// data at index [0] int isDragging
// data at index [1] float x
// data at index [2] float y
// data at index [3] int isPinching
// data at index [4] float z scale
// data at index [5] int isTwisting
// data at index [6] float z rotation (euler)
// data at index [7] int IsDoubleTapped
//void FixedUpdate() {
// if (isPinchingFlag) {
// puppetBaseObject.transform.localScale = new Vector3(storeScale.x*scale,storeScale.y*scale,storeScale.z*scale);
//
// }
//
//}
public override void OnOSCMessageReceived(UniOSCEventArgs args)
{
OscMessage msg = (OscMessage)args.Packet;
if (msg.Data.Count < 1)
{
return;
}
// isdragging
if ((int)msg.Data[0] == 1) // isdragging
{
if (isDraggingEnabled == true)
{
if (transformToMove == null)
{
return;
}
//Debug.Log("isDragging = true;");
float x = transformToMove.transform.position.x;
float y = transformToMove.transform.position.y;
float z = transformToMove.transform.position.z;
//Debug.Log("isDragging: "+(int)msg.Data[0]);
//Debug.Log("X: "+(float)msg.Data[1]);
//Debug.Log("Y: "+(float)msg.Data[2]);
//Debug.Log("isPinching: "+(int)msg.Data[3]);
//Debug.Log("Z Scale: "+(float)msg.Data[4]);
//Debug.Log("isTwisting: "+(int)msg.Data[5]);
//Debug.Log("z rotation: "+(float)msg.Data[6]);
//Debug.Log("IsDoubleTapped: "+(int)msg.Data[7]);
x = (float)msg.Data[1];
y = (float)msg.Data[2];
z = transformToMove.transform.position.z;
// this is designed to detect if the dragged object is a controller (iskinematic = true )
// if the dragged object is physics based - disable then restore this.
rb2D = (Rigidbody2D)transformToMove.gameObject.GetComponent(typeof(Rigidbody2D));
if (rb2D != null)
{
if (rb2D.isKinematic == false) // we're just checking if the dragged object is a controller or part of the physics system
{
isKinematicOriginalState = false;
rb2D.isKinematic = true;
}
}
storePosition = new Vector3(x, y, z);
transformToMove.transform.position = storePosition;
}
}
else // not dragging
{
if (rb2D != null) // this will only be set after a drag.
{
if (isKinematicOriginalState == false)
{
isKinematicOriginalState = true;
rb2D.isKinematic = false;
}
}
}
// isPinching
int isPinching = (int)msg.Data[3];
if (isPinchingEnabled == true)
{
if (isPinching == 1)
{
//isPinchingFlag = true;
scale = (float)msg.Data[4];
//Debug.Log("isPinching = true; Scale = "+scale);
storeScale = puppetBaseObject.transform.localScale;
puppetBaseObject.transform.localScale = new Vector3(scale, scale, scale);
}
else //isPinchingFlag = false;
{
}
}
// isTwisting
int isTwisting = (int)msg.Data[5];
if (isTwistingEnabled == true)
{
if (isTwisting == 1)
{
rotation = (float)msg.Data[6];
//Debug.Log("isTwisting = true;"+rotation);
storeRotation = transformToMove.eulerAngles;
transformToMove.eulerAngles = new Vector3(storeRotation.x, storeRotation.y, rotation);
}
}
// isDoubleTapped
int isDoubleTapped = (int)msg.Data[7];
if (isDoubleTappingEnabled == true)
{
if (isDoubleTapped == 1)
{
//Debug.Log("isDoubleTapped = true;");
// call a function
//QuickPinch myPinch = (QuickPinch)transformToMove.gameObject.GetComponent(typeof(QuickPinch));
//Debug.Log(myPinch.quickActionName.ToString();)
// hard code the feature you wish to enact on double tap
if (puppetBaseObject.name == "PuppetRoot_IIM_Bird_Spring_Network_MT" || puppetBaseObject.name == "PuppetRoot_IIM_Bird_Spring_Network_MT_small")
{
Blink myBlink = (Blink)puppetBaseObject.GetComponent(typeof(Blink));
myBlink.SFX_ShortBlink();
}
if (doubleTapToFlip == true)
{
FlipMe2D flipMe = (FlipMe2D)puppetBaseObject.GetComponent(typeof(FlipMe2D));
flipMe.FlipViaScaleForRemoteControl(puppetBaseObject);
//Debug.Log("isDoubleTapped = true; In doubleTapToFlipClause");
}
}
}
}
