moorepants/resume
My résumé/curriculum vitae.
Discovered public repositories for moorepants in the GitHub catalog.
My résumé/curriculum vitae.
Proposal materials for the Stanford NCSRR Summer Visiting Scholar Program in 2014.
Abstract and other documents for the World Congress of Biomechanics 2014 conference.
Materials for the 2014 Midwest American Society of Biomechanics Regional Meeting.
build and test recipes for conda
Run M Files from Python - GNU Octave to Python bridge
Tools for the Cleveland State Human Motion and Control Lab
Core of the project to represent biomechanical data, file formats and data processing
A dynamical model of a bicycle with a flywheel mounted concentric with the front wheel.
My helper scripts.
My research to do list.
Going through Ljung's system identifaction book with Python.
Tools for localwiki's (localwiki.org).
NIPY BuildBot Master Instance
Flexible and powerful data analysis / manipulation library for Python, providing labeled data structures similar to R data.frame objects, statistical functions, and much more
Config files for the Human Motion and Control Lab website.
Linux/BSD/OSX Installer
Code written while working through the case study in Professional Plone 4 Development.
Content presented at the 2013 SciPy conference
Files and source for a SciPy presentation on the Yeadon package.
Simple, Pythonic remote execution and deployment.
Abstracts, papers, and work for the 2013 Bicycle and Motorcycle Dynamics conference.
Contents of planet.sympy.org
Source code for the bicycle rider control system identification in "Rider control identification in bicycling using lateral force perturbation tests", Schwab, de Lange, Happee, Moore, 2013..
Files and source for a SciPy Tutorial on Dynamics with Python
Quick and simple security for Flask applications
Kalman Filter, Smoother, and EM Algorithm for Python
Language Savant
My personal site.
Code for identifying a grey box structural human operator control model for a simple SISO tracking task.
The source code for the UC Davis ENG-004 (Engineering Graphics) course.
Compare different bicycle routes based on energy and time consumption.
System identification of the canonical form of a bicycle's lateral dynamics.
My conference paper for DSCC/MOVIC 2012
A GTK GUI tool for exploring data resulting from system identification of a bicycle.
A presentation I give on Human Power
A basic tool to visualize motion and video data from an instrumented bicycle.
My dotfiles
Software tools for identifying the bicycle/rider model using system identification techniques.
Source for my 2012 UCD dissertation "Human Control of a Bicycle"
Processes the data collected from the Davis Instrumented Bicycle.
Latex stylesheet and base files for a thesis/dissertation at University of California, Davis
Source files from Mont Hubbard's Mutlibody Dynamics class at UC Davis Winter 2006
Bicycle Lab collection of functions and tools for both theoretical and experimental analysis in the field of dynamics.
Scipy main repository
Calculates the geometry, masses, centers of mass, and the moments of inertia of the bicycle rider system.
Python code to control the human inertia model described in Yeadon 1990.
Model of human lateral control and handling of a bicycle.
The main development repo for SymPy
A set of tools for parsing Autolev 4.1 output and generating simulation, analyses and publication code.