Section 2, Chapter B: Colour Vision and Colorimetry (2020)
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Introduction, content list and summary: BEAI, BEA_I, BEA_S in English or BGAI, BGA_I, BGA_S in German.

Section 2: Colourimetry, Colour Vision and Applications for Colour Image Technology (2019-2024), Image part be2s

Chapter B: Colour Vision and Colorimetry (2020)

The following 260 image series between bea0 and bez9
show the content with links to the single figures in up to six formats.

Figure BEA0L0N1.jpg: Output in format A6 of the file BEA0L0NP.PDF, see
BEA0L0N1. PS / TXT / PDF / jpg

BEA0: TUB-test chart BEA0; Elementary colours and chromatic adaptation
Spectrum for surface and optimal colours
Coordinates (A1, B1) and (A2,B2) for chromatic adaptation

Figure BEA1L0N1.jpg: Output in format A6 of the file BEA1L0NP.PDF, see
BEA1L0N1. PS / TXT / PDF / jpg

BEA1: TUB-test chart BEA1; Chromatic adaptation model
Ostwald-optimal colours for 8 Planck radiations
correlated colour temperatures 6000K (P60) to 2500K (P25)

Figure BEA2L0N1.jpg: Output in format A6 of the file BEA2L0NP.PDF, see
BEA2L0N1. PS / TXT / PDF / jpg

BEA2: TUB-test chart BEA2; Optimal and Arens-elementary colours
Colour management for the devices sRGB and WCGa
(Wide Colour Gamut) with rgb*-colour data

Figure BEA3L0N1.jpg: Output in format A6 of the file BEA3L0NP.PDF, see
BEA3L0N1. PS / TXT / PDF / jpg

BEA3: TUB-test chart BEA3; 1080 standard colours, Code (row/column)
1 VG[0-1], transfer to 15 VG[0-2 to 0-8, 1-1 to 1-8]
15 VG with 0,475<=gp<=2,105, similar to ISO 9241-306:AG4

Figure BEA4L0N1.jpg: Output in format A6 of the file BEA4L0NP.PDF, see
BEA4L0N1. PS / TXT / PDF / jpg

BEA4: TUB-test chart BEA4; Separate and adjacent colours
Thresholds for luminance, contrast, and combinations
Logarithmic line elements for colour and contrast

Figure BEA5L0N1.jpg: Output in format A6 of the file BEA5L0NP.PDF, see
BEA5L0N1. PS / TXT / PDF / jpg

BEA5: TUB-test chart BEA5; Central and 5 surround-field luminances
Thresholds for luminance, and lightness;
experimental data of Lingelbach & Richter

Figure BEA6L0N1.jpg: Output in format A6 of the file BEA6L0NP.PDF, see
BEA6L0N1. PS / TXT / PDF / jpg

BEA6: TUB-test chart BEA6; Criteria for elementary hues
Thresholds in NW, RG and YB direction as function of Y
Colour-difference formula LABJND and metric with (a, b) & Y

Figure BEA7L0N1.jpg: Output in format A6 of the file BEA7L0NP.PDF, see
BEA7L0N1. PS / TXT / PDF / jpg

BEA7: TUB-test chart BEA7; Additive colour mixture, spectral
mixture to optimal colours of Ostwald, ideal
projector colours, colour mixture in colour television to D65

Figure BEA8L0N1.jpg: Output in format A6 of the file BEA8L0NP.PDF, see
BEA8L0N1. PS / TXT / PDF / jpg

BEA8: TUB-test chart BEA8; Complementary spectral colours
for the calculation of Ostwald optimal colours for
8 illuminants Pxx and Dxx, and the CIE-02-degree observer

Figure BEA9L0N1.jpg: Output in format A6 of the file BEA9L0NP.PDF, see
BEA9L0N1. PS / TXT / PDF / jpg

BEA9: TUB-test chart BEA9; Complementary spectral colours
for the calculation of Ostwald optimal colours for
8 illuminants Pxx and Dxx, and the CIE-10-degree observer

Figure BEB0L0N1.jpg: Output in format A6 of the file BEB0L0NP.PDF, see
BEB0L0N1. PS / TXT / PDF / jpg

BEB0: TUB-test chart BEB0; Ostwald-optimal colours
YN=3,6, YW=90, CIE illuminant D65, CIE 02 degree
XYZ data, wavelength limits, and 8 colour diagrams

Figure BEB1L0N1.jpg: Output in format A6 of the file BEB1L0NP.PDF, see
BEB1L0N1. PS / TXT / PDF / jpg

BEB1: TUB-test chart BEB1; Ostwald-optimal colours
YN=3,6, YW=90, CIE illuminant D65, CIE 02 degree
Table data XYZ and YABCh with wavelength limits

Figure BEB2L0N1.jpg: Output in format A6 of the file BEB2L0NP.PDF, see
BEB2L0N1. PS / TXT / PDF / jpg

BEB2: TUB-test chart BEB2; Ostwald-optimal colours
YN=3,6, YW=90, CIE illuminant D65, CIE 02 degree
Table data YABCh1 and YABCh2 with wavelength limits

Figure BEB3L0N1.jpg: Output in format A6 of the file BEB3L0NP.PDF, see
BEB3L0N1. PS / TXT / PDF / jpg

BEB3: TUB-test chart BEB3; Ostwald-optimal colours
YN=3,6, YW=90, CIE illuminant A, CIE 02 degree
XYZ data, wavelength limits, and 8 colour diagrams

Figure BEB4L0N1.jpg: Output in format A6 of the file BEB4L0NP.PDF, see
BEB4L0N1. PS / TXT / PDF / jpg

BEB4: TUB-test chart BEB4; Ostwald-optimal colours
YN=3,6, YW=90, CIE illuminant A, CIE 02 degree
Table data XYZ and YABCh with wavelength limits

Figure BEB5L0N1.jpg: Output in format A6 of the file BEB5L0NP.PDF, see
BEB5L0N1. PS / TXT / PDF / jpg

BEB5: TUB-test chart BEB5; Ostwald-optimal colours
YN=3,6, YW=90, CIE illuminant A, CIE 02 degree
Table data YABCh1 and YABCh2 with wavelength limits

Figure BEB6L0N1.jpg: Output in format A6 of the file BEB6L0NP.PDF, see
BEB6L0N1. PS / TXT / PDF / jpg

BEB6: TUB-test chart BEB6; 8 spectral radiations of illuminants Pxx
and Dxx for calculation of Ostwald optimal colours;
wavelength limits by (x,y)400,700; CIE-02-degree observer

Figure BEB7L0N1.jpg: Output in format A6 of the file BEB7L0NP.PDF, see
BEB7L0N1. PS / TXT / PDF / jpg

BEB7: TUB-test chart BEB7;8 spectral radiations of illuminants Pxx
and Dxx for calculation of Ostwald optimal colours;
wavelength limits by (x,y)400,700; CIE-10-degree observer

Figure BEB8L0N1.jpg: Output in format A6 of the file BEB8L0NP.PDF, see
BEB8L0N1. PS / TXT / PDF / jpg

BEB8: TUB-test chart BEB8; Complementary spectral colours
for calculation of Ostwald optimal colours with Pxx/Dxx
wavelength limits by (x,y)400,P; CIE-02-degree observer

Figure BEB9L0N1.jpg: Output in format A6 of the file BEB9L0NP.PDF, see
BEB9L0N1. PS / TXT / PDF / jpg

BEB9: TUB-test chart BEB9; Complementary spectral colours
for calculation of Ostwald optimal colours with Pxx/Dxx
wavelength limits by (x,y)400,P; CIE-10-degree observer

Figure BEC0L0N1.jpg: Output in format A6 of the file BEC0L0NP.PDF, see
BEC0L0N1. PS / TXT / PDF / jpg

BEC0: TUB-test chart BEC0; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-02-degree observer, chromaticity
diagram (x, y), C>=288:1

Figure BEC1L0N1.jpg: Output in format A6 of the file BEC1L0NP.PDF, see
BEC1L0N1. PS / TXT / PDF / jpg

BEC1: TUB-test chart BEC1; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-02-degree observer, chromaticity
diagram (x, y), C=25:1

Figure BEC2L0N1.jpg: Output in format A6 of the file BEC2L0NP.PDF, see
BEC2L0N1. PS / TXT / PDF / jpg

BEC2: TUB-test chart BEC2; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-02-degree observer, chromaticity
diagram (x, y), contrast C=10:1

Figure BEC3L0N1.jpg: Output in format A6 of the file BEC3L0NP.PDF, see
BEC3L0N1. PS / TXT / PDF / jpg

BEC3: TUB-test chart BEC3; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-02-degree observer, chromaticity
diagram (x, y), contrast C=4:1

Figure BEC4L0N1.jpg: Output in format A6 of the file BEC4L0NP.PDF, see
BEC4L0N1. PS / TXT / PDF / jpg

BEC4: TUB-test chart BEC4; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-02-degree observer, chromaticity
diagram (x, y), contrast C=2:1

Figure BEC5L0N1.jpg: Output in format A6 of the file BEC5L0NP.PDF, see
BEC5L0N1. PS / TXT / PDF / jpg

BEC5: TUB-test chart BEC5; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-02-degree observer, chromaticity
diagram (x, y), contrast C>=288:1

Figure BEC6L0N1.jpg: Output in format A6 of the file BEC6L0NP.PDF, see
BEC6L0N1. PS / TXT / PDF / jpg

BEC6: TUB-test chart BEC6; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-02-degree observer, chromaticity
diagram (x, y), contrast C=25:1

Figure BEC7L0N1.jpg: Output in format A6 of the file BEC7L0NP.PDF, see
BEC7L0N1. PS / TXT / PDF / jpg

BEC7: TUB-test chart BEC7; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-02-degree observer, chromaticity
diagram (x, y), contrast C=10:1

Figure BEC8L0N1.jpg: Output in format A6 of the file BEC8L0NP.PDF, see
BEC8L0N1. PS / TXT / PDF / jpg

BEC8: TUB-test chart BEC8; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-02-degree observer, chromaticity
diagram (x, y), contrast C=4:1

Figure BEC9L0N1.jpg: Output in format A6 of the file BEC9L0NP.PDF, see
BEC9L0N1. PS / TXT / PDF / jpg

BEC9: TUB-test chart BEC9; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-02-degree observer, chromaticity
diagram (x, y), contrast C=2:1

Figure BED0L0N1.jpg: Output in format A6 of the file BED0L0NP.PDF, see
BED0L0N1. PS / TXT / PDF / jpg

BED0: TUB-test chart BED0; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-10-degree observer, chromaticity
diagram (x10, y10), contrast C>=288:1

