engleski

Evaluation of the chromatic assimilation effect intensity in Munker-White samples made by standard methods of rendering

In every day communication is common that a particular wavelength of visible light spectrum or physical object is identified with its color. Determination of color as a physical phenomenon belongs in the area of spectrophotometry or spectrum-diometry. It can be said that a particular wavelength, under certain conditions of viewing is perceived as their color. Occurrence of color of viewed pictures depends on the change of the viewing conditions. Such a phenomenon is a challenge to communication technologies which for the transmission of information use information about the color. Systems of parallel lines of various colors that with its shape are similar to the classic Munker-White samples are used daily in a variety of design solutions. The use of such line systems may potentially due to manifestation of certain psychophysical visual effects cause deviation in color perception of individual elements. Therefore, research in this paper are focused on determining the impact of certain standard methods of rendering on the magnitude of the most intensive effect that is manifested in different types of Munker-White pattern, or the chromatic assimilation effect.

chromatic assimilation ; Munker-White ; psychophysics effect ; rendering

nije evidentirano