#pragma once
#include "ThirdPartyHeadersBegin.h"
#include <limits>
#include <boost/atomic.hpp>
#include "ThirdPartyHeadersEnd.h"
#include "CodeContract.h"
#include "MinMax.h"

namespace tecplot
{
	namespace ___3933
	{
		template <typename T>
		struct ___225
		{
			boost::atomic<T> m_min;
			boost::atomic<T> m_max;
			___225(void) { invalidate(); }
			___225(double newMin, double newMax)
			{
				m_min = static_cast<T>(newMin);
				m_max = static_cast<T>(newMax);
			}
			___225(double ___4298)
			{
				m_min = static_cast<T>(___4298);
				m_max = static_cast<T>(___4298);
			}
			___225(___225<T> const &___2888) : m_min(___2888.m_min.load()), m_max(___2888.m_max.load()) {}
			inline double minValue(void) const { return m_min; };
			inline double maxValue(void) const { return m_max; };
			inline void ___3499(double newMin, double newMax)
			{
				REQUIRE(newMin <= newMax);
				m_min = static_cast<T>(newMin);
				m_max = static_cast<T>(newMax);
			};
			inline void ___3499(___225<T> const &___2888)
			{
				m_min = ___2888.m_min.load();
				m_max = ___2888.m_max.load();
			};
			inline void include(double ___4298)
			{
				T const tVal = static_cast<T>(___4298);
				T curMin = m_min;
				while (tVal < curMin && !m_min.compare_exchange_weak(curMin, tVal))
					;
				T curMax = m_max;
				while (tVal > curMax && !m_max.compare_exchange_weak(curMax, tVal))
					;
			}
			inline void include(___225<T> const &minMax)
			{
				T testMin = minMax.m_min;
				T curMin = m_min;
				while (testMin < curMin && !m_min.compare_exchange_weak(curMin, testMin))
					;
				T testMax = minMax.m_max;
				T curMax = m_max;
				while (testMax > curMax && !m_max.compare_exchange_weak(curMax, testMax))
					;
			}
			inline void include(___2479 const &minMax)
			{
				T testMin = static_cast<T>(minMax.minValue());
				T curMin = m_min;
				while (testMin < curMin && !m_min.compare_exchange_weak(curMin, testMin))
					;
				T testMax = static_cast<T>(minMax.maxValue());
				T curMax = m_max;
				while (testMax > curMax && !m_max.compare_exchange_weak(curMax, testMax))
					;
			}
			inline bool containsValue(double ___4298) const { return (m_min <= ___4298 && ___4298 <= m_max); }
			inline void invalidate(void)
			{
				m_min = std::numeric_limits<T>::max();
				m_max = -std::numeric_limits<T>::max();
			}
			inline bool ___2067(void) const { return m_min.load() <= m_max.load(); }
			___225<T> &operator=(___225<T> const &___3392)
			{
				m_min = ___3392.m_min.load();
				m_max = ___3392.m_max.load();
				return *this;
			}
		};
	}
}