light could have the colors produced by a prism come from.
where could have the colors produced by a prism come from?
light
color printing, like painting, also uses subtractive colors, but the complementary colors are different from those used in painting. as a result, the same logic applies as to colors produced by light. color printing uses the cmyk color model, making colors by overprinting cyan, magenta, yellow, and black ink. in printing the most common complementary colors are magenta–green, yellow–blue, and cyan–red. in terms of complementary/opposite colors, this model gives exactly the same result as using the rgb model. black is added when needed to make the colors darker.









































section::::in theory and art.









































section::::in theory and art.:in color theory.
complementary colors
bullet::::- tetrahedral prism, truncated tetrahedral prism









































bullet::::- truncated cubic prism, truncated octahedral prism, cuboctahedral prism, rhombicuboctahedral prism, truncated cuboctahedral prism, snub cubic prism









































bullet::::- truncated dodecahedral prism, truncated icosahedral prism, icosidodecahedral prism, rhombicosidodecahedral prism, truncated icosidodecahedral prism, snub dodecahedral prism









































bullet::::- uniform antiprismatic prism









































bullet::::- triangular antiprismatic prism, square antiprismatic prism, pentagonal antiprismatic prism, hexagonal antiprismatic prism, heptagonal antiprismatic prism, octagonal antiprismatic prism, enneagonal antiprismatic prism, decagonal antiprismatic prism









































bullet::::- pentagrammic antiprismatic prism, hexagrammic antiprismatic prism, heptagrammic antiprismatic prism, octagrammic antiprismatic prism, enneagrammic antiprismatic prism, decagrammic antiprismatic prism
list of polygons, polyhedra and polytopes