* STEP 1 — superimpose two periodic rule‑kernels onto the universe
SIMULATEP UNIVERSE OVER 1 ITERATION WITH COLLAPSE-STRATEGY NONE
  COMPUTE FIELD_A = CONVOLVE(UNIVERSE, KERNEL_A, BOUNDARY=WRAP)
  COMPUTE FIELD_B = CONVOLVE(UNIVERSE, KERNEL_B, BOUNDARY=WRAP)
  COMPUTE MOIRE-FIELD = ABS(FIELD_A − FIELD_B)
* STEP 2 — CCT scheduler analysis of entropy acceleration
COMPUTE ENTROPY-MAP = − MOIRE-FIELD ⊗ LOG2(MOIRE-FIELD + 1e‑12)
DETECT CRITICAL-POINTS IN ENTROPY-MAP WHERE ∂²S > τ
MEAS CRITICAL-POINTS INTO FRINGE-LIST
* STEP 3 — at each collapsed point, FFT + 100‑sense classification
PERFORM VARYING idx UNTIL END : FFT(localPatch) ⋄ CLASSIFY ⋄ SIGNAL
* STEP 4 — global meta‑collapse → symbol signature
COMPUTE globalPeaks = FIND_PEAKS(globalSpectrum)
MEAS globalPeaks INTO MOIRE-SIGNATURE
* STEP 5 — Gödel‑sense (sense 98) self‑referential check
PROBP MOIRE-SIGNATURE CONTAINS FRACTAL-SELF-SIMILARITY GIVING selfSim
IF selfSim > 0.95 THEN SIGNAL "UNIVERSE CODE AUTOMATA REVEALS INFINITE MOIRÉ HIERARCHY"