bubster program for baseball

// Baseball test.cpp : Defines the entry point for the console application.
//
#include "stdafx.h"
#include <windows.h>
#include <iostream>
#include <iomanip>
#include <cmath>
#include <ctime>
#include <string>
#include <algorithm>
#include <vector>

using namespace std;



class Team {

public:

	string TeamName;
	int firstInning;
	int secondInning;
	int thirdInningr;
	int fourthInning;
	int fithInning;
	int sixthInning;
	int seventhInning;
	int eigthInning;
	int ninthInning;
	int tenthInning;
	int eleventhInning;
	int twelthInning;
	//Horse(string = "Warhorse");

	int generateInningScore() {
		int InningScore;
		InningScore = rand() % 8 + 1;
		return InningScore;
	}



	// Instructions to generate quarter time data for object attributes
	Team::Team(string newTeamName) {
		TeamName = newTeamName;       // apply to generic horseName
		firstInning = generateInningScore();
		secondInning = firstInning + generateInningScore();
		thirdInningr = secondInning + generateInningScore();
		fourthInning = thirdInningr + generateInningScore();
		fithInning = fourthInning + generateInningScore();
		sixthInning = fithInning + generateInningScore();
		seventhInning = sixthInning + generateInningScore();
		eigthInning = seventhInning + generateInningScore();
		ninthInning = eigthInning + generateInningScore();
		tenthInning = ninthInning + generateInningScore();
		eleventhInning = tenthInning + generateInningScore();
		twelthInning = eleventhInning + generateInningScore();
	}
};


// Functions to be used in sorting
bool firstQuarterCompare(const Team & l, const Team & r) {

	return l.firstInning < r.firstInning;
}

bool secondQuarterCompare(const Team & l, const Team & r) {

	return l.secondInning < r.secondInning;
}

bool thirdQuarterCompare(const Team & l, const Team & r) {

	return l.thirdInningr < r.thirdInningr;
}

bool fourthQuarterCompare(const Team & l, const Team & r) {

	return l.fourthInning < r.fourthInning;
}
bool fithQuarterCompare(const Team & l, const Team & r) {

	return l.fithInning < r.fithInning;
}
bool sixthQuarterCompare(const Team & l, const Team & r) {

	return l.sixthInning < r.sixthInning;
}
bool seventhQuarterCompare(const Team & l, const Team & r) {

	return l.seventhInning < r.seventhInning;
}
bool eigthQuarterCompare(const Team & l, const Team & r) {

	return l.eigthInning < r.eigthInning;
}
bool ninthQuarterCompare(const Team & l, const Team & r) {

	return l.eigthInning < r.eigthInning;
}
bool tenthQuarterCompare(const Team & l, const Team & r) {

	return l.eigthInning < r.eigthInning;
}
bool eleventhQuarterCompare(const Team & l, const Team & r) {

	return l.eigthInning < r.eigthInning;
}
bool twelthQuarterCompare(const Team & l, const Team & r) {

	return l.eigthInning < r.eigthInning;
}


int main() {

	int i;
	srand(time(NULL));
	vector<Team> teamsPlaying;
	vector<Team>::iterator Iter;

	// Add each horse to the end of the vector "horsesRacing"

	teamsPlaying.push_back(Team("Always Dreaming"));
	teamsPlaying.push_back(Team("Nyquist"));
	//horsesRacing.push_back(Horse("American Pharoah"));
	//horsesRacing.push_back(Horse("California Chrome"));

	Sleep(150);

	sort(teamsPlaying.begin(), teamsPlaying.end(), firstQuarterCompare);

	cout << endl;
	cout << "After Quarter One, the standings are:" << endl;

	i = 1;

	for (Iter = teamsPlaying.begin(); Iter != teamsPlaying.end(); ++Iter) {

		cout << i << ") " << Iter->TeamName << " at "
			<< Iter->firstInning << " score" << endl;
		i++;

	}

	Sleep(3000);

	sort(teamsPlaying.begin(), teamsPlaying.end(), secondQuarterCompare);

	cout << endl;
	cout << "After Quarter Two, the standings are:" << endl;

	i = 1;

	for (Iter = teamsPlaying.begin(); Iter != teamsPlaying.end(); ++Iter) {

		cout << i << ") " << Iter->TeamName << " at "
			<< Iter->secondInning << " seconds" << endl;
		i++;

	}

	Sleep(3000);

	sort(teamsPlaying.begin(), teamsPlaying.end(), thirdQuarterCompare);

	cout << endl;
	cout << "After Quarter Three, the standings are:" << endl;

	i = 1;

	for (Iter = teamsPlaying.begin(); Iter != teamsPlaying.end(); ++Iter) {

		cout << i << ") " << Iter->TeamName << " at "
			<< Iter->thirdInningr << " seconds" << endl;
		i++;

