Sources_For_Linux/TecIO/include/SzlFileLoader.h

#pragma once
#include "ThirdPartyHeadersBegin.h"
#include <algorithm>
#include <cfloat>
#define _USE_MATH_DEFINES
#include <cmath>
#if defined MSWIN
#define _CRTDBG_MAP_ALLOC
#include <crtdbg.h>
#pragma warning(disable : 4996)
#endif
#include <cstdarg>
#include <cstdlib>
#include <cstring>
#include <set>
#include <string>
#include <utility>
#include <vector>
#include "ThirdPartyHeadersEnd.h"
#include "MASTER.h"
#include "GLOBAL.h"
#include "ClassMacros.h"
#include "MinMax.h"
#include "basicTypes.h"
#include "IJK.h"
#include "ItemAddress.h"
#include "LightweightVector.h"
#include "AnyTypeLightweightVector.h"
#include "RawArray.h"
#include "showMessage.h"
#include "xyz.h"
namespace tecplot
{
	namespace ___3933
	{
		class CszConnectivity;
#define MAX_ERROR_MESSAGE_SIZE 500
#define countOf(staticArray) (sizeof((staticArray)) / sizeof((staticArray)[0]))
#define numItemsOf(someArray) (sizeof((someArray)) / sizeof(*(someArray)))
		static ___2090::ItemOffset_t const DEFAULT_SUBZONE_MAX_I_DIM = 6;
		static ___2090::ItemOffset_t const DEFAULT_SUBZONE_MAX_J_DIM = 6;
		static ___2090::ItemOffset_t const DEFAULT_SUBZONE_MAX_K_DIM = 6;
#define DEFAULT_SUBZONE_MAX_IJK_DIM ___1844(DEFAULT_SUBZONE_MAX_I_DIM, DEFAULT_SUBZONE_MAX_J_DIM, DEFAULT_SUBZONE_MAX_K_DIM)
		static ___2090::ItemOffset_t const DEFAULT_SUBZONE_MAX_FE_SIZE = 256;
		static bool const DEFAULT_MINIMIZE_IJK_NUM_SUBZONES = false;
		static bool const DEFAULT_MINIMIZE_SYNTHETIC_FE_NUM_SUBZONES = false;
		static ___4636 const NOT_SHARED = static_cast<___4636>(-1);
		typedef ___2240<___2090> ItemAddressArray;
		typedef ___2240<___2090::SubzoneAddress> SubzoneAddressArray;
		template <typename T>
		inline bool reserveVectorSpace(std::vector<T> &vectorToReserve, size_t newSize)
		{
			REQUIRE(newSize > 0);
			bool ___2039 = false;
			try
			{
				vectorToReserve.reserve(newSize);
				___2039 = true;
			}
			catch (...)
			{
				___2039 = ___1305;
			}
			ENSURE(IMPLICATION(___2039, vectorToReserve.capacity() >= newSize));
			return ___2039;
		}
		template <typename T>
		inline bool resizeVector(std::vector<T> &vectorToResize, size_t newSize)
		{
			REQUIRE(newSize > 0);
			bool ___2039 = false;
			try
			{
				vectorToResize.resize(newSize);
				___2039 = true;
			}
			catch (...)
			{
				___2039 = ___1305;
			}
			ENSURE(IMPLICATION(___2039, vectorToResize.size() == newSize));
			return ___2039;
		}
		template <typename T>
		inline bool resizeVector(std::vector<T> &vectorToSize, size_t newSize, T padValue)
		{
			REQUIRE(newSize > 0);
			bool ___2039 = false;
			try
			{
				vectorToSize.resize(newSize, padValue);
				___2039 = true;
			}
			catch (...)
			{
				___2039 = ___1305;
			}
			ENSURE(IMPLICATION(___2039, vectorToSize.size() == newSize));
			return ___2039;
		}
		template <typename T>
		inline bool resize2DVector(std::vector<std::vector<T>> &vector2D, size_t newDim1, size_t newDim2)
		{
			REQUIRE(newDim1 > 0);
			REQUIRE(newDim2 > 0);
			bool ___2039 = false;
			try
			{
				vector2D.resize(newDim1);
				for (size_t ___1841 = 0; ___1841 < newDim1; ___1841++)
					vector2D[___1841].resize(newDim2);
				___2039 = true;
			}
			catch (...)
