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In this research a new method for 3-D frame buffer architecture and processing of 3-D data has been developed. It is based on the concept that the 3-D inherently continuous scene is discretized, sampled, and stored in a full 3-D physical memory of unit cells called voxels. Such a cellular memory provides a real yet discrete model of reality, and is a true 3-D extension of the 2-D frame buffer. Using this new approach of handling 3-D graphics, there is no need of repeatedly scan-converting and manipulating the geometric primitives list every time a small change is made to the data. Those changes can be made directly to the 3-D frame buffer cellular images. In addition, the computational intensive hidden-surface removal algorithms are unnecessary. The orthographic projection of the cellular image along a view direction displays only the visible surfaces and implicitly ignores the hidden edges and hidden surfaces.

CUBE architecture for 3-D computer graphics