A linear algebraic transform is established that adjusts images to be rendered by a computing device to the human from a default rendering for the baseline normal visual acuity to an adjusted rendering for the deviated visual acuity. Before visually presenting the images to be rendered by the computing device the linear algebraic transform is applied, which results in the adjusted rendering of the images. The images of the adjusted rendering are visually presented after the linear algebraic transform has been applied. The human, with myopia, hyperopia, or both, is able to perceive the images of the adjusted rendering without using the one or more corrective lenses. The perceived images are perceived with approximately a baseline normal visual acuity for the human population.
Rendering adjustments to autocompensate for users with ocular abnormalities