			{
				___2039 = ___1305;
			}
			ENSURE(IMPLICATION(___2039, vector2D.size() == newDim1));
			ENSURE(IMPLICATION(___2039, vector2D[0].size() == newDim2));
			ENSURE(IMPLICATION(___2039, vector2D[newDim1 / 2].size() == newDim2));
			ENSURE(IMPLICATION(___2039, vector2D[newDim1 - 1].size() == newDim2));
			return ___2039;
		}
		template <typename T>
		inline bool resize2DVector(std::vector<std::vector<T>> &vector2D, size_t newDim1, size_t newDim2, T padValue)
		{
			REQUIRE(newDim1 > 0);
			REQUIRE(newDim2 > 0);
			bool ___2039 = false;
			try
			{
				vector2D.resize(newDim1);
				for (size_t ___1841 = 0; ___1841 < newDim1; ___1841++)
					vector2D[___1841].resize(newDim2, padValue);
				___2039 = true;
			}
			catch (...)
			{
				___2039 = ___1305;
			}
			ENSURE(IMPLICATION(___2039, vector2D.size() == newDim1));
			ENSURE(IMPLICATION(___2039, vector2D[0].size() == newDim2));
			ENSURE(IMPLICATION(___2039, vector2D[newDim1 / 2].size() == newDim2));
			ENSURE(IMPLICATION(___2039, vector2D[newDim1 - 1].size() == newDim2));
			return ___2039;
		}
		template <typename T>
		inline void clearAndDeallocStdSet(std::set<T> &setToClear) { std::set<T>().swap(setToClear); }
		template <class ForwardIterator>
		bool isSorted(ForwardIterator first, ForwardIterator last)
		{
			if (first != last)
			{
				ForwardIterator next = first;
				while (++next != last)
				{
					if (*next < *first)
						return false;
					++first;
				}
			}
			return true;
		}
		typedef ___2240<char> ___473;
		typedef ___2240<uint8_t> UInt8Array;
		typedef ___2240<uint16_t> UInt16Array;
		typedef ___2240<uint32_t> UInt32Array;
		typedef ___2240<uint64_t> UInt64Array;
		typedef ___2240<int32_t> ___1965;
		typedef ___2240<double> ___1105;
		typedef ___2240<float> ___1435;
		typedef ___2240<___465> ___464;
		typedef ___2240<___2718> ___2717;
		typedef ___2240<___4636> ___4635;
		typedef ___2240<___2090::SubzoneOffset_t> SubzoneOffsetArray;
		typedef ___2240<___2090::ItemOffset_t> ItemOffsetArray;
		typedef ___2240<___682> CornerIndexArray;
		typedef ___2240<___372> BooleanArray;
		typedef ___2240<std::string> ___3816;
		typedef ___2240<___2090::___2980> PartitionArray;
		typedef std::pair<___2090::___2980, ___2090::SubzoneOffset_t> PartitionSubzone;
		typedef ___2240<PartitionSubzone> PartitionSubzoneArray;
		typedef std::set<PartitionSubzone> PartitionSubzoneSet;
		typedef ___2240<PartitionSubzoneSet> PartitionSubzoneSetArray;
		typedef std::set<___2090::SubzoneOffset_t> SubzoneOffsetSet;
		typedef ___2240<SubzoneOffsetSet> SubzoneOffsetSetArray;
		typedef ___2240<UInt8Array> VarZoneUInt8Array;
		typedef ___2240<___1393> ___1392;
		typedef ___2240<___1392> FileLoc2DArray;
		typedef ___2240<FileLoc2DArray> FileLoc3DArray;
		typedef ___2240<FileLoc3DArray> FileLoc4DArray;
#if 0
typedef ___1392                             SzFileLocArray; typedef ___2240<SzFileLocArray>        PtnSzFileLocArray; typedef ___2240<PtnSzFileLocArray>     ZonePtnSzFileLocArray; typedef ___2240<ZonePtnSzFileLocArray> VarZonePtnSzFileLocArray; typedef ___1392                             PtnFileLocArray; typedef ___2240<PtnFileLocArray>       ZnPtnFileLocArray; typedef ___1392                             VarFileLocArray; typedef ___2240<VarFileLocArray>       PtnVarFileLocArray; typedef ___2240<PtnVarFileLocArray>    ZonePtnVarFileLocArray; typedef ___1392                             ZoneFileLocArray; typedef ___2240<ZoneFileLocArray>      VarZoneFileLocArray;
#endif
		typedef AnyTypeLightweightVector FieldDataArray;
		typedef ___2240<FieldDataArray> SzFieldData;
		typedef ___2240<SzFieldData> PtnSzFieldData;
		typedef ___2240<PtnSzFieldData> ZonePtnSzFieldData;
		typedef ___2240<ZonePtnSzFieldData> VarZonePtnSzFieldData;
