Sources_For_Linux/TecIO/include/FEZoneInfo.h

#pragma once
#include "ThirdPartyHeadersBegin.h"
#include <algorithm>
#include <utility>
#include <vector>
#include <boost/foreach.hpp>
#include <boost/shared_ptr.hpp>
#include <boost/unordered_map.hpp>
#include <boost/unordered_set.hpp>
#include "ThirdPartyHeadersEnd.h"
#include "FESubzonePartitionerInterface.h"
#include "fileStuff.h"
#include "SzlFileLoader.h"
namespace tecplot
{
	namespace ___3933
	{
		class ___1350
		{
			UNCOPYABLE_CLASS(___1350);

		public:
			___1350(___465 ___2781, ___2718 ___2821, ___682 ___2789, boost::shared_ptr<FESubzonePartitionerInterface> subzonePartitioner, ___2090::___2980 ___2977 = ___2090::UNKNOWN_PARTITION, ___465 numGhostCells = 0, ___2718 numGhostNodes = 0) : m_numCells(___2781), m_numNodes(___2821), m_numCorners(___2789), m_subzonePartitioner(subzonePartitioner), m_partition(___2977), m_numGhostCells(numGhostCells), m_numGhostNodes(numGhostNodes), m_numReferencedPartitions(0) {}
			~___1350() {}
			typedef boost::unordered_map<___2090::SubzoneOffset_t, boost::unordered_set<PartitionSubzone>> NeighborCszRefMap;
			typedef boost::unordered_map<___2090::SubzoneOffset_t, std::vector<___2479>> NszMinMaxMap;
			static ___2090::SubzoneOffset_t calcNumSubzones(___81 ___2812)
			{
				REQUIRE(___2812 > 0);
				REQUIRE(___2090::MAX_ITEM_OFFSET + 1 == DEFAULT_SUBZONE_MAX_FE_SIZE);
				___2090::SubzoneOffset_t const numSubzones = ___2090::SubzoneOffset_t(1 + ((___2812 - 1) >> ___2090::ItemOffsetBitSize));
				ENSURE(numSubzones > 0 && numSubzones <= ___2812);
				return numSubzones;
			}
			___2090::___2980 getPartition() const { return m_partition; }
			___465 ___1766() const { return m_numCells; }
			___2718 ___1768() const { return m_numNodes; }
			___682 ___1767() const { return m_numCorners; }
			___465 getNumGhostCells() const { return m_numGhostCells; }
			___2718 getNumGhostNodes() const { return m_numGhostNodes; }
			inline ___2090::SubzoneOffset_t ___2783() const
			{
				___2090::SubzoneOffset_t const ___2783 = m_subzonePartitioner->___2783();
				ENSURE(___2783 == 0 || ___2783 == calcNumSubzones(m_numCells - m_numGhostCells));
				return ___2783;
			}
			___2090::ItemOffset_t ___2782(___2090::SubzoneOffset_t ___469) const { return m_subzonePartitioner->___2782(___469); }
			___465 ___4608(___2090 szCoordinate) const { return m_subzonePartitioner->___4608(szCoordinate); }
			inline ___2090::SubzoneOffset_t ___2823() const
			{
				___2090::SubzoneOffset_t const ___2823 = m_subzonePartitioner->___2823();
				ENSURE(___2823 == 0 || ___2823 == calcNumSubzones(m_numNodes - m_numGhostNodes));
				return ___2823;
			}
			___2090::ItemOffset_t ___2822(___2090::SubzoneOffset_t ___2734) const { return m_subzonePartitioner->___2822(___2734); }
			___2718 ___4657(___2090 szCoordinate) const { return m_subzonePartitioner->___4657(szCoordinate); }
			void addNeighborNodeCoordinate(___2718 ___4656, ___2090 szCoordinate) { m_subzonePartitioner->setNodeSubzoneCoordinate(___4656, szCoordinate); }
			inline void addNeighborCszInfo(tecplot::___2090::___2980 neighbor, std::vector<___2718> const &nodes, std::vector<boost::unordered_set<___2090::SubzoneOffset_t>> const &cellSubzones, std::vector<std::vector<___2479>> const &varMinMaxes)
			{
				REQUIRE(getPartition() != ___2090::INVALID_PARTITION);
				REQUIRE(neighbor != getPartition());
				REQUIRE(!nodes.empty());
				REQUIRE(nodes.size() == cellSubzones.size());
				REQUIRE(cellSubzones.size() == varMinMaxes.size());
				if (m_numReferencedPartitions == 0)
				{
					m_numReferencedPartitions = 2;