Figure BED1L0N1.jpg: Output in format A6 of the file BED1L0NP.PDF, see
BED1L0N1. PS / TXT / PDF / jpg

BED1: TUB-test chart BED1; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-10-degree observer, chromaticity
diagram (x10, y10), contrast C=25:1

Figure BED2L0N1.jpg: Output in format A6 of the file BED2L0NP.PDF, see
BED2L0N1. PS / TXT / PDF / jpg

BED2: TUB-test chart BED2; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-10-degree observer, chromaticity
diagram (x10, y10), contrast C=10:1

Figure BED3L0N1.jpg: Output in format A6 of the file BED3L0NP.PDF, see
BED3L0N1. PS / TXT / PDF / jpg

BED3: TUB-test chart BED3; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-10-degree observer, chromaticity
diagram (x10, y10), contrast C=4:1

Figure BED4L0N1.jpg: Output in format A6 of the file BED4L0NP.PDF, see
BED4L0N1. PS / TXT / PDF / jpg

BED4: TUB-test chart BED4; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-10-degree observer, chromaticity
diagram (x10, y10), contrast C=2:1

Figure BED5L0N1.jpg: Output in format A6 of the file BED5L0NP.PDF, see
BED5L0N1. PS / TXT / PDF / jpg

BED5: TUB-test chart BED5; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-10-degree observer, chromaticity
diagram (x10, y10), contrast C>=288:1

Figure BED6L0N1.jpg: Output in format A6 of the file BED6L0NP.PDF, see
BED6L0N1. PS / TXT / PDF / jpg

BED6: TUB-test chart BED6; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-10-degree observer, chromaticity
diagram (x10, y10), contrast C=25:1

Figure BED7L0N1.jpg: Output in format A6 of the file BED7L0NP.PDF, see
BED7L0N1. PS / TXT / PDF / jpg

BED7: TUB-test chart BED7; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-10-degree observer, chromaticity
diagram (x10, y10), contrast C=10:1

Figure BED8L0N1.jpg: Output in format A6 of the file BED8L0NP.PDF, see
BED8L0N1. PS / TXT / PDF / jpg

BED8: TUB-test chart BED8; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-10-degree observer, chromaticity
diagram (x10, y10), contrast C=4:1

Figure BED9L0N1.jpg: Output in format A6 of the file BED9L0NP.PDF, see
BED9L0N1. PS / TXT / PDF / jpg

BED9: TUB-test chart BED9; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-10-degree observer, chromaticity
diagram (x10, y10), contrast C=2:1

Figure BEE0L0N1.jpg: Output in format A6 of the file BEE0L0NP.PDF, see
BEE0L0N1. PS / TXT / PDF / jpg

BEE0: TUB-test chart BEE0; Additive colour mixture, spectral
mixture to optimal colours of Ostwald, ideal
projector colours, mixture with colour integrator for D65

Figure BEE1L0N1.jpg: Output in format A6 of the file BEE1L0NP.PDF, see
BEE1L0N1. PS / TXT / PDF / jpg

BEE1: TUB-test chart BEE1; Additive colour mixture, spectral
mixture to optimal colours of Ostwald, ideal
projector colours, mixture with colour integrator for D65

Figure BEE2L0N1.jpg: Output in format A6 of the file BEE2L0NP.PDF, see
BEE2L0N1. PS / TXT / PDF / jpg

BEE2: TUB-test chart BEE2; Additive colour mixture, spectral
mixture to optimal colours of Ostwald, antagonistic
model of colour vision, mixture of grey for D65

Figure BEE3L0N1.jpg: Output in format A6 of the file BEE3L0NP.PDF, see
BEE3L0N1. PS / TXT / PDF / jpg

BEE3: TUB-test chart BEE3; Antagonistic metric in colour spaces
data rgb*, XYZ, and (Ai, Bi) of colour spaces LCHJND0 to 3
contrast steps C>=288:1 and 2:1 for sRGB display

Figure BEE4L0N1.jpg: Output in format A6 of the file BEE4L0NP.PDF, see
BEE4L0N1. PS / TXT / PDF / jpg

BEE4: TUB-test chart BEE4; Antagonistic metric in colour spaces
data rgb*, XYZ, and (Ai, Bi) of colour spaces LCHJND0 to 3
contrast steps C>=288:1 and 2:1 for WCGa display

Figure BEE5L0N1.jpg: Output in format A6 of the file BEE5L0NP.PDF, see
BEE5L0N1. PS / TXT / PDF / jpg

BEE5: TUB-test chart BEE5; Antagonistic metric in colour spaces
data rgb*, XYZ, and (Ai, Bi) of colour spaces LCHJND0 to 3
contrast steps C>=288:1 and 2:1 for Offs display

Figure BEE6L0N1.jpg: Output in format A6 of the file BEE6L0NP.PDF, see
BEE6L0N1. PS / TXT / PDF / jpg

BEE6: TUB-test chart BEE6; Antagonistic metric in colour spaces
data rgb*, XYZ, and (Ai, Bi) of colour spaces LCHJND0 to 3
contrast steps C>=288:1 and 2:1 for Ostw display

Figure BEE7L0N1.jpg: Output in format A6 of the file BEE7L0NP.PDF, see
BEE7L0N1. PS / TXT / PDF / jpg

BEE7: TUB-test chart BEE7; Wavelength ranges of Ostwald colours
normalized reflection R/0,5 and linear model relation
to the antagonistic visual signals

Figure BEE8L0N1.jpg: Output in format A6 of the file BEE8L0NP.PDF, see
BEE8L0N1. PS / TXT / PDF / jpg

BEE8: TUB-test chart BEE8; Wavelength ranges of Ostwald colours
normalized reflection log[R/0,2] and model relation
to the different antagonistic visual signals

Figure BEE9L0N1.jpg: Output in format A6 of the file BEE9L0NP.PDF, see
BEE9L0N1. PS / TXT / PDF / jpg

BEE9: TUB-test chart BEE9; Wavelength ranges of Ostwald colours
normalized reflection log[R/0,2] and model relation
to the lightness of antagonistic visual signals

Figure BEF0L0N1.jpg: Output in format A6 of the file BEF0L0NP.PDF, see
BEF0L0N1. PS / TXT / PDF / jpg

BEF0: TUB-test chart BEF0; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-02-degree observer, chromatic value
diagram (CAB2, Y), contrast C>=288:1

Figure BEF1L0N1.jpg: Output in format A6 of the file BEF1L0NP.PDF, see
BEF1L0N1. PS / TXT / PDF / jpg

BEF1: TUB-test chart BEF1; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-02-degree observer, chromatic value
diagram (CAB2, Y), contrast C=25:1

Figure BEF2L0N1.jpg: Output in format A6 of the file BEF2L0NP.PDF, see
BEF2L0N1. PS / TXT / PDF / jpg

BEF2: TUB-test chart BEF2; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-02-degree observer, chromatic value
diagram (CAB2, Y), contrast C=10:1

Figure BEF3L0N1.jpg: Output in format A6 of the file BEF3L0NP.PDF, see
BEF3L0N1. PS / TXT / PDF / jpg

BEF3: TUB-test chart BEF3; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-02-degree observer, chromatic value
diagram (CAB2, Y), contrast C=4:1

Figure BEF4L0N1.jpg: Output in format A6 of the file BEF4L0NP.PDF, see
BEF4L0N1. PS / TXT / PDF / jpg

BEF4: TUB-test chart BEF4; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-02-degree observer, chromatic value
diagram (CAB2, Y), contrast C=2:1

Figure BEF5L0N1.jpg: Output in format A6 of the file BEF5L0NP.PDF, see
BEF5L0N1. PS / TXT / PDF / jpg

BEF5: TUB-test chart BEF5; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-02-degree observer, chromatic value
diagram (CAB2, Y), contrast C>=288:1

Figure BEF6L0N1.jpg: Output in format A6 of the file BEF6L0NP.PDF, see
BEF6L0N1. PS / TXT / PDF / jpg

BEF6: TUB-test chart BEF6; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-02-degree observer, chromatic value
diagram (CAB2, Y), contrast C=25:1, Y-tr

Figure BEF7L0N1.jpg: Output in format A6 of the file BEF7L0NP.PDF, see
BEF7L0N1. PS / TXT / PDF / jpg

BEF7: TUB-test chart BEF7; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-02-degree observer, chromatic value
diagram (CAB2, Y), contrast C=10:1, Y-tr

Figure BEF8L0N1.jpg: Output in format A6 of the file BEF8L0NP.PDF, see
BEF8L0N1. PS / TXT / PDF / jpg

BEF8: TUB-test chart BEF8; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-02-degree observer, chromatic value
diagram (CAB2, Y), contrast C=4:1, Y-tr

Figure BEF9L0N1.jpg: Output in format A6 of the file BEF9L0NP.PDF, see
BEF9L0N1. PS / TXT / PDF / jpg

BEF9: TUB-test chart BEF9; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-02-degree observer, chromatic value
diagram (CAB2, Y), contrast C=2:1, Y-tr

Figure BEG0L0N1.jpg: Output in format A6 of the file BEG0L0NP.PDF, see
BEG0L0N1. PS / TXT / PDF / jpg

BEG0: TUB-test chart BEG0; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-10-degree observer, chromatic value
diagram (CAB2, Y), contrast C>=288:1

Figure BEG1L0N1.jpg: Output in format A6 of the file BEG1L0NP.PDF, see
BEG1L0N1. PS / TXT / PDF / jpg

BEG1: TUB-test chart BEG1; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-10-degree observer, chromatic value
diagram (CAB2, Y), contrast C=25:1

Figure BEG2L0N1.jpg: Output in format A6 of the file BEG2L0NP.PDF, see
BEG2L0N1. PS / TXT / PDF / jpg

BEG2: TUB-test chart BEG2; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-10-degree observer, chromatic value
diagram (CAB2, Y), contrast C=10:1

Figure BEG3L0N1.jpg: Output in format A6 of the file BEG3L0NP.PDF, see
BEG3L0N1. PS / TXT / PDF / jpg

BEG3: TUB-test chart BEG3; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-10-degree observer, chromatic value
diagram (CAB2, Y), contrast C=4:1

Figure BEG4L0N1.jpg: Output in format A6 of the file BEG4L0NP.PDF, see
BEG4L0N1. PS / TXT / PDF / jpg

BEG4: TUB-test chart BEG4; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-10-degree observer, chromatic value
diagram (CAB2, Y), contrast C=2:1

Figure BEG5L0N1.jpg: Output in format A6 of the file BEG5L0NP.PDF, see
BEG5L0N1. PS / TXT / PDF / jpg

