====== Scientific visualization for python: VisPy ======

VisPy features:

  * You control the main loop. (VisPy uses pygame)
  * OpenGL 3D.
  * Integrated library for basic geometric shapes: triangles, cylinders, cones, arrows, spheres, bars (box), disks, lines)
  * Also more complex 3D objects: 
    * Curves: To generate curves out of points in real-time
    * Grid: Background for the curves
    * Plot: Plots curves added by the user and a grid to show an osciloscope like display.
    * Articulated bodies (using orocos-kdl)
      * Frames: Three arrows, ortogonally oriented.
      * Segments: Bars representing kinematic links.
      * Articulated: A kinematic chain made out of segments.
      * Articulated tree: A kinematic tree made out of articulated bodies.

The git repository is here: 

  git clone git://www.memelabs.net/git/vispy.git