					m_referencedPartitions.alloc(m_numReferencedPartitions);
					m_referencedPartitions[0] = getPartition();
					m_referencedPartitions[1] = neighbor;
				}
				else
				{
					std::set<tecplot::___2090::___2980> partitions(m_referencedPartitions.begin(), m_referencedPartitions.end(m_numReferencedPartitions));
					if (partitions.insert(neighbor).second)
					{
						++m_numReferencedPartitions;
						m_referencedPartitions.___937();
						m_referencedPartitions.alloc(m_numReferencedPartitions);
						int i = 0;
						BOOST_FOREACH (tecplot::___2090::___2980 ___2977, partitions)
							m_referencedPartitions[i++] = ___2977;
					}
				}
				for (size_t i = 0; i < nodes.size(); ++i)
				{
					___2090 szCoordinate = ___3924(nodes[i]);
					___2090::SubzoneOffset_t ___2757 = szCoordinate.subzoneOffset();
					BOOST_FOREACH (___2090::SubzoneOffset_t ___469, cellSubzones[i])
						m_neighborCszRefs[___2757].insert(PartitionSubzone(neighbor, ___469));
					std::vector<___2479> &minMaxes = m_nszMinMaxes[___2757];
					if (minMaxes.empty())
						minMaxes.resize(varMinMaxes[i].size());
					for (size_t ___2105 = 0; ___2105 < varMinMaxes[i].size(); ++___2105)
						minMaxes[___2105].include(varMinMaxes[i][___2105]);
				}
			}
			inline void addNeighborCszRef(___2090::SubzoneOffset_t ___2757, ___2090 cellCoordinate) { m_neighborCszRefs[___2757].insert(PartitionSubzone(cellCoordinate.___2977(), cellCoordinate.subzoneOffset())); }
			NeighborCszRefMap const &getNeighborCszRefs() const { return m_neighborCszRefs; }
			NszMinMaxMap const &getNszMinMaxes() const { return m_nszMinMaxes; }
			inline void resetNeighborInfo()
			{
				m_neighborCszRefs.clear();
				m_nszMinMaxes.clear();
				m_numReferencedPartitions = 0;
				m_referencedPartitions.___937();
			}
			inline ___2090 ___3924(___2718 ___4656) const
			{
				REQUIRE(0 <= ___4656 && ___4656 < m_numNodes);
				return m_subzonePartitioner->___3924(___4656);
			}
			inline ___2090 szCoordinateAtZoneCell(___2718 zoneCell) const
			{
				REQUIRE(0 <= zoneCell && zoneCell < m_numCells);
				return m_subzonePartitioner->szCoordinateAtZoneCell(zoneCell);
			}
			inline void addReferencedPartitions(std::set<tecplot::___2090::___2980> const &partitionSet)
			{
				REQUIRE(getPartition() != ___2090::INVALID_PARTITION);
				REQUIRE(!partitionSet.empty());
				std::set<tecplot::___2090::___2980> partitions(partitionSet);
				for (tecplot::___2090::___2980 i = 0; i < m_numReferencedPartitions; ++i)
					partitions.insert(m_referencedPartitions[i]);
				partitions.insert(getPartition());
				if (m_numReferencedPartitions != static_cast<tecplot::___2090::___2980>(partitions.size()))
				{
					m_referencedPartitions.___937();
					m_referencedPartitions.alloc((uint64_t)partitions.size());
					int i = 0;
					BOOST_FOREACH (tecplot::___2090::___2980 ___2977, partitions)
					{
						m_referencedPartitions[i] = ___2977;
						++i;
					}
					m_numReferencedPartitions = i;
				}
			}
			tecplot::___2090::___2980 getNumReferencedPartitions() const { return m_numReferencedPartitions; }
			PartitionArray const &getReferencedPartitions() const { return m_referencedPartitions; }

		private:
			___465 const m_numCells;
			___2718 const m_numNodes;
			___682 const m_numCorners;
			boost::shared_ptr<FESubzonePartitionerInterface> m_subzonePartitioner;
			___2090::___2980 m_partition;
			___465 const m_numGhostCells;
			___2718 const m_numGhostNodes;
			NeighborCszRefMap m_neighborCszRefs;
			NszMinMaxMap m_nszMinMaxes;
			tecplot::___2090::___2980 m_numReferencedPartitions;
			PartitionArray m_referencedPartitions;
		};
	}
}