CMY Cubes

Explore subtractive colour mixing with the CMY cube.Opposing sides are coloured cyan, magenta or yellow. Rotating the angle from which the cube is viewed, varies the degree to which specific frequencies of cyan, magenta, and yellow are filtered from white light, resulting in a unique, cube-specific spectrum of colours. This process is called "subtractive colour mixing".

Explore subtractive colour mixing with the CMY cube.Opposing sides are coloured cyan, magenta or yellow. Rotating the angle from which the cube is viewed, varies the degree to which specific frequencies of cyan, magenta, and yellow are filtered from white light, resulting in a unique, cube-specific spectrum of colours. This process is called "subtractive colour mixing".

CMY Cubes

Explore subtractive colour mixing with the CMY cube.Opposing sides are coloured cyan, magenta or yellow. Rotating the angle from which the cube is viewed, varies the degree to which specific frequencies of cyan, magenta, and yellow are filtered from white light, resulting in a unique, cube-specific spectrum of colours. This process is called "subtractive colour mixing".

Explore subtractive colour mixing with the CMY cube.Opposing sides are coloured cyan, magenta or yellow. Rotating the angle from which the cube is viewed, varies the degree to which specific frequencies of cyan, magenta, and yellow are filtered from white light, resulting in a unique, cube-specific spectrum of colours. This process is called "subtractive colour mixing".