Stereo Camera

Stereo rendering allow you to generate images that appear three-dimensional when wearing special glasses. This is achieved by rendering two separate images from cameras that are a small distance apart from each other, simulating how our own eyes see. When viewing a stereo image, one eye is limited to seeing one of the images, and the other eye sees the second image. Our brain is able to merge these together, making it appear that we are looking at a 3D object rather than a flat image. See Stereoscopy for more information on different stereoscopic viewing methods.

Stereo Settings

Stereo settings.

None

Disable stereo rendering.

Stereo Mode

Specifies the way in which the left-eye image and the right-eye image pixels are put together during rendering. This must be selected according to the type of apparatus available to display the appropriate images to the viewer’s eyes.

Anaglyph

One frame is displayed with both images color encoded with red-blue filters. This mode only requires glasses with color filters, there are no special requirements for the display screen and GPU.

Quad Buffer

Uses double buffering with a buffer for each eye, totaling four buffers (Left Front, Left Back, Right Front and Right Back), allowing to swap the buffers for both eyes in sync. See Quad Buffering for more information.

Side by Side

Lines are displayed one after the other, so providing the two images in two frames side-by-side.

Above-Below

Frames are displayed one after the other, so providing the two images in two frames, one above the other.

Interlaced

One frame is displayed with the two images on alternate lines of the display.

Vinterlaced

One frame is displayed with both images displayed on alternate columns of the display. This works with some ‘autostereo displays’.

3D TV Top-Bottom

One frame displays the left image above and the right image below. The images are squashed vertically to fit. This mode is designed for passive 3D TV.

Eye Separation

This value is extremely important. It determines how far apart the two image-capturing cameras are, and thus how “deep” the scene appears. Too small a value and the image appears flat; too high a value can result in headaches and eye strain. The ideal value mimics the separation of the viewer’s two eyes.