Matt Bellis

using-Google-Forms-quizzes-with-a-testbank.

science_hack_day_2011. Code used for LHC hack. Some tutorials as well as final code.

lichen. A set of examples, familiar to high energy physicists, that demonstrate plotting and fitting using scipy, numpy, and matplotib. These are supposed to demonstrate tasks commonly done in ROOT, but without using ROOT.

Siena-College-CSIS-200. CSIS 200: Software Tools for Physicists. An introductory programming course for Physics and other Science majors.

hmis. A set of Python tools to parse files from a standard dump of HMIS (Homeless Management Information System) data and do some simple analysis and visualization.

pydecay. PyDecay and GraphPhys. A unified language and storage system for particle physics decay process descriptions.

particle_physics_simplified. A set of tools to interface with simplified data from various particle physics experiments.

Siena_College_Medical_Physics_Exercises. Exercises related to medical physics.

h5hep. A file format built on HDF5 for use with Heterogeneous Entries in Parallel, and inspired by High Energy Physics datasets and the ROOT analysis toolkit.

Science_Hack_Day_SF14. Repo for fun hacks!

hepfile. General file schema defined to handle heterogeneous data but implemented in python and HDF5

NBA-kinematics. Collection of tools to interact with SportVU tracking data and calculate various kinematic quantities.

Siena-College-Jackie_VanSlycke-Independent-Study-GEANT4-and-Medical-Physics. Exercises related to our independent study

shd_chicago_2012. Code for the Science Hack Day event in Chicago, 2012.

time-slices. Code to take part of a movie, identify the moving parts, and simulate a multiple exposure image. Useful for teaching kinematics and having students calculate the motion of things from a static image.

Science_Hack_Day_NYC_2013. A collection of code used during the 2013 Science Hack Day in NYC. http://www.worldsciencefestival.com/events/science_hack_day

NIU_Physics_Spring_2012_Vertexing. Educational project to learn how to to computational vertexing and how to adapt this to a GPU environment. This is a project within Northern Illinois University Physics department.

Top_BNV. CMS analysis tools for searches for baryon-number violating decays of the top quark.

SHD_SF13. Python

Siena_College_Alyssa_Endres. Research code for the 2013-2014 school year. Working on using the two point correlation function to visualize galaxy and population clumping.

HEP_data_on_the_cloud. How to upload, access, and process large quantities of HEP (High Energy Physics) data.

galaxy_correlation_function. Code to calculate the correlation function for galaxies. Contains GPU (CUDA) code to perform the calculation, as well as python code to plot the data and parse the catalogs for processing.

quantumparty. A repository of information and materials about the Quantum Party board game.

datasets-for-testing-fitting-frameworks.

lost_in_translation_machine_learning. Playing around with seeing the connections in a neural network

testing_HEP_file_formats. A suite of conversion tools and tests for different file formats for HEP data. Text, ROOT, and HDF5 are explored.