Reactor Sensor Correlation & Anomaly Stream (2D)
Interactive 2D scatter-plot simulator of two live reactor sensor streams — temperature under thermostat feedback control and coupled pressure. Watch a rolling Pearson coefficient, rate of change and a regression-residual anomaly detector respond in real time, then trigger a simulated malfunction and see the correlation break.
Two virtual reactor sensors — temperature, held near its setpoint by a proportional thermostat feedback loop, and pressure, physically coupled to it — stream new readings several times a second. Each sample joins a 2D scatter plot where the X and Y axes are the two sensor values, so a tight diagonal band of points is a visual readout of correlation strength; older samples fade out as they age past the correlation window. A sliding-window Pearson coefficient, a rate-of-change readout, and a regression-residual z-score anomaly detector all update live alongside a rolling strip chart of both raw streams. Trigger a simulated malfunction and watch the correlated relationship break in real time, exactly as an operator's dashboard would flag a fault.
Two live reactor sensor streams — temperature under thermostat feedback control and coupled pressure — build a 2D correlation scatter plot in real time, with a rolling Pearson coefficient, rate of change, a regression-residual anomaly detector, and a strip chart of both raw streams. Drag to pan, scroll to zoom.
2D · HTML5 Canvas 2D · 60 FPS target · runs fully client-side, no install