Differences between Impressions of Anaglyph Stereo Images and 2D Images

Reprocessing anaglyph images

In related work, we have shown that conventional digital cameras easily can be modified to directly capture anaglyphs. Anaglyph images commonly have been used to encode stereo image pairs for viewing, but anaglyphs also can be treated as an efficient encoding of two-view image data for reprocessing. Each of the two views encoded within an anaglyph has only partial color information, but our pre...

A projection method to generate anaglyph stereo images

An anaglyph image allows the perception of depth when observed through colored glasses such as the familiar red/blue glasses. Although the method is very old, the techniques used to generate anaglyph images are very empirical. This paper describes a projection method to generate anaglyph stereoscopic images using the spectral absorption curves of the glasses, the spectral density functions of t...

Colour Matching Between Stereo Pairs of Images

This paper outlines the process of colour matching stereo pairs of images using a disparity map as input along with the original images. We describe the functionality of a plugin developed for Nuke, which we call Eyematch, that performs this automatic colour matching under conditions set by the user. The user is presented with various parameters to fine tune the matching process, but no prior k...

Membrane traffic in anaglyph stereo.

Anaglyphs are stereoscopic image-pairs that are projected through a single optical path and rely on optical filters to separate left and right eye views. In the figures, each image represents digital camera-copy of transmission electron micrographs taken at 910° of specimen tilt, using a standard side-entry goniometer on a transmission electron microscope. Anaglyphs can also be produced today b...

Anaglyph stereo visualization of rhythmical movements