HP P Class 450/500/550/600/650/700/750 fx5 and fx10 Configuration Guide - Page 26

Stereo Vision

Page 26 highlights

HP Visualize fx5 and fx10 Graphics Cards Stereo Vision Stereo Vision The stereo modes cause the display to alternate between the left and right images in successive refresh cycles (thus a 120 Hz refresh rate will display 60 left images and 60 right images per second). Stereo modes can be enabled in the Stereo Sync Enabled check box in the Options panel of Windows NT Display Properties. In addition, you must set the screen resolution and refresh rate to a stereo compatible format. In the Customize Video Formats panel, you can find a list of screen resolution/refresh rate combinations that are compatible for stereo display. To view the stereo image, a suitable device is required. This must have a VESA 1.0P compatible Stereo connector. This device is usually a pair of liquid crystal glasses. The lenses alternate between left-lens transparent/right-lens opaque and left-lens opaque/right-lens transparent, at the same rate as the screen refresh rate, so that each image is only seen by the appropriate eye. The result is realistic depth perception. 26 Chapter 1

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HP Visualize fx5 and fx10 Graphics Cards
Stereo Vision
Chapter 1
26
Stereo Vision
The stereo modes cause the display to alternate between the left and
right images in successive refresh cycles (thus a 120 Hz refresh rate will
display 60 left images and 60 right images per second). Stereo modes can
be enabled in the Stereo Sync Enabled check box in the Options panel of
Windows NT Display Properties. In addition, you must set the screen
resolution and refresh rate to a stereo compatible format. In the
Customize Video Formats panel, you can find a list of screen
resolution/refresh rate combinations that are compatible for stereo
display.
To view the stereo image, a suitable device is required. This must have a
VESA 1.0P compatible Stereo connector. This device is usually a pair of
liquid crystal glasses. The lenses alternate between left-lens
transparent/right-lens opaque and left-lens opaque/right-lens
transparent, at the same rate as the screen refresh rate, so that each
image is only seen by the appropriate eye. The result is realistic depth
perception.