#pragma once
#include "ThirdPartyHeadersBegin.h"
#include <algorithm>
#include <string>
#include <vector>
#include "ThirdPartyHeadersEnd.h"
#include "basicTypes.h"
#include "IJK.h"
#include "IJKPartitionTree.h"
#include "IJKZoneInfo.h"
#include "FEZoneInfo.h"
#include "MinMaxTree.h"
#include "zoneUtil.h"
#include "ClassicZoneFileLocations.h"
#include "PartitionMetadata.h"
#include "writeValueArray.h"
namespace tecplot
{
	namespace ___3933
	{
		template <typename T>
		___2090::SubzoneOffset_t getNumSzFromNumItems(T ___2812)
		{
			REQUIRE(___2812 > 0);
			___2090::SubzoneOffset_t ___3358 = static_cast<___2090::SubzoneOffset_t>((___2812 + 0xFF) >> 8);
			ENSURE(___3358 > 0);
			return ___3358;
		}
		class ZoneMetadata
		{
		private:
			UNCOPYABLE_CLASS(ZoneMetadata);

		private:
			___4636 ___2677;
			ZoneType_e ___2684;
			bool m_isSZL;
			___1844 m_zoneIJK;
			std::string ___2495;
			FaceNeighborMode_e ___2458;
			double ___2621;
			___1172 ___2622;
			___4636 ___2614;
			___2090::___2980 m_numPartitions;
			___1863 m_partitionTree;

		public:
			___2240<___1881> m_ijkZoneInfos;
			___2240<___465> m_ptnNumCells;
			___2240<___2718> m_ptnNumNodes;
			___2240<___465> m_ptnFirstCell;
			___2240<___2718> m_ptnFirstNode;
			___2240<___1844> m_ptnNodeMinIJKs;
			___2240<___1844> m_ptnNodeMaxIJKs;
			___2240<___2090::SubzoneOffset_t> m_ptnNumCszs;
			___2240<___2090::SubzoneOffset_t> m_ptnNumNszs;
			___2240<___2090::___2980> m_ptnFileNums;
			___2240<___1393> m_ptnHeaderFileLocs;
			___2240<___1393> m_varPtnMinMaxFileLocs;
			___2240<MinMaxTree> m_varPtnMinMaxTrees;
			___2240<PartitionMetadata> m_ptnMetadata;
			ClassicZoneFileLocations m_classicZoneFileLocations;

		public:
			ZoneMetadata() : ___2677(-1), ___2684(___4703), m_isSZL(false), m_zoneIJK(), ___2495(), ___2458(___1290), ___2621(0.0), ___2622(___3788), ___2614(-1), m_numPartitions(0) {}
			inline void swap(ZoneMetadata &___2888)
			{
				using std::swap;
				swap(___2677, ___2888.___2677);
				swap(___2684, ___2888.___2684);
				swap(m_isSZL, ___2888.m_isSZL);
				swap(m_zoneIJK, ___2888.m_zoneIJK);
				swap(___2495, ___2888.___2495);
				swap(___2458, ___2888.___2458);
				swap(___2621, ___2888.___2621);
				swap(___2622, ___2888.___2622);
				swap(___2614, ___2888.___2614);
				swap(m_numPartitions, ___2888.m_numPartitions);
			}
			inline ___4636 zone() const
			{
				ENSURE(___2677 >= 0 && ___2677 < MAX_NUM_ZONES);
				return ___2677;
			}
			inline ZoneType_e getZoneType() const
			{
				ENSURE(VALID_ENUM(___2684, ZoneType_e));
				return ___2684;
			}
			inline bool isSZL() const { return m_isSZL; }
			inline ___1844 const &getZoneIJK() const
			{
				ENSURE(m_zoneIJK.___2067());
				return m_zoneIJK;
			}
			inline ___465 ___1766() const
			{
				REQUIRE(___2684 != ___4698 && ___2684 != ___4699);
				if (___2684 == ___4704)
					return m_zoneIJK.getNumContiguousCells();
				else
					return m_zoneIJK.___1668();
			}
			inline ___2718 ___1768() const
			{
				REQUIRE(___2684 != ___4698 && ___2684 != ___4699);
				if (___2684 == ___4704)
					return m_zoneIJK.___1768();
				else
					return m_zoneIJK.___1670();
			}
			inline ___682 ___1669() const
			{
