Abstract A scheme that generates image processing source code for custom applications automatically by using structured image (SI) technology in a way that takes advantage of the unbound and incomplete features of SI. Resulting custom applications developed by this method can be defined and converted to running source code in minutes, or shipped to a co-user of the system in a compact portable form for remote code generation. Nested sub-component references and associated image processing operations necessary to generate an output raster image are obtained from a structured image template. Image processing operations and the order of said operations within an image processing definition are stored within the structured image definition. Unbound structured image references to undefined component objects and incomplete structured image references to image processing operations and parameters not explicitly defined within said structured image are input options. Source code is generated from structured image definition language automatically utilizing a modified structured image render program which analyzes said structured image definition language. The code can be used for further rendering or code modification activities.
Inventors
👤 James E. Bollman
👤 Dennis L. Venable
👤 Michael R. Campanelli
👤 William A. Fuss
Bibliographic Details
Application Number—
JurisdictionUS
Data Sourcegoogle_patents
Last Synchronized2026-11-10 01:07
CPC Classifications
G; G06; G06T; G06T11/00; G06T11/60
Claims Analysis
Total Claims: 2
Claim 1
Independent Claim
173 words
A method for generating re-editable image processing code, suitable for use in a programmable processor, from structured images by utilizing unbound and incomplete features of said structured images, comprising: a) obtaining from a structured image, nested sub-component references and associated image processing operations necessary to generate an output raster image; b) storing image processing operations and an order of said operation within an image processing definition; c) determining unbound structured image references to undefined component objects: d) determining incomplete structured image references to image processing operations and parameters not explicitly defined within said structured image; e) storing said structured image in a memory for manipulation of said structured images through pre-rendering code techniques; and f) developing a completed source code program utilizing a modified structured image render program which analyzes said structured image and converts said structured image into said completed source code program wherein operational documentation can be supplied by an operator at document creation time with low level reference added automatically by said code generator based on what calls were assembled.
Claim 2
Independent Claim
173 words
A method for generating re-editable image processing code, suitable for use in a programmable processor, from structured images by utilizing unbound and incomplete features of said structured images, comprising: a) obtaining from a structured image, nested sub-component references and associated image processing operations necessary to generate an output raster image; b) storing image processing operations and an order of said operation within an image processing definition; c) determining unbound structured image references to undefined component objects: d) determining incomplete structured image references to image processing operations and parameters not explicitly defined within said structured image; e) storing said structured image in a memory for manipulation of said structured images through pre-rendering code techniques; and f) developing a completed source code program utilizing a modified structured image render program which analyzes said structured image and converts said structured image into said completed source code program wherein operational documentation can be supplied by an operator at document creation time with low level reference added automatically by said code generator based on what calls were assembled.