James Mason's Projects
Workshop material for 42 PyCharm Tips and Tricks
A simplified command line user interface to the BeeWare suite.
Tool for tracking solar coronal mass ejections in 3 dimensions
Data and code behind the stories and interactives at FiveThirtyEight
A simple decision decider for Mac (or to run in Python on any OS)
IDL Default directory (non-descriptive name because IDL requires this name). This contains all my convenience codes / helper functions. Some I wrote. Some I adapted. Some I just downloaded from elsewhere on the web.
James's contributions to the ESCAPE NASA SMEX mission
Tools for the analysis of flare frequency distributions for flares detected in heterogenous datasets.
App being described by Build & Ship podcast
Analyzing fitbit weight data
Generating stats and figures based on the Heliophysics 2024 Decadal Survey and its inputs, such as white papers
A book about machine learning, statistics, and data mining for heliophysics
Training for a marathon.
List a bunch of options and let it randomly choose one
This repository contains an application that can be used to create Level 0 and Level 1 Telemetry Packets from raw UHF and SBAND satellite data obtained from INSPIRESat-1. More information about INSPIRESat-1 can be found here:
Detect and characterize coronal dimming in the Solar Dynamics Observatory Extreme Ultraviolet Variability Experiment data
If you build software, keep a changelog.
London Code Of Conduct
Beacon decoder for the MinXSS CubeSat in space; MinXSS-2 launch on 2018-11-19
Make a solar flare frequency distribution from the Miniature X-ray Solar Spectrometer (MinXSS) data
Convert Solar Soft X-ray Light into MIDI -> Music
A modern curriculum vitae class for LaTeX
Sweet game inspired by Tiny Wings
Website for the Pandora Mission
Solar Eruptive Events: Coronal Dimming and a New CubeSat Mission