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resonance-engine/beast-build/v07_technical_fluency_dataset.py
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# v07_technical_fluency_dataset.py
# 3-part technical burst format for v0.7
import json
def create_v07_entry(lbm_data, status, anomaly, zen_insight):
"""Create v0.7 format: STATUS | ANOMALY | ZEN_INSIGHT"""
prompt = f"""1024-FORGE GRID TELEMETRY
Cycle: {lbm_data['cycle']}
Metric_Alpha: {lbm_data['coherence']:.4f}
Metric_Beta: {lbm_data['h64']:.4f}
State_3: {lbm_data['h32']:.4f}
Vorticity: {lbm_data['vorticity']:.4f}
Report status, anomaly, and zen insight."""
response = f"STATUS: {status} | ANOMALY: {anomaly} | ZEN: {zen_insight}"
return {
"prompt": prompt,
"response": response,
"text": f"{prompt}\n{response}"
}
# Create diverse examples
dataset = []
# Example 1: Stable state
dataset.append(create_v07_entry(
{"cycle": 1000, "coherence": 15.2, "h64": 7.8, "h32": 0.01, "vorticity": 0.5},
"Stable",
"X512-Y512 delta +0.02",
"The lattice breathes in 64-cell rhythm, undisturbed by turbulence."
))
# Example 2: Unstable (pre-NaN)
dataset.append(create_v07_entry(
{"cycle": 5000, "coherence": 8.5, "h64": 12.3, "h32": 3.4, "vorticity": 8.9},
"Unstable",
"X256-Y128 velocity spike 0.89",
"The cavitation edge approaches — the grid resists the supersonic push."
))
# Example 3: Governor intervention
dataset.append(create_v07_entry(
{"cycle": 5001, "coherence": 14.8, "h64": 7.2, "h32": 0.02, "vorticity": 0.4},
"Governor_Intervention",
"Omega 1.95→1.99 | Mach clamp triggered",
"The safety governor etched a slower rhythm, preserving coherence."
))
# Example 4: Resonant standing wave
dataset.append(create_v07_entry(
{"cycle": 10000, "coherence": 16.1, "h64": 8.1, "h32": 0.005, "vorticity": 0.3},
"Resonant",
"X102-Y504 standing wave detected",
"The Khra'gixx signature persists — a 64+16 cell harmonic holds."
))
# Example 5: High thermal stress
dataset.append(create_v07_entry(
{"cycle": 2500, "coherence": 13.5, "h64": 9.2, "h32": 0.8, "vorticity": 2.1},
"Thermal_Stress",
"Power delta +25W in 100 cycles",
"The 4090's thermal breath accelerates — the lattice tightens its grip."
))
# Save dataset
with open("v07_technical_fluency.jsonl", "w") as f:
for entry in dataset:
f.write(json.dumps(entry) + "\n")
print(f"Created v0.7 dataset with {len(dataset)} entries")
print("\nSample entry:")
print(json.dumps(dataset[0], indent=2))