A Python package designed to simulate the electronic response of a circular quadrant cell photodiode to the passage of a gaussian profile laser beam across its surface.
The package simulates circular quadrant cell detectors, where the quadrant cell is characterized by a radius, and a gap that separates the four active photocell quadrants. This code allows the user to specify the beam shape, the path the beam takes across the detector, and it will output the signals produced by the photodiode: the sum of all four quadrants, the top two minus the bottom two, and the left two minus the right two.
You can install this package with pip through our PyPi package with the command
pip install quadcelldetector
Alternatively, since we use pbr in setup.py, you can install from this github repository with
https://github.com/university-of-southern-maine-physics/QuadCellDetector.git
cd QuadCellDetector
pip install .
To see a complete demonstration of the library features, see the DetectorDemo Jupyter notebook.
If you found a bug, have a question, or otherwise need to contact us, please read this.
If you want to help us in the development process, or have an idea, read this.