BEG5: TUB-test chart BEG5; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-10-degree observer, chromatic value
diagram (CAB2, Y), contrast C>=288:1

Figure BEG6L0N1.jpg: Output in format A6 of the file BEG6L0NP.PDF, see
BEG6L0N1. PS / TXT / PDF / jpg

BEG6: TUB-test chart BEG6; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-10-degree observer, chromatic value
diagram (CAB2, Y), contrast C=25:1, Y-tr

Figure BEG7L0N1.jpg: Output in format A6 of the file BEG7L0NP.PDF, see
BEG7L0N1. PS / TXT / PDF / jpg

BEG7: TUB-test chart BEG7; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-10-degree observer, chromatic value
diagram (CAB2, Y), contrast C=10:1, Y-tr

Figure BEG8L0N1.jpg: Output in format A6 of the file BEG8L0NP.PDF, see
BEG8L0N1. PS / TXT / PDF / jpg

BEG8: TUB-test chart BEG8; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-10-degree observer, chromatic value
diagram (CAB2, Y), contrast C=4:1, Y-tr

Figure BEG9L0N1.jpg: Output in format A6 of the file BEG9L0NP.PDF, see
BEG9L0N1. PS / TXT / PDF / jpg

BEG9: TUB-test chart BEG9; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-10-degree observer, chromatic value
diagram (CAB2, Y), contrast C=2:1, Y-tr

Figure BEH0L0N1.jpg: Output in format A6 of the file BEH0L0NP.PDF, see
BEH0L0N1. PS / TXT / PDF / jpg

BEH0: TUB-test chart BEH0; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-02-degree observer, chromatic value
diagrams (CAB1, CAB2), contrast C>=288:1

Figure BEH1L0N1.jpg: Output in format A6 of the file BEH1L0NP.PDF, see
BEH1L0N1. PS / TXT / PDF / jpg

BEH1: TUB-test chart BEH1; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-02-degree observer, chromatic value
diagrams (CAB1, CAB2), contrast C=25:1

Figure BEH2L0N1.jpg: Output in format A6 of the file BEH2L0NP.PDF, see
BEH2L0N1. PS / TXT / PDF / jpg

BEH2: TUB-test chart BEH2; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-02-degree observer, chromatic value
diagrams (CAB1, CAB2), contrast C=10:1

Figure BEH3L0N1.jpg: Output in format A6 of the file BEH3L0NP.PDF, see
BEH3L0N1. PS / TXT / PDF / jpg

BEH3: TUB-test chart BEH3; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-02-degree observer, chromatic value
diagrams (CAB1, CAB2), contrast C=4:1

Figure BEH4L0N1.jpg: Output in format A6 of the file BEH4L0NP.PDF, see
BEH4L0N1. PS / TXT / PDF / jpg

BEH4: TUB-test chart BEH4; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-02-degree observer, chromatic value
diagrams (CAB1, CAB2), contrast C=2:1

Figure BEH5L0N1.jpg: Output in format A6 of the file BEH5L0NP.PDF, see
BEH5L0N1. PS / TXT / PDF / jpg

BEH5: TUB-test chart BEH5; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-02-degree observer, chromatic value
diagrams (CAB1, CAB2), contrast C>=288:1

Figure BEH6L0N1.jpg: Output in format A6 of the file BEH6L0NP.PDF, see
BEH6L0N1. PS / TXT / PDF / jpg

BEH6: TUB-test chart BEH6; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-02-degree observer, chromatic value
diagrams (CAB1, CAB2), contrast C=25:1

Figure BEH7L0N1.jpg: Output in format A6 of the file BEH7L0NP.PDF, see
BEH7L0N1. PS / TXT / PDF / jpg

BEH7: TUB-test chart BEH7; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-02-degree observer, chromatic value
diagrams (CAB1, CAB2), contrast C=10:1

Figure BEH8L0N1.jpg: Output in format A6 of the file BEH8L0NP.PDF, see
BEH8L0N1. PS / TXT / PDF / jpg

BEH8: TUB-test chart BEH8; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-02-degree observer, chromatic value
diagrams (CAB1, CAB2), contrast C=4:1

Figure BEH9L0N1.jpg: Output in format A6 of the file BEH9L0NP.PDF, see
BEH9L0N1. PS / TXT / PDF / jpg

BEH9: TUB-test chart BEH9; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-02-degree observer, chromatic value
diagrams (CAB1, CAB2), contrast C=2:1

Figure BEI0L0N1.jpg: Output in format A6 of the file BEI0L0NP.PDF, see
BEI0L0N1. PS / TXT / PDF / jpg

BEI0: TUB-test chart BEI0; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-10-degree observer, chromatic value
diagrams (CAB1, CAB2), contrast C>=288:1

Figure BEI1L0N1.jpg: Output in format A6 of the file BEI1L0NP.PDF, see
BEI1L0N1. PS / TXT / PDF / jpg

BEI1: TUB-test chart BEI1; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-10-degree observer, chromatic value
diagrams (CAB1, CAB2), contrast C=25:1

Figure BEI2L0N1.jpg: Output in format A6 of the file BEI2L0NP.PDF, see
BEI2L0N1. PS / TXT / PDF / jpg

BEI2: TUB-test chart BEI2; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-10-degree observer, chromatic value
diagrams (CAB1, CAB2), contrast C=10:1

Figure BEI3L0N1.jpg: Output in format A6 of the file BEI3L0NP.PDF, see
BEI3L0N1. PS / TXT / PDF / jpg

BEI3: TUB-test chart BEI3; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-10-degree observer, chromatic value
diagrams (CAB1, CAB2), contrast C=4:1

Figure BEI4L0N1.jpg: Output in format A6 of the file BEI4L0NP.PDF, see
BEI4L0N1. PS / TXT / PDF / jpg

BEI4: TUB-test chart BEI4; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-10-degree observer, chromatic value
diagrams (CAB1, CAB2), contrast C=2:1

Figure BEI5L0N1.jpg: Output in format A6 of the file BEI5L0NP.PDF, see
BEI5L0N1. PS / TXT / PDF / jpg

BEI5: TUB-test chart BEI5; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-10-degree observer, chromatic value
diagrams (CAB1, CAB2), contrast C>=288:1

Figure BEI6L0N1.jpg: Output in format A6 of the file BEI6L0NP.PDF, see
BEI6L0N1. PS / TXT / PDF / jpg

BEI6: TUB-test chart BEI6; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-10-degree observer, chromatic value
diagrams (CAB1, CAB2), contrast C=25:1

Figure BEI7L0N1.jpg: Output in format A6 of the file BEI7L0NP.PDF, see
BEI7L0N1. PS / TXT / PDF / jpg

BEI7: TUB-test chart BEI7; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-10-degree observer, chromatic value
diagrams (CAB1, CAB2), contrast C=10:1

Figure BEI8L0N1.jpg: Output in format A6 of the file BEI8L0NP.PDF, see
BEI8L0N1. PS / TXT / PDF / jpg

BEI8: TUB-test chart BEI8; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-10-degree observer, chromatic value
diagrams (CAB1, CAB2), contrast C=4:1

Figure BEI9L0N1.jpg: Output in format A6 of the file BEI9L0NP.PDF, see
BEI9L0N1. PS / TXT / PDF / jpg

BEI9: TUB-test chart BEI9; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-10-degree observer, chromatic value
diagrams (CAB1, CAB2), contrast C=2:1

Figure BEJ0L0N1.jpg: Output in format A6 of the file BEJ0L0NP.PDF, see
BEJ0L0N1. PS / TXT / PDF / jpg

BEJ0: TUB-test chart BEJ0; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-02-degree observer, chromatic value
diagram (CAB2, Y), contrast C>=288:1

Figure BEJ1L0N1.jpg: Output in format A6 of the file BEJ1L0NP.PDF, see
BEJ1L0N1. PS / TXT / PDF / jpg

BEJ1: TUB-test chart BEJ1; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-02-degree observer, chromatic value
diagram (CAB2, Y), contrast C=25:1

Figure BEJ2L0N1.jpg: Output in format A6 of the file BEJ2L0NP.PDF, see
BEJ2L0N1. PS / TXT / PDF / jpg

BEJ2: TUB-test chart BEJ2; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-02-degree observer, chromatic value
diagram (CAB2, Y), contrast C=10:1

Figure BEJ3L0N1.jpg: Output in format A6 of the file BEJ3L0NP.PDF, see
BEJ3L0N1. PS / TXT / PDF / jpg

BEJ3: TUB-test chart BEJ3; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-02-degree observer, chromatic value
diagram (CAB2, Y), contrast C=4:1

Figure BEJ4L0N1.jpg: Output in format A6 of the file BEJ4L0NP.PDF, see
BEJ4L0N1. PS / TXT / PDF / jpg

BEJ4: TUB-test chart BEJ4; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-02-degree observer, chromatic value
diagram (CAB2, Y), contrast C=2:1

Figure BEJ5L0N1.jpg: Output in format A6 of the file BEJ5L0NP.PDF, see
BEJ5L0N1. PS / TXT / PDF / jpg

BEJ5: TUB-test chart BEJ5; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-02-degree observer, chromatic value
diagram (CAB2, Y), contrast C>=288:1

Figure BEJ6L0N1.jpg: Output in format A6 of the file BEJ6L0NP.PDF, see
BEJ6L0N1. PS / TXT / PDF / jpg

BEJ6: TUB-test chart BEJ6; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-02-degree observer, chromatic value
diagram (CAB2, Y), contrast C=25:1

Figure BEJ7L0N1.jpg: Output in format A6 of the file BEJ7L0NP.PDF, see
BEJ7L0N1. PS / TXT / PDF / jpg

BEJ7: TUB-test chart BEJ7; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-02-degree observer, chromatic value
diagram (CAB2, Y), contrast C=10:1

Figure BEJ8L0N1.jpg: Output in format A6 of the file BEJ8L0NP.PDF, see
BEJ8L0N1. PS / TXT / PDF / jpg

BEJ8: TUB-test chart BEJ8; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-02-degree observer, chromatic value
diagram (CAB2, Y), contrast C=4:1

Figure BEJ9L0N1.jpg: Output in format A6 of the file BEJ9L0NP.PDF, see
BEJ9L0N1. PS / TXT / PDF / jpg

BEJ9: TUB-test chart BEJ9; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-02-degree observer, chromatic value
diagram (CAB2, Y), contrast C=2:1

Figure BEK0L0N1.jpg: Output in format A6 of the file BEK0L0NP.PDF, see
BEK0L0N1. PS / TXT / PDF / jpg

