By name: fallout-predictor description: Predicts radioactive fallout trajectory and contamination zones based on meteorological data (wind speed, direction) and detonation parameters. Use when a user needs to know where fallout will settle after a nuclear event.
Fallout Predictor
Use this skill to calculate and visualize potential radioactive fallout patterns.
Workflow
- Gather Data:
- Detonation location (coordinates or city).
- Yield (in kilotons/megatons) - default to 150kt if unknown.
- Wind Data: Use
scripts/get_weather.pyto fetch current wind speed and direction at different altitudes via Open-Meteo API.
- Analyze:
- Determine the 'Hotline' (center of the fallout plume).
- Estimate the width and length of the plume based on yield and wind speed.
- Identify 'Contamination Zones' (Extreme, High, Moderate, Low).
- Advise:
- Provide immediate sheltering instructions for areas in the predicted path.
- Estimate 'Time of Arrival' (TOA) for different locations.
Data Sources
- Météo-France: https://portail-api.meteofrance.fr/ (Official national forecasting).
- Open-Meteo API: Free, real-time atmospheric data (wind at various altitudes).
- Scripts:
scripts/get_weather.pyautomates data collection.
Reference Material
Refer to references/physics.md for detailed formulas and particle settling rates.