Appliance Function Visualization via Evaluation Formula

The patent introduces a visualization tool as an intermediary between the user and the software. This tool automatically generates visual representations (flowcharts, sequence diagrams, etc.) that explain the relationship between software functions and appliance operations. The visualization tool processes software code or function definitions and converts them into intuitive graphical representations, enabling users to understand complex software-appliance relationships without needing to directly manipulate the underlying software code.

The patent creates visual copies or representations of the software's internal logic and function relationships. By generating graphical models that replicate the software's operational flow and its connection to appliance functions, the system provides users with an accessible copy of the software's behavior. These visual copies make the abstract software logic concrete and easier to understand, allowing users to create or update software with greater confidence.

The patent segments the software functionality into distinct, visually representable components. By breaking down the software into modular functions and their corresponding appliance operations, the system presents complex control logic in manageable segments. Each segment can be visualized separately as a distinct block or element in the graphical representation, making the overall complex system easier to comprehend while maintaining precise control capabilities.

The patent transforms the software complexity from a one-dimensional text-based code structure into a two-dimensional or three-dimensional visual representation. By converting linear code into graphical models with spatial relationships, the system adds a visual dimension that makes complex control logic more perceivable. Users can see the software's control precision through graphical arrangements, flowcharts, and diagrams that map control precision to spatial relationships and visual patterns.