The system of claim 1, wherein the applying means comprises means for blending or superimposing multiple digital images into a single blended image.ģ. A system for adjusting digitally generated images for single monitors, single projectors, and arrays of monitors and projectors of raster images to form composite blended images from multiple frame buffer inputs comprising: a N dimensional array of Shadow Buffers, each Shadow Buffer being loaded with a pre-selected value associated with at least one of a sub-pixel, a pixel, and a region of each input memory to be blended into an entire composite image and means for applying the Shadow Buffer values to data corresponding to a digital image to effect modification of each of at least one of the sub-pixels, pixels, and regions to produce a non-distorted blended image.Ģ. A digital video combiner is leveraged to obtain ultra high-resolution.ġ. Further, the parallel nature of the Shadow Buffer supports combinations for a plurality of applications. Digital image manipulation and control means enable the use of low cost solutions such as digital projectors and achieve tiling of multiple low-cost visual channels coupled with low-cost high lumen LCD projectors to produce high-resolution, high-brightness projected displays suitable for military simulation and commercial applications within the image generation device and does not require additional custom hardware. Composite imagery improvements include multiple projected images digitally soft-edge blended into seamless tiled image display single or multiple projected images digitally warped into a seamless tiled image for curved screen displays single or multiple projected images digitally warped for geometric correction single or multiple images digitally corrected for defects in the projector or display device single or multiple images digitally corrected for defects in the display screen(s) and single or multiple images digitally combined or subtracted for sensor fusion, synthetic visions, and augmented reality. Pixel and sub-pixel memory maps (i.e., Shadow Buffers) of screen space and projector attributes (e.g., gamma, contrast, intensity, color, position, stretching, warping, soft-edge blending, etc.) are used to improve the final overall composite image. Computerized method that provides user control of multiple reusable parallel buffers that have utility in mapping and processing digital transformations to improve formation of composite images for single or multiple images.
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