Hi - I'm trying to use OSCP5 ( http://www.sojamo.de/libraries/oscP5/) to format an OSC message for the leap motion controller and route it as MIDI via OSCulator for use in Ableton, but I don't think my message is being constructed properly. Processing successfully broadcasts to OSCulator (I can see the proper messages being triggered) but I cannot choose an event type of MIDI, and Ableton doesn't recognize any MIDI signals. Anyone know what I might need to do? The message is constructed as follows:

myMessage = new OscMessage("/" + "finger" + idHand + "-" + idPointable);

      myMessage.add(pointType);

      myMessage.add(idHand);

      myMessage.add(idPointable);

      myMessage.add(p.x/sW);

      myMessage.add(p.y/sH);

      myMessage.add(p.z/sD);

where myMessage traces out like this:

null:0 | /finger0-2 siifff

I'm not sure why it looks like this, as, for example, p.x/sW renders a numerical value.

Thanks if anyone has any ideas. The project I'm trying to manipulate is this one:

https://github.com/N1ckFG/LeapToOsc

I have a processing sketch which worked with a microsoft Kinect and which I am now attempting to get to work with an Asus Xtion RGB+D camera. I am getting the attached error. This is my code:

1.     // Daniel Shiffman
2.     // Kinect Point Cloud example
3.     // http://www.shiffman.net
4.     // https://github.com/shiffman/libfreenect/tree/master/wrappers/java/processing
5.     
6.     import org.openkinect.*;
7.     import org.openkinect.processing.*;
8.     import muehlseife.*; //<- import library
9.     import java.io.*;
10.     import processing.opengl.*;
11.     
12.     octaneRenderer oct; //<- setup variable
13.     boolean exportObj = false;
14.     
15.     
16.     // Kinect Library object
17.     Kinect kinect;
18.     
19.     float a = 0;
20.     
21.     // Size of kinect image
22.     int w = 640;
23.     int h = 480;
24.     
25.     // writing state indicator
26.     boolean write = false;
27.     
28.     // threshold filter initial value
29.     int fltValue = 950;
30.     
31.     
32.     // "recording" object. each vector element holds a coordinate map vector
33.     Vector <Object> recording = new Vector<Object>(); 
34.     
35.     
36.     // We'll use a lookup table so that we don't have to repeat the math over and over
37.     float[] depthLookUp = new float[2048];
38.     
39.     void setup() {
40.       //size(800,600,P3D);
41.       size(800,600,OPENGL);
42.       kinect = new Kinect(this);
43.       kinect.start();
44.       kinect.enableDepth(true);
45.       // We don't need the grayscale image in this example
46.       // so this makes it more efficient
47.       kinect.processDepthImage(false);
48.     
49.     ...

anyone know how to get this working? Here's the error: