// --------------------------------------------------
// THIS CODE FILE IS NOT TO BE MODIFIED IN ANY WAY!!!
// --------------------------------------------------

// YOU ARE TO REFACTOR YOUR CODE FROM PREVIOUS HOMEWORKS
// SO THAT THIS CODE WORKS PROPERLY WITH YOURS

// Include files
#include <iostream>
#include "Boov.h"
#include "Gorg.h"

int main()
{
	// Maintain counters for each competitor
	long long boov_wins = 0;
	long long gorg_wins = 0;

	// Keep the battling to a minimum
	const long long NUMBER_OF_SIMULATIONS = 1000;

	// Lots of battling
	for (long long i = 1; i <= NUMBER_OF_SIMULATIONS; ++i)
	{
		// Set up each object dynamically so virtual functions will work
		Competitor * oh = new Boov("Oh!");
		Competitor * george = new Gorg();

		// Gorg gets attacked first
		// Boov only gets attacked if Gorg is still standing
		// See if we need to continue
		while ((oh->IsDefeated() == false) && (george->IsDefeated() == false))
		{
			george->GetsAttacked();
			if (george->IsDefeated() == false)
			{
				oh->GetsAttacked();
			}
		}

		// Only one of the two is defeated...  So let's figure out who it is
		// You'll need this link for programmming the print statements correctly
		// https://www.learncpp.com/cpp-tutorial/12-10-printing-inherited-classes-using-operator/
		if (george->IsDefeated())
		{
			++boov_wins;
			std::cout << *oh << " defeats " << *george << std::endl;
		}
		else
		{
			++gorg_wins;
			std::cout << *george << " defeats " << *oh << std::endl;
		}

		// This particular simulation is over so give back the memory
		// Maybe if we continued development we would add a Refresh() function or something
		delete oh;
		delete george;
	}

	// Print out the overall results
	double gorg = gorg_wins / static_cast<double>(NUMBER_OF_SIMULATIONS) * 100.0;
	double boov = boov_wins / static_cast<double>(NUMBER_OF_SIMULATIONS) * 100.0;
	// I personally get about 98.7% for George
	std::cout << "George wins " << gorg << "% of the time" << std::endl;
	// I personally get about 1.3% for Oh
	std::cout << "Oh wins     " << boov << "% of the time" << std::endl;

	// Pause program before closing down
	system("PAUSE");
	return 0;
}