Robobuilder

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m (Using the RBC controller)
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=Ruby Examples=
 
=Ruby Examples=
 
==Using the RBC controller==
 
==Using the RBC controller==
[[Image:New.gif]] You can download the Ruby-extension for controlling the Robobuilder using a GNU+Linux PC here: [http://vision.eng.shu.ac.uk/jan/robobuilder-0.2.tar.bz2 robobuilder-0.2.tar.bz2]
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[[Image:New.gif]] You can download the Ruby-extension for controlling the Robobuilder using a GNU+Linux PC here:
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'''[http://vision.eng.shu.ac.uk/jan/robobuilder-0.2.tar.bz2 robobuilder-0.2.tar.bz2]'''
  
 
Here is a small example program which makes the robot get up if it's lying on its back or its front.
 
Here is a small example program which makes the robot get up if it's lying on its back or its front.

Revision as of 16:43, 2 October 2009

Assembled Robobuilder "Huno"
The Robobuilder Kit contains components for assembling a humanoid robot

Working.gif

Ruby Examples

Using the RBC controller

New.gif You can download the Ruby-extension for controlling the Robobuilder using a GNU+Linux PC here:

robobuilder-0.2.tar.bz2

Here is a small example program which makes the robot get up if it's lying on its back or its front.

#!/usr/bin/env ruby
require 'robobuilder'
require 'matrix'
class Vector
  def norm
    Math.sqrt inner_product( self )
  end
end
robot = Robobuilder.new '/dev/ttyUSB0'
puts "Robobuilder"
puts "Serial number: #{robot.serial_number}"
acceleration = Vector[ *robot.accelerometer ]
if acceleration.inner_product( Vector[ 0, 0, 1 ] ) > acceleration.norm / 2
  robot.basic
  robot.a
elsif acceleration.inner_product( Vector[ 0, 0, 1 ] ) < -acceleration.norm / 2
  robot.basic
  robot.b
end
acceleration = Vector[ *robot.accelerometer ]
if acceleration.inner_product( Vector[ 0, 1, 0 ] ) > acceleration.norm / 2
  robot.run 1
end
robot.close

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