				REQUIRE(___2684 != ___4704 && ___2684 != ___4698 && ___2684 != ___4699);
				return m_zoneIJK.___1669();
			}
			inline ___682 ___1767() const
			{
				REQUIRE(___2684 != ___4698 && ___2684 != ___4699);
				if (___2684 == ___4704)
					return 8;
				else
					return ___1669();
			}
			inline std::string getName() const { return ___2495; }
			inline FaceNeighborMode_e getFaceNeighborMode() const
			{
				ENSURE(VALID_ENUM(___2458, FaceNeighborMode_e) || ___2458 == ___1288);
				return ___2458;
			}
			inline double getSolutionTime() const { return ___2621; }
			inline ___1172 getStrandID() const
			{
				REQUIRE(___2622 == ___3788 || ___4312(___2622));
				return ___2622;
			}
			inline ___4636 getParentZone() const
			{
				REQUIRE(___2614 == -1 || (___2614 >= 0 && ___2614 < MAX_NUM_ZONES));
				return ___2614;
			}
			void setZone(___4636 zone)
			{
				REQUIRE(zone >= 0 && zone < MAX_NUM_ZONES);
				___2677 = zone;
			}
			void setZoneType(ZoneType_e ___4692)
			{
				REQUIRE(VALID_ENUM(___4692, ZoneType_e));
				___2684 = ___4692;
			}
			inline void setIsSZL(bool isSZL) { m_isSZL = isSZL; }
			inline void setIJKMax(___1844 const &ijkDim)
			{
				REQUIRE(___2684 == ___4704);
				m_zoneIJK = ijkDim;
			}
			inline void setFEDescription(___465 ___2781, ___682 ___2789, ___2718 ___2821)
			{
				REQUIRE(___2684 != ___4704 && ___2684 != ___4698 && ___2684 != ___4699);
				REQUIRE(___2781 > 0 && ___2781 <= MAX_NUM_CELLS);
				REQUIRE(___2821 > 0 && ___2821 <= MAX_NUM_NODES);
				REQUIRE(___2789 > 0 && ___2789 <= MAX_NUM_CELL_CORNERS);
				m_zoneIJK = ___1844(___2821, ___2781, ___2789);
			}
			inline void setName(std::string const &___2685) { ___2495 = ___2685; }
			inline void setFaceNeighborMode(FaceNeighborMode_e ___1284)
			{
				REQUIRE(VALID_ENUM(___1284, FaceNeighborMode_e) || ___1284 == ___1288);
				___2458 = ___1284;
			}
			inline void setSolutionTime(double ___3640) { ___2621 = ___3640; }
			inline void setStrandID(___1172 ___3785) { ___2622 = ___3785; }
			inline void setParentZone(___4636 ___2974)
			{
				REQUIRE(___2974 == -1 || (___2974 >= 0 && ___2974 < MAX_NUM_ZONES));
				___2614 = ___2974;
			}
			inline ___2090::___2980 getNumPartitions() const
			{
				REQUIRE(m_isSZL);
				ENSURE(VALID_ITEM_ADDRESS_PARTITION(m_numPartitions - 1));
				return m_numPartitions;
			}
			inline ___2090::SubzoneOffset_t getNumCszsInPartition(___2090::___2980 ___2977) const
			{
				REQUIRE(m_isSZL);
				REQUIRE(___2977 < m_numPartitions);
				___2090::SubzoneOffset_t const numCszs = m_ptnNumCszs[___2977];
				ENSURE(IMPLICATION(___2684 == ___4704, VALID_ITEM_ADDRESS_SUBZONE_OFFSET(numCszs - 1)));
				ENSURE(IMPLICATION(___2684 != ___4704, numCszs == getNumSzFromNumItems(m_ptnNumCells[___2977])));
				ENSURE(numCszs > 0);
				return numCszs;
			}
			inline ___2090::SubzoneOffset_t getNumNszsInPartition(___2090::___2980 ___2977) const
			{
				REQUIRE(m_isSZL);
				REQUIRE(___2977 < m_numPartitions);
				___2090::SubzoneOffset_t const numNszs = m_ptnNumNszs[___2977];
				ENSURE(IMPLICATION(___2684 == ___4704, VALID_ITEM_ADDRESS_SUBZONE_OFFSET(numNszs - 1)));
				ENSURE(IMPLICATION(___2684 != ___4704, numNszs == getNumSzFromNumItems(m_ptnNumNodes[___2977])));
