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#ifndef GU_BV4_SLABS_SWIZZLED_ORDERED_H
#define GU_BV4_SLABS_SWIZZLED_ORDERED_H

	// Generic + PNS
	template<class LeafTestT, class ParamsT>
	static void BV4_ProcessStreamSwizzledOrdered(const BVDataPacked* PX_RESTRICT node, PxU32 initData, ParamsT* PX_RESTRICT params)
	{
		const BVDataPacked* root = node;

		PxU32 nb=1;
		PxU32 stack[GU_BV4_STACK_SIZE];
		stack[0] = initData;

		const PxU32* tmp = reinterpret_cast<const PxU32*>(&params->mLocalDir_Padded);
		const PxU32 X = tmp[0]>>31;
		const PxU32 Y = tmp[1]>>31;
		const PxU32 Z = tmp[2]>>31;
//		const PxU32 X = PX_IR(params->mLocalDir_Padded.x)>>31;
//		const PxU32 Y = PX_IR(params->mLocalDir_Padded.y)>>31;
//		const PxU32 Z = PX_IR(params->mLocalDir_Padded.z)>>31;
		const PxU32 bitIndex = 3+(Z|(Y<<1)|(X<<2));
		const PxU32 dirMask = 1u<<bitIndex;

		do
		{
			const PxU32 childData = stack[--nb];
			node = root + getChildOffset(childData);
			const PxU32 nodeType = getChildType(childData);

			const BVDataSwizzled* tn = reinterpret_cast<const BVDataSwizzled*>(node);

			PxU32 code2 = 0;
			BV4_ProcessNodeOrdered2_Swizzled<LeafTestT, 0>(code2, tn, params);
			BV4_ProcessNodeOrdered2_Swizzled<LeafTestT, 1>(code2, tn, params);
			if(nodeType>0)
				BV4_ProcessNodeOrdered2_Swizzled<LeafTestT, 2>(code2, tn, params);
			if(nodeType>1)
				BV4_ProcessNodeOrdered2_Swizzled<LeafTestT, 3>(code2, tn, params);

			SLABS_PNS

		}while(nb);
	}

#endif // GU_BV4_SLABS_SWIZZLED_ORDERED_H