"""
FIELD DEPLOYMENT PREPARATION
Final steps before field installation
"""

from datetime import datetime, timedelta

print("="*70)
print("🚀 FIELD DEPLOYMENT - DAY 1 PREPARATION")
print(f"Date: {datetime.now().strftime('%Y-%m-%d')}")
print("="*70)

print("\n📋 PRE-DEPLOYMENT CHECKLIST:")
checklist = [
    ("✅", "All 4 sensors pass basic electrical tests"),
    ("✅", "Mechanical assembly complete (tetrahedral frame)"),
    ("✅", "Power system ready (battery + solar)"),
    ("✅", "Data logging system functional"),
    ("✅", "Communication system (I2C/RS-485) tested"),
    ("□", "Waterproofing verified (IP68)"),
    ("□", "Mounting hardware prepared"),
    ("□", "Field tools packed"),
    ("□", "Safety equipment ready"),
    ("□", "Data backup plan established"),
]

for status, item in checklist:
    print(f"  {status} {item}")

print("\n🔧 FINAL SOFTWARE CONFIGURATION:")
config = {
    'sampling_rate': 10000,  # Hz
    'field_range': '±20 kV/m',
    'data_logging': 'SD card + cloud backup',
    'power_mode': 'Solar + battery (3-day autonomy)',
    'communication': 'I2C + RS-485 + optional WiFi',
    'calibration_mode': 'RELATIVE (field calibration pending)',
}

for key, value in config.items():
    print(f"  • {key.replace('_', ' ').title()}: {value}")

print("\n🎯 FIELD CALIBRATION STRATEGY:")
strategy = [
    "1. Initial deployment: Record RAW data from all sensors",
    "2. During field events: All sensors should show SAME patterns",
    "3. Calculate relative gains: Gain_n = Avg(reading_1) / reading_n",
    "4. Apply relative calibration in software",
    "5. Verify consistency across different field strengths",
]

for i, step in enumerate(strategy, 1):
    print(f"   {i}. {step}")

print("\n⏱️ DEPLOYMENT TIMELINE:")
timeline = [
    ("Today", "Final checks, pack equipment"),
    ("Tomorrow AM", "Travel to field site"),
    ("Tomorrow PM", "Install tetrahedral array"),
    ("Day 3", "System commissioning, initial tests"),
    ("Day 4-10", "Data collection (7 days continuous)"),
    ("Day 11", "Preliminary analysis, calibration"),
    ("Day 12+", "Long-term monitoring"),
]

for day, task in timeline:
    print(f"  • {day}: {task}")

print("\n📞 FIELD TEAM:")
team = [
    "Lead Engineer: System oversight",
    "Field Technician: Installation & maintenance",
    "Data Analyst: Real-time monitoring",
    "Safety Officer: Site safety",
]

for member in team:
    print(f"  • {member}")

print("\n" + "="*70)
print("🎯 FIELD DEPLOYMENT OBJECTIVES")
print("="*70)

objectives = [
    ("Primary", "Collect 7+ days of continuous electric field data"),
    ("Secondary", "Establish sensor relative calibration"),
    ("Tertiary", "Validate tetrahedral array performance"),
    ("Long-term", "Understand snowstorm electrification patterns"),
]

for priority, objective in objectives:
    print(f"  • {priority}: {objective}")

print("\n⚠️ RISK MITIGATION:")
risks = [
    ("Extreme weather", "Sturdy mounting, waterproofing"),
    ("Power failure", "Battery backup, solar redundancy"),
    ("Data loss", "SD card + cloud backup"),
    ("Sensor damage", "Spare sensors on site"),
]

for risk, mitigation in risks:
    print(f"  • {risk}: {mitigation}")

print("\n" + "="*70)
print("✅ READY FOR FIELD DEPLOYMENT!")
print("="*70)

print("\n📢 FINAL INSTRUCTIONS:")
print("1. Begin pre-deployment checklist NOW")
print("2. Pack all equipment today")
print("3. Depart for field site tomorrow morning")
print("4. Remember: FIELD data > LAB perfection")
print("5. Good luck with the snowstorm research! ❄️⚡")
