// Updates child pWings
public void UpdateChildren()
{
// Get the list of child parts
foreach (Part p in part.children)
{
// Check that it is a pWing and that it is affected by parent snapping
WingManipulator wing = p.Modules.GetModule <WingManipulator>();
if (wing != null && !wing.IgnoreSnapping && !wing.doNotParticipateInParentSnapping)
{
// Update its positions and refresh the collider
wing.UpdatePositions();
wing.SetupCollider();
// If its a wing, refresh its aerodynamic values
wing.CalculateAerodynamicValues();
}
}
}
public void UpdateAllCopies(bool childrenNeedUpdate)
{
UpdatePositions();
SetupCollider();
if (updateChildren && childrenNeedUpdate)
{
UpdateChildren();
}
CalculateAerodynamicValues();
foreach (Part p in part.symmetryCounterparts)
{
if (p == null)
{
continue;
}
WingManipulator clone = p.Modules.GetModule <WingManipulator>();
clone.rootScale = rootScale;
clone.tipScale = tipScale;
clone.tipPosition = tipPosition;
clone.relativeThicknessScaling = relativeThicknessScaling;
//clone.SetThicknessScalingEventName();
clone.UpdatePositions();
clone.SetupCollider();
if (updateChildren && childrenNeedUpdate)
{
clone.UpdateChildren();
}
clone.CalculateAerodynamicValues();
}
}