				ENSURE(numNszs > 0);
				return numNszs;
			}
			inline void setNumPartitions(___2090::___2980 numPartitions)
			{
				REQUIRE(numPartitions >= 1 && (m_isSZL ? VALID_ITEM_ADDRESS_PARTITION(numPartitions - 1) : numPartitions == 1));
				m_numPartitions = numPartitions;
				ENSURE(VALID_ITEM_ADDRESS_PARTITION(m_numPartitions - 1));
			}
			inline void addPartitionTreeItem(___2090::___2980 ___2977, ___1844 const &___2474, ___1844 const &___2364) { m_partitionTree.___13(___2977, ___2474, ___2364); }
			inline ___2090::___2980 getPartitionForIJK(___1844 const &___1843) const
			{
				if (m_numPartitions == 1)
				{
					return 0;
				}
				else
				{
					___1853 ___2478(___1843.i(), ___1843.___2105(), ___1843.___2134());
					___1853 ___2372(___1843.i(), ___1843.___2105(), ___1843.___2134());
					std::vector<___1864> ___2099;
					m_partitionTree.query(boost::geometry::index::intersects(___1855(___2478, ___2372)), std::back_inserter(___2099));
					return (___2099.empty() ? ___2090::INVALID_PARTITION : ___2099[0].second);
				}
			}
			inline std::vector<___2090::___2980> getPartitionsForIJKRange(___1844 const &ijkMin, ___1844 const &___1861) const
			{
				if (m_numPartitions == 1)
				{
					return std::vector<___2090::___2980>(1, 0);
				}
				else
				{
					___1853 ___2478(ijkMin.i(), ijkMin.___2105(), ijkMin.___2134());
					___1853 ___2372(___1861.i(), ___1861.___2105(), ___1861.___2134());
					std::vector<___1864> ___2099;
					m_partitionTree.query(boost::geometry::index::intersects(___1855(___2478, ___2372)), std::back_inserter(___2099));
					std::vector<___2090::___2980> ___3358;
					___3358.reserve(___2099.size());
					for (std::vector<___1864>::const_iterator it = ___2099.begin(); it != ___2099.end(); ++it)
						___3358.push_back(it->second);
					std::sort(___3358.begin(), ___3358.end());
					return ___3358;
				}
			}
			inline std::vector<___2090::___2980> getPartitionsForIndexPlane(IJKPlanes_e whichPlane, ___2718 planeIndex) const
			{
				if (m_numPartitions == 1)
				{
					return std::vector<___2090::___2980>(1, 0);
				}
				else
				{
					___1844 planeMin(0, 0, 0);
					___1844 planeMax(getZoneIJK() - 1);
					switch (whichPlane)
					{
					case ___1867:
						planeMin.setI(planeIndex);
						planeMax.setI(planeIndex);
						break;
					case ___1872:
						planeMin.setJ(planeIndex);
						planeMax.setJ(planeIndex);
						break;
					case ___1874:
						planeMin.___3497(planeIndex);
						planeMax.___3497(planeIndex);
						break;
					default:
						___478(___1305);
						break;
					}
					___1853 ___2478(planeMin.i(), planeMin.___2105(), planeMin.___2134());
					___1853 ___2372(planeMax.i(), planeMax.___2105(), planeMax.___2134());
					std::vector<___1864> ___2099;
					m_partitionTree.query(boost::geometry::index::intersects(___1855(___2478, ___2372)), std::back_inserter(___2099));
					std::vector<___2090::___2980> ___3358;
					___3358.reserve(___2099.size());
					for (std::vector<___1864>::const_iterator it = ___2099.begin(); it != ___2099.end(); ++it)
						___3358.push_back(it->second);
					std::sort(___3358.begin(), ___3358.end());
					return ___3358;
				}
			}
