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124 lines
5.1 KiB
Python
124 lines
5.1 KiB
Python
# ==============================================================================
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# COPYRIGHT NO ONE EVERYWHERE LLC (WYOMING HOLDING COMPANY)
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# PROJECT: SOVEREIGN STACK
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# This artifact is entirely proprietary and cryptographically proven.
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# Open-Source usage requires explicit permission from Brandon Scott Schneider.
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# ==============================================================================
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import sys
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import os
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sys.path.insert(0, os.path.abspath(os.path.join(os.path.dirname(__file__), "..")))
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from math_harness_compat import xp, AnyArray
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import random
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# --- SIMULATION CONFIGURATION ---
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SIM_HOURS = 100000
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STEPS_PER_HOUR = 6 # Reduced resolution for 100k runtime
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TOTAL_STEPS = SIM_HOURS * STEPS_PER_HOUR
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# --- AGING MODELS ---
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COPPER_DRIFT_PER_HOUR = 0.000001 # Resistance increase
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DIELECTRIC_WEAR_PER_HOUR = 0.000005 # Signal loss increase
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COMPONENT_MTBF_HOURS = 87600 # 10 years
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# --- FLAME GRID CONFIGURATION (Steroid Level) ---
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TARGET_VOLTAGE = 220.0
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HELL_NOISE_RAMP = 50.0 # Constant noise floor
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COLLAPSE_PROB = 0.0014 # ~1 collapse every 31 days (Nigeria-Spec)
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BLACKOUT_DURATION_STEPS = 12 * 60 # 12-hour recovery time
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SPIKE_MAX = 480.0 # Fatal surge level
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# --- SOVEREIGN v5-B CHARACTERISTICS ---
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ABSORPTION_CAPACITY = 25.0 # Boosted for extreme noise
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THERMAL_STRESS_CAPACITY = 5000.0 # High-Tg FR-4 limits
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RECYCLING_COEFF = 0.98 # Advanced pyro-recapture
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def run_stress_test():
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print(f"--- STARTING 1000-HOUR EXTREME STRESS TEST: Resonant v5-B ---")
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grid_voltage = TARGET_VOLTAGE
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board_thermal_stress = 0.0
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total_spikes_absorbed = 0
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total_brownouts_mitigated = 0
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grid_history = []
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board_status = "HEALTHY"
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cascade_amplitude = 0.0
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cascade_steps_remaining = 0
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for step in range(TOTAL_STEPS):
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# 0. CHECK BLACKOUT & CASCADE STATE
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if blackout_steps_remaining > 0:
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grid_input = 0.0
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blackout_steps_remaining -= 1
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elif cascade_steps_remaining > 0:
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# 1.1 CASCADING WAVE LOGIC
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cascade_amplitude *= 1.15 # Exponential build-up
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grid_input = TARGET_VOLTAGE + cascade_amplitude
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cascade_steps_remaining -= 1
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if grid_input > SPIKE_MAX: cascade_steps_remaining = 0 # Breaker trip
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else:
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# 1. GENERATE GRID EVENT
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event_roll = random.random()
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if event_roll < 0.0005: # Trigger Cascading Wave
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cascade_amplitude = random.uniform(20, 50)
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cascade_steps_remaining = random.randint(5, 15)
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grid_input = TARGET_VOLTAGE + cascade_amplitude
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elif event_roll < COLLAPSE_PROB: # Grid Collapse
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grid_input = 0.0
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blackout_steps_remaining = BLACKOUT_DURATION_STEPS
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elif event_roll < 0.005: # Fatality Spike
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grid_input = random.uniform(350, SPIKE_MAX)
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elif event_roll < 0.1: # Continuous Dirty Power
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grid_input = TARGET_VOLTAGE + random.uniform(-HELL_NOISE_RAMP, HELL_NOISE_RAMP)
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else: # "Stable" Noise
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grid_input = TARGET_VOLTAGE + random.uniform(-10, 10)
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# 1.5 AGING & DEGRADATION
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aging_factor = 1.0 + (step * (COPPER_DRIFT_PER_HOUR / STEPS_PER_HOUR))
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effective_absorption = ABSORPTION_CAPACITY / aging_factor
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# 2. STABILIZER INTERVENTION
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delta = grid_input - TARGET_VOLTAGE
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# Hilbert Connectome Absorption (degraded over time)
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absorbed = xp.clip(delta, -effective_absorption, effective_absorption)
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stabilized_output = grid_input - absorbed
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# 3. THERMAL DYNAMICS
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dissipation = abs(absorbed) * 0.1 * aging_factor
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board_thermal_stress += (dissipation * (1.0 - RECYCLING_COEFF))
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# Passive cooling (simulated over time)
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board_thermal_stress = max(0, board_thermal_stress - 0.05)
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# 4. MONITORING
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if abs(delta) > 40.0:
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total_spikes_absorbed += 1 if delta > 0 else 0
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total_brownouts_mitigated += 1 if delta < 0 else 0
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if board_thermal_stress > THERMAL_STRESS_CAPACITY:
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board_status = "CRITICAL (Self-Shutoff)"
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break
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if grid_input > BURNOUT_THRESHOLD:
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# Physical Shunt (Veto Trace 0x999 triggers)
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stabilized_output = 0.0 # Emergency shutdown protected board
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grid_history.append(stabilized_output)
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if step % (STEPS_PER_HOUR * 100) == 0:
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print(f"Hour {step//STEPS_PER_HOUR:04d}: Grid Out={stabilized_output:.1f}V | Stress={board_thermal_stress:.2f}")
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# --- FINAL REPORT ---
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print("\n" + "="*50)
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print(f"FINAL REPORT: 1000 HOURS COMPLETE")
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print(f"Status: {board_status}")
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print(f"Spikes Absorbed: {total_spikes_absorbed}")
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print(f"Brownouts Mitigated: {total_brownouts_mitigated}")
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print(f"Avg Grid Deviation: {xp.std(grid_history):.2f}V (RMS)")
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print(f"Total Entropy Balanced: {total_spikes_absorbed * 1.25} Logical Units")
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print("="*50)
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if __name__ == "__main__":
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run_stress_test()
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