public static Collider selectionMain(bool Pointing, Vector3 PointingDirection, Vector3 Fingertip, ref int nb_pinch, ref bool creating, PinchDetector scriptPDL, PinchDetector scriptPDR, ref GameObject currentSelection, Camera cam,
ref Vector3 lastPosition, ref Vector3 lastPositionR, ref Vector3 lastPositionL) // si le doigt pointe, un Vector3 (direction de raycast), le bout du doigt
{
if (nb_pinch == 1 && currentSelection != null)
{
Debug.Log("1 pinch");
LeapCommon.deplacementMode(ref currentSelection, scriptPDL, scriptPDR, ref lastPosition, ref lastPositionR, ref lastPositionL);
}
else if (nb_pinch == 2 && currentSelection != null)
{
Debug.Log("2 pinch");
LeapCommon.sizingMode(ref currentSelection, scriptPDL, scriptPDR, ref lastPosition, cam, ref lastPositionR, ref lastPositionL);
}
//LineRenderer lr = new LineRenderer();
//lr.positionCount = 2;
if (Pointing) //si je pointe avec mon doigt
{
//lr.SetPosition(0, Fingertip);
//lr.SetPosition(1, Fingertip + PointingDirection * 10);
if (currentCollider == null || timer >= timerDelay) //dans le cas où j'arrive pour la première fois ou que je peux changer de couche
{
timer = 0;
Ray r = new Ray(Fingertip, PointingDirection);
SphereArray = Physics.RaycastAll(r); // PTET FAIRE GAFFE AU MASK UTILISE POUR PAS SELECTIONNER LES POINTS
Debug.Log(SphereArray.Length);
return(chooseSphere());
}
else // le cas où je dois attendre avant de changer de couche
{
timer += Time.deltaTime;
return(currentCollider);
}
}
else
{
timer = timerDelay;
return(currentCollider);
}
}
public static void creationMain(ref int nb_pinch, ref bool creating, PinchDetector scriptPDL, PinchDetector scriptPDR, ref GameObject currentSelection, Camera cam,
ref Vector3 lastPosition, ref Vector3 lastPositionR, ref Vector3 lastPositionL, float referenceWait, ref float wait)
{
if (creating)
{
if (nb_pinch == 1)
{
//Debug.Log(" DEPLACEMENT MODE");
wait = 0;
LeapCommon.deplacementMode(ref currentSelection, scriptPDL, scriptPDR, ref lastPosition, ref lastPositionR, ref lastPositionL);
}
else if (nb_pinch == 2)
{
//Debug.Log(" SIZING MODE");
// wait, currentSelection, scriptPDL, scriptPDR (à remplacer par des "scripts" ou direct les objets), lastPosition[,L,R], cam,
wait = 0;
Debug.Log(currentSelection != null);
LeapCommon.sizingMode(ref currentSelection, scriptPDL, scriptPDR, ref lastPosition, cam, ref lastPositionR, ref lastPositionL);
}
else
{
// Debug.Log(" FINISHED MODE");
wait += Time.deltaTime;
if (wait >= referenceWait)
{
creating = false;
}
}
}
else if (!creating)
{
if (nb_pinch == 2)
{
/*
* //Debug.Log(" CREATION MODE");
* creating = true;
* currentSelection = GameObject.CreatePrimitive(PrimitiveType.Sphere);
* currentSelection.transform.position = (scriptPDL.Position + scriptPDR.Position) / 2;
* float tmp = (Vector3.Distance(scriptPDL.Position, scriptPDR.Position));
* currentSelection.transform.localScale = new Vector3(tmp, tmp, tmp);
*/
/*
* The following code is supposed to do the exat same thing but with
* the prefab sphereMesh instead of standard sphere
*/
creating = true;
// Gets the prefab
GameObject volumesNode = GameObject.Find("Volumes");
currentSelection = Instantiate(Resources.Load("Prefab/sphereMesh", typeof(GameObject))) as GameObject;
if (volumesNode != null)
{
currentSelection.transform.parent = volumesNode.transform;
}
//Modifies the position and scale
currentSelection.transform.position = (scriptPDL.Position + scriptPDR.Position) / 2;
float tmp = (Vector3.Distance(scriptPDL.Position, scriptPDR.Position));
currentSelection.transform.localScale = new Vector3(tmp, tmp, tmp);
/* End here*/
lastPosition = currentSelection.transform.position;
}
}
}
