void Awake()
{
//Here we show the different possibilities to create a OSCEventTarget from code:
//When we only specify a port we listen to all OSCMessages on that port (We assume that there is a OSCConnection with that listening port in our scene)
oscTarget1 = new UniOSCEventTargetCBImplementation(OSCPort);
oscTarget1.OSCMessageReceived += OnOSCMessageReceived1;
//oscTarget1.oscPort = OSCPort;
//This implies that we use the explicitConnection mode. (With responding to all OSCmessages)
oscTarget2 = new UniOSCEventTargetCBImplementation(OSCConnection);
oscTarget2.OSCMessageReceived += OnOSCMessageReceived2;
//We listen to a special OSCAddress regardless of the port.
oscTarget3 = new UniOSCEventTargetCBImplementation(OSCAddress);
oscTarget3.OSCMessageReceived += OnOSCMessageReceived3;
//The standard : respond to a given OSCAddress on a given port
oscTarget4 = new UniOSCEventTargetCBImplementation(OSCAddress, OSCPort);
oscTarget4.OSCMessageReceived += OnOSCMessageReceived4;
//This version has the advantage that we are not bound to a special port. If the connection changes the port we still respond to the OSCMessage
//oscTarget5 = new UniOSCEventTargetCBImplementation(OSCAddress, OSCConnection);
//oscTarget5.OSCMessageReceived+=OnOSCMessageReceived5;
oscDispatcher1 = new UniOSCEventDispatcherCBImplementation(OSCAddressOUT, OSCIPAddressOUT, OSCPortOUT);
//oscDispatcher1.AppendData("TEST1");
oscDispatcher1.AppendData(isDragging); // data at index [0] int isDragging
oscDispatcher1.AppendData(controllerXPosition); // data at index [1] float x
oscDispatcher1.AppendData(controllerYPosition); // data at index [2] float y
oscDispatcher1.AppendData(isPinching); // data at index [3] int isPinching
oscDispatcher1.AppendData(controllerScale); // data at index [4] float z scale
oscDispatcher1.AppendData(isTwisting); // data at index [5] int isTwisting
oscDispatcher1.AppendData(controllerZRotation); // data at index [6] float z rotation (euler)
oscDispatcher1.AppendData(isDoubleTapped); // data at index [7] int IsDoubleTapped
//oscDispatcher2 = new UniOSCEventDispatcherCBImplementation(OSCAddressOUT,OSCConnectionOUT);
//OSCConnection.transmissionTypeIn = OSCsharp.Net.TransmissionType.Multicast;
//OSCConnection.oscInIPAddress = "224.0.0.1";//Set a valid Multicast address.
}
void OnEnable()
{
//Debug.Log("UniOSCCodeBasedDemo.OnEnable");
//Just to create a OSCEventTarget isn't enough. We nedd to enable it:
oscTarget1.Enable();
oscTarget2.Enable();
oscTarget3.Enable();
oscTarget4.Enable();
//oscTarget5.Enable();
if (controllerToTrack == null)
{
controllerToTrack = this.gameObject;
}
//here your custom code
//If you append data data later you should always call this first otherwise we get more and more data appended if you toggle the enabled state of your component.
//ClearData();
//We append our data that we want to send with a message
//The best place to do this step is on Enable().This approach is more flexible through the internal way UniOSC works.
//later in the your "MySendOSCMessageTriggerMethod" you change this data with :
//Message mode: ((OscMessage)_OSCeArg.Packet).UpdateDataAt(index,yourValue);
//Bundle mode Mode: ((OscBundle)_OSCeArg.Packet).Messages[i]).UpdateDataAt(index,yourValue);
//We only can append data types that are supported by the OSC specification:
//(Int32,Int64,Single,Double,String,Byte[],OscTimeTag,Char,Color,Boolean)
//Message mode
controllerXPosition = controllerToTrack.transform.position.x; // drag
controllerYPosition = controllerToTrack.transform.position.y; // drag
controllerScale = controllerToTrack.transform.localScale.x; // pinch
controllerZRotation = controllerToTrack.transform.eulerAngles.z; // twist
isDragging = 0;
isDoubleTapped = 0;
isTwisting = 0;
isPinching = 0;
oscDispatcher1.AppendData(isDragging); // data at index [0] int isDragging
oscDispatcher1.AppendData(controllerXPosition); // data at index [1] float x
oscDispatcher1.AppendData(controllerYPosition); // data at index [2] float y
oscDispatcher1.AppendData(isPinching); // data at index [3] int isPinching
oscDispatcher1.AppendData(controllerScale); // data at index [4] float z scale
oscDispatcher1.AppendData(isTwisting); // data at index [5] int isTwisting
oscDispatcher1.AppendData(controllerZRotation); // data at index [6] float z rotation (euler)
oscDispatcher1.AppendData(isDoubleTapped); // data at index [7] int IsDoubleTapped
//oscDispatcher1.Enable();
//oscDispatcher2.Enable();
////just a test to show that you can clear and add data (is overwritten with 0 and 1 at Update())
//oscDispatcher2.ClearData();
//oscDispatcher2.AppendData("TEST2");
//oscDispatcher2.AppendData("TEST2.1");
// We want sent continously data so start our timer to set a flag at a given interval
// The interval is in milliseconds.
StartSendIntervalTimer();
}