/*
	YOU HAVE TO EDIT THIS FILE
*/

#include "MaxValue.h"
#include <algorithm>
std::vector<int> MaxValue::s_Values;

MaxValue::MaxValue( int value )
{
	m_Value = s_Values.size();
	s_Values.push_back(value);
}

MaxValue::~MaxValue()
{
	s_Values[m_Value] = 0;
}

int MaxValue::CurrentMaximum()
{
	if (s_Values.size()>0)
	{
		return *std::max_element(s_Values.begin(), s_Values.end());
	}
}

MaxValue::MaxValue(const MaxValue& other)
{
	m_Value = s_Values.size();
	s_Values.push_back(s_Values[other.m_Value]);
}
MaxValue& MaxValue::operator=(MaxValue other)
{
	s_Values[m_Value] = s_Values[other.m_Value];
	return *this;
}