01195294647966710000,

259 ),

260 590.0: (

261 0.98103242181506201000,

262 0.35178931226078303000,

263 0.01000909395820090100,

264 ),

265 595.0: (

266 1.00000000000000000000,

267 0.27817849879541801000,

268 0.00758776308929657970,

269 ),

270 600.0: (

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272 0.21167353249961901000,

273 0.00645584463521649970,

274 ),

275 605.0: (

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277 0.15671644549433000000,

278 0.00522978285684488030,

279 ),

280 610.0: (

281 0.83427841652645296000,

282 0.11803962073050200000,

283 0.00365998459503786990,

284 ),

285 615.0: (

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287 0.08885249534231440300,

288 0.00395538505488667040,

289 ),

290 620.0: (

291 0.70366798041157996000,

292 0.07010184404853669900,

293 0.00396835221654468030,

294 ),

295 625.0: (

296 0.63916484476123703000,

297 0.05690899470893220200,

298 0.00349138004486036990,

299 ),

300 630.0: (

301 0.57081292173776299000,

302 0.04729879101895839700,

303 0.00404302103181797010,

304 ),

305 635.0: (

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307 0.04119589002556579800,

308 0.00418929985295813000,

309 ),

310 640.0: (

311 0.43833913452368101000,

312 0.03525207084991220000,

313 0.00554676856500057980,

314 ),

315 645.0: (

316 0.38896992260406899000,

317 0.03069313144532450100,

318 0.00546423323547744030,

319 ),

320 650.0: (

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322 0.02680396295683950100,

323 0.00597382847392098970,

324 ),

325 655.0: (

326 0.29278541836293998000,

327 0.02352430119871520100,

328 0.00630906774763779000,

329 ),

330 660.0: (

331 0.23770718073119301000,

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335 665.0: (

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337 0.01545848325340879900,

338 0.00483655792375416000,

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340 670.0: (

341 0.09128771706377150600,

342 0.00944075104617158980,

343 0.00302664794586984980,

344 ),

345 675.0: (

346 0.04205615047283590300,

347 0.00508102204063505970,

348 0.00172169700987674990,

349 ),

350 680.0: (

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352 0.00291019166901752010,

353 0.00078065128657817595,

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355 685.0: (

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357 0.00162657557793382010,

358 0.00056963070848184102,

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365 695.0: (

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370 700.0: (

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374 ),

375 705.0: (

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378 8.5000000000000006e-05,

379 ),

380 710.0: (

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384 ),

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387 0.00000000000000000000,

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390 720.0: (

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392 0.00024353518865341200,

393 1.8300000000000001e-05,

394 ),

395 725.0: (

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397 6.0200000000000000e-05,

398 0.00000000000000000000,

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400 730.0: (

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404 ),

405 735.0: (

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407 0.00000000000000000000,

408 0.00000000000000000000,

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410 740.0: (

411 0.00000000000000000000,

412 0.00000000000000000000,

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414 ),

415 745.0: (

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417 1.7099999999999999e-05,

418 0.00016527828734010200,

419 ),

420 750.0: (

421 0.00031099754946016501,

422 5.2099999999999999e-05,

423 0.00017755262214537101,

424 ),

425 755.0: (

426 0.00000000000000000000,

427 8.8499999999999996e-05,

428 0.00000000000000000000,

429 ),

430 760.0: (

431 0.00000000000000000000,

432 0.00000000000000000000,

433 2.4300000000000001e-05,

434 ),

435 765.0: (

