github
Advanced Search
  • Home
  • Pricing and Signup
  • Explore GitHub
  • Blog
  • Login

hazelnusse / pydy

  • Admin
  • Watch Unwatch
  • Fork
  • Your Fork
  • Pull Request
  • Download Source
    • 6
    • 1
  • Source
  • Commits
  • Network (1)
  • Issues (0)
  • Downloads (0)
  • Wiki (1)
  • Graphs
  • Branch: master

click here to add a description

click here to add a homepage

  • Branches (5)
    • bicycle_work
    • init
    • master ✓
    • polish
    • speeds
  • Tags (0)
Sending Request…
Enable Donations

Pledgie Donations

Once activated, we'll place the following badge in your repository's detail box:
Pledgie_example
This service is courtesy of Pledgie.

A Python tool for studying Dynamics — Read more

  cancel

http://www.pydy.org

  cancel
  • Private
  • Read-Only
  • HTTP Read-Only

This URL has Read+Write access

Removed bicycle.o 
Dale Lukas Peterson (author)
Mon Dec 07 18:31:40 -0800 2009
commit  38835cac462d8ea3681e26b73e020ab5c7623277
tree    49dc26fe5971fcfeb3b0f5ff313e4b4ac770f4fa
parent  0a3292ed7afd89b557c8321605e8750d08283ab8
pydy /
name age
history
message
file AUTHORS Loading commit data...
file LICENSE Thu Apr 02 18:12:36 -0700 2009 Added BSD style License. [hazelnusse]
file README
directory doc/
directory examples/
file pydy.py Wed Oct 21 18:21:56 -0700 2009 More work on bicycle paper [hazelnusse]
directory tests/ Thu Nov 19 15:19:44 -0800 2009 Removed some useless tests [Dale Lukas Peterson]
README
PyDy
=====

A Python library for studying dynamics.

0. Download
-----------

$ git clone git://github.com/hazelnusse/pydy.git

1. Documentation and usage
--------------------------
This is a work in progress.  Much more will be added here as the project
matures.  Eventually, the project will have a Google code project page, either
within the Sympy page or a stand alone, separate project page.

2. Project goals
--------------------------
To allow for easy manipulation of three-dimensional vectors for the purpose of
deriving equations of motion.  In particular, PyDy is designed to implement
Kane's method for forming the equations of motion.  Numerical integration of
the equations of motion are provided by scipy.integrate.odeint.  PyDy has builtin
functionality that allows for easy animation of reference frames, points, rigid
bodies and particles.
Blog | Support | Training | Contact | API | Status | Twitter | Help | Security
© 2010 GitHub Inc. All rights reserved. | Terms of Service | Privacy Policy
Powered by the Dedicated Servers and
Cloud Computing of Rackspace Hosting®
Dedicated Server