Open Source Python Physics Software - Page 10

Treat output from ultrasound transducer(s) in order to obtain local velocities in a (complex) fluid ; and further analysis.

This simple Python API aims to provide a simple and easy to understand access to the discharge database of the GOLEM Tokamak. The scipy, numpy and matplotlib Python libraries are used for data analysis and plotting.

Python library to perform electronic structure calculations with tight binding models in different types of lattices and different dimensionalities. It allows to include different terms in the Hamiltonian as sublattice, exchange field or magnetic field. Provides functions to calculate different Green functions, band structure, density of states, transport using Landauer formula, topological invariants, etc.

An open source project project to make Quantum Field Theory calculations and demonstrations using python.

A Python package to create alarm configurations for Phoebus (https://controlssoftware.sns.ornl.gov/css_phoebus) Use pip to install the package, alternatively you can run the convert_alh.py script directly. This package has two intended usages: Converting Alarm Handler configurations to Phoebus and facilitating the creation of Phoebus alarm configs with Python scripts. Run `python convert_alh.py -h` to see about the scripts usage for converting alh to phoebus configs. See the alarmtree module's help/documentation on how to use it to build an alarm tree in Phyton and exporting it to Phoebus xml.

Simple Python class for managing tables of data in memory using NumPy. It allows to give names to views of array. The package contains few classes built on top of the basic one to be used as post processing tools for particle optics computations.

Calculation of Feynman graphs using R' operation

Please refer to the project at GitHub.

sidmon is a python program for receiving and recording submarine-transmitter signal intensities and directions in the VLF frequency range using a computer sound card. The intensities of these signals reflect the ability of radio waves at those wavelengths to propagate in what is essentially a waveguide formed by the earth and the ionosphere above it. Fluctuations in those signal intensities and directions often reflect daytime perturbations of the ionosphere by solar processes, such as solar flares and coronal mass ejections, making VLF receivers useful tools for probing the sun and the earth's ionosphere. For additional general information, see the web page at http://solar-center.stanford.edu/SID/.

This package is a VLF receiver for monitoring VLF transmitter signals for evidence of transients indicating ionospheric disturbances, usually caused by x-ray bursts from the sun. It takes sample pairs from dual-channel sound cards and spectrally processes them to Stokes parameters. Data are plotted as time series and in scatter plots.

Measurement uncertainties with Python.

A multiparticle tracking postprocessor library for accelerator physicsists.