A color constancy method and system include dividing an image into a plurality of sub-images and applying a plurality of color constancy algorithms to each of the sub-images.

This phenomenon is known as “colour constancy”.

This phenomenon is known as “colour constancy”.

The outputs from the plurality of color constancy algorithms are combined based upon the adjustment of the outputs.

The basics of colour vision, adaptation, colour constancy, simultaneous contrast and assimilation;

You will know the basics of colour vision, adaptation, colour constancy, simultaneous contrast and assimilation.

The mechanism that is responsible for colour constancy normally works in our favour.

This adaptation of eye and brain is known as color constancy.

Other examples of illusory colour experiences due to colour constancy include the image below, also created by Akiyoshi Kitaoka.

For example, we know intuitively that shadows artificially darken colors, so our brains automatically account for this in our perception of those colors.

For example, we know intuitively that shadows artificially darken colours, so our brains automatically account for this in our perception of those colours.

The mechanism that is (at least in part) responsible for this illusion is colour constancy.

(See Troost (1998), Hurlbert (1998), Neumeyer (1998) and Komatsu (1998) for discussion of colour constancy).

The outputs of each of the color constancy algorithms are analyzed for each of the sub-images to determine which of the color constancy algorithms give inconsistent results across the sub-images.

This is a feature of the human color perception system that ensures that the color of an object remains similar under varying conditions.