The Munsell color technique is a color system that specifies colors according to three color dimensions, hue, value, and chroma (difference from gray in a given hue and lightness).
Professor Albert H. Munsell, an artist, wanted to make a “rational strategy to describe color” depending on the principle of “perceived equidistance”, which would use decimal notation as an alternative to color names (which he felt were “foolish” and “misleading”). He first started work towards the device in 1898 and published it 100 % form colored Notation in 1905. The munsell color chart continues to be used today.
Munsell constructed his system around a circle with ten segments, arranging its colors at equal distances and selecting them in a manner that opposing pairs would bring about an achromatic mixture.
The system consists of an irregular cylinder using the value axis (light/dark) running all around through it, along with the axis from the earth.
Dark colors are at the bottom from the tree and lightweight at the top, measured from 1 (dark) to 10 (light).
Each horizontal “slice” of your cylinder throughout the axis is really a hue circle, that he divided into five principal hues: red, yellow, green, blue, and purple, five intermediates, yellow-red, green-yellow, blue-green, purple-blue, and red-purple.
Munsell hue is specified by selecting one of those ten hues, and then talking about the angle inside them from 1 to 10.
“Chroma” was measured right out of the center of your wheel, with lower chroma being less saturated (washed out, for example pastels). Be aware that there is not any intrinsic upper limit to chroma. Different regions of the colour space have different maximal chroma coordinates. For instance light yellow colors have considerably more potential chroma than light purples, due to nature from the eye along with the physics of color stimuli. This triggered an array of possible chroma levels, and a chroma of 10 may or may not be maximal depending on the hue and value.
One is fully specified by 85dexupky the 3 numbers. For example a rather saturated blue of medium lightness can be 5B 5/10 with 5B meaning colour during the blue hue band, 5/ meaning medium lightness, and a chroma of 10.
The very first embodiment from the system (the 1905 Atlas) had some deficiencies as a physical representation in the theoretical system. They were improved significantly inside the 1929 Munsell Book of Color and thru a comprehensive combination of experiments done by the Optical Society of America in the 1940’s contributing to the notations (sample definitions) to the modern Munsell Book of Color. The system is still traditionally used in a number of applications and represents one of the best available data sets in the perceptual scaling of lightness, chroma and hue.
Advantages: A comparatively simple system for comparing colors of objects by assigning them some numbers based upon standard samples. Traditionally used in practical applications for example painting and textiles.
Disadvantages: Complementary colors are not on opposite sides, to ensure that one cannot predict the outcome of color mixing well.