public UWB_BoundingBox GetBounds(ref UWB_DrawHelper helper, bool bDraw)
{
UWB_BoundingBox box = new UWB_BoundingBox();
box.makeInvalid();
if (mPrimitive != null)
{
box.add(mPrimitive.getBoundingVolume(eLevelofDetail.lodLow));
}
helper.pushModelTransform();
{
mXFormInfo.setupModelStack(helper);
//Draw the box for debugging
if (bDraw)
{
box.Draw(ref helper);
}
Vector3 minPt = box.getMin();
Vector3 maxPt = box.getMax();
Vector3 pt1 = new Vector3(minPt.X, minPt.Y, minPt.Z);
Vector3 pt2 = new Vector3(maxPt.X, minPt.Y, minPt.Z);
Vector3 pt3 = new Vector3(maxPt.X, maxPt.Y, minPt.Z);
Vector3 pt4 = new Vector3(minPt.X, maxPt.Y, minPt.Z);
Vector3 pt5 = new Vector3(minPt.X, minPt.Y, maxPt.Z);
Vector3 pt6 = new Vector3(maxPt.X, minPt.Y, maxPt.Z);
Vector3 pt7 = new Vector3(maxPt.X, maxPt.Y, maxPt.Z);
Vector3 pt8 = new Vector3(minPt.X, maxPt.Y, maxPt.Z);
helper.transformPoint(ref pt1);
helper.transformPoint(ref pt2);
helper.transformPoint(ref pt3);
helper.transformPoint(ref pt4);
helper.transformPoint(ref pt5);
helper.transformPoint(ref pt6);
helper.transformPoint(ref pt7);
helper.transformPoint(ref pt8);
box.makeInvalid();
box.add(new UWB_BoundingBox(pt1, pt2));
box.add(new UWB_BoundingBox(pt3, pt4));
box.add(new UWB_BoundingBox(pt5, pt6));
box.add(new UWB_BoundingBox(pt7, pt8));
int count = mChildNodes.count();
for (int i = 0; i < count; i++)
{
box.add(mChildNodes.getItem(i).GetBounds(ref helper, bDraw));
}
}
helper.popModelTransform();
return(box);
}
public UWB_BoundingBox GetBounds(ref UWB_DrawHelper helper, bool bDraw)
{
UWB_BoundingBox box = new UWB_BoundingBox();
box.makeInvalid();
if (mPrimitive != null)
box.add(mPrimitive.getBoundingVolume(eLevelofDetail.lodLow));
helper.pushModelTransform();
{
mXFormInfo.setupModelStack(helper);
//Draw the box for debugging
if (bDraw)
box.Draw(ref helper);
Vector3 minPt = box.getMin();
Vector3 maxPt = box.getMax();
Vector3 pt1 = new Vector3(minPt.X, minPt.Y, minPt.Z);
Vector3 pt2 = new Vector3(maxPt.X, minPt.Y, minPt.Z);
Vector3 pt3 = new Vector3(maxPt.X, maxPt.Y, minPt.Z);
Vector3 pt4 = new Vector3(minPt.X, maxPt.Y, minPt.Z);
Vector3 pt5 = new Vector3(minPt.X, minPt.Y, maxPt.Z);
Vector3 pt6 = new Vector3(maxPt.X, minPt.Y, maxPt.Z);
Vector3 pt7 = new Vector3(maxPt.X, maxPt.Y, maxPt.Z);
Vector3 pt8 = new Vector3(minPt.X, maxPt.Y, maxPt.Z);
helper.transformPoint(ref pt1);
helper.transformPoint(ref pt2);
helper.transformPoint(ref pt3);
helper.transformPoint(ref pt4);
helper.transformPoint(ref pt5);
helper.transformPoint(ref pt6);
helper.transformPoint(ref pt7);
helper.transformPoint(ref pt8);
box.makeInvalid();
box.add(new UWB_BoundingBox(pt1, pt2));
box.add(new UWB_BoundingBox(pt3, pt4));
box.add(new UWB_BoundingBox(pt5, pt6));
box.add(new UWB_BoundingBox(pt7, pt8));
int count = mChildNodes.count();
for (int i = 0; i < count; i++)
box.add(mChildNodes.getItem(i).GetBounds(ref helper, bDraw));
}
helper.popModelTransform();
return box;
}
public override UWB_BoundingVolume getBoundingVolume(eLevelofDetail lod)
{
int count = mList.count();
if (count == 0)
{
return(null);
}
mBounds.makeInvalid();
// NOTE: This is pretty inefficient. We could speed this up by maintaining
// some sort of "changed" flag and only updating the bounds when this flag changes
for (int i = 0; i < count; i++)
{
UWB_Primitive child = mList.getItem(i);
mBounds.add(child.getBoundingVolume(lod));
}
return(mBounds);
}