public static void ApplyFlatten(float flatten)
{
HB hb = HB.Instance;
if (hb == null)
{
return;
}
hb.Flatten = flatten;
HBUtils.HBFlatten(flatten);
}
private void Update()
{
if (Application.isPlaying)
{
return;
}
bool positionChanged = false;
if (m_previosPosition != transform.position)
{
positionChanged = !AttachToCamera;
m_previosPosition = transform.position;
}
if (RaycastStride < 0.01f)
{
RaycastStride = 0.01f;
}
if (m_previousRadius != FixBoundsRadius)
{
if (FixBoundsRadius < 0)
{
FixBoundsRadius = 0;
}
m_previousRadius = FixBoundsRadius;
}
if (m_previousCurvature != Curvature)
{
HBUtils.HBCurvature(Curvature * CURVATURE_FACTOR);
m_previousCurvature = Curvature;
}
if (m_previousFlatten != Flatten)
{
if (Flatten < 0)
{
Flatten = 0;
}
HBUtils.HBFlatten(Flatten);
m_previousFlatten = Flatten;
}
if (m_previousHorizonZOffset != HorizonZOffset || m_previousHorizonYOffset != HorizonYOffset || m_previousHorizonXOffset != HorizonXOffset || positionChanged)
{
if (AttachToCamera)
{
HBUtils.HBHorizonOffset(HorizonXOffset, HorizonYOffset, HorizonZOffset);
}
else
{
HBUtils.HBHorizonOffset(HorizonXOffset, HorizonYOffset, HorizonZOffset, transform);
}
m_previousHorizonZOffset = HorizonZOffset;
m_previousHorizonYOffset = HorizonYOffset;
m_previousHorizonXOffset = HorizonXOffset;
}
if (m_previousMode != BendingMode)
{
HBUtils.HBMode(BendingMode);
m_previousMode = BendingMode;
}
if (m_prevCameraTracking != AttachToCamera)
{
if (AttachToCamera)
{
HBUtils.HBHorizonOffset(HorizonXOffset, HorizonYOffset, HorizonZOffset);
}
else
{
HBUtils.HBHorizonOffset(HorizonXOffset, HorizonYOffset, HorizonZOffset, transform);
}
m_prevCameraTracking = AttachToCamera;
}
}
