Information Visualization Projects
	Information Highlighting by Color Dependent Depth Perception with Chromo-Stereoscopy (2002) Due to characteristics of the human visual system different colors induce different depth perception. This chromo-stereoscopy has been already used for 3D data to enhance a third spatial dimension. We propose to use chromo-stereoscopy for 2D abstract data. Color coding introduces a depth cue which encodes relevance with chromo-stereoscopy. The focus information literally "stands out" as compared to the context information. We applied this technique on two-dimensional graphs and multi-layer representations. Our approach can also be easily combined with other focus+context methods

Information Visualization Projects

Information Highlighting by Color Dependent Depth Perception with Chromo-Stereoscopy (2002)

Due to characteristics of the human visual system different colors induce different depth perception. This chromo-stereoscopy has been already used for 3D data to enhance a third spatial dimension. We propose to use chromo-stereoscopy for 2D abstract data. Color coding introduces a depth cue which encodes relevance with chromo-stereoscopy. The focus information literally "stands out" as compared to the context information. We applied this technique on two-dimensional graphs and multi-layer representations. Our approach can also be easily combined with other focus+context methods

Institute of Computer Graphics / Visualization and Animation Group / Research

This page is maintained by Eduard Gröller. It was last updated on March 29, 2002.
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