Abstract: A pair of compact foldable reading eyeglasses comprises a frame front including a hinged bridge, the hinged bridge allowing the frame front to upwardly fold such that respective top portions of the frame front are positioned adjacently; and a pair of temple pieces, each one of the pair attached to a respective corner hinge of the frame front and including a first segment and a second segment, the first segment and the second segment attached by a hinge, allowing the respective temple piece to inwardly fold. Preferably, the pair of compact foldable reading eyeglasses looks like standard reading glasses when worn. Preferably, the compact foldable reading eyeglasses are full-framed, and include spring hinges and standard size nose pads and bridges. Preferably, the pair of compact eyeglasses comes with a storage container having an attached light source. Preferably, the storage container is a zippered storage container and the light source is a battery-operated LED.

Abstract: The invention relates to digital image enhancement, and more precisely to a guided color correction system that produces a desirable image display and reproduction. A major objective of the invention is to determine appropriate image transformations based on the user's personal preference. This is achieved by using a guided system that employs diametrically opposed or contrariwise enhancement parameter transformation previews. During the process, the user chooses the most preferred preview to determine a parameter. The amount for each parameter is determined and a final transformation is applied. The invention is designed to increase color correction speed, efficiency, and accuracy by drastically reducing the complexity and heretofore random, haphazard, and arbitrary process of conventional digital image enhancement and color correction.

Abstract: The invention relates to digital image enhancement, and more precisely to a guided color correction system that produces a desirable image display and reproduction. A major objective of the invention is to determine appropriate image transformations based on the user's personal preference. This is achieved by using a guided system that employs diametrically opposed or contrariwise enhancement parameter transformation previews. During the process, the user chooses the most preferred preview to determine a parameter. The amount for each parameter is determined and a final transformation is applied. The invention is designed to increase color correction speed, efficiency, and accuracy by drastically reducing the complexity and heretofore random, haphazard, and arbitrary process of conventional digital image enhancement and color correction.