Multi-view Image Display Apparatus with Visual Field Divider

The patent applies preliminary action by pre-calculating mixture pixel values before display output. The processor computes weighted combinations of pixels from different viewpoints in advance, creating a multi-view image that compensates for the optical distortions that will occur. This preprocessing step ensures that when the visual field divider separates the views, the image quality is maintained despite the optical structure's limitations.

The patent changes parameters by adjusting pixel values through weighted mixing based on depth information. Different pixel parameters (brightness, color) from multiple viewpoints are combined using depth-dependent weights, transforming the original single-view pixels into multi-view mixture pixels that will render clearly after passing through the visual field divider's optical structure.

The patent applies local quality by processing different regions of the image with different weighting schemes based on their depth values. Objects at different depths receive different mixing weights from adjacent viewpoints, allowing the system to optimize 3D clarity locally for each depth layer rather than applying a uniform complex processing algorithm to the entire image.

The patent uses partial action by selectively mixing pixels from a limited number of adjacent viewpoints (typically one or two on each side) rather than processing all possible viewpoints. This partial mixing approach provides sufficient 3D clarity improvement while keeping computational complexity manageable by avoiding excessive processing of all potential view angles.