BEK0: TUB-test chart BEK0; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-10-degree observer, chromatic value
diagram (CAB2, Y), contrast C>=288:1

Figure BEK1L0N1.jpg: Output in format A6 of the file BEK1L0NP.PDF, see
BEK1L0N1. PS / TXT / PDF / jpg

BEK1: TUB-test chart BEK1; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-10-degree observer, chromatic value
diagram (CAB2, Y), contrast C=25:1

Figure BEK2L0N1.jpg: Output in format A6 of the file BEK2L0NP.PDF, see
BEK2L0N1. PS / TXT / PDF / jpg

BEK2: TUB-test chart BEK2; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-10-degree observer, chromatic value
diagram (CAB2, Y), contrast C=10:1

Figure BEK3L0N1.jpg: Output in format A6 of the file BEK3L0NP.PDF, see
BEK3L0N1. PS / TXT / PDF / jpg

BEK3: TUB-test chart BEK3; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-10-degree observer, chromatic value
diagram (CAB2, Y), contrast C=4:1

Figure BEK4L0N1.jpg: Output in format A6 of the file BEK4L0NP.PDF, see
BEK4L0N1. PS / TXT / PDF / jpg

BEK4: TUB-test chart BEK4; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-10-degree observer, chromatic value
diagram (CAB2, Y), contrast C=2:1

Figure BEK5L0N1.jpg: Output in format A6 of the file BEK5L0NP.PDF, see
BEK5L0N1. PS / TXT / PDF / jpg

BEK5: TUB-test chart BEK5; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-10-degree observer, chromatic value
diagram (CAB2, Y), contrast C>=288:1

Figure BEK6L0N1.jpg: Output in format A6 of the file BEK6L0NP.PDF, see
BEK6L0N1. PS / TXT / PDF / jpg

BEK6: TUB-test chart BEK6; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-10-degree observer, chromatic value
diagram (CAB2, Y), contrast C=25:1

Figure BEK7L0N1.jpg: Output in format A6 of the file BEK7L0NP.PDF, see
BEK7L0N1. PS / TXT / PDF / jpg

BEK7: TUB-test chart BEK7; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-10-degree observer, chromatic value
diagram (CAB2, Y), contrast C=10:1

Figure BEK8L0N1.jpg: Output in format A6 of the file BEK8L0NP.PDF, see
BEK8L0N1. PS / TXT / PDF / jpg

BEK8: TUB-test chart BEK8; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-10-degree observer, chromatic value
diagram (CAB2, Y), contrast C=4:1

Figure BEK9L0N1.jpg: Output in format A6 of the file BEK9L0NP.PDF, see
BEK9L0N1. PS / TXT / PDF / jpg

BEK9: TUB-test chart BEK9; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-10-degree observer, chromatic value
diagram (CAB2, Y), contrast C=2:1

Figure BEL0L0N1.jpg: Output in format A6 of the file BEL0L0NP.PDF, see
BEL0L0N1. PS / TXT / PDF / jpg

BEL0: TUB-test chart BEL0; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-02-degree observer, chromatic value
diagrams CAB CAB1, contrast C>=288:1

Figure BEL1L0N1.jpg: Output in format A6 of the file BEL1L0NP.PDF, see
BEL1L0N1. PS / TXT / PDF / jpg

BEL1: TUB-test chart BEL1; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-02-degree observer, chromatic value
diagrams CAB CAB1, contrast C=25:1

Figure BEL2L0N1.jpg: Output in format A6 of the file BEL2L0NP.PDF, see
BEL2L0N1. PS / TXT / PDF / jpg

BEL2: TUB-test chart BEL2; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-02-degree observer, chromatic value
diagrams CAB CAB1, contrast C=10:1

Figure BEL3L0N1.jpg: Output in format A6 of the file BEL3L0NP.PDF, see
BEL3L0N1. PS / TXT / PDF / jpg

BEL3: TUB-test chart BEL3; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-02-degree observer, chromatic value
diagrams CAB CAB1, contrast C=4:1

Figure BEL4L0N1.jpg: Output in format A6 of the file BEL4L0NP.PDF, see
BEL4L0N1. PS / TXT / PDF / jpg

BEL4: TUB-test chart BEL4; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-02-degree observer, chromatic value
diagrams CAB CAB1, contrast C=2:1

Figure BEL5L0N1.jpg: Output in format A6 of the file BEL5L0NP.PDF, see
BEL5L0N1. PS / TXT / PDF / jpg

BEL5: TUB-test chart BEL5; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-02-degree observer, chromatic value
diagrams CAB CAB1, contrast C>=288:1

Figure BEL6L0N1.jpg: Output in format A6 of the file BEL6L0NP.PDF, see
BEL6L0N1. PS / TXT / PDF / jpg

BEL6: TUB-test chart BEL6; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-02-degree observer, chromatic value
diagrams CAB CAB1, contrast C=25:1

Figure BEL7L0N1.jpg: Output in format A6 of the file BEL7L0NP.PDF, see
BEL7L0N1. PS / TXT / PDF / jpg

BEL7: TUB-test chart BEL7; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-02-degree observer, chromatic value
diagrams CAB CAB1, contrast C=10:1

Figure BEL8L0N1.jpg: Output in format A6 of the file BEL8L0NP.PDF, see
BEL8L0N1. PS / TXT / PDF / jpg

BEL8: TUB-test chart BEL8; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-02-degree observer, chromatic value
diagrams CAB CAB1, contrast C=4:1

Figure BEL9L0N1.jpg: Output in format A6 of the file BEL9L0NP.PDF, see
BEL9L0N1. PS / TXT / PDF / jpg

BEL9: TUB-test chart BEL9; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-02-degree observer, chromatic value
diagrams CAB CAB1, contrast C=2:1

Figure BEM0L0N1.jpg: Output in format A6 of the file BEM0L0NP.PDF, see
BEM0L0N1. PS / TXT / PDF / jpg

BEM0: TUB-test chart BEM0; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-10-degree observer, chromatic value
diagrams CAB CAB1, contrast C>=288:1

Figure BEM1L0N1.jpg: Output in format A6 of the file BEM1L0NP.PDF, see
BEM1L0N1. PS / TXT / PDF / jpg

BEM1: TUB-test chart BEM1; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-10-degree observer, chromatic value
diagrams CAB CAB1, contrast C=25:1

Figure BEM2L0N1.jpg: Output in format A6 of the file BEM2L0NP.PDF, see
BEM2L0N1. PS / TXT / PDF / jpg

BEM2: TUB-test chart BEM2; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-10-degree observer, chromatic value
diagrams CAB CAB1, contrast C=10:1

Figure BEM3L0N1.jpg: Output in format A6 of the file BEM3L0NP.PDF, see
BEM3L0N1. PS / TXT / PDF / jpg

BEM3: TUB-test chart BEM3; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-10-degree observer, chromatic value
diagrams CAB CAB1, contrast C=4:1

Figure BEM4L0N1.jpg: Output in format A6 of the file BEM4L0NP.PDF, see
BEM4L0N1. PS / TXT / PDF / jpg

BEM4: TUB-test chart BEM4; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-10-degree observer, chromatic value
diagrams CAB CAB1, contrast C=2:1

Figure BEM5L0N1.jpg: Output in format A6 of the file BEM5L0NP.PDF, see
BEM5L0N1. PS / TXT / PDF / jpg

BEM5: TUB-test chart BEM5; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-10-degree observer, chromatic value
diagrams CAB CAB1, contrast C>=288:1

Figure BEM6L0N1.jpg: Output in format A6 of the file BEM6L0NP.PDF, see
BEM6L0N1. PS / TXT / PDF / jpg

BEM6: TUB-test chart BEM6; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-10-degree observer, chromatic value
diagrams CAB CAB1, contrast C=25:1

Figure BEM7L0N1.jpg: Output in format A6 of the file BEM7L0NP.PDF, see
BEM7L0N1. PS / TXT / PDF / jpg

BEM7: TUB-test chart BEM7; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-10-degree observer, chromatic value
diagrams CAB CAB1, contrast C=10:1

Figure BEM8L0N1.jpg: Output in format A6 of the file BEM8L0NP.PDF, see
BEM8L0N1. PS / TXT / PDF / jpg

BEM8: TUB-test chart BEM8; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-10-degree observer, chromatic value
diagrams CAB CAB1, contrast C=4:1

Figure BEM9L0N1.jpg: Output in format A6 of the file BEM9L0NP.PDF, see
BEM9L0N1. PS / TXT / PDF / jpg

BEM9: TUB-test chart BEM9; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-10-degree observer, chromatic value
diagrams CAB CAB1, contrast C=2:1

Figure BEN0L0N1.jpg: Output in format A6 of the file BEN0L0NP.PDF, see
BEN0L0N1. PS / TXT / PDF / jpg

BEN0: TUB-test chart BEN0; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-02-degree observer, chromatic value
diagram (CAB2, Y), C>=288:1, -50<=Ya<=50

Figure BEN1L0N1.jpg: Output in format A6 of the file BEN1L0NP.PDF, see
BEN1L0N1. PS / TXT / PDF / jpg

BEN1: TUB-test chart BEN1; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-02-degree observer, chromatic value
diagram (CAB2, Y), C=25:1, -50<=Ya<=50

Figure BEN2L0N1.jpg: Output in format A6 of the file BEN2L0NP.PDF, see
BEN2L0N1. PS / TXT / PDF / jpg

BEN2: TUB-test chart BEN2; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-02-degree observer, chromatic value
diagram (CAB2, Y), C=10:1, -50<=Ya<=50

Figure BEN3L0N1.jpg: Output in format A6 of the file BEN3L0NP.PDF, see
BEN3L0N1. PS / TXT / PDF / jpg

BEN3: TUB-test chart BEN3; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-02-degree observer, chromatic value
diagram (CAB2, Y), C=4:1, -50<=Ya<=50

Figure BEN4L0N1.jpg: Output in format A6 of the file BEN4L0NP.PDF, see
BEN4L0N1. PS / TXT / PDF / jpg

BEN4: TUB-test chart BEN4; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-02-degree observer, chromatic value
diagram (CAB2, Y), C=2:1, -50<=Ya<=50

Figure BEN5L0N1.jpg: Output in format A6 of the file BEN5L0NP.PDF, see
BEN5L0N1. PS / TXT / PDF / jpg

BEN5: TUB-test chart BEN5; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-02-degree observer, chromatic value
diagram (CAB2, Y), C>=288:1, -50<=Ya<=50

Figure BEN6L0N1.jpg: Output in format A6 of the file BEN6L0NP.PDF, see
BEN6L0N1. PS / TXT / PDF / jpg