			inline std::vector<___2090::___2980> getPartitionsForIndexLine(IJKLines_e whichLine, ___2718 mIndex, ___2718 nIndex) const
			{
				if (m_numPartitions == 1)
				{
					return std::vector<___2090::___2980>(1, 0);
				}
				else
				{
					___1844 lineMin(0, 0, 0);
					___1844 lineMax(getZoneIJK() - 1);
					switch (whichLine)
					{
					case ___1857:
						lineMin.setJ(mIndex);
						lineMin.___3497(nIndex);
						lineMax.setJ(mIndex);
						lineMax.___3497(nIndex);
						break;
					case ___1859:
						lineMin.setI(mIndex);
						lineMin.___3497(nIndex);
						lineMax.setI(mIndex);
						lineMax.___3497(nIndex);
						break;
					case ___1860:
						lineMin.setI(mIndex);
						lineMin.setJ(nIndex);
						lineMax.setI(mIndex);
						lineMax.setJ(nIndex);
						break;
					default:
						___478(___1305);
						break;
					}
					___1853 ___2478(lineMin.i(), lineMin.___2105(), lineMin.___2134());
					___1853 ___2372(lineMax.i(), lineMax.___2105(), lineMax.___2134());
					std::vector<___1864> ___2099;
					m_partitionTree.query(boost::geometry::index::intersects(___1855(___2478, ___2372)), std::back_inserter(___2099));
					std::vector<___2090::___2980> ___3358;
					___3358.reserve(___2099.size());
					for (std::vector<___1864>::const_iterator it = ___2099.begin(); it != ___2099.end(); ++it)
						___3358.push_back(it->second);
					std::sort(___3358.begin(), ___3358.end());
					return ___3358;
				}
			}
			inline bool ijkPartitionMetadataIsLoaded(___2090::___2980 ___2977) const { return ___2977 < m_ijkZoneInfos.size() && m_ijkZoneInfos[___2977].___2067(); }
			inline ___2090 cellAddressAtIJKPaddedCellIndex(___465 paddedCellIndex) const
			{
				REQUIRE(paddedCellIndex < getZoneIJK().getNumPaddedCells());
				___2090 ___451;
				if (getNumPartitions() == 1)
				{
					___451 = m_ijkZoneInfos[0].cellAddressAtPaddedCellIndex(paddedCellIndex);
				}
				else
				{
					___1844 const ___4632 = getZoneIJK().ijkAtOffset(paddedCellIndex);
					___2090::___2980 const ___2977 = getPartitionForIJK(___4632);
					___478(ijkPartitionMetadataIsLoaded(___2977));
					___1844 partitionIJK = ___4632 - m_ptnNodeMinIJKs[___2977];
					if (partitionIJK.i() == m_ijkZoneInfos[___2977].___2895().i() - 1)
						partitionIJK.setI(partitionIJK.i() - 1);
					if (partitionIJK.___2105() == m_ijkZoneInfos[___2977].___2895().___2105() - 1)
						partitionIJK.setJ(partitionIJK.___2105() - 1);
					___451 = m_ijkZoneInfos[___2977].cellAddressAtCellIJK(partitionIJK);
					ENSURE(___451.___2977() == ___2977);
				}
				return ___451;
			}
			inline ___2090 nodeAddressAtIJKNodeIndex(___2718 ___2716) const
			{
				___2090 nodeAddress;
				if (getNumPartitions() == 1)
				{
					nodeAddress = m_ijkZoneInfos[0].nodeAddressAtNodeIndex(___2716);
				}
				else
				{
					___1844 const ___4632 = getZoneIJK().ijkAtOffset(___2716);
					___2090::___2980 const ___2977 = getPartitionForIJK(___4632);
					___478(ijkPartitionMetadataIsLoaded(___2977));
					___1844 const partitionIJK = ___4632 - m_ptnNodeMinIJKs[___2977];
					nodeAddress = m_ijkZoneInfos[___2977].nodeAddressAtNodeIJK(partitionIJK);
					ENSURE(nodeAddress.___2977() == ___2977);
				}
				return nodeAddress;
			}
