Conversion point
Multiple incoming connection lines converge on a central target node, triggering a radiant circular ripple when they touch.
Multiple incoming connection lines converge on a central target node, triggering a radiant circular ripple when they touch.
A shared horizontal bus redistributes energy between two connected nodes, with pulses shifting weighting dynamically.
A horizontal timeline of five empty circles lights up as a pulse strikes the first node, which expands while a faint wave travels down the rest.
A segmented circle partitions itself as its three arcs slide outward to different offsets to show proportional value.
A tapered sequence of three coordinate gates forms a unified channel line, aligning conversion momentum seamlessly.
A pulse travels across a line of nodes, passing quickly through the early steps to expand and illuminate only the final circle.
A dotted path curves gracefully through a grid of coordinates, lighting up each intersection node as the tip passes.
A single input pulse divides equally into four parallel paths, lighting up all four target nodes with equal intensity.
Three distinct channel symbols light up in sequence as a dashed connection line draws itself from one to the next.
An input node sends a pulse into a network of diverging paths, illuminating a single successful route to the goal.
A pulse travels backward from a final conversion point along a timeline, lighting up previous nodes with progressively weaker glows.
A row of vertical touchpoint bars rises and falls in wave-like sequence as a glowing cursor sweeps horizontally across them.
A wave of light charges both the first and last nodes of a five-point chain, while the middle three nodes receive a minor glow.
A pulse illuminates the first, middle, and final nodes of a multi-step timeline, leaving the intermediate steps faintly outlined.
Three parallel tracks of varying line weights carry light pulses, with the thickest track conveying the fastest and brightest flow.