Continuous Graphic Document Resizing with Scale and Translation Factors

The patent applies parameter changes by systematically transforming the graphic document using mathematical parameters including scaling factors for size adjustment, translation vectors for position changes, and rotation angles for orientation. These parameter transformations are applied hierarchically to different document components while maintaining their relative relationships, thus adapting to various display dimensions while preserving graphic display rules.

The patent creates a universal resizing system that can handle multiple display formats and dimensions through a single set of transformation rules. The system defines a reference display format and establishes transformation relationships that can be applied to any target display dimension, making the solution universally applicable across different media while maintaining communication coherence.

The patent implements self-service by enabling automated resizing of graphic digital documents through computer-executable instructions that automatically calculate transformation parameters and apply them to maintain graphic display rules. This eliminates the need for expert manual intervention while preserving precision, as the system autonomously handles the resizing process according to predefined rules and transformation relationships.

The patent replaces the mechanical system of manual expert resizing with an automated computational system. Instead of relying on human experts to manually adjust and reposition graphic elements, the system uses algorithmic calculations to determine transformation parameters (scaling, translation, rotation) and automatically applies them, substituting human labor with automated processing while maintaining or improving precision.