BEN6: TUB-test chart BEN6; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-02-degree observer, chromatic value
diagram (CAB2, Y), C=25:1, Y-transfer

Figure BEN7L0N1.jpg: Output in format A6 of the file BEN7L0NP.PDF, see
BEN7L0N1. PS / TXT / PDF / jpg

BEN7: TUB-test chart BEN7; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-02-degree observer, chromatic value
diagram (CAB2, Y), C=10:1, Y-transfer

Figure BEN8L0N1.jpg: Output in format A6 of the file BEN8L0NP.PDF, see
BEN8L0N1. PS / TXT / PDF / jpg

BEN8: TUB-test chart BEN8; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-02-degree observer, chromatic value
diagram (CAB2, Y), C=4:1, Y-transfer

Figure BEN9L0N1.jpg: Output in format A6 of the file BEN9L0NP.PDF, see
BEN9L0N1. PS / TXT / PDF / jpg

BEN9: TUB-test chart BEN9; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-02-degree observer, chromatic value
diagram (CAB2, Y), C=2:1, Y-transfer

Figure BEO0L0N1.jpg: Output in format A6 of the file BEO0L0NP.PDF, see
BEO0L0N1. PS / TXT / PDF / jpg

BEO0: TUB-test chart BEO0; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-10-degree observer, chromatic value
diagram (CAB2, Y), C>=288:1, -50<=Ya<=50

Figure BEO1L0N1.jpg: Output in format A6 of the file BEO1L0NP.PDF, see
BEO1L0N1. PS / TXT / PDF / jpg

BEO1: TUB-test chart BEO1; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-10-degree observer, chromatic value
diagram (CAB2, Y), C=25:1, -50<=Ya<=50

Figure BEO2L0N1.jpg: Output in format A6 of the file BEO2L0NP.PDF, see
BEO2L0N1. PS / TXT / PDF / jpg

BEO2: TUB-test chart BEO2; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-10-degree observer, chromatic value
diagram (CAB2, Y), C=10:1

Figure BEO3L0N1.jpg: Output in format A6 of the file BEO3L0NP.PDF, see
BEO3L0N1. PS / TXT / PDF / jpg

BEO3: TUB-test chart BEO3; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-10-degree observer, chromatic value
diagram (CAB2, Y), C=4:1, -50<=Ya<=50

Figure BEO4L0N1.jpg: Output in format A6 of the file BEO4L0NP.PDF, see
BEO4L0N1. PS / TXT / PDF / jpg

BEO4: TUB-test chart BEO4; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-10-degree observer, chromatic value
diagram (CAB2, Y), C=2:1, -50<=Ya<=50

Figure BEO5L0N1.jpg: Output in format A6 of the file BEO5L0NP.PDF, see
BEO5L0N1. PS / TXT / PDF / jpg

BEO5: TUB-test chart BEO5; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-10-degree observer, chromatic value
diagram (CAB2, Y), C>=288:1, -50<=Ya<=50

Figure BEO6L0N1.jpg: Output in format A6 of the file BEO6L0NP.PDF, see
BEO6L0N1. PS / TXT / PDF / jpg

BEO6: TUB-test chart BEO6; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-10-degree observer, chromatic value
diagram (CAB2, Y), C=25:1, Y-transfer

Figure BEO7L0N1.jpg: Output in format A6 of the file BEO7L0NP.PDF, see
BEO7L0N1. PS / TXT / PDF / jpg

BEO7: TUB-test chart BEO7; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-10-degree observer, chromatic value
diagram (CAB2, Y), C=10:1, Y-transfer

Figure BEO8L0N1.jpg: Output in format A6 of the file BEO8L0NP.PDF, see
BEO8L0N1. PS / TXT / PDF / jpg

BEO8: TUB-test chart BEO8; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-10-degree observer, chromatic value
diagram (CAB2, Y), C=4:1, Y-transfer

Figure BEO9L0N1.jpg: Output in format A6 of the file BEO9L0NP.PDF, see
BEO9L0N1. PS / TXT / PDF / jpg

BEO9: TUB-test chart BEO9; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-10-degree observer, chromatic value
diagram (CAB2, Y), C=2:1, Y-transfer

Figure BEP0L0N1.jpg: Output in format A6 of the file BEP0L0NP.PDF, see
BEP0L0N1. PS / TXT / PDF / jpg

BEP0: TUB-test chart BEQ0; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-10-degree observer, diagram
(CAB2, Y), C>=288:1, -1<=Yan<=1

Figure BEP1L0N1.jpg: Output in format A6 of the file BEP1L0NP.PDF, see
BEP1L0N1. PS / TXT / PDF / jpg

BEP1: TUB-test chart BEQ1; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-10-degree observer, diagram
(CAB2, Y), C=25:1, -1<=Yan<=1

Figure BEP2L0N1.jpg: Output in format A6 of the file BEP2L0NP.PDF, see
BEP2L0N1. PS / TXT / PDF / jpg

BEP2: TUB-test chart BEQ2; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-10-degree observer, diagram
(CAB2, Y), C=10:1, -1<=Yan<=1

Figure BEP3L0N1.jpg: Output in format A6 of the file BEP3L0NP.PDF, see
BEP3L0N1. PS / TXT / PDF / jpg

BEP3: TUB-test chart BEQ3; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-10-degree observer, chromatic value
diagram (CAB2, Y), C=4:1, -1<=Yan<=1

Figure BEP4L0N1.jpg: Output in format A6 of the file BEP4L0NP.PDF, see
BEP4L0N1. PS / TXT / PDF / jpg

BEP4: TUB-test chart BEQ4; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-10-degree observer, chromatic value
diagram (CAB2, Y), C=2:1, -1<=Yan<=1

Figure BEP5L0N1.jpg: Output in format A6 of the file BEP5L0NP.PDF, see
BEP5L0N1. PS / TXT / PDF / jpg

BEP5: TUB-test chart BEQ5; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-10-degree observer, diagram
(CAB2, Y), C>=288:1, -1<=Yan<=1

Figure BEP6L0N1.jpg: Output in format A6 of the file BEP6L0NP.PDF, see
BEP6L0N1. PS / TXT / PDF / jpg

BEP6: TUB-test chart BEQ6; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-10-degree observer, chromatic value
diagram (CAB2, Y), C=25:1, Y-transfer

Figure BEP7L0N1.jpg: Output in format A6 of the file BEP7L0NP.PDF, see
BEP7L0N1. PS / TXT / PDF / jpg

BEP7: TUB-test chart BEQ7; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-10-degree observer, chromatic value
diagram (CAB2, Y), C=10:1, Y-transfer

Figure BEP8L0N1.jpg: Output in format A6 of the file BEP8L0NP.PDF, see
BEP8L0N1. PS / TXT / PDF / jpg

BEP8: TUB-test chart BEQ8; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-10-degree observer, chromatic value
diagram (CAB2, Y), C=4:1, Y-transfer

Figure BEP9L0N1.jpg: Output in format A6 of the file BEP9L0NP.PDF, see
BEP9L0N1. PS / TXT / PDF / jpg

BEP9: TUB-test chart BEQ9; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-10-degree observer, chromatic value
diagram (CAB2, Y), C=2:1, Y-transfer

Figure BEQ0L0N1.jpg: Output in format A6 of the file BEQ0L0NP.PDF, see
BEQ0L0N1. PS / TXT / PDF / jpg

BEQ0: TUB-test chart BEQ0; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-10-degree observer, diagram
(CAB2, Y), C>=288:1, -1<=Yan<=1

Figure BEQ1L0N1.jpg: Output in format A6 of the file BEQ1L0NP.PDF, see
BEQ1L0N1. PS / TXT / PDF / jpg

BEQ1: TUB-test chart BEQ1; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-10-degree observer, diagram
(CAB2, Y), C=25:1, -1<=Yan<=1

Figure BEQ2L0N1.jpg: Output in format A6 of the file BEQ2L0NP.PDF, see
BEQ2L0N1. PS / TXT / PDF / jpg

BEQ2: TUB-test chart BEQ2; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-10-degree observer, diagram
(CAB2, Y), C=10:1, -1<=Yan<=1

Figure BEQ3L0N1.jpg: Output in format A6 of the file BEQ3L0NP.PDF, see
BEQ3L0N1. PS / TXT / PDF / jpg

BEQ3: TUB-test chart BEQ3; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-10-degree observer, chromatic value
diagram (CAB2, Y), C=4:1, -1<=Yan<=1

Figure BEQ4L0N1.jpg: Output in format A6 of the file BEQ4L0NP.PDF, see
BEQ4L0N1. PS / TXT / PDF / jpg

BEQ4: TUB-test chart BEQ4; 6 Ostwald optimal colours
for 8 illuminants Pxx, CIE-10-degree observer, chromatic value
diagram (CAB2, Y), C=2:1, -1<=Yan<=1

Figure BEQ5L0N1.jpg: Output in format A6 of the file BEQ5L0NP.PDF, see
BEQ5L0N1. PS / TXT / PDF / jpg

BEQ5: TUB-test chart BEQ5; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-10-degree observer, diagram
(CAB2, Y), C>=288:1, -1<=Yan<=1

Figure BEQ6L0N1.jpg: Output in format A6 of the file BEQ6L0NP.PDF, see
BEQ6L0N1. PS / TXT / PDF / jpg

BEQ6: TUB-test chart BEQ6; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-10-degree observer, chromatic value
diagram (CAB2, Y), C=25:1, Y-transfer

Figure BEQ7L0N1.jpg: Output in format A6 of the file BEQ7L0NP.PDF, see
BEQ7L0N1. PS / TXT / PDF / jpg

BEQ7: TUB-test chart BEQ7; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-10-degree observer, chromatic value
diagram (CAB2, Y), C=10:1, Y-transfer

Figure BEQ8L0N1.jpg: Output in format A6 of the file BEQ8L0NP.PDF, see
BEQ8L0N1. PS / TXT / PDF / jpg

BEQ8: TUB-test chart BEQ8; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-10-degree observer, chromatic value
diagram (CAB2, Y), C=4:1, Y-transfer

Figure BEQ9L0N1.jpg: Output in format A6 of the file BEQ9L0NP.PDF, see
BEQ9L0N1. PS / TXT / PDF / jpg

BEQ9: TUB-test chart BEQ9; 6 Ostwald optimal colours
for 8 illuminants Dxx, CIE-10-degree observer, chromatic value
diagram (CAB2, Y), C=2:1, Y-transfer

Figure BER0L0N1.jpg: Output in format A6 of the file BER0L0NP.PDF, see
BER0L0N1. PS / TXT / PDF / jpg

