This project contains a Python script that simulates the behavior of drones in a fission energy environment. The simulation includes visualizing the spread of energy and how drones react to changes in the energy field, managing safety thresholds, and resource allocation.
- Energy distribution calculation based on fission point and time parameters.
- Drone class that simulates drone behavior in response to the energy field.
- Animation of energy spread with drone visualization.
- Safety and resource management for drones.
- numpy
- matplotlib
- pycharge
- scipy
- meep
To run this simulation, you'll need to install the required Python libraries. You can install them using pip:
pip install numpy matplotlib pycharge scipy meep
USAGE:
To run the simulation, execute the Python script:
python drone_fission_sim.py
The simulation will display an animation of the energy spread and the drones' reaction to it.
CONTRIBUTING:
We welcome contributions to this project. If you have suggestions or improvements, please open an issue or submit a pull request.
AUTHORS:
Frank Garcia & Naomi Arroyo
LICENSE:
This project is licensed under the MIT License. See the LICENSE file for details.
ACKNOWLEDGEMENTS:
CONTACT:
For any queries, please reach out to fragar@gmail.com.