Experience Design Codification System for Version Control

The patent introduces an intermediary system (design token generation system) that acts as a mediator between designers and engineers. This system automatically generates design tokens from design files and creates corresponding code representations, eliminating direct manual communication and reducing errors. The intermediary system ensures both parties work from the same source of truth.

The patent replaces the mechanical manual process of design handoff with an automated computational system. Instead of manually creating and managing design specifications, the system automatically parses design files, generates tokens, and produces code representations, substituting human manual work with automated processing.

The patent implements preliminary action by automatically generating design tokens and code representations in advance of actual implementation needs. When design changes occur, the system pre-processes the new designs into usable formats, so that engineers can quickly implement changes without waiting for manual specification creation. This reduces the time loss associated with frequent design iterations.

The patent introduces dynamics by making the design token system flexible and responsive to change. The system can dynamically generate new tokens and update existing ones based on frequent design modifications. This dynamic capability allows the system to adapt to changing requirements while maintaining efficient version control through automated token updates rather than manual version management.

The patent applies segmentation by breaking down design files into discrete design tokens that represent specific design elements. This segmentation allows for precise control and consistent implementation of individual design components. Each token can be independently generated, validated, and implemented, ensuring manufacturing precision while managing complexity through modular organization.

The patent utilizes parameter changes by automatically extracting and representing design parameters as structured tokens. The system transforms design file parameters into standardized token formats that can be consistently implemented across different contexts. This parameter transformation ensures design-implementation consistency while the automated nature of the process manages the complexity of handling multiple design parameters.