oldwar

//
//  main.cpp
//  wojna
//
//  Created by Dawid Siarczyński on 23/11/2019.
//  Copyright © 2019 Dawid Siarczyński. All rights reserved.

#include <cstdlib>
#include <iostream>
#include <time.h>
#include<string.h>
#include <queue>
#include <stdio.h>
#define SIZE 52
using namespace std;

struct Karta
{
	char figura;
	char kolor;
};
//zmienne globalne
Karta talia[SIZE];
Karta player1[SIZE];
Karta player2[SIZE];
char const* const figura[13] =
{ "two of","three of","four of","five of","six of","seven of","eight of","nine of","ten of","jack of","queen of","King of","ace of" };
char const* const kolor[4] = { "clubs","diamonds","hearts","spades" };
int counter = 0;
int decksize;
int fsize;
int add;
int przebieg;
queue <int> wplayer_1;
queue <int> kplayer_1;
queue <int> wplayer_2;
queue <int> kplayer_2;
queue <int> wwar_1;
queue <int> wwar_2;
queue <int> kwar_1;
queue <int> kwar_2;


void zlozTalie(Karta* newdeck, char const* const newFigura, char const* const newKolor)
{
	for (int i = 0; i < decksize; i++)
	{

		newdeck[i].figura = ((i % fsize) + add);
		newdeck[i].kolor = (i / fsize);

	}
}
void tasuj(Karta* newdeck)
{
	for (int i = 0; i < decksize; i++)
	{
		int j = rand() % decksize;
		Karta t = newdeck[i];
		newdeck[i] = newdeck[j];
		newdeck[j] = t;
	}
}

void rozdaj(Karta* newdeck) {
	for (int i = 0; i < decksize; i++) {
		if (i % 2 == 0) {
			wplayer_1.push(newdeck[i].figura);
			kplayer_1.push(newdeck[i].kolor);
		}
		else {
			wplayer_2.push(newdeck[i].figura);
			kplayer_2.push(newdeck[i].kolor);
		}
	}
};
void licz() //do liczenia rangi
{
	int i = 0;
	int* p1 = 0, * p2 = 0;
	while (i <= (SIZE / 2)) {
		if (wplayer_1.front() == 12)
			p1 += 25; // as=25
		if (wplayer_1.front() == 11)
			p1 += 20;
		if (wplayer_1.front() == 10)
			p1 += 15;
		if (wplayer_1.front() == 9)
			p1 += 10;
		wplayer_1.push(wplayer_1.front());
		wplayer_1.pop();
		if (wplayer_2.front() == 12)
			p2 += 25; // as=25
		if (wplayer_2.front() == 11)
			p2 += 20;
		if (wplayer_2.front() == 10)
			p2 += 15;
		if (wplayer_2.front() == 9)
			p2 += 10;
		wplayer_2.push(wplayer_1.front());
		wplayer_2.pop();
		i++;
	}
	cout << "player1;" << p1 << "range" << "player2;" << p2;
}

void show() // pokazuje przebieg wojny
{
	if (przebieg == 1) {
		cout << "PLAYER 1:       " << figura[wplayer_1.front()] << " " << kolor[kplayer_1.front()] << "   cards in hand: " << wplayer_1.size() - 1 << endl;
		cout << "PLAYER 2:       " << figura[wplayer_2.front()] << " " << kolor[kplayer_2.front()] << "   cards in hand: " << wplayer_2.size() - 1 << endl << endl;
	}
}
void win1()   // wygrana gracza 1
{
	wwar_1.push(wplayer_1.front());
	kwar_1.push(kplayer_1.front());
	wplayer_1.pop();
	kplayer_1.pop();
	while (!wwar_1.empty() && !kwar_1.empty()) {
		wplayer_1.push(wwar_1.front());
		kplayer_1.push(kwar_1.front());
		wwar_1.pop();
		kwar_1.pop();
	}

	wwar_2.push(wplayer_2.front());
	kwar_2.push(kplayer_2.front());
	wplayer_2.pop();
	kplayer_2.pop();
	if (wplayer_2.empty()) {
		cout << "Player 1 won";
	}

