[PDF][PDF] Models for the color continuum and subsets thereof
EP Miles Jr - Proceedings of the 18th annual Southeast regional …, 1980 - dl.acm.org
EP Miles Jr
Proceedings of the 18th annual Southeast regional conference, 1980•dl.acm.orgComputer generation of color patterns, has revived interest in various classical models for
color distribution (triangular, circular, pyramidal, conical, spherical etc.). The oldest model is
the color spectrum displayed in the heavens by the rainbow: heme frequencies of the
refracted visible light determine the color variations. Newton, by observing sunlight passing
through a prism developed a down to earth model to demonstrate colors obtained by
separating white light into its components. The properties of colors generated by combining …
color distribution (triangular, circular, pyramidal, conical, spherical etc.). The oldest model is
the color spectrum displayed in the heavens by the rainbow: heme frequencies of the
refracted visible light determine the color variations. Newton, by observing sunlight passing
through a prism developed a down to earth model to demonstrate colors obtained by
separating white light into its components. The properties of colors generated by combining …
Computer generation of color patterns, has revived interest in various classical models for color distribution (triangular, circular, pyramidal, conical, spherical etc.). The oldest model is the color spectrum displayed in the heavens by the rainbow: heme frequencies of the refracted visible light determine the color variations. Newton, by observing sunlight passing through a prism developed a down to earth model to demonstrate colors obtained by separating white light into its components. The properties of colors generated by combining primary colored lights (the additive system with primary components, red, green, and blue) were discovered to be different from those in the subtractive system of pigments where reflected light has colors filtered out by pigment combinations used. Here, the primary colors ape cyan, magenta and yellow, respectively. The author will display dual models generated on the Intecolor 8051 for these two systems. I In the additive model, 000 is assigned to black, the console color when no light is present and ill is assigned to white, where the three primaries are supplied in equal strength. In the subtractive system, 000 is assigned to white for the fully reflective surface and Ill, to black which is obtained by filtering with all three pigments covering the white base. The table below shows the duality between the systems.
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