output 1:41:46 AM OPHI RECOVERY TEST — BULLETPROOF VERSION

 

output
1:41:46 AM

OPHI RECOVERY TEST — BULLETPROOF VERSION

import random

print("Starting OPHI recovery test")

def omega(state, bias, alpha):
return (state + bias) * alpha

SE44 = {
"coherence_min": 0.985,
"entropy_max": 0.01,
"drift_max": 0.001,
}

def coherence():
return round(random.uniform(0.986, 0.999), 5)

def relaxed_entropy():
return round(random.uniform(0.002, 0.008), 5)

def relaxed_drift():
return round(random.uniform(0.0001, 0.0006), 6)

def emit_recovery(state, bias, alpha):
Ω = omega(state, bias, alpha)
C = coherence()
E = relaxed_entropy()
D = relaxed_drift()

accepted = (  
    C >= SE44["coherence_min"]  
    and E <= SE44["entropy_max"]  
    and D <= SE44["drift_max"]  
)  

return {  
    "omega": round(Ω, 6),  
    "coherence": C,  
    "entropy": E,  
    "rms_drift": D,  
    "status": "FOSSILIZED" if accepted else "REJECTED",  
}  

alpha = 1.12
results = []

for i in range(5):
state = round(random.uniform(0.2, 0.7), 4)
bias = round(random.uniform(0.1, 0.5), 4)
results.append(emit_recovery(state, bias, alpha))

print("RESULTS:")
for r in results:
print(r)
Starting OPHI recovery test
RESULTS:
{'omega': 0.927808, 'coherence': 0.99538, 'entropy': 0.00587, 'rms_drift': 0.000459, 'status': 'FOSSILIZED'}
{'omega': 1.114176, 'coherence': 0.98855, 'entropy': 0.00469, 'rms_drift': 0.000565, 'status': 'FOSSILIZED'}
{'omega': 0.796208, 'coherence': 0.99272, 'entropy': 0.00269, 'rms_drift': 0.000315, 'status': 'FOSSILIZED'}
{'omega': 1.11272, 'coherence': 0.98639, 'entropy': 0.00327, 'rms_drift': 0.000407, 'status': 'FOSSILIZED'}
{'omega': 0.614096, 'coherence': 0.99461, 'entropy': 0.00201, 'rms_drift': 0.000577, 'status': 'FOSSILIZED'}