Hurricane Status
Generic Hurricane
INITIALIZING
Max Wind Speed: 0 mph
Category: -
Eye Radius: 0 km
Position: -
CRR Framework
ACTIVE CRR PHYSICS:
C(x) = ∫ L(x,τ) dτ
Coherence integrates memory density over time

R[χ](x,t) = ∫ φ(x,τ)·e^(C(x)/Ω)·Θ(t-τ) dτ
Regeneration amplifies fields using historical patterns

δ(t-t₀) - Dirac Delta
Rupture event when coherence crosses threshold
Coherence C(x): 0.000
Regeneration R[χ]: 0.000
Memory Density L(x,τ): 0.000
Rupture Status δ: None
Field Enhancement: 0.0%
How CRR Works Here:
• Memory stores past intensity at each location
• Coherence measures accumulated system memory
• Regeneration uses history to amplify current wind fields
• Heaviside Θ ensures causality (only past influences present)
• Dirac δ(t-t₀) marks rupture when C reaches threshold
• Result: Hurricane intensity builds on its own history

Map Details:
• Red markers are fixed Jamaican cities
• Hurricane moves OVER the stationary locations
• Wind speeds update as storm passes
Environmental Parameters
Historical Hurricanes
Cat 5 • 185 mph • Jamaica Direct Hit
Cat 5 • 165 mph • South of Jamaica
Cat 5 • 175 mph • Near Jamaica Pass
Controls
HURRICANE TRACKING
Generic Hurricane
Streamlines: 0
Peak Intensity: 0
Camera: Locked
⚡ CRR CALCULATIONS (LIVE)
1. Memory Density L(x,τ)
L = 0.000
Intensity stored at hurricane center
2. Coherence Integration
C(x) = ∫ L(x,τ)·e^(-Δτ/150) dτ
C = 0.000
Accumulated memory over time
3. Regeneration Operator
R[χ] = ∫ φ(τ)·e^(C/Ω)·Θ(t-τ) dτ
e^(C/Ω) = 0.000
R = 0.000
History amplification factor
4. Dirac Delta - Rupture Event
δ(t-t₀) at coherence threshold
δ = 0 NO RUPTURE
t₀ = -
Phase transition marker
5. Total Wind Enhancement
I' = I × (1 + R×0.6 + δ×0.3)
+0.0%
INTENSITY SCALE
Cat 5 (157+ mph)
Cat 4 (130-156 mph)
Cat 3 (111-129 mph)
Cat 2 (96-110 mph)
Cat 1 (74-95 mph)
Tropical Storm
🔴 Red markers = Fixed Jamaica cities
🌀 Hurricane moves across map