aberant

require 'rubygems'
require 'midiator'
include MIDIator::Notes

# don't ask, just be a good sheep..
# http://www.ruby-forum.com/topic/123503
Kernel::require "serialport.so" 

#params for serial port
port_str = "/dev/tty.usbserial-A6006eSL"  #may be different for you

aberant

/*

sends serial data over usb to be converted by ruby to MIDI..

*/

void setup() {
 Serial.begin(9600); 
}

aberant

require 'widgets/slider_widget'

Shoes.app(:title => "slider test", :width => 200, :height => 250) do  
  
  stack do
    slider do |pos|
      @t.text = "pos: #{pos}"
    end
  end 
  stack do

aberant

class TuioAnimation
  def initialize
    @client = TuioClient.new
  end

  def nextFrame(view)
    @client.tuio_cursors.each do |id, cursor|
      view.do_something_with_cursor(cursor.x_pos)
    end
  end

aberant

require 'yaml'

YAML.load "{product_id: 4000-00-02}"

aberant

# SketchUp sockets are horrible
# try this out, but i get a random amount of garbage on the ends of the strings
# when it reaches SketchUp

require "socket"

gs = TCPserver.open(3333)
addr = gs.addr
addr.shift            # removes "AF_INET"
printf("server is on %s\n", addr.join(":"))

aberant

# Show the Ruby Console at startup so we can
# see any programming errors we may make.
Sketchup.send_action "showRubyPanel:"



# This is an example of a simple animation that floats the camera up to
   # a z position of 200". The only required method for an animation is
   # nextFrame. It is called whenever you need to show the next frame of
   # the animation. If nextFrame returns false, the animation will stop.

aberant

    def self.new_with_time( address, time, tags=nil, *args )
      message = new( address, tags, *args )
      message.time = time
      message
    end
    
    def initialize(address, tags=nil, *args)

aberant

require 'rubygems'
require 'eventmachine'
require File.join( File.dirname( __FILE__), '..', 'osc-ruby')


module OSC
  Channel = EM::Channel.new
  
  class Connection < EventMachine::Connection 

aberant

#include <Servo.h> 

Servo my_servo;  // create servo object to control a servo 

int servo_angle = 0;
int sensor_pin = 2;    
int servo_pin = 9;

int scan_values[180];