Color
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ries, Measure the amount of each primary, needed to match a monochromatic light, at each spectral wavelength (pick some spectral step size). These are called the color matching functions. www.sliderbase.com W WV """ 3380 _PPT10.3S`,wd0( NpP?Rectangle 7_ Color matching functions for a particular set of monochromatic primaries Foundations of Vision, by Brian Wandell, Sinauer Assoc., 1995 www.sliderbase.com ( " r0e?0e??Rectangle 2 d mP0e?0e?5%?Rectangle 3 0d Color matching functions for a particular set of monochromatic primaries Foundations of Vision, by Brian Wandell, Sinauer Assoc., 1995 www.sliderbase.com """ 3380 _PPT10.3 b`-wdC;P#( Y NqP?Rectangle 7_ ʟlUsing the color matching functions to predict the primary match to a new spectral signal www.sliderbase.com m( mm " r0e?0e??Rectangle 2 d nP0e?0e?5%?Rectangle 3 0d ԟlUsing the color matching functions to predict the primary match to a new spectral signal www.sliderbase.com m ml """ 3380 _PPT10.3m`3.wdp( N@rP?Rectangle 7_ Using the color matching functions to predict the primary match to a new spectral signal Then the amounts of each primary needed to match t are: www.sliderbase.com ( " r0e?0e??Rectangle 2 d `oP0e?0e?5%?Rectangle 3 0d Using the color matching functions to predict the primary match to a new spectral signal Then the amounts of each primary needed to match t are: www.sliderbase.com """ 3380 _PPT10.3y`/wdiaI( N :$?Rectangle 7_ ]Internal review So, for any set of primary colors, if we are given the spectral color matching functions for a set of primary lights We can calculate the amounts of each primary needed to give a perceptual match to any spectral signal. www.sliderbase.com