Phase-Lagged Wave Synthesis and Thermal Reset Nodes (V2 engine)

System and method for predictive agricultural climatology using phase-lagged wave synthesis and thermal reset nodes.

A dual-model synthesis engine: a general tier for seasonal trend, and an analog-shift tier for localised micro-climate extremes.

A phase lag applied to the jet term, so the choppy pre-window ridging is placed where the matched analog years actually put it rather than where a smoothed model places it.

A thermal reset node: a hard localised frost at or below freezing that resets regional soil thermal mass and terminates the pre-reset wave train.

A false-peak suppression rule: a projected maximum occurring before the reset node is recorded and damped toward the seasonal normal instead of being published as the answer.

A collapse operator evaluated only on the rebound wave that follows the reset node, at the stationary point where the rate of change reaches zero.

1. A method of forecasting a localised temperature extreme by synthesising a composite wave from measured observation arrays, matched historical analogs and macro ocean state, and selecting a finite collapse date from that wave.

2. The method of claim 1, wherein a maximum occurring before a defined reset event is classified as a false peak and suppressed toward the seasonal normal rather than reported.

3. The method of claim 1, wherein the system defines a thermal reset node representing a hard localised frost that resets regional soil thermal mass.

4. The method of claim 3, wherein the occurrence of the thermal reset node determines the coordinate of the true collapse, defined as the stationary point of the post-reset rebound wave.

Implemented and running in the Enphase Operator dashboard. The engine reports which tier produced the answer, the reset node it found, the rebound interval and the false peak it suppressed. Coefficients, phases, damping rules and seeds are never returned by any interface.