	while (!wwar_2.empty() && !kwar_2.empty()) {
		wplayer_1.push(wwar_2.front());
		kplayer_1.push(kwar_2.front());
		wwar_2.pop();
		kwar_2.pop();
	}
	counter++;
}

void win2() // wygrana gracza 2
{
	wwar_2.push(wplayer_2.front());
	kwar_2.push(kplayer_2.front());
	wplayer_2.pop();
	kplayer_2.pop();

	while (!wwar_2.empty() && !kwar_2.empty()) {
		wplayer_2.push(wwar_2.front());
		kplayer_2.push(kwar_2.front());
		wwar_2.pop();
		kwar_2.pop();
	}
	wwar_1.push(wplayer_1.front());
	kwar_1.push(kplayer_1.front());
	wplayer_1.pop();
	kplayer_1.pop();

	if (wplayer_1.empty())
		cout << "Player 2 won";

	while (!wwar_1.empty() && !kwar_1.empty()) {
		wplayer_2.push(wwar_1.front());
		kplayer_2.push(kwar_1.front());
		wwar_1.pop();
		kwar_1.pop();
	}
	counter++;
}
void wojna() {

	while (!wplayer_1.empty() && !wplayer_2.empty())
	{
		if (wplayer_1.front() > wplayer_2.front())
		{
			show();
			win1();
		}
		else if (wplayer_1.front() < wplayer_2.front())
		{
			show();
			win2();
		}
		else if (wplayer_1.front() == wplayer_2.front())
		{
			if (przebieg == 1)
				cout << "     !!!!!!WAR!!!!!!" << endl;
			show();
			if (wplayer_1.size() <= 2) {
				cout << " Player 2 won";
				break;
			}
			else if (wplayer_2.size() <= 2) {
				cout << "Player 1 won";
				break;
			}
			else {
				wwar_2.push(wplayer_2.front());
				kwar_2.push(kplayer_2.front());
				wplayer_2.pop();
				kplayer_2.pop();
				wwar_1.push(wplayer_1.front());
				kwar_1.push(kplayer_1.front());
				wplayer_1.pop();
				kplayer_1.pop();
				show();
			}
			if (wplayer_1.empty())
				break;
			else if (wplayer_2.empty())
				break;
			else {
				wwar_2.push(wplayer_2.front());
				kwar_2.push(kplayer_2.front());
				wplayer_2.pop();
				kplayer_2.pop();
				wwar_1.push(wplayer_1.front());
				kwar_1.push(kplayer_1.front());
				wplayer_1.pop();
				kplayer_1.pop();
			}
			counter++;
			wojna();
			counter++;
			return;
		}
	}

	cout << " moves counter: " << counter << endl;
}
void wojna_varB() //wojna tylko wariant B
{
	while (!wplayer_1.empty() && !wplayer_2.empty())
	{
		if (wplayer_1.front() > wplayer_2.front())
		{
			show();
			win1();

		}
		else if (wplayer_1.front() < wplayer_2.front())
		{
			show();
			win2();

		}
		else if (wplayer_1.front() == wplayer_2.front())
		{
			if (przebieg == 1)
				cout << "     !!!!!!WAR!!!!!!" << endl;
			show();

