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RW Pridmore (2005)
Corresponding colors as complementary setsColor Res Appl, 30
RW Pridmore (2009)
Complementary colors: The structure of wavelength discrimination, uniform hue, saturation, spectral sensitivity, chromatic adaptation and inductionColor Res Appl, 34
R. Pridmore (2007)
Effect of purity on hue (Abney effect) in various conditionsColor Research and Application, 32
R. Pridmore (1991)
Theory of primary colors and invariant huesColor Research and Application, 16
RW Pridmore (1985)
Optimum color stimuli in various illuminantsJ Opt Soc Am, 10
R. Pridmore (2009)
Complementary colors: The structure of wavelength discrimination, uniform hue, spectral sensitivity, saturation, chromatic adaptation, and chromatic inductionColor Research and Application, 34
D. Macadam (1938)
Photometric Relationships Between Complementary ColorsJournal of the Optical Society of America, 28
G Wyszecki, WS Stiles (1982)
Color ScienceColor Res Appl
R. Pridmore (2010)
Color constancy from invariant wavelength ratios. II. The nonspectral and global mechanismsColor Research and Application, 35
(2004)
ColorimetryActa Chrom
R. Pridmore (2007)
Chromatic luminance, colorimetric purity, and optimal aperture‐color stimuliColor Research and Application, 32
R. Pridmore (2005)
Theory of corresponding colors as complementary setsColor Research and Application, 30
R. Pridmore (2008)
Color constancy from invariant wavelength ratios: I. The empirical spectral mechanismColor Research and Application, 33
R. Pridmore (1985)
Optimum color stimuli in various illuminantsColor Research and Application, 10
D. Judd (1932)
CHROMATICITY SENSIBILITY TO STIMULUS DIFFERENCESJournal of the Optical Society of America, 22
D. Judd (1935)
A Maxwell Triangle Yielding Uniform Chromaticity ScalesJournal of the Optical Society of America, 25
D. Hubel (1995)
Eye, Brain and VisionColor Res Appl
I Newton
OpticksColor Res Appl
RW Pridmore (2007)
Chromatic luminance, colorimetric purity, and optimal aperture‐color stimuliJRes Natl Bur Std, 32
R. Pridmore (1993)
Extension of dominant wavelength scale to the full hue cycle and evidence of fundamental color symmetryColor Research and Application, 18
DL MacAdam (1938)
Photometric relationships between complementary colorsColor Res Appl, 28
RW Pridmore (2007)
Effect of purity on hue (Abney effect) in various conditionsJ Opt Soc Am, 32
In recent research, it has been increasingly necessary to employ an extended wavelength metric to cover the complete hue cycle so as to research or represent data as a function of relative wavelength rather than psychological scales such as CIELAB or Munsell hue angle. This article describes such a relative wavelength metric and its derivation from complementary wavelength functions. The metric provides a useful psychophysical, wavelength‐based, ratio scale for the hue cycle allowing nonspectrals to be treated in the same coherent scale as spectral hues. Several indicators, e.g., color order hue cycles, infer the (optimally efficient) spectral hues comprise about 71% and the nonspectrals about 29%, of the hue cycle interval. This gives a hue cycle whose relative wavelength interval is about 240 nm for illuminant D65. To relate to CIE colorimetry, spectral complementary wavelengths to the nonspectrals' relative wavelengths are identified for seven illuminants including D65,D50, C, and A. Data are given for CIE 1931, and briefly 1964, colorimetry. © 2010 Wiley Periodicals, Inc. Col Res Appl, 2010
Color Research & Application – Wiley
Published: Apr 1, 2010
Keywords: ; ; ; ; ;
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