Power Flow Visualization Using Opacity Encoding

The patent applies color changes and opacity variations to represent power flow characteristics. Different colors indicate different flow directions (e.g., red for forward flow, blue for reverse flow), while varying opacity levels represent different flow magnitudes. This allows multiple power lines to be displayed simultaneously without clutter, as each line's state is encoded through color and transparency rather than using physical arrow graphics that occupy screen space and overlap.

The patent transforms the visualization from displaying individual arrow graphics to displaying parameter-encoded line representations. Power flow magnitude is represented by opacity changes, direction by color changes, and presence by line visibility. This parameter-based encoding allows hundreds of power lines to be monitored simultaneously in an overview picture without creating visual clutter, as the information is conveyed through subtle visual variations rather than prominent graphical elements that compete for attention.

Instead of varying arrow size to indicate flow magnitude, the patent uses opacity changes of the power line representation itself. The line remains at a consistent, non-intrusive thickness, but its transparency varies to encode the flow amount. This eliminates the visual disturbance caused by large, prominent arrows while still conveying the magnitude information effectively through the opacity parameter.