Jennifer D. T. Kruschwitz, Michael Trubetskov, and Jason Keck, "Optical Interference Coating Design Contest 2022: a black box coating and a filter for an outdoor 3D cinema challenge [invited]," Appl. Opt. 62, B43-B54 (2023)
The design problems for the Optical Interference Coating (OIC) 2022 Topical Meeting include black box coatings to reverse engineer and a pair of white-balanced, multi-bandpass filters for three-dimensional cinema projection in cold and hot outdoor environments. There were 14 designers from China, France, Germany, Japan, Russia, and the United States, submitting 32 total designs for problems A and B. The design problems and the submitted solutions are described and evaluated.
Jennifer D. T. Kruschwitz, Vladimir Pervak, Jason Keck, Ilya Bolshakov, Zachary Gerig, Fabien Lemarchand, Kageyuki Sato, William Southwell, Muneo Sugiura, Michael Trubetskov, and Wenjia Yuan Appl. Opt. 56(4) C151-C162 (2017)
Jennifer D. T. Kruschwitz, Vladimir Pervak, Jason Keck, Eric Baltz, Amit Deliwala, Zachary Gerig, Fabien Lemarchand, Samuel Pellicori, Kageyuki Sato, William Southwell, Michael Trubetskov, Kunihiko Yano, and Wenjia Yuan Appl. Opt. 59(5) A206-A212 (2020)
Data underlying the results presented in this paper can be found in
Data File
1, Ref. [2], Data File
3, Ref. [3]. Data File
2, Ref. [8], Data File
4, Ref. [9].
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# is the design number in Fig. 6, $N$ is the number of design layers, ${D_1}$ is presented by Eq. (6), and ${\Delta _n}$ and ${\Delta _k}$ are additional criteria of profile closeness Eqs. (8) and (9). $*$ Late submissions. $**$ Late submissions after design contest presentation.
# is the design number in Fig. 7, $N$ is the number of design layers, ${D_2}$ is presented by Eq. (7), and ${\Delta _n}$ and ${\Delta _k}$ are additional criteria of profile closeness Eqs. (8) and (9). $*$ Late submission.
Table 7.
Index of Refraction for the Substrate, Medium, and Each Material at , 20°, and
Substrate
H
L
F
T
M
1.513
2.131
1.499
1.811
2.101
1.359
1.52
2.250
1.450
2.000
2.150
1.380
1.523
2.301
1.429
2.081
2.171
1.389
Table 8.
Wavelength Bands (Spectrum 1 or Spectrum 2) for Each Color Primary without LED Source (i.e., with Uniform Spectral Illumination)a
Color
Spectrum 1
LED
Blue (B)
380–435 nm
440–474 nm
Green (G)
480–530 nm
539–568 nm
Red (R)
580–635 nm
642–780 nm
Color
Spectrum 2
LED
Blue (B)
380–432 nm
436–480 nm
Green (G)
485–525 nm
531–570 nm
Red (R)
586–626 nm
636–780 nm
Spectrum 1 and Spectrum 2 are evaluated every 0.1 nm.
Table 9.
Ranking of Ruiz Designs for Inuvik, Canada, by Merit Function
Design
Place
MF
4
1
2.459131
2
2
2.634037
1
3
3.163727
3
4
3.942649
Table 10.
Ranking of Ruiz Designs for Kuwait City, Kuwait, by Merit Function
Design
Place
MF
4
1
2.367159
1
2
2.399027
2
3
2.482192
3
4
2.896291
Tables (10)
Table 1.
Designers and Design Submissions for Problems A1, A2, B1, and/or B2
# is the design number in Fig. 6, $N$ is the number of design layers, ${D_1}$ is presented by Eq. (6), and ${\Delta _n}$ and ${\Delta _k}$ are additional criteria of profile closeness Eqs. (8) and (9). $*$ Late submissions. $**$ Late submissions after design contest presentation.
# is the design number in Fig. 7, $N$ is the number of design layers, ${D_2}$ is presented by Eq. (7), and ${\Delta _n}$ and ${\Delta _k}$ are additional criteria of profile closeness Eqs. (8) and (9). $*$ Late submission.
Table 7.
Index of Refraction for the Substrate, Medium, and Each Material at , 20°, and
Substrate
H
L
F
T
M
1.513
2.131
1.499
1.811
2.101
1.359
1.52
2.250
1.450
2.000
2.150
1.380
1.523
2.301
1.429
2.081
2.171
1.389
Table 8.
Wavelength Bands (Spectrum 1 or Spectrum 2) for Each Color Primary without LED Source (i.e., with Uniform Spectral Illumination)a
Color
Spectrum 1
LED
Blue (B)
380–435 nm
440–474 nm
Green (G)
480–530 nm
539–568 nm
Red (R)
580–635 nm
642–780 nm
Color
Spectrum 2
LED
Blue (B)
380–432 nm
436–480 nm
Green (G)
485–525 nm
531–570 nm
Red (R)
586–626 nm
636–780 nm
Spectrum 1 and Spectrum 2 are evaluated every 0.1 nm.
Table 9.
Ranking of Ruiz Designs for Inuvik, Canada, by Merit Function
Design
Place
MF
4
1
2.459131
2
2
2.634037
1
3
3.163727
3
4
3.942649
Table 10.
Ranking of Ruiz Designs for Kuwait City, Kuwait, by Merit Function
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