🧠 CRR Maze Solver - Parameter Tuning Lab

Interactive exploration of Coherence-Rupture-Regeneration dynamics

C(x,t) = ∫ L(x,τ) dτ • R[χ] = ∫ φ(x,τ)·e^(C/Ω)·Θ(t-τ) dτ • Rupture: δ(t-t₀) when C > threshold
Difficulty:
Purple glow: Coherence C(x) • Yellow dots: Memory φ(x,τ) • Pink arrows: Regeneration R[χ]

📊 Performance Metrics

Episodes: 0
Current Steps: 0
Successes: 0
Success Rate: 0%
Avg Steps (last 10): N/A
Best Run: N/A
Global Coherence C: 0.0
Ruptures δ(t): 0
Intelligence tanh(C/Ω): 0.00
Coherence Evolution C(t)

🎛️ CRR Parameters

Coherence Function: C(x,t) = ∫L(x,τ)dτ
Base Learning Rate L₀ 0.03
Base rate of coherence accumulation
Novelty Bonus 1.2
Coherence boost for first visit
Revisit Penalty 0.25
Penalty for returning to visited cells
Temporal Penalty 0.02
Time-based coherence decay
Regeneration: R[χ] = ∫φ·e^(C/Ω)·Θ(t-τ)dτ
Temperature Ω 50
Controls coherence weighting sensitivity
Spatial Range 8
Radius of spatial memory influence
Temporal Decay α 0.0050
Rate of temporal memory decay
Memory Capacity 25
Max memories per location
Rupture: δ(t-t₀)
Rupture Threshold 120
Coherence level triggering rupture
Rupture Reduction 0.35
Fraction of C remaining after rupture
Intelligence: tanh(C/Ω)
Goal Weight 0.3
Base goal distance heuristic
Intelligence Goal Boost 0.7
How intelligence amplifies goal-seeking
Exploration Noise 2.0
Random exploration strength
Regeneration Weight 1.0
Influence of R[χ] on action selection