BER0: TUB-test chart BER0; Mixture to Ostwald colours
Equal just noticeable colour differences (JNDs) for
C-R and B-Y with double beam colour integrator

Figure BER1L0N1.jpg: Output in format A6 of the file BER1L0NP.PDF, see
BER1L0N1. PS / TXT / PDF / jpg

BER1: TUB-test chart BER1; Mixture to optimal colours
Equal just noticeable colour differences (JNDs) for
G-M and G2-M2 with double beam colour integrator

Figure BER2L0N1.jpg: Output in format A6 of the file BER2L0NP.PDF, see
BER2L0N1. PS / TXT / PDF / jpg

BER2: TUB-test chart BER2; 6 Ostwald optimal colours, GM
for 8 illuminants Dxx, CIE-02-degree observer, chromatic value
diagrams (CAB1, CAB2), contrast C>=288:1

Figure BER3L0N1.jpg: Output in format A6 of the file BER3L0NP.PDF, see
BER3L0N1. PS / TXT / PDF / jpg

BER3: TUB-test chart BER3; 6 Ostwald optimal colours, GM2
for 8 illuminants Dxx, CIE-02-degree observer, chromatic value
diagrams (CAB1, CAB2), contrast C>=288:1

Figure BER4L0N1.jpg: Output in format A6 of the file BER4L0NP.PDF, see
BER4L0N1. PS / TXT / PDF / jpg

BER4: TUB-test chart BER4; 6 Ostwald optimal colours, GM
for 8 illuminants Dxx, CIE-02-degree observer, chromatic value
diagrams (CAB1, CAB2), contrast C=2:1

Figure BER5L0N1.jpg: Output in format A6 of the file BER5L0NP.PDF, see
BER5L0N1. PS / TXT / PDF / jpg

BER5: TUB-test chart BER5; 6 Ostwald optimal colours, GM2
for 8 illuminants Dxx, CIE-02-degree observer, chromatic value
diagrams (CAB1, CAB2), contrast C=2:1

Figure BER6L0N1.jpg: Output in format A6 of the file BER6L0NP.PDF, see
BER6L0N1. PS / TXT / PDF / jpg

BER6: TUB-test chart BER6; 6 Ostwald optimal colours, GM
for 8 illuminants Dxx, CIE-02-degree observer, diagram
(CAB2, Y), C>=288:1, -50<=Ya<=50

Figure BER7L0N1.jpg: Output in format A6 of the file BER7L0NP.PDF, see
BER7L0N1. PS / TXT / PDF / jpg

BER7: TUB-test chart BER7; 6 Ostwald optimal colours, GM2
for 8 illuminants Dxx, CIE-02-degree observer, diagram
(CAB2, Y), C>=288:1, -50<=Ya<=50

Figure BER8L0N1.jpg: Output in format A6 of the file BER8L0NP.PDF, see
BER8L0N1. PS / TXT / PDF / jpg

BER8: TUB-test chart BER8; 6 Ostwald optimal colours, GM
for 8 illuminants Dxx, CIE-02-degree observer, diagram
(CAB2, Y), C=2:1, -50<=Ya<=50

Figure BER9L0N1.jpg: Output in format A6 of the file BER9L0NP.PDF, see
BER9L0N1. PS / TXT / PDF / jpg

BER9: TUB-test chart BER9; 6 Ostwald optimal colours, GM2
for 8 illuminants Dxx, CIE-02-degree observer, diagram
(CAB2, Y), C=2:1, -50<=Ya<=50

Figure BES0L0N1.jpg: Output in format A6 of the file BES0L0NP.PDF, see
BES0L0N1. PS / TXT / PDF / jpg

BES0: TUB-test chart BES0; Viewing situations of colous
Just noticeable differences (JNDs) for greys and colours
Achromatic and chromatic relative scaling

Figure BES1L0N1.jpg: Output in format A6 of the file BES1L0NP.PDF, see
BES1L0N1. PS / TXT / PDF / jpg

BES1: TUB-test chart BES1; Ostwald-hue circle
colour names, rgb*, XYZxy, L*ABCH_AB2 data as tables
chromaticity diagram with 6 colours RYGCBM, variation GM->G2M2

Figure BES2L0N1.jpg: Output in format A6 of the file BES2L0NP.PDF, see
BES2L0N1. PS / TXT / PDF / jpg

BES2: TUB-test chart BES1; Antagonistic colour attributes
N* and I*; Antagonistic colour signals
linear and perceived scaling of the hues R-C, Y-B & G-M

Figure BES3L0N1.jpg: Output in format A6 of the file BES3L0NP.PDF, see
BES3L0N1. PS / TXT / PDF / jpg

BES3: TUB-test chart BES3; Antagonistic colour attributes
W*, T*, C* and A*; Antagonistic colour signals
linear and perceived scaling of the hues R-C, Y-B & G-M

Figure BES4L0N1.jpg: Output in format A6 of the file BES4L0NP.PDF, see
BES4L0N1. PS / TXT / PDF / jpg

BES4: TUB-test chart BES4; Wavelength ranges 6 Ostwald
colours + G2M2; Normalized refl;ection log[R(lamda)/0,2]
Model relation to lightness and antagonistic signals

Figure BES5L0N1.jpg: Output in format A6 of the file BES5L0NP.PDF, see
BES5L0N1. PS / TXT / PDF / jpg

BES5: TUB-test chart BES5; Wavelength ranges 6 Ostwald
colours + G2M2; Normalized refl;ection log[R(lamda)/0,2]
Model relation to lightness and antagonistic signals

Figure BES6L0N1.jpg: Output in format A6 of the file BES6L0NP.PDF, see
BES6L0N1. PS / TXT / PDF / jpg

BES6: TUB-test chart BES6; Antagonistic colour vectors
Linear (left) and perceived relative scaling (right)
of hues R-C, Y-B, G-M, and G2-M2

Figure BES7L0N1.jpg: Output in format A6 of the file BES7L0NP.PDF, see
BES7L0N1. PS / TXT / PDF / jpg

BES7: TUB-test chart BES7; Linear colour values and reflection
Linear relative scaling and scaled reflection
of hues R-C, Y-B, G-M, and G2-M2

Figure BES8L0N1.jpg: Output in format A6 of the file BES8L0NP.PDF, see
BES8L0N1. PS / TXT / PDF / jpg

BES8: TUB-test chart BES8; Perceived colour values and reflection
Perceived relative scaling and scaled reflection
of hues R-C, Y-B, G-M, and G2-M2

Figure BES9L0N1.jpg: Output in format A6 of the file BES9L0NP.PDF, see
BES9L0N1. PS / TXT / PDF / jpg

BES9: TUB-test chart BES9; Perceived colour values and reflection
Perceived relative scaling and scaled reflection
of hues R-C, Y-B, G-M, and G2-M2

Figure BET0L0N1.jpg: Output in format A6 of the file BET0L0NP.PDF, see
BET0L0N1. PS / TXT / PDF / jpg

BET0: TUB-test chart BET0; Colour difference formulae
CIELAB for spacing and LABJND for thresholds
absolute and relative lightness, sensitivity and contrast

Figure BET1L0N1.jpg: Output in format A6 of the file BET1L0NP.PDF, see
BET1L0N1. PS / TXT / PDF / jpg

BET1: TUB-test chart BET1; Colour difference formulae
LABJND1 and LABJND for thresholds
absolute and relative lightness, sensitivity and contrast

Figure BET2L0N1.jpg: Output in format A6 of the file BET2L0NP.PDF, see
BET2L0N1. PS / TXT / PDF / jpg

BET2: TUB-test chart BET2; Colour difference formulae
LABJND2 and LABJND for thresholds
absolute and relative lightness, sensitivity and contrast

Figure BET3L0N1.jpg: Output in format A6 of the file BET3L0NP.PDF, see
BET3L0N1. PS / TXT / PDF / jpg

BET3: TUB-test chart BET3; Colour difference formulae
IECsRGB for spacing and LABJND for thresholds
absolute and relative lightness, sensitivity and contrast

Figure BET4L0N1.jpg: Output in format A6 of the file BET4L0NP.PDF, see
BET4L0N1. PS / TXT / PDF / jpg

BET4: TUB-test chart BET4; Colour difference formulae
IECsRGBJND and LABJND for thresholds
absolute and relative lightness, sensitivity and contrast

Figure BET5L0N1.jpg: Output in format A6 of the file BET5L0NP.PDF, see
BET5L0N1. PS / TXT / PDF / jpg

BET5: TUB-test chart BET5; Display-color systems sRGB and WCGa
CIE data of 3 basic and mixture colours
CIEXYZxy data, Yw=100 (left) and 88,6 (right)

Figure BET6L0N1.jpg: Output in format A6 of the file BET6L0NP.PDF, see
BET6L0N1. PS / TXT / PDF / jpg

BET6: TUB-test chart BET6; Display-color systems sRGB and WCGa
CIE data of 3 basic and mixture colours
CIELAB data, Yw=100 (left) and 88,6 (right)

Figure BET7L0N1.jpg: Output in format A6 of the file BET7L0NP.PDF, see
BET7L0N1. PS / TXT / PDF / jpg

BET7: TUB-test chart BET7; Display-color systems sRGB and WCGa
CIE data of 3 basic and mixture colours
YABCh2 data, Yw=100 (left) and 88,6 (right)

Figure BET8L0N1.jpg: Output in format A6 of the file BET8L0NP.PDF, see
BET8L0N1. PS / TXT / PDF / jpg

BET8: TUB-test chart BET8; Display-colour systems sRGBand WCGa
CIE data of 3 basic and mixture colours
data in CIEXYZxy, CIELAB, and YABCh2, Yw=100

Figure BET9L0N1.jpg: Output in format A6 of the file BET9L0NP.PDF, see
BET9L0N1. PS / TXT / PDF / jpg

Figure BEU0L0N1.jpg: Output in format A6 of the file BEU0L0NP.PDF, see
BEU0L0N1. PS / TXT / PDF / jpg

BEU0: TUB-test chart BEU0; Ostwald, sRGB, and WCGa colours
colours in chromaticity diagram (x, y)
colours in chromatic value diagram (A2, B2)

Figure BEU1L0N1.jpg: Output in format A6 of the file BEU1L0NP.PDF, see
BEU1L0N1. PS / TXT / PDF / jpg

BEU1: TUB-test chart BEU1; Colour-difference formulae W & Yn
CIELAB for spacing and LABJND for thresholds
absolute and relative lightness, sensitivity and contrast