			inline void findPartitionContainingIndex(___81 &ptnItemIndex, ___2090::___2980 &___2977, ___2240<___81> const &ptnNumItems) const
			{
				___2090::___2980 numPartitions = getNumPartitions();
				if (numPartitions > 1)
				{
					while (true)
					{
						___2718 const numPtnItems = ptnNumItems[___2977];
						if (ptnItemIndex < numPtnItems)
							break;
						ptnItemIndex -= numPtnItems;
						++___2977;
						___478(___2977 < numPartitions);
					}
				}
			}
			inline ___2090 itemAddressAtFEIndex(___81 itemIndex, ___2240<___81> const &ptnNumItems) const
			{
				___81 ptnItemIndex = itemIndex;
				___2090::___2980 ___2977 = 0;
				findPartitionContainingIndex(ptnItemIndex, ___2977, ptnNumItems);
				___2090::SubzoneOffset_t const ___2763 = ___2090::SubzoneOffset_t(ptnItemIndex >> ___2090::ItemOffsetBitSize);
				___2090::ItemOffset_t const itemOffset = ___2090::ItemOffset_t(ptnItemIndex & ___2090::MAX_ITEM_OFFSET);
				return ___2090(___2977, ___2763, itemOffset);
			}
			inline ___81 indexAtFEItemAddress(___2090 ___2089, ___2240<___81> const &ptnNumItems) const
			{
				___81 itemIndex = (___81(___2089.subzoneOffset()) << ___2090::ItemOffsetBitSize) | ___2089.itemOffset();
				___2090::___2980 ___2977 = ___2089.___2977();
				while (___2977 > 0)
				{
					--___2977;
					itemIndex += ptnNumItems[___2977];
				}
				return itemIndex;
			}
			___2090 cellAddressAtFECellIndex(___465 zoneCellIndex) const
			{
				REQUIRE(zoneCellIndex < ___1766());
				return itemAddressAtFEIndex(zoneCellIndex, m_ptnNumCells);
			}
			___465 cellIndexAtFECellAddress(___2090 ___451) const
			{
				REQUIRE(VALID_ITEM_ADDRESS(___451));
				return indexAtFEItemAddress(___451, m_ptnNumCells);
			}
			___2090 nodeAddressAtFENodeIndex(___2718 zoneNodeIndex) const
			{
				REQUIRE(zoneNodeIndex < ___1768());
				return itemAddressAtFEIndex(zoneNodeIndex, m_ptnNumNodes);
			}
			___2718 nodeIndexAtFENodeAddress(___2090 nodeAddress) const
			{
				REQUIRE(m_isSZL);
				REQUIRE(VALID_ITEM_ADDRESS(nodeAddress));
				return indexAtFEItemAddress(nodeAddress, m_ptnNumNodes);
			}
			___465 paddedCellIndexAtIJKCellAddress(___2090 ___451) const
			{
				___465 paddedCellIndex;
				if (getNumPartitions() == 1)
				{
					paddedCellIndex = m_ijkZoneInfos[0].paddedCellIndexAtCellAddress(___451);
				}
				else
				{
					___2090::___2980 const ___2977 = ___451.___2977();
					___478(ijkPartitionMetadataIsLoaded(___2977));
					___1844 const cellIJK = m_ptnNodeMinIJKs[___2977] + m_ijkZoneInfos[___2977].cellIJKAtCellAddress(___451);
					paddedCellIndex = getZoneIJK().offsetAtIJK(cellIJK);
				}
				ENSURE(paddedCellIndex < getZoneIJK().getNumPaddedCells());
				return paddedCellIndex;
			}
			___2718 nodeIndexAtIJKNodeAddress(___2090 nodeAddress) const
			{
				REQUIRE(getZoneType() == ___4704);
				___2718 ___2716;
				if (getNumPartitions() == 1)
				{
					___2716 = m_ijkZoneInfos[0].nodeIndexAtNodeAddress(nodeAddress);
				}
				else
				{
					___2090::___2980 const ___2977 = nodeAddress.___2977();
					___478(ijkPartitionMetadataIsLoaded(___2977));
					___1844 const nodeIJK = m_ptnNodeMinIJKs[___2977] + m_ijkZoneInfos[___2977].nodeIJKAtNodeAddress(nodeAddress);