		typedef uint16_t InterpCount_t;
		static InterpCount_t const MAX_INTERP_COUNT = InterpCount_t(-1);
		typedef ___2240<InterpCount_t> InterpCountArray;
		typedef ___2240<InterpCountArray> SzInterpCountArray;
		typedef ___2240<SzInterpCountArray> PtnSzInterpCountArray;
		typedef ___2240<PtnSzInterpCountArray> ZonePtnSzInterpCountArray;
		typedef ___2240<ZonePtnSzInterpCountArray> VarZonePtnSzInterpCountArray;
		typedef ___2240<BooleanArray> PtnBooleanArray;
		typedef ___2240<PtnBooleanArray> ZonePtnBooleanArray;
		typedef ___2240<ZonePtnBooleanArray> VarZonePtnBooleanArray;
		typedef ___2240<uint8_t> ValueLocationArray;
		typedef ___2240<ValueLocationArray> ___4391;
		typedef ___2240<uint8_t> FieldDataTypeArray;
		typedef ___2240<FieldDataTypeArray> ___4382;
		typedef ___2240<uint8_t> IsPassiveArray;
		typedef ___2240<IsPassiveArray> ___4385;
		typedef ___2240<___4635> ___4388;
		typedef ___2240<___1105> VarZoneDoubleArray;
		typedef ___2240<___2090::___2980> PartitionArray;
		struct ___230
		{
			std::string ___2495;
			std::string ___2667;
			AuxDataLocation_e m_location;
			___1172 m_entity;
			AuxDataType_e m_type;
			___230() {}
			___230(std::string const &___2685, std::string const &___4314, AuxDataLocation_e location, ___1172 entity, AuxDataType_e type) : ___2495(___2685), ___2667(___4314), m_location(location), m_entity(entity), m_type(type) {}
		};
		struct ___1556
		{
			double ___2617[3];
			CoordSys_e ___2616;
			___372 ___2484;
			___1172 ___2677;
			___516 ___2395;
			___516 ___2462;
			___372 ___2486;
			GeomType_e ___2466;
			LinePattern_e ___2489;
			double ___2615;
			double ___2490;
			uint16_t ___2502;
			ArrowheadStyle_e ___2343;
			ArrowheadAttachment_e ___2341;
			double ___2342;
			double ___2340;
			Scope_e ___2619;
			Clipping_e ___2394;
			std::vector<std::vector<class ___4580>> ___2464;
			std::string ___2491;
			___1556() {}
			___1556(double ___4574, double ___4591, double ___4715, CoordSys_e ___3159, ___372 ___2004, ___1172 zone, ___516 color, ___516 ___1411, ___372 ___2022, GeomType_e ___1651, LinePattern_e ___2263, double ___2986, double ___2289, uint16_t ___2793, ArrowheadStyle_e arrowheadStyle, ArrowheadAttachment_e arrowheadAttachment, double arrowheadSize, double arrowheadAngle, Scope_e ___3442, Clipping_e ___495, std::vector<std::vector<___4580>> const &___1572, std::string const &___2330) : ___2616(___3159), ___2484(___2004), ___2677(zone), ___2395(color), ___2462(___1411), ___2486(___2022), ___2466(___1651), ___2489(___2263), ___2615(___2986), ___2490(___2289), ___2502(___2793), ___2343(arrowheadStyle), ___2341(arrowheadAttachment), ___2342(arrowheadSize), ___2340(arrowheadAngle), ___2619(___3442), ___2394(___495), ___2464(___1572), ___2491(___2330)
			{
				___2617[0] = ___4574;
				___2617[1] = ___4591;
				___2617[2] = ___4715;
			}
		};
		struct Text
		{
			___516 ___2628;
			___516 ___2629;
			double ___2630;
			double ___2631;
			TextBox_e ___2632;
			TextAnchor_e ___2625;
			double ___2626[3];
			double ___2627;
			Clipping_e ___2633;
			___516 ___2634;
			double ___2635;
			double ___2637;
			std::string ___2638;
			CoordSys_e ___2639;
			Scope_e ___2641;
			Units_e ___2642;
			std::string ___2643;
			std::string ___2644;
			___372 ___2645;
			___372 ___2646;
			___1172 ___2647;
			___372 ___2636;
			Text() {}
			Text(double ___4574, double ___4591, double ___4713, ___516 ___4059, ___516 ___4061, double ___4071, double ___4073, TextBox_e ___4078, TextAnchor_e ___4043, double ___4056, Clipping_e ___4079, ___516 ___4080, double ___4103, double ___4107, std::string ___4109, CoordSys_e ___4115, Scope_e ___4119, Units_e ___4124, std::string ___4126, std::string ___4129, ___372 ___4132, ___372 ___4134, ___1172 ___4138, ___372 ___4105) : ___2628(___4059), ___2629(___4061), ___2630(___4071), ___2631(___4073), ___2632(___4078), ___2625(___4043), ___2627(___4056), ___2633(___4079), ___2634(___4080), ___2635(___4103), ___2637(___4107), ___2638(___4109), ___2639(___4115), ___2641(___4119), ___2642(___4124), ___2643(___4126), ___2644(___4129), ___2645(___4132), ___2646(___4134), ___2647(___4138), ___2636(___4105)