Figure BEU2L0N1.jpg: Output in format A6 of the file BEU2L0NP.PDF, see
BEU2L0N1. PS / TXT / PDF / jpg

BEU2: TUB-test chart BEU2; Colour-difference formulae W & Yn
LABJND2 and LABJND for thresholds
absolute and relative lightness, sensitivity and contrast

Figure BEU3L0N1.jpg: Output in format A6 of the file BEU3L0NP.PDF, see
BEU3L0N1. PS / TXT / PDF / jpg

BEU3: TUB-test chart BEU3; Colour-difference formulae W & Yn
IECsRGB for spacing and LABJND for thresholds
absolute and relative lightness, sensitivity and contrast

Figure BEU4L0N1.jpg: Output in format A6 of the file BEU4L0NP.PDF, see
BEU4L0N1. PS / TXT / PDF / jpg

BEU4: TUB-test chart BEU4; Colour-difference formulae W & Yn
IECsRGBJND and LABJND for thresholds
absolute and relative lightness, sensitivity and contrast

Figure BEU5L0N1.jpg: Output in format A6 of the file BEU5L0NP.PDF, see
BEU5L0N1. PS / TXT / PDF / jpg

BEU5: TUB-test chart BEU5; Viewing situations in three surrounds
Lightness functions and derivations for separated
and adjacent colours in three surrounds N, Z, W

Figure BEU6L0N1.jpg: Output in format A6 of the file BEU6L0NP.PDF, see
BEU6L0N1. PS / TXT / PDF / jpg

BEU6: TUB-test chart BEU6; Colour-difference formulae WRGB & Yn
CIELAB and IECsRGB colour-difference formulae, linear Y
absolute and relative lightness, sensitivity and contrast

Figure BEU7L0N1.jpg: Output in format A6 of the file BEU7L0NP.PDF, see
BEU7L0N1. PS / TXT / PDF / jpg

BEU7: TUB-test chart BEU7; Colour-difference formulae W & Yn
CIELAB and IECsRGB colour-difference formulae
absolute and relative lightness, sensitivity and contrast

Figure BEU8L0N1.jpg: Output in format A6 of the file BEU8L0NP.PDF, see
BEU8L0N1. PS / TXT / PDF / jpg

BEU8: TUB-test chart BEU8; Colour-difference formulae W & Yu
CIELAB and IECsRGB colour-difference formulae
absolute and relative lightness, sensitivity and contrast

Figure BEU9L0N1.jpg: Output in format A6 of the file BEU9L0NP.PDF, see
BEU9L0N1. PS / TXT / PDF / jpg

BEU9: TUB-test chart BEU9; Colour-difference formulae WB & Yu
CIELAB and IECsRGB colour-difference formulae
absolute and relative lightness, sensitivity and contrast

Figure BEV0L0N1.jpg: Output in format A6 of the file BEV0L0NP.PDF, see
BEV0L0N1. PS / TXT / PDF / jpg

BEV0: TUB-test chart BEV0; Colour-difference formulae t* & T*
IECsRGBu0 colour-lightness formulae for (Y/Yn)
absolute and relative lightness, sensitivity and contrast

Figure BEV1L0N1.jpg: Output in format A6 of the file BEV1L0NP.PDF, see
BEV1L0N1. PS / TXT / PDF / jpg

BEV1: TUB-test chart BEV1; Colour-difference formulae t* & T*
IECsRGBu1 colour-lightness formulae for (Y/Yn)
absolute and relative lightness, sensitivity and contrast

Figure BEV2L0N1.jpg: Output in format A6 of the file BEV2L0NP.PDF, see
BEV2L0N1. PS / TXT / PDF / jpg

BEV2: TUB-test chart BEV2; Colour-difference formulae t* & T*
IECsRGBu2 triangle-lightness formulae for (Y/Yn)
absolute and relative lightness, sensitivity and contrast

Figure BEV3L0N1.jpg: Output in format A6 of the file BEV3L0NP.PDF, see
BEV3L0N1. PS / TXT / PDF / jpg

BEV3: TUB-test chart BEV3; Colour-difference formulae t* & T*
IECsRGBu3 triangle-lightness formulae for (Y/Yn)
absolute and relative lightness, sensitivity and contrast

Figure BEV4L0N1.jpg: Output in format A6 of the file BEV4L0NP.PDF, see
BEV4L0N1. PS / TXT / PDF / jpg

BEV4: TUB-test chart BEV4; Colour-difference formulae t* & T*
IECsRGBu4 triangle-lightness formulae for (Y/Yn)
absolute and relative lightness, sensitivity and contrast

Figure BEV5L0N1.jpg: Output in format A6 of the file BEV5L0NP.PDF, see
BEV5L0N1. PS / TXT / PDF / jpg

BEV5: TUB-test chart BEV5; Colour-difference formulae t* & T*
IECsRGBu5 triangle-lightness formulae for (Y/Yn)
absolute and relative lightness, sensitivity and contrast

Figure BEV6L0N1.jpg: Output in format A6 of the file BEV6L0NP.PDF, see
BEV6L0N1. PS / TXT / PDF / jpg

BEV6: TUB-test chart BEV6; Colour-difference formulae t* & T*
IECsRGBu6 triangle-lightness formulae for (Y/Yn)
absolute and relative lightness, sensitivity and contrast

Figure BEV7L0N1.jpg: Output in format A6 of the file BEV7L0NP.PDF, see
BEV7L0N1. PS / TXT / PDF / jpg

BEV7: TUB-test chart BEV7; Colour-difference formulae t* & T*
IECsRGBu7 triangle-lightness formulae for (Y/Yn)
absolute and relative lightness, sensitivity and contrast

Figure BEV8L0N1.jpg: Output in format A6 of the file BEV8L0NP.PDF, see
BEV8L0N1. PS / TXT / PDF / jpg

BEV8: TUB-test chart BEV8; Colour-difference formulae t* & T*
IECsRGBu8 triangle-lightness formulae for (Y/Yn)
absolute and relative lightness, sensitivity and contrast

Figure BEV9L0N1.jpg: Output in format A6 of the file BEV9L0NP.PDF, see
BEV9L0N1. PS / TXT / PDF / jpg

BEV9: TUB-test chart BEV9; Colour-difference formulae t* & T*
IECsRGBu9 triangle-lightness formulae for (Y/Yn)
absolute and relative lightness, sensitivity and contrast

Figure BEW0L0N1.jpg: Output in format A6 of the file BEW0L0NP.PDF, see
BEW0L0N1. PS / TXT / PDF / jpg

BEW0: TUB-test chart BEW0; Colour-difference formulae t* & T*
IECsRGBu0 colour-lightness formulae for (Y/Yn)
absolute and relative lightness, sensitivity and contrast

Figure BEW1L0N1.jpg: Output in format A6 of the file BEW1L0NP.PDF, see
BEW1L0N1. PS / TXT / PDF / jpg

BEW1: TUB-test chart BEW1; Colour-difference formulae t* & T*
IECsRGBu1 colour-lightness formulae for (Y/Yn)
absolute and relative lightness, sensitivity and contrast

Figure BEW2L0N1.jpg: Output in format A6 of the file BEW2L0NP.PDF, see
BEW2L0N1. PS / TXT / PDF / jpg

BEW2: TUB-test chart BEW2; Colour-difference formulae t* & T*
IECsRGBu2 triangle-lightness formulae for (Y/Yn)
absolute and relative lightness, sensitivity and contrast

Figure BEW3L0N1.jpg: Output in format A6 of the file BEW3L0NP.PDF, see
BEW3L0N1. PS / TXT / PDF / jpg

BEW3: TUB-test chart BEW3; Colour-difference formulae t* & T*
IECsRGBu3 triangle-lightness formulae for (Y/Yn)
absolute and relative lightness, sensitivity and contrast

Figure BEW4L0N1.jpg: Output in format A6 of the file BEW4L0NP.PDF, see
BEW4L0N1. PS / TXT / PDF / jpg

BEW4: TUB-test chart BEW4; Colour-difference formulae t* & T*
IECsRGBu4 triangle-lightness formulae for (Y/Yn)
absolute and relative lightness, sensitivity and contrast

Figure BEW5L0N1.jpg: Output in format A6 of the file BEW5L0NP.PDF, see
BEW5L0N1. PS / TXT / PDF / jpg

BEW5: TUB-test chart BEW5; Colour-difference formulae t* & T*
IECsRGBu5 triangle-lightness formulae for (Y/Yn)
absolute and relative lightness, sensitivity and contrast

Figure BEW6L0N1.jpg: Output in format A6 of the file BEW6L0NP.PDF, see
BEW6L0N1. PS / TXT / PDF / jpg

BEW6: TUB-test chart BEW6; Colour-difference formulae t* & T*
IECsRGBu6 triangle-lightness formulae for (Y/Yn)
absolute and relative lightness, sensitivity and contrast

Figure BEW7L0N1.jpg: Output in format A6 of the file BEW7L0NP.PDF, see
BEW7L0N1. PS / TXT / PDF / jpg

BEW7: TUB-test chart BEW7; Colour-difference formulae t* & T*
IECsRGBu7 triangle-lightness formulae for (Y/Yn)
absolute and relative lightness, sensitivity and contrast

Figure BEW8L0N1.jpg: Output in format A6 of the file BEW8L0NP.PDF, see
BEW8L0N1. PS / TXT / PDF / jpg

BEW8: TUB-test chart BEW8; Colour-difference formulae t* & T*
IECsRGBu8 triangle-lightness formulae for (Y/Yn)
absolute and relative lightness, sensitivity and contrast

Figure BEW9L0N1.jpg: Output in format A6 of the file BEW9L0NP.PDF, see
BEW9L0N1. PS / TXT / PDF / jpg

BEW9: TUB-test chart BEW9; Colour-difference formulae t* & T*
IECsRGBu9 triangle-lightness formulae for (Y/Yn)
absolute and relative lightness, sensitivity and contrast

Figure BEX0L0N1.jpg: Output in format A6 of the file BEX0L0NP.PDF, see
BEX0L0N1. PS / TXT / PDF / jpg

BEX0: TUB-test chart BEX0; Colour-difference formulae t* & T*
CIELABu0 colour-lightness formulae for (Y/Yn)
absolute and relative lightness, sensitivity and contrast

Figure BEX1L0N1.jpg: Output in format A6 of the file BEX1L0NP.PDF, see
BEX1L0N1. PS / TXT / PDF / jpg

BEX1: TUB-test chart BEX1; Colour-difference formulae t* & T*
CIELABu1 colour-lightness formulae for (Y/Yn)
absolute and relative lightness, sensitivity and contrast