436 0.00000000000000000000,

437 0.00000000000000000000,

438 6.1799999999999998e-05,

439 ),

440 770.0: (

441 8.5599999999999994e-05,

442 0.00013799999999999999,

443 0.00026260703183506501,

444 ),

445 775.0: (

446 0.00013831372865247499,

447 0.0001786501727059410,

448 0.00028050537004191899,

449 ),

450 780.0: (

451 3.6199999999999999e-05,

452 4.2500000000000003e-05,

453 0.00000000000000000000,

454 ),

455 },

456 "Sigma SDMerill (NPL)": {

457 400.0: (

458 0.00562107440608700020,

459 0.00632809751263116970,

460 0.16215942413307899000,

461 ),

462 410.0: (

463 0.00650335624511722000,

464 0.00976180459591275040,

465 0.28549837804628603000,

466 ),

467 420.0: (

468 0.07407911289140040000,

469 0.02527177008261050100,

470 0.39690431060902098000,

471 ),

472 430.0: (

473 0.04302295946292879900,

474 0.08375118585311219800,

475 0.50831024317175599000,

476 ),

477 440.0: (

478 0.03450952562247010200,

479 0.14370381974360999000,

480 0.62211847246948804000,

481 ),

482 450.0: (

483 0.01889156723434350100,

484 0.18361168930882199000,

485 0.73742136245769496000,

486 ),

487 460.0: (

488 0.00731107699680200000,

489 0.40909478009952999000,

490 0.94538036670138004000,

491 ),

492 470.0: (

493 0.04549915123096019700,

494 0.51595564086176404000,

495 0.96441494770280400000,

496 ),

497 480.0: (

498 0.05676752921111680200,

499 0.60120664662705503000,

500 1.00000000000000000000,

501 ),

502 490.0: (

503 0.13419592065917799000,

504 0.67031679980136305000,

505 0.98598021188452500000,

506 ),

507 500.0: (

508 0.16475268997837600000,

509 0.75258747153475802000,

510 0.98340266357529005000,

511 ),

512 510.0: (

513 0.21712641978639199000,

514 0.84381384368944201000,

515 0.96969219567072595000,

516 ),

517 520.0: (

518 0.30648343835824399000,

519 0.90151724558812696000,

520 0.94280817402079797000,

521 ),

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523 0.34984579614888500000,

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526 ),

527 540.0: (

528 0.44374258133259298000,

529 0.96799429052157804000,

530 0.88444590220041897000,

531 ),

532 550.0: (

533 0.44488860528126301000,

534 0.95725231064041105000,

535 0.86791899071597101000,

536 ),

537 560.0: (

538 0.47897575674702603000,

539 0.95204791860047400000,

540 0.83375679584908402000,

541 ),

542 570.0: (

543 0.50950291481073895000,

544 0.97628014458399803000,

545 0.83204140240572999000,

546 ),

547 580.0: (

548 0.59262909378530504000,

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550 0.80054956384778198000,

551 ),

552 590.0: (

553 0.67383327560697603000,

554 1.00000000000000000000,

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556 ),

557 600.0: (

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559 0.96948452757777404000,

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561 ),

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564 0.95441319124850699000,

565 0.66718640174985699000,

566 ),

567 620.0: (

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569 0.93335435890921303000,

570 0.62043627806816704000,

571 ),

572 630.0: (

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576 ),

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581 ),

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586 ),

587 660.0: (

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592 670.0: (

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596 ),

597 680.0: (

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600 0.00468563680483140980,

601 ),

602 },

603}

604

605MSDS_CAMERA_SENSITIVITIES_DSLR = LazyCanonicalMapping(

606 {

607 "Nikon 5100 (NPL)": partial(

608 RGB_CameraSensitivities,

609 DATA_CAMERA_SENSITIVITIES_DSLR["Nikon 5100 (NPL)"],

610 name="Nikon 5100 (NPL)",

611 ),

612 "Sigma SDMerill (NPL)": partial(

613 RGB_CameraSensitivities,

614 DATA_CAMERA_SENSITIVITIES_DSLR["Sigma SDMerill (NPL)"],

615 name="Sigma SDMerill (NPL)",

616 ),

617 }

618)

619"""

620Multi-spectral distributions of *DSLR* camera sensitivities.

621

622References

623----------

624:cite:`Darrodi2015a`

625"""