			{
				___2626[0] = ___4574;
				___2626[1] = ___4591;
				___2626[2] = ___4713;
			}
		};
		struct CustomLabelSet
		{
			uint32_t m_numLabels;
			___3816 m_labels;
		};
		typedef ___2240<___230> AuxDataArray;
		typedef ___2240<___1556> GeomArray;
		typedef ___2240<Text> TextArray;
		typedef ___2240<CustomLabelSet> CustomLabelsArray;
		typedef ___2240<RefSubzoneOffset_t> RefSubzoneOffsetArray;
		class NszConnectivity
		{
			UNCOPYABLE_CLASS(NszConnectivity);

		public:
			SubzoneAddressArray m_refCszs;
			RefSubzoneOffset_t m_numRefCszs;
			NszConnectivity() : m_numRefCszs(0) {}
			~NszConnectivity() { ___937(); }
			uint64_t numBytesAllocated(void) const { return m_refCszs.numBytesAllocated(m_numRefCszs); }
			void ___937()
			{
				m_numRefCszs = 0;
				m_refCszs.___937();
				ENSURE(empty());
			}
			bool setNumRszs(RefSubzoneOffset_t numRszs)
			{
				REQUIRE(___2067());
				REQUIRE(numRszs != BAD_REFSZ_INDEX);
				bool ___2039;
				if (numRszs == 0)
				{
					m_numRefCszs = numRszs;
					___478(m_refCszs.empty());
					___2039 = true;
				}
				else
				{
					___2039 = m_refCszs.alloc(numRszs);
					if (___2039)
						m_numRefCszs = numRszs;
					else
						___937();
				}
				ENSURE(___2067());
				return ___2039;
			}
			inline bool ___2067() const
			{
				___478(EQUIVALENCE(m_refCszs.empty(), m_numRefCszs == 0));
				___478(IMPLICATION(!m_refCszs.empty(), m_refCszs.size() == size_t(m_numRefCszs)));
				return true;
			}
			inline bool empty() const
			{
				REQUIRE(___2067());
				return m_numRefCszs == 0;
			}
			inline RefSubzoneOffset_t getNumRszs() const
			{
				REQUIRE(___2067());
				return m_numRefCszs;
			}
			inline ___2090::SubzoneAddress getRszAddress(RefSubzoneOffset_t refSubzoneOffset) const
			{
				REQUIRE(___2067());
				REQUIRE(refSubzoneOffset < getNumRszs());
				return m_refCszs[refSubzoneOffset];
			}
			inline bool getRszAddresses(___3269<___2090::SubzoneAddress> &rszAddresses) const
			{
				REQUIRE(___2067());
				REQUIRE(rszAddresses.empty());
				bool ___2039 = true;
				try
				{
					___478(m_numRefCszs > 0);
					rszAddresses.reserve(m_numRefCszs);
					rszAddresses.___3503(m_numRefCszs);
					memcpy(&rszAddresses[0], &m_refCszs[0], m_numRefCszs * sizeof(___2090::SubzoneAddress));
				}
				catch (...)
				{
					___2039 = ___1186("Out of memory in getRefCszAddresses");
				}
				return ___2039;
			}
		};
		typedef ___2240<CszConnectivity> CszConnectivityArray;
		typedef ___2240<CszConnectivityArray> PtnCszConnectivity;
		typedef ___2240<PtnCszConnectivity> ZonePtnCszConnectivity;
		typedef ___2240<RefSubzoneOffsetArray> PtnRefSubzoneOffsetArray;
		typedef ___2240<PtnRefSubzoneOffsetArray> ZonePtnRefSubzoneOffsetArray;
		typedef ___2240<NszConnectivity> NszConnectivityArray;
		typedef ___2240<NszConnectivityArray> PtnNszConnectivity;
		typedef ___2240<PtnNszConnectivity> ZonePtnNszConnectivity;
		typedef ___2240<ItemOffsetArray> ZoneSzSizeArray;
		typedef ___2240<___465> CellSubzoneFirstItemArray;
		typedef ___2240<CellSubzoneFirstItemArray> ZoneCszFirstItemArray;
		typedef ___2240<___2718> NodeSubzoneFirstItemArray;
		typedef ___2240<NodeSubzoneFirstItemArray> ZoneNszFirstItemArray;
		typedef ___2240<___81> AnySzFirstItemArray;
		typedef ___2240<AnySzFirstItemArray> ZoneAnySzFirstItemArray;
		typedef ___2240<___2479> ___2481;
		typedef ___2240<___2481> VarZoneMinMaxArray;
	}
}