#pragma once
#include "basicTypes.h"
#include "TASSERT.h"
#include "LightweightVector.h"
namespace tecplot
{
	namespace ___3933
	{
		class ___1844
		{
		private:
			static ___81 const BAD_VALUE = BAD_ANY_INDEX;
			union
			{
				___81 m_iValue;
				___81 m_numFENodes;
			};
			union
			{
				___81 m_jValue;
				___81 m_numFECells;
			};
			union
			{
				___81 m_kValue;
				___81 m_numFECorners;
			};
			___81 m_ijValue;

		public:
			___1844(___81 ___1841, ___81 ___2113, ___81 ___2158) : m_iValue(___1841), m_jValue(___2113), m_kValue(___2158), m_ijValue(___1841 * ___2113) {}
			___1844(___1844 const &___1843) : m_iValue(___1843.m_iValue), m_jValue(___1843.m_jValue), m_kValue(___1843.m_kValue), m_ijValue(___1843.m_ijValue) {}
			___1844() : m_iValue(BAD_VALUE), m_jValue(BAD_VALUE), m_kValue(BAD_VALUE) {}
			bool ___2067(void) const
			{
				REQUIRE(IMPLICATION(m_iValue == BAD_VALUE, *this == BAD_VALUE));
				REQUIRE(IMPLICATION(m_iValue != BAD_VALUE, m_iValue * m_jValue == m_ijValue));
				return m_iValue != BAD_VALUE;
			}
			void invalidate(void) { m_iValue = m_jValue = m_kValue = m_ijValue = BAD_VALUE; }
			___81 i(void) const { return m_iValue; }
			___81 ___2105(void) const { return m_jValue; }
			___81 ___2134(void) const { return m_kValue; }
			void setI(___81 ___1841)
			{
				m_iValue = ___1841;
				m_ijValue = m_jValue * m_iValue;
			}
			void setJ(___81 ___2113)
			{
				m_jValue = ___2113;
				m_ijValue = m_jValue * m_iValue;
			}
			void ___3497(___81 ___2158) { m_kValue = ___2158; }
			___465 ___1668(void) const
			{
				REQUIRE(m_numFECells <= MAX_NUM_CELLS);
				return ___465(m_numFECells);
			}
			___682 ___1669(void) const
			{
				REQUIRE(m_numFECorners <= MAX_NUM_CELL_CORNERS);
				return ___682(m_numFECorners);
			}
			___2718 ___1670(void) const
			{
				REQUIRE(m_numFENodes <= MAX_NUM_NODES);
				return ___2718(m_numFENodes);
			}
			void setFENumCells(___81 ___2781) { m_numFECells = ___2781; }
			void ___3485(___682 ___2789) { m_numFECorners = ___2789; }
			void setFENumNodes(___81 ___2821) { m_numFENodes = ___2821; }
			void setIJK(___1844 const &___1843)
			{
				REQUIRE(___1843 >= 0);
				m_iValue = ___1843.i();
				m_jValue = ___1843.___2105();
				m_kValue = ___1843.___2134();
			}
			void operator=(___81 const ___4298)
			{
				m_iValue = ___4298;
				m_jValue = ___4298;
				m_kValue = ___4298;
				m_ijValue = ___4298 * ___4298;
			}
			bool operator==(___81 const ___4298) const { return m_iValue == ___4298 && m_jValue == ___4298 && m_kValue == ___4298; }
			bool operator==(___1844 const &___1843) const { return m_iValue == ___1843.m_iValue && m_jValue == ___1843.m_jValue && m_kValue == ___1843.m_kValue; }
			bool operator!=(___81 const ___4298) const { return m_iValue != ___4298 || m_jValue != ___4298 || m_kValue != ___4298; }
			bool operator!=(___1844 const &___1843) const { return m_iValue != ___1843.m_iValue || m_jValue != ___1843.m_jValue || m_kValue != ___1843.m_kValue; }
			bool operator>(___81 const ___4298) const { return m_iValue > ___4298 && m_jValue > ___4298 && m_kValue > ___4298; }
			bool operator>(___1844 const &___1843) const { return m_iValue > ___1843.m_iValue && m_jValue > ___1843.m_jValue && m_kValue > ___1843.m_kValue; }
			bool operator>=(___81 const ___4298) const { return m_iValue >= ___4298 && m_jValue >= ___4298 && m_kValue >= ___4298; }
