Changes

The user wears 3D glasses inside the CAVE to see [[3D graphics]] generated by the CAVE. People using the CAVE can see objects apparently floating in the air, and can walk around them, getting a proper view of what they would look like in reality. This was initially made possible by electromagnetic sensors, but has converted to [[infrared]] cameras.

The user wears 3D glasses inside the CAVE to see [[3D graphics]] generated by the CAVE. People using the CAVE can see objects apparently floating in the air, and can walk around them, getting a proper view of what they would look like in reality. This was initially made possible by electromagnetic sensors, but has converted to [[infrared]] cameras.

The frame of early CAVEs had to be built from non-magnetic materials such as wood to minimize interference with the [[electromagnetic tracking]] system; the change to infrared tracking has removed that limitation. A CAVE user's movements are tracked by the sensors typically attached to the 3D glasses and the video continually adjusts to retain the viewers perspective. Computers control both this aspect of the CAVE and the audio aspect.  There are typically multiple speakers placed at multiple angles in the CAVE, providing [[3D sound]] to complement the [[3D video]].{{citation needed|date=August 2013}}

The frame of early CAVEs had to be built from non-magnetic materials such as wood to minimize interference with the [[electromagnetic tracking]] system; the change to infrared tracking has removed that limitation. A CAVE user's movements are tracked by the sensors typically attached to the 3D glasses and the video continually adjusts to retain the viewers perspective. Computers control both this aspect of the CAVE and the audio aspect.  There are typically multiple speakers placed at multiple angles in the CAVE, providing [[3D sound]] to complement the [[3D video]].

==Technology==

==Technology==