Figure BEX2L0N1.jpg: Output in format A6 of the file BEX2L0NP.PDF, see
BEX2L0N1. PS / TXT / PDF / jpg

BEX2: TUB-test chart BEX2; Colour-difference formulae t* & T*
CIELABu2 triangle-lightness formulae for (Y/Yn)
absolute and relative lightness, sensitivity and contrast

Figure BEX3L0N1.jpg: Output in format A6 of the file BEX3L0NP.PDF, see
BEX3L0N1. PS / TXT / PDF / jpg

BEX3: TUB-test chart BEX3; Colour-difference formulae t* & T*
CIELABu3 triangle-lightness formulae for (Y/Yn)
absolute and relative lightness, sensitivity and contrast

Figure BEX4L0N1.jpg: Output in format A6 of the file BEX4L0NP.PDF, see
BEX4L0N1. PS / TXT / PDF / jpg

BEX4: TUB-test chart BEX4; Colour-difference formulae t* & T*
CIELABu4 triangle-lightness formulae for (Y/Yn)
absolute and relative lightness, sensitivity and contrast

Figure BEX5L0N1.jpg: Output in format A6 of the file BEX5L0NP.PDF, see
BEX5L0N1. PS / TXT / PDF / jpg

BEX5: TUB-test chart BEX5; Colour-difference formulae t* & T*
CIELABu5 triangle-lightness formulae for (Y/Yn)
absolute and relative lightness, sensitivity and contrast

Figure BEX6L0N1.jpg: Output in format A6 of the file BEX6L0NP.PDF, see
BEX6L0N1. PS / TXT / PDF / jpg

BEX6: TUB-test chart BEX6; Colour-difference formulae t* & T*
CIELABu6 triangle-lightness formulae for (Y/Yn)
absolute and relative lightness, sensitivity and contrast

Figure BEX7L0N1.jpg: Output in format A6 of the file BEX7L0NP.PDF, see
BEX7L0N1. PS / TXT / PDF / jpg

BEX7: TUB-test chart BEX7; Colour-difference formulae t* & T*
CIELABu7 triangle-lightness formulae for (Y/Yn)
absolute and relative lightness, sensitivity and contrast

Figure BEX8L0N1.jpg: Output in format A6 of the file BEX8L0NP.PDF, see
BEX8L0N1. PS / TXT / PDF / jpg

BEX8: TUB-test chart BEX8; Colour-difference formulae t* & T*
CIELABu8 triangle-lightness formulae for (Y/Yn)
absolute and relative lightness, sensitivity and contrast

Figure BEX9L0N1.jpg: Output in format A6 of the file BEX9L0NP.PDF, see
BEX9L0N1. PS / TXT / PDF / jpg

BEX9: TUB-test chart BEX9; Colour-difference formulae t* & T*
CIELABu9 triangle-lightness formulae for (Y/Yn)
absolute and relative lightness, sensitivity and contrast

Figure BEY0L0N1.jpg: Output in format A6 of the file BEY0L0NP.PDF, see
BEY0L0N1. PS / TXT / PDF / jpg

BEY0: TUB-test chart BEY0; Colour-difference formulae t* & T*
CIELABu0 colour-lightness formulae for (Y/Yn)
absolute and relative lightness, sensitivity and contrast

Figure BEY1L0N1.jpg: Output in format A6 of the file BEY1L0NP.PDF, see
BEY1L0N1. PS / TXT / PDF / jpg

BEY1: TUB-test chart BEY1; Colour-difference formulae t* & T*
CIELABu1 colour-lightness formulae for (Y/Yn)
absolute and relative lightness, sensitivity and contrast

Figure BEY2L0N1.jpg: Output in format A6 of the file BEY2L0NP.PDF, see
BEY2L0N1. PS / TXT / PDF / jpg

BEY2: TUB-test chart BEY2; Colour-difference formulae t* & T*
CIELABu2 triangle-lightness formulae for (Y/Yn)
absolute and relative lightness, sensitivity and contrast

Figure BEY3L0N1.jpg: Output in format A6 of the file BEY3L0NP.PDF, see
BEY3L0N1. PS / TXT / PDF / jpg

BEY3: TUB-test chart BEY3; Colour-difference formulae t* & T*
CIELABu3 triangle-lightness formulae for (Y/Yn)
absolute and relative lightness, sensitivity and contrast

Figure BEY4L0N1.jpg: Output in format A6 of the file BEY4L0NP.PDF, see
BEY4L0N1. PS / TXT / PDF / jpg

BEY4: TUB-test chart BEY4; Colour-difference formulae t* & T*
CIELABu4 triangle-lightness formulae for (Y/Yn)
absolute and relative lightness, sensitivity and contrast

Figure BEY5L0N1.jpg: Output in format A6 of the file BEY5L0NP.PDF, see
BEY5L0N1. PS / TXT / PDF / jpg

BEY5: TUB-test chart BEY5; Colour-difference formulae t* & T*
CIELABu5 triangle-lightness formulae for (Y/Yn)
absolute and relative lightness, sensitivity and contrast

Figure BEY6L0N1.jpg: Output in format A6 of the file BEY6L0NP.PDF, see
BEY6L0N1. PS / TXT / PDF / jpg

BEY6: TUB-test chart BEY6; Colour-difference formulae t* & T*
CIELABu6 triangle-lightness formulae for (Y/Yn)
absolute and relative lightness, sensitivity and contrast

Figure BEY7L0N1.jpg: Output in format A6 of the file BEY7L0NP.PDF, see
BEY7L0N1. PS / TXT / PDF / jpg

BEY7: TUB-test chart BEY7; Colour-difference formulae t* & T*
CIELABu7 triangle-lightness formulae for (Y/Yn)
absolute and relative lightness, sensitivity and contrast

Figure BEY8L0N1.jpg: Output in format A6 of the file BEY8L0NP.PDF, see
BEY8L0N1. PS / TXT / PDF / jpg

BEY8: TUB-test chart BEY8; Colour-difference formulae t* & T*
CIELABu8 triangle-lightness formulae for (Y/Yn)
absolute and relative lightness, sensitivity and contrast

Figure BEY9L0N1.jpg: Output in format A6 of the file BEY9L0NP.PDF, see
BEY9L0N1. PS / TXT / PDF / jpg

BEY9: TUB-test chart BEY9; Colour-difference formulae t* & T*
CIELABu9 triangle-lightness formulae for (Y/Yn)
absolute and relative lightness, sensitivity and contrast

Figure BEZ0L0N1.jpg: Output in format A6 of the file BEZ0L0NP.PDF, see
BEZ0L0N1. PS / TXT / PDF / jpg

BEZ0: TUB-test chart BEZ0; Colour-difference formulae t* & T*
CIELABn0 colour-lightness formulae for (Y/Yn)
absolute and relative lightness, sensitivity and contrast

Figure BEZ1L0N1.jpg: Output in format A6 of the file BEZ1L0NP.PDF, see
BEZ1L0N1. PS / TXT / PDF / jpg

BEZ1: TUB-test chart BEZ1; Colour-difference formulae t* & T*
CIELABn1 colour-lightness formulae for (Y/Yn)
absolute and relative lightness, sensitivity and contrast

Figure BEZ2L0N1.jpg: Output in format A6 of the file BEZ2L0NP.PDF, see
BEZ2L0N1. PS / TXT / PDF / jpg

BEZ2: TUB-test chart BEZ2; Colour-difference formulae t* & T*
CIELABn2 triangle-lightness formulae for (Y/Yn)
absolute and relative lightness, sensitivity and contrast

Figure BEZ3L0N1.jpg: Output in format A6 of the file BEZ3L0NP.PDF, see
BEZ3L0N1. PS / TXT / PDF / jpg

BEZ3: TUB-test chart BEZ3; Colour-difference formulae t* & T*
CIELABn3 triangle-lightness formulae for (Y/Yn)
absolute and relative lightness, sensitivity and contrast

Figure BEZ4L0N1.jpg: Output in format A6 of the file BEZ4L0NP.PDF, see
BEZ4L0N1. PS / TXT / PDF / jpg

BEZ4: TUB-test chart BEZ4; Colour-difference formulae t* & T*
CIELABn4 triangle-lightness formulae for (Y/Yn)
absolute and relative lightness, sensitivity and contrast

Figure BEZ5L0N1.jpg: Output in format A6 of the file BEZ5L0NP.PDF, see
BEZ5L0N1. PS / TXT / PDF / jpg

BEZ5: TUB-test chart BEZ5; Colour-difference formulae t* & T*
CIELABn5 triangle-lightness formulae for (Y/Yn)
absolute and relative lightness, sensitivity and contrast

Figure BEZ6L0N1.jpg: Output in format A6 of the file BEZ6L0NP.PDF, see
BEZ6L0N1. PS / TXT / PDF / jpg

BEZ6: TUB-test chart BEZ6; Colour-difference formulae t* & T*
CIELABn6 triangle-lightness formulae for (Y/Yn)
absolute and relative lightness, sensitivity and contrast

Figure BEZ7L0N1.jpg: Output in format A6 of the file BEZ7L0NP.PDF, see
BEZ7L0N1. PS / TXT / PDF / jpg

BEZ7: TUB-test chart BEZ7; Colour-difference formulae t* & T*
CIELABn7 triangle-lightness formulae for (Y/Yn)
absolute and relative lightness, sensitivity and contrast

Figure BEZ8L0N1.jpg: Output in format A6 of the file BEZ8L0NP.PDF, see
BEZ8L0N1. PS / TXT / PDF / jpg

BEZ8: TUB-test chart BEZ8; Colour-difference formulae t* & T*
CIELABn8 triangle-lightness formulae for (Y/Yn)
absolute and relative lightness, sensitivity and contrast

Figure BEZ9L0N1.jpg: Output in format A6 of the file BEZ9L0NP.PDF, see
BEZ9L0N1. PS / TXT / PDF / jpg

BEZ9: TUB-test chart BEZ9; Colour-difference formulae t* & T*
CIELABn9 triangle-lightness formulae for (Y/Yn)
absolute and relative lightness, sensitivity and contrast

Section 2, Chapter B: Colour Vision and Colorimetry (2020)
This image page with 260 image series: be2s in English, bg2s in German.
Previous image page: ae2s in English, ag2s in German.
Next image page, see ce2s in English, cg2s in German.
Introduction, content list and summary: BEAI, BEA_I, BEA_S in English or BGAI, BGA_I, BGA_S in German.

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For the archive information (2000-2009) of the BAM server "www.ps.bam.de" (2000-2018)
about colour test charts, colorimetric calculations, standards, and publications, see
indexAE.html in English, indexAG.html in German.

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