			bool operator>=(___1844 const &___1843) const { return m_iValue >= ___1843.m_iValue && m_jValue >= ___1843.m_jValue && m_kValue >= ___1843.m_kValue; }
			bool operator<(___81 const ___4298) const { return m_iValue < ___4298 && m_jValue < ___4298 && m_kValue < ___4298; }
			bool operator<(___1844 const &___1843) const { return m_iValue < ___1843.m_iValue && m_jValue < ___1843.m_jValue && m_kValue < ___1843.m_kValue; }
			bool operator<=(___81 const ___4298) const { return m_iValue <= ___4298 && m_jValue <= ___4298 && m_kValue <= ___4298; }
			bool operator<=(___1844 const &___1843) const { return m_iValue <= ___1843.m_iValue && m_jValue <= ___1843.m_jValue && m_kValue <= ___1843.m_kValue; }
			___1844 operator+(___81 const ___4298) const { return ___1844(m_iValue + ___4298, m_jValue + ___4298, m_kValue + ___4298); }
			___1844 operator+(___1844 const &___1843) const { return ___1844(m_iValue + ___1843.m_iValue, m_jValue + ___1843.m_jValue, m_kValue + ___1843.m_kValue); }
			___1844 operator-(___81 const ___4298) const
			{
				___1844 ___3358(m_iValue - ___4298, m_jValue - ___4298, m_kValue - ___4298);
				ENSURE(___3358 <= *this);
				return ___3358;
			}
			___1844 operator-(___1844 const &___1843) const
			{
				___1844 ___3358(m_iValue - ___1843.m_iValue, m_jValue - ___1843.m_jValue, m_kValue - ___1843.m_kValue);
				ENSURE(___3358 <= *this);
				return ___3358;
			}
			___1844 operator*(___81 const ___4298) const { return ___1844(m_iValue * ___4298, m_jValue * ___4298, m_kValue * ___4298); }
			___1844 operator*(___1844 const &___1843) const { return ___1844(m_iValue * ___1843.m_iValue, m_jValue * ___1843.m_jValue, m_kValue * ___1843.m_kValue); }
			___1844 operator/(___81 const ___4298) const { return ___1844(m_iValue / ___4298, m_jValue / ___4298, m_kValue / ___4298); }
			___1844 operator/(___1844 const &___1843) const { return ___1844(m_iValue / ___1843.m_iValue, m_jValue / ___1843.m_jValue, m_kValue / ___1843.m_kValue); }
			___1844 operator%(___81 const ___4298) const { return ___1844(m_iValue % ___4298, m_jValue % ___4298, m_kValue % ___4298); }
			___1844 operator%(___1844 const &___1843) const { return ___1844(m_iValue % ___1843.m_iValue, m_jValue % ___1843.m_jValue, m_kValue % ___1843.m_kValue); }
			___1844 &operator+=(___1844 const &___1843)
			{
				m_iValue += ___1843.m_iValue;
				m_jValue += ___1843.m_jValue;
				m_kValue += ___1843.m_kValue;
				m_ijValue = m_iValue * m_jValue;
				return *this;
			}
			___1844 &operator-=(___1844 const &___1843)
			{
				m_iValue -= ___1843.m_iValue;
				m_jValue -= ___1843.m_jValue;
				m_kValue -= ___1843.m_kValue;
				m_ijValue = m_iValue * m_jValue;
				return *this;
			}
			___1844 minOp(___81 const ___4298) const { return ___1844(std::min(m_iValue, ___4298), std::min(m_jValue, ___4298), std::min(m_kValue, ___4298)); }
			___1844 minOp(___1844 const &___1843) const { return ___1844(std::min(m_iValue, ___1843.m_iValue), std::min(m_jValue, ___1843.m_jValue), std::min(m_kValue, ___1843.m_kValue)); }
			___1844 maxOp(___81 const ___4298) const { return ___1844(std::max(m_iValue, ___4298), std::max(m_jValue, ___4298), std::max(m_kValue, ___4298)); }
			___1844 maxOp(___1844 const &___1843) const { return ___1844(std::max(m_iValue, ___1843.m_iValue), std::max(m_jValue, ___1843.m_jValue), std::max(m_kValue, ___1843.m_kValue)); }
