dipole.py is a Python module that computes E and B fields of an Hertz Dipole.
The full fields are derived from the following formulas:
RadiationPattern.py is a sample program that shows how dipole.pycan be used to compute the radiation pattern (in frequency domain) of a random set of dipoles on a sphere (non intentional arbitrary emitter).
##Requirements
- Python 2.x
- Numpy
- Matplotlib (for the
main()sample program ofdipole.pyand forRadiationPattern.py)
##Applications
###Dipole radiation in time-domain: main() of dipole.py
The main() function of dipole.py returns an image sequence that shows the time domain radiation of a dipole (total power radiated)
###Radiation pattern of a random set of dipoles: RadiationPattern.py
In this sample program, a random object is generated (a random set of dipoles). The radiation pattern is computed and rendered for every frequency.
Output samples:
