Anaglyph decomposition using disparity map
Anaglyphs are the most primitive way of representing stereoscopic images. As one of the
first attempts to produce 3D images, its viewing experience is not as satisfying as later
methods but it is still widely used because of its simplicity and compactness. An anaglyph
image is created by simply superimposing the red channel of the left image with blue and
green channels of the right image. If an anaglyph image can be decomposed into its original
left and right images, it can be used for compression as well as for conversion to other, more …
first attempts to produce 3D images, its viewing experience is not as satisfying as later
methods but it is still widely used because of its simplicity and compactness. An anaglyph
image is created by simply superimposing the red channel of the left image with blue and
green channels of the right image. If an anaglyph image can be decomposed into its original
left and right images, it can be used for compression as well as for conversion to other, more …
Anaglyphs are the most primitive way of representing stereoscopic images. As one of the first attempts to produce 3D images, its viewing experience is not as satisfying as later methods but it is still widely used because of its simplicity and compactness. An anaglyph image is created by simply superimposing the red channel of the left image with blue and green channels of the right image. If an anaglyph image can be decomposed into its original left and right images, it can be used for compression as well as for conversion to other, more recent 3D viewing methods.
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