			___1844 getCellIJK(void) const
			{
				___1844 const ___3358 = maxOp(2) - 1;
				return ___3358;
			}
			___81 ___461(void) const { return std::max(m_iValue, ___81(2)) - 1; }
			___81 ___466(void) const { return std::max(m_jValue, ___81(2)) - 1; }
			___81 ___467(void) const { return std::max(m_kValue, ___81(2)) - 1; }
			___81 blockSize(void) const { return m_ijValue * m_kValue; }
			___2718 ___1768(void) const { return ___2718(blockSize()); }
			___465 getNumContiguousCells(void) const { return ___465(getCellIJK().blockSize()); }
			___465 getNumPaddedCells(void) const { return ___465(i() * ___2105() * ___467()); }
			inline ___81 iFromOffset(___81 itemOffset) const
			{
				REQUIRE(itemOffset < blockSize());
				return itemOffset % m_iValue;
			}
			inline ___81 jFromOffset(___81 itemOffset) const
			{
				REQUIRE(itemOffset < blockSize());
				return (itemOffset / m_iValue) % m_jValue;
			}
			inline ___81 kFromOffset(___81 itemOffset) const
			{
				REQUIRE(itemOffset < blockSize());
				return (itemOffset / m_iValue) / m_jValue;
			}
			___1844 ijkAtOffset(___81 itemOffset) const
			{
				REQUIRE(itemOffset < blockSize());
				if (itemOffset < ___2182 && m_ijValue < ___2182)
				{
					int32_t const ijValue32 = static_cast<int32_t>(m_ijValue);
					int32_t const iValue32 = static_cast<int32_t>(m_iValue);
					int32_t itemOffset32 = static_cast<int32_t>(itemOffset);
					int32_t const kk32 = itemOffset32 / ijValue32;
					itemOffset32 -= kk32 * ijValue32;
					int32_t const jj32 = itemOffset32 / iValue32;
					___81 const ___2113 = jj32;
					___81 const ___1841 = itemOffset32 - jj32 * iValue32;
					___81 const ___2158 = kk32;
					return ___1844(___1841, ___2113, ___2158);
				}
				else
				{
					___81 const ___1841 = iFromOffset(itemOffset);
					___81 const ___2113 = jFromOffset(itemOffset);
					___81 const ___2158 = kFromOffset(itemOffset);
					return ___1844(___1841, ___2113, ___2158);
				}
			}
			___81 offsetAtIJK(___1844 const &___1843) const
			{
				REQUIRE(___1843 >= 0 && ___1843 < *this);
				___81 ___2865 = ___1843.m_iValue + m_iValue * (___1843.m_jValue + m_jValue * ___1843.m_kValue);
				ENSURE(___2865 < blockSize());
				return ___2865;
			}
		};
		inline bool operator!=(___81 const ___4298, ___1844 const &___1843) { return ___1843 != ___4298; }
		inline bool operator==(___81 const ___4298, ___1844 const &___1843) { return ___1843 == ___4298; }
		inline bool operator>(___81 const ___4298, ___1844 const &___1843) { return ___1843 < ___4298; }
		inline bool operator>=(___81 const ___4298, ___1844 const &___1843) { return ___1843 <= ___4298; }
		inline bool operator<(___81 const ___4298, ___1844 const &___1843) { return ___1843 > ___4298; }
		inline bool operator<=(___81 const ___4298, ___1844 const &___1843) { return ___1843 >= ___4298; }
		inline ___81 ___1877(___1844 const &___1880, ___1844 const &___1852)
		{
			REQUIRE(0 <= ___1880 && ___1880 <= ___1852);
			___1844 ijkSpan = ___1852 - ___1880 + 1;
			return ijkSpan.___1768();
		}
		inline ___81 maxComponent(___1844 const &___1843)
		{
			___81 maxComp = std::max(___1843.i(), ___1843.___2105());
			if (maxComp < ___1843.___2134())
				maxComp = ___1843.___2134();
			return maxComp;
		}
#ifdef LWV_SPECIALIZE_PLAIN_DATA_VECTORS
		template <>
		class ___2240<___1844> : public ___3094<___1844>
		{
		};
#endif
	}
}