aether_moat_control.py

import numpy as np from quantum_fluidics import Hg196Controller # Proprietary library

Constants

MERCURY_DENSITY = 13534 # kg/m³ @ 15°C MOAT_DIAMETER = 12.0 # meters MAX_VORTEX_RPM = 120 # Absolute safety limit

def stabilize_moat(seismic_activity: float) -> float: """Dynamically adjusts mercury vortex to cancel earthquakes""" controller = Hg196Controller(ip_address="10.0.0.99")

try:
    # Calculate required counter-vortex (Chaos Theory Eq.)
    rpm = min(MAX_VORTEX_RPM, 
             np.sqrt(seismic_activity) * 8.33)
    
    # Engage plasma stabilization field
    controller.set_vortex_speed(rpm)
    controller.activate_25T_field()
    
    # Return energy harvested (MW)
    return (rpm ** 2) * 0.0017  

except QuantumDecoherenceError:
    # Emergency protocol
    controller.emergency_freeze()
    raise FacilityLockdown("Moat containment breached!")

Example usage

if name == "main": print(f"Harvested {stabilize_moat(6.2):.2f}MW from Richter 6.2 quake")