1. A method for sighted persons who cannot read a standard alphanumeric text to interact with their environment by pictorially communicating with the environment via computer sensory perception, comprising the steps of: converting an alphanumeric text to a machine-readable set of informationally corresponding data; scanning said first machine-readable set of informationally corresponding data so as to obtain an informational content data set; correlating said informational content data set with one or more hieroglyphs that are representative of the actions, physical objects and the relationship between said actions and said physical objects presented by said informationally corresponding data set; arranging said one or more hieroglyphs syntactically to pictorially represent said informationally corresponding data set for said sighted persons thereby to inform said sighted person of said actions, objects and the relationship between said actions and said objects as was originally presented in said standard alphanumeric text; enabling said sighted person to interact with an environment via computer sensory perception and enabling said user to act on the information conveyed by the hieroglyphs; having said sighted person input the interaction with the environment, said input recorded via a computer processing means and added to the informational content data set; and said computer processing means analyzing said sighted person inputs from the environment and isolating those inputs not already present in the informational content data set and assigning additional hieroglyphs that are representative of the new actions, new physical objects and new relationship between said actions and said physical objects presented by said informationally corresponding data set, the additional hieroglyphs used to allow the informational content data set to adapt to new environments and provide cognitive reasoning support and learning to the sighted person.
1. A method for sighted persons who cannot read a standard alphanumeric text to interact with their environment by pictorially communicating with the environment via computer sensory perception, comprising the steps of: converting an alphanumeric text to a machine-readable set of informationally corresponding data; scanning said first machine-readable set of informationally corresponding data so as to obtain an informational content data set; correlating said informational content data set with one or more hieroglyphs that are representative of the actions, physical objects and the relationship between said actions and said physical objects presented by said informationally corresponding data set; arranging said one or more hieroglyphs syntactically to pictorially represent said informationally corresponding data set for said sighted persons thereby to inform said sighted person of said actions, objects and the relationship between said actions and said objects as was originally presented in said standard alphanumeric text; enabling said sighted person to interact with an environment via computer sensory perception and enabling said user to act on the information conveyed by the hieroglyphs; having said sighted person input the interaction with the environment, said input recorded via a computer processing means and added to the informational content data set; and said computer processing means analyzing said sighted person inputs from the environment and isolating those inputs not already present in the informational content data set and assigning additional hieroglyphs that are representative of the new actions, new physical objects and new relationship between said actions and said physical objects presented by said informationally corresponding data set, the additional hieroglyphs used to allow the informational content data set to adapt to new environments and provide cognitive reasoning support and learning to the sighted person. 3. The method according to claim 1 , wherein the cognitive reasoning support is comprised of navigational support and directional orientation to said sighted person.