	}

	Sleep(3000);

	sort(teamsPlaying.begin(), teamsPlaying.end(), fourthQuarterCompare);

	cout << endl;
	cout << "After Quarter Four, the standings are:" << endl;

	i = 1;

	for (Iter = teamsPlaying.begin(); Iter != teamsPlaying.end(); ++Iter) {

		cout << i << ") " << Iter->TeamName << " at "
			<< Iter->fourthInning << " seconds" << endl;
		i++;

	}

	Sleep(3000);

	sort(teamsPlaying.begin(), teamsPlaying.end(), fithQuarterCompare);

	cout << endl;
	cout << "After Quarter Five , the standings are:" << endl;

	i = 1;

	for (Iter = teamsPlaying.begin(); Iter != teamsPlaying.end(); ++Iter) {

		cout << i << ") " << Iter->TeamName << " at "
			<< Iter->fithInning << " seconds" << endl;
		i++;

	}

	Sleep(3000);

	sort(teamsPlaying.begin(), teamsPlaying.end(), sixthQuarterCompare);

	cout << endl;
	cout << "After Quarter Six, the standings are:" << endl;

	i = 1;

	for (Iter = teamsPlaying.begin(); Iter != teamsPlaying.end(); ++Iter) {

		cout << i << ") " << Iter->TeamName << " at "
			<< Iter->sixthInning << " seconds" << endl;
		i++;

	}

	Sleep(3000);

	sort(teamsPlaying.begin(), teamsPlaying.end(), seventhQuarterCompare);

	cout << endl;
	cout << "After Quarter Seven, the standings are:" << endl;

	i = 1;

	for (Iter = teamsPlaying.begin(); Iter != teamsPlaying.end(); ++Iter) {

		cout << i << ") " << Iter->TeamName << " at "
			<< Iter->seventhInning << " seconds" << endl;
		i++;

	}

	Sleep(3000);

	sort(teamsPlaying.begin(), teamsPlaying.end(), eigthQuarterCompare);

	cout << endl;
	cout << "After Quarter Eight, the standings are:" << endl;

	i = 1;

	for (Iter = teamsPlaying.begin(); Iter != teamsPlaying.end(); ++Iter) {

		cout << i << ") " << Iter->TeamName << " at "
			<< Iter->eigthInning << " seconds" << endl;
		i++;

	}

	Sleep(3000);

	sort(teamsPlaying.begin(), teamsPlaying.end(), ninthQuarterCompare);

	cout << endl;
	cout << "After Quarter Nine, the standings are:" << endl;

	i = 1;

	for (Iter = teamsPlaying.begin(); Iter != teamsPlaying.end(); ++Iter) {

		cout << i << ") " << Iter->TeamName << " at "
			<< Iter->ninthInning << " seconds" << endl;
		i++;

	}
	if teamsPlaying.begin == teamsPlaying.end;
	{




	}
	Sleep(3000);

	sort(teamsPlaying.begin(), teamsPlaying.end(), fithQuarterCompare);

	cout << endl;
	cout << "After Quarter Four, the standings are:" << endl;

	i = 1;

	for (Iter = teamsPlaying.begin(); Iter != teamsPlaying.end(); ++Iter) {

		cout << i << ") " << Iter->TeamName << " at "
			<< Iter->fithInning << " seconds" << endl;
		i++;

	}

	Sleep(3000);

	sort(teamsPlaying.begin(), teamsPlaying.end(), fithQuarterCompare);

	cout << endl;
	cout << "After Quarter Four, the standings are:" << endl;

	i = 1;

	for (Iter = teamsPlaying.begin(); Iter != teamsPlaying.end(); ++Iter) {

		cout << i << ") " << Iter->TeamName << " at "
			<< Iter->fithInning << " seconds" << endl;
		i++;

	}

	Sleep(3000);

	sort(teamsPlaying.begin(), teamsPlaying.end(), fithQuarterCompare);

	cout << endl;
	cout << "After Quarter Four, the standings are:" << endl;

	i = 1;

	for (Iter = teamsPlaying.begin(); Iter != teamsPlaying.end(); ++Iter) {

		cout << i << ") " << Iter->TeamName << " at "
			<< Iter->fithInning << " seconds" << endl;
		i++;

	}

	Sleep(3000);

	sort(teamsPlaying.begin(), teamsPlaying.end(), fithQuarterCompare);

	cout << endl;
	cout << "After Quarter Four, the standings are:" << endl;

	i = 1;

	for (Iter = teamsPlaying.begin(); Iter != teamsPlaying.end(); ++Iter) {

		cout << i << ") " << Iter->TeamName << " at "
			<< Iter->fithInning << " seconds" << endl;
		i++;

	}

	cin >> i;

	return 0;
}