			wwar_1.push(wplayer_1.front());
			kwar_1.push(kplayer_1.front());
			wplayer_1.pop();
			kplayer_1.pop();
			wwar_2.push(wplayer_2.front());
			kwar_2.push(kplayer_2.front());
			wplayer_2.pop();
			kplayer_2.pop();
			if (wplayer_1.empty() || wplayer_2.empty()) {
				if (wplayer_1.empty()) { // koncza sie 2 karty graczowi 1
					wwar_1.push(wplayer_2.front());
					kwar_1.push(kplayer_2.front());
					wplayer_2.pop();
					kplayer_2.pop();
					wplayer_1.push(wplayer_2.front());
					kplayer_1.push(kplayer_2.front());
					wplayer_2.pop();
					kplayer_2.pop(); // karta na stosie gracza nr 1
					show();
				}
				if (wplayer_2.empty()) { // koncza sie 2 karty graczowi 2
					wwar_2.push(wplayer_1.front());
					kwar_2.push(kplayer_1.front());
					wplayer_1.pop();
					kplayer_1.pop();
					wplayer_2.push(wplayer_1.front());
					kplayer_2.push(kplayer_1.front());
					wplayer_1.pop();
					kplayer_1.pop(); // karta na stosie gracza nr 2
					show();
				}
			}
			else {
				wwar_2.push(wplayer_2.front());
				kwar_2.push(kplayer_2.front());
				wplayer_2.pop();
				kplayer_2.pop();
				wwar_1.push(wplayer_1.front());
				kwar_1.push(kplayer_1.front());
				wplayer_1.pop();
				kplayer_1.pop();
				if (wplayer_1.empty()) { // konczy sie 1 karta graczowi 1

					wplayer_1.push(wplayer_2.front());
					kplayer_1.push(kplayer_2.front());
					wplayer_2.pop();
					kplayer_2.pop(); // karta na stosie gracza nr 1
					show();
				}
				if (wplayer_2.empty()) { // konczy sie 1 karta graczowi 2
					wplayer_2.push(wplayer_1.front());
					kplayer_2.push(kplayer_1.front());
					wplayer_1.pop();
					kplayer_1.pop(); // karta na stosie gracza nr 2
					show();
				}
			}

			counter++;
			if (wplayer_1.empty())
				break;
			else if (wplayer_2.empty())
				break;
			wojna_varB();
			counter++;
			return;
		}
	}
	if (!wplayer_1.empty())
		cout << " ";
	else
		cout << " ";
	cout << "moves counter: " << counter << endl;
}
void dequeue() // oproznianie kolejki
{
	while (!wplayer_2.empty())
	{
		wplayer_2.pop();
	}
	while (!kplayer_2.empty())
	{
		kplayer_2.pop();
	}
	while (!wplayer_1.empty())
	{
		wplayer_1.pop();
	}
	while (!kplayer_1.empty())
	{
		kplayer_1.pop();
	}
	while (!wwar_1.empty() && !kwar_1.empty()) {
		wplayer_1.push(wwar_1.front());
		kplayer_1.push(kwar_1.front());
		wwar_1.pop();
		kwar_1.pop();
	}
	while (!wwar_2.empty() && !kwar_2.empty()) {
		wplayer_2.push(wwar_2.front());
		kplayer_2.push(kwar_2.front());
		wwar_2.pop();
		kwar_2.pop();
	}
}

int main()
{
	int g = 0;
	int h = 0;
	char wariant;

	srand(time(0));
	cout << "Pick size of a deck (must be divisible by 4): ";
	cin >> decksize;
	fsize = (decksize / 4);
	add = (52 - decksize) / 4;
	cout << "Do you want to see course of the war?" << endl;
	cout << "If you want - press 1, If you don`t want - press 0: ";
	cin >> przebieg;
	cout << "Select variant: A or B: ";
	cin >> wariant;
	switch (wariant) {

	case 'A':

		for (int i = 0; i < 1; i++) {

			cout << i;

			counter = 0;
			zlozTalie(talia, *figura, *kolor);
			tasuj(talia);
			rozdaj(talia);
			wojna();
			dequeue();
			h += counter;
			if (i == 999) {
				cout << "Average of moves from 1000 games is: " << h / 1000;
			}

		}

		break;
	case 'B':

		for (int i = 0; i < 1; i++) {

			cout << i;
			counter = 0;
			zlozTalie(talia, *figura, *kolor);
			tasuj(talia);
			rozdaj(talia);
			wojna_varB();
			dequeue();
			g += counter;
			if (i == 999) {
				cout << "Average of moves from 1000 games is: " << g / 1000;
			}
		}
		break;
	default:
		cout << " you can only pick A or B";


	}
	return 0;
}