public void CycleTargetPointLocation(int step)
{
int n = System.Enum.GetValues(typeof(ControllerTargetPointLocation)).Length; // num interfaces
int r = (int)CurrentControllerTargetPointLocation + step;
int new_idx = (r % n + n) % n; // mod function, handles negatives
ControllerTargetPointLocation newLocation = (ControllerTargetPointLocation)(new_idx);
CurrentControllerTargetPointLocation = newLocation;
}
public void RefreshVisualization(InterfaceType newAlignmentInterfaceType, ControllerTargetPointLocation newControllerTargetPointLocation)
{
CurrentAlignmentInterfaceType = newAlignmentInterfaceType;
CurrentControllerTargetPointLocation = newControllerTargetPointLocation;
// hide all UIs, then enable the one we want
HideAllInterfaces();
switch (CurrentAlignmentInterfaceType)
{
case InterfaceType._AxesSmallNoSphere:
SetupAxes(InterfaceScale.Small, false);
break;
case InterfaceType._AxesSmallWithSphere:
SetupAxes(InterfaceScale.Small, true);
break;
case InterfaceType._AxesLargeNoSphere:
SetupAxes(InterfaceScale.Large, false);
break;
case InterfaceType._AxesLargeWithSphere:
SetupAxes(InterfaceScale.Large, true);
break;
case InterfaceType._ProjectorNoSphere:
SetupProjector(false);
break;
case InterfaceType._ProjectorWithSphere:
SetupProjector(true);
break;
case InterfaceType._ProngsNoSphere:
SetupProngs(false);
break;
case InterfaceType._ProngsWithSphere:
SetupProngs(true);
break;
case InterfaceType._ProngsDynamicNoSphere:
SetupProngsDynamic(false);
break;
case InterfaceType._ProngsDynamicWithSphere:
SetupProngsDynamic(true);
break;
default:
Debug.LogError("ControllerTargetPoint: unhandled interface type " + CurrentAlignmentInterfaceType);
break;
}
}
void SetCurrentControllerTargetPointLocation(ControllerTargetPointLocation newLocation)
{
CurrentControllerTargetPointLocation = newLocation;
Debug.Log("set CurrentControllerTargetPointLocation to " + CurrentControllerTargetPointLocation);
Vector3 position = Vector3.zero;
switch (CurrentControllerTargetPointLocation)
{
case ControllerTargetPointLocation.ControllerTip:
position = new Vector3(0, -0.075f, 0.035f);
break;
case ControllerTargetPointLocation.GripCenter:
position = new Vector3(0, 0, -0.075f);
break;
default:
Debug.LogError("unhandled CurrentControllerTargetPointLocation: " + CurrentControllerTargetPointLocation);
break;
}
LeftControllerParent.TargetPoint.transform.localPosition = position;
RightControllerParent.TargetPoint.transform.localPosition = position;
if (CurrentSpawnedPoseParent != null)
{
CurrentSpawnedPoseParent.TargetPoint.transform.localPosition = position;
}
UpdateControllerSticks(position);
if (CurrentSpawnedPoseParent != null)
{
CurrentSpawnedPoseParent.TargetPoint.RefreshVisualization(CurrentAlignmentInterfaceType, CurrentControllerTargetPointLocation);
}
if (CurrentControllerParent != null)
{
CurrentControllerParent.TargetPoint.RefreshVisualization(CurrentAlignmentInterfaceType, CurrentControllerTargetPointLocation);
}
}
public void OnTargetSpawned(SpawnedPoseTargetPoint spawnedPoseTargetPoint, InterfaceType alignmentInterfaceType, ControllerTargetPointLocation controllerTargetPointLocation)
{
CurrentSpawnedPoseTargetPoint = spawnedPoseTargetPoint;
RefreshVisualization(alignmentInterfaceType, controllerTargetPointLocation);
}
public void OnTargetSpawned(ControllerTargetPoint controllerTargetPoint, InterfaceType alignmentInterfaceType, ControllerTargetPointLocation controllerTargetPointLocation)
{
this.transform.localPosition = controllerTargetPoint.transform.localPosition;
CurrentControllerTargetPoint = controllerTargetPoint;
RefreshVisualization(alignmentInterfaceType, controllerTargetPointLocation);
}
