Abstract
Mathematics are given for a method of converting the cylindrical components of colour differences reported by colour measurement systems (differences in lightness, chroma and hue) into components that are correlates of those naturally used by dyers during visual assessment (differences in depth, brightness and hue). The history of the development of the method is recorded. The method has been in successful routine use by many organisations throughout the dye‐making, dyeing and textile‐finishing industries for more than 30 years but its mathematics have hitherto remained unpublished.
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