Getting Started:

>>> import libardrone
>>> drone = libardrone.ARDrone()
>>> # You might need to call drone.reset() before taking off if the drone is in
>>> # emergency mode
>>> drone.takeoff()
>>> drone.land()
>>> drone.halt()

The drone's property image contains always the latest image from the camera. The drone's property navdata contains always the latest navdata.

Demo:

There is also a demo application included which shows the video from the drone and lets you remote-control the drone with the keyboard:

RETURN      - takeoff
SPACE       - land
BACKSPACE   - reset (from emergency)
a/d         - left/right
w/s         - forward/back
1,2,...,0   - speed
UP/DOWN     - altitude
LEFT/RIGHT  - turn left/right

Here is a video of the library in action:

Note: Now, in my reposity, if you want to run the demo, you will need to modify some code which I commented because I use openCV to get the Video.

Cvideo:

It is another demo, which use openCV to get the video and also give the remote- control with keyboard (the same as that in Demo).

Note: To run this application, you will need to install openCV.

Repository:

The public repository is located here:

git://github.com/venthur/python-ardrone.git

Requirements:

This software was tested with the following setup:

• Python 2.6.6
• Psyco 1.6 (recommended)
• Pygame 1.8.1 (only for the demo)
• openCV 2.4.9 (only for the cvideo)
• Unmodified AR.Drone firmware 1.5.1

License:

This software is published under the terms of the MIT License:

http://www.opensource.org/licenses/mit-license.php