					___2716 = getZoneIJK().offsetAtIJK(nodeIJK);
				}
				ENSURE(___2716 < ___1768());
				return ___2716;
			}
			___465 getNumIJKFaceNeighbors(___2090 ___451, FaceIndex_t ___457) const
			{
				REQUIRE(m_isSZL);
				REQUIRE(___457 < NUM_IJK_CELL_FACES);
				___2090::___2980 const ___2977 = ___451.___2977();
				___478(ijkPartitionMetadataIsLoaded(___2977));
				return m_ijkZoneInfos[___2977].getNumIJKFaceNeighbors(___451, ___457);
			}
			void getIJKFaceNeighbor(___2090 ___451, FaceIndex_t ___457, ___465 neighborOffset, ___2090 &fnCoord, ___4636 &fnZone) const
			{
				REQUIRE(___451.isSzlItem());
				REQUIRE(m_isSZL);
				REQUIRE(___457 < NUM_IJK_CELL_FACES);
				REQUIRE(neighborOffset < getNumIJKFaceNeighbors(___451, ___457));
				___2090::___2980 const ___2977 = ___451.___2977();
				___478(ijkPartitionMetadataIsLoaded(___2977));
				m_ijkZoneInfos[___2977].getIJKFaceNeighbor(___451, ___457, neighborOffset, fnCoord, fnZone);
				if (fnCoord == ___2090(___2749) && getNumPartitions() > 1)
				{
					___1844 neighborCellIJK = m_ijkZoneInfos[___2977].cellIJKAtCellAddress(___451) + m_ptnNodeMinIJKs[___2977] + ___1881::ijkFaceNeighborOffset[___457];
					if (0 <= neighborCellIJK && neighborCellIJK < getZoneIJK())
					{
						___2090::___2980 neighborPartition = getPartitionForIJK(neighborCellIJK);
						neighborCellIJK -= m_ptnNodeMinIJKs[neighborPartition];
						if (neighborCellIJK <= m_ijkZoneInfos[neighborPartition].___2198())
							fnCoord = m_ijkZoneInfos[neighborPartition].cellAddressAtCellIJK(neighborCellIJK);
					}
				}
			}
			void getIJKFaceNeighbors(___2090 ___451, FaceIndex_t ___457, ___3269<___2090> &cellNeighbors, ___3269<___4636> &zoneNeighbors, bool &isFaceCompletelyObscured) const
			{
				REQUIRE(VALID_ITEM_ADDRESS(___451));
				REQUIRE(___457 < NUM_IJK_CELL_FACES);
				REQUIRE(cellNeighbors.empty());
				REQUIRE(zoneNeighbors.empty());
				___2090 szlCellAddr;
				bool const isCellAddressUniform = ___451.___2065();
				if (isCellAddressUniform)
				{
					___465 const paddedCellIndex = ___465(___451.___4258());
					szlCellAddr = cellAddressAtIJKPaddedCellIndex(paddedCellIndex);
				}
				else
				{
					szlCellAddr = ___451;
				}
				___465 const numNeighbors = getNumIJKFaceNeighbors(szlCellAddr, ___457);
				___478(numNeighbors != 0);
				isFaceCompletelyObscured = true;
				cellNeighbors.reserve(numNeighbors);
				cellNeighbors.___3503(numNeighbors);
				zoneNeighbors.reserve(numNeighbors);
				zoneNeighbors.___3503(numNeighbors);
				for (___465 n = 0; n < numNeighbors; ++n)
				{
					___2090 fnCoord;
					___4636 fnZone;
					getIJKFaceNeighbor(szlCellAddr, ___457, n, fnCoord, fnZone);
					if (fnCoord.___2065() && fnCoord.___4258() == ___2749)
					{
						___478(fnZone == ___2750);
						cellNeighbors[n] = ___2090(___2749);
						zoneNeighbors[n] = ___2750;
					}
					else if (isCellAddressUniform)
					{
						cellNeighbors[n] = ___2090(paddedCellIndexAtIJKCellAddress(fnCoord));
						zoneNeighbors[n] = fnZone;
					}
					else
					{
						cellNeighbors[n] = fnCoord;
						zoneNeighbors[n] = fnZone;
					}
				}
				ENSURE(!cellNeighbors.empty());
				ENSURE(cellNeighbors.size() == zoneNeighbors.size());
			}
		};
	}
}