# holloFi0 - Phase Lock Holo Mapping Script [SAMPLE]
# Tracking Laser Beam Confidence, Wave Bubble Trails, and Tendril "Tells"

# SYSTEM VARIABLES
sys_init = "holloFi0_INITIALIZED"
temporal_lock = True
vapor_pressure_range = {"min_kPa": 14.7, "max_kPa": 22.3}
noiseless_layer = 0.0004  # nm resolution
energy_confidence = 0.0
bubble_trail = []

print(f">> {sys_init}... Booting Systems...")

# TEMPORAL LOCK CALIBRATION
if temporal_lock:
	print("   > Linking Temporal Lock... [✓ SYNCED]")
else:
	print("   > ERROR: Temporal Lock Failed. Retrying...")
	exit()

# VAPOR PRESSURE MAP
print("   > Activating Vapor Pressure Mapping Layer... [✓ ACTIVE]")
vapor_threshold = sum(vapor_pressure_range.values()) / 2
print(f"   > Phase Change Threshold Found: {vapor_threshold:.1f} kPa")

# LASER INPUT SIMULATION
laser_beam = {
	"intensity_GW": 2.4,
	"wavelength_nm": 532,  # Green
}
print(f">> INPUT: Laser Beam @ {laser_beam['intensity_GW']} GW, λ={laser_beam['wavelength_nm']} nm")

# CONFIDENCE PHASE MAPPING
energy_confidence = 98.97  # %
resolution = noiseless_layer / energy_confidence
print(f"   > Energy Confidence: {energy_confidence:.2f}% | Resolution: {resolution:.6f} nm")

# BUBBLE TRAIL GENERATION
trail_nodes = 5247
print(f"   > Trail Nodes Generated: {trail_nodes}")
bubble_trail.append({
	"node_id": 1,
	"pressure_drop_kPa": 3.2,
	"coords": {"x": 12.45, "y": -3.67, "z": 9.13},
	"tendril_strength_pct": 78.4,
	"noise_disruption_pct": 0.001
})
print(f"	  >> Node[1]: ΔP = {bubble_trail[-1]['pressure_drop_kPa']} kPa, "
	  f"Tendril = {bubble_trail[-1]['tendril_strength_pct']}%")

# CROSS-REFERENCE TEMPORAL LOCK
if temporal_lock:
	print(">> CROSS-REFERENCE: Temporal Lock Verified.")
	print("   > Noiseless Layer Alignment [✓ SYNCED]")
else:
	print("   > Temporal Lock OUT OF SYNC. Adjust and Retry...")

# BEAM BLAST ANALYSIS
blast_origin = {"x": -6.23, "y": 3.21, "z": -1.47}
blast_stats = {
	"vapor_disruption_kPa": 4.8,
	"tendril_spread_m": 1.72,
	"bubble_decay_ms": 6.2
}
print(f">> BEAM BLAST ANALYSIS:")
print(f"   > Origin: ({blast_origin['x']}, {blast_origin['y']}, {blast_origin['z']})")
print(f"   > Vapor Disruption: {blast_stats['vapor_disruption_kPa']} kPa")
print(f"   > Tendril Spread: {blast_stats['tendril_spread_m']} m | Decay: {blast_stats['bubble_decay_ms']} ms")

# SYSTEM RECOMMENDATIONS
if energy_confidence > 95.0:
	print(">> RECOMMENDATIONS:")
	print("   > Phase Trace Verified Above 95% Confidence.")
	print("   > Suggested Application: Holographic Navigation & High-Res Wave Mapping.")
else:
	print(">> RECOMMENDATIONS:")
	print("   > Confidence Below Optimal Threshold. Extend Capture Range.")

# END SCRIPT
print(">> holloFi0: PROCESS COMPLETE. Awaiting Next Laser Input...")