//private Vector3 currentPosition;
// Use this for initialization
void Start()
{
// disable the whole task initially to give time for the experimenter to use the UI
// gameObject.SetActive(false);
movementType = new AlignedHandCursor();
//determine the offset (from the controller) for the hand cursor
handPosOffset = realHand.transform.localPosition;
}
public static AbstractCursorMovement Movement(this CursorMovementType type)
{
switch (type)
{
case CursorMovementType.PositionControl:
return(new PositionCursorMovement());
case CursorMovementType.VelocityControl:
return(new VelocityCursorMovement());
case CursorMovementType.AccelerationControl:
return(new AccelerationCursorMovement());
}
throw new System.Exception(type.ToString());
}
public void SetMovementType(Trial trial)
{
string type = trial.settings.GetString("type");
rotation = trial.settings.GetFloat("cursor_rotation");
experiment_mode = trial.settings.GetString("experiment_mode");
// set the rotation for the trial
if (type.Equals("clamped"))
{
movementType = new ClampedHandCursor();
//Debug.Log("MovementType set to : Clamped");
}
else if (type.Equals("rotated"))
{
movementType = new RotatedHandCursor(rotation);
}
else
{
movementType = new AlignedHandCursor();
//Debug.Log("MovementType set to : Aligned");
}
}
