#include #include #include #include #include using namespace std; class Team { public: Team(string teamName) : m_name(teamName), m_points(0) { } string getName() { return m_name; } int getPoints() { return m_points; } bool isWin() { return m_win; } void play(Team *team, bool rankMatch = false) { const int winPosibility = rand() % 101; const int ennemyWP = 100 - winPosibility; if (rankMatch) { if (winPosibility > ennemyWP) { m_points += 3; } else if (winPosibility < ennemyWP) { team->m_points += 3; } else { m_points += 1; team->m_points += 1; } } else { if (winPosibility > ennemyWP) { m_win = true; team->m_win = false; } else if (winPosibility < ennemyWP) { m_win = false; team->m_win = true; } else { m_win = true; team->m_win = true; } } } private: string m_name; int m_points; bool m_win; }; class Group { public: Group(char symbole) : m_groupSym(symbole) { switch (m_groupSym) { case 'A': m_groupTeams.push_back(Team("Egypt")); m_groupTeams.push_back(Team("Russia")); m_groupTeams.push_back(Team("Saudi_Arabia")); m_groupTeams.push_back(Team("Uruguay")); break; case 'B': m_groupTeams.push_back(Team("Iran")); m_groupTeams.push_back(Team("Morocco")); m_groupTeams.push_back(Team("Portugual")); m_groupTeams.push_back(Team("Spain")); break; case 'C': m_groupTeams.push_back(Team("Australia")); m_groupTeams.push_back(Team("Danemark")); m_groupTeams.push_back(Team("France")); m_groupTeams.push_back(Team("Peru")); break; case 'D': m_groupTeams.push_back(Team("Argentina")); m_groupTeams.push_back(Team("Croatia")); m_groupTeams.push_back(Team("Iceland")); m_groupTeams.push_back(Team("Nigeria")); break; case 'E': m_groupTeams.push_back(Team("Brasil")); m_groupTeams.push_back(Team("Costa Rica")); m_groupTeams.push_back(Team("Serbia")); m_groupTeams.push_back(Team("Switzerland")); break; case 'F': m_groupTeams.push_back(Team("Germany")); m_groupTeams.push_back(Team("Korea_Republic")); m_groupTeams.push_back(Team("Mexico")); m_groupTeams.push_back(Team("Sweden")); break; case 'G': m_groupTeams.push_back(Team("Belgium")); m_groupTeams.push_back(Team("England")); m_groupTeams.push_back(Team("Panama")); m_groupTeams.push_back(Team("Tunisia")); break; case 'H': m_groupTeams.push_back(Team("Colombia")); m_groupTeams.push_back(Team("Japan")); m_groupTeams.push_back(Team("Poland")); m_groupTeams.push_back(Team("Senegal")); break; } // end switch } private: void classify() { // each group has 4 teams for (int i(0); i < 3; i++) { const int max = m_groupTeams[i].getPoints(); for (int j(i + 1); j < 4; j++) { Team team = m_groupTeams[j]; if (team.getPoints() > max) { swap(m_groupTeams[j], m_groupTeams[i]); } } } } public: void showTeams() { int size = m_groupTeams.size(); for (int i(0); i < size; i++) { cout << m_groupTeams[i].getName(); if (i != size -1) cout << " and "; } } Team &getTeam(int teamNum) { return m_groupTeams[teamNum]; } void playMatches() { for (int i(0); i < 4; i++) { for (int j(0); j < 4; j++) { if (j != i) { m_groupTeams[i].play(&m_groupTeams[j], true); } } classify(); } eliminateLosers(); } private: void eliminateLosers() { m_groupTeams.erase(m_groupTeams.end() - 2, m_groupTeams.end()); } private: char m_groupSym; vector m_groupTeams; }; // group class end class WorldCup { public: WorldCup() : winner(0) { for (char c('A'); c <= 'H'; c++) { m_groups.push_back(Group(c)); } winner = new Team("teamName"); } ~WorldCup() { delete winner; } void reset() { delete winner; winner = 0; winner = new Team("newTeam"); } void run() { // we will implement these functions in private side cout << "The first round" << endl; firstRound(); cout << "The winners:" << endl; for (int i (0); i < m_groups.size (); i++) { cout << "in the group "; cout << (char)(i+65) << " : "; m_groups[i].showTeams(); cout << endl; } cout << endl << endl; cout << "Second round" << endl; secondRound(); cout << endl << endl; cout << "Quarter Finalls" << endl; quarterFinalls(); cout << endl << endl; cout << "The Semi-Finalls" << endl; semiFinalls(); cout << endl << endl; cout << "FINALLS" << endl; finalls(); cout << endl << endl; cout << "the winner is: "; cout << winner->getName(); } private: vector m_groups; // winners in second round vector m_winTeams; Team *winner; // Rounds void firstRound() { for (int i(0); i < m_groups.size(); i++) { m_groups[i].playMatches(); } } void secondRound() { for (int i(0); i < m_groups.size(); i += 2) { for (int j(0); j < 2; j++) { Team t1 = m_groups[i].getTeam(j); Team t2 = m_groups[i + 1].getTeam(j); cout << t1.getName(); cout << " vs "; cout << t2.getName(); cout << endl; t1.play(&t2); bool w1; if (t1.isWin() && t2.isWin()) { w1 = (bool)rand() % 2; if (w1) m_winTeams.push_back(t1); else m_winTeams.push_back(t2); } else if (t1.isWin()) { m_winTeams.push_back(t1); } else { m_winTeams.push_back(t2); } } } m_groups.erase(m_groups.begin(), m_groups.end()); } void quarterFinalls() { vector t = m_winTeams; m_winTeams.erase(m_winTeams.begin(), m_winTeams.end()); for (int i(0); i < t.size(); i += 2) { cout << t[i].getName(); cout << " vs "; cout << t[i+1].getName(); cout << endl; t[i].play(&t[i + 1]); bool w1; if (t[i].isWin() && t[i + 1].isWin()) { w1 = (bool)rand() % 2; if (w1) m_winTeams.push_back(t[i]); else m_winTeams.push_back(t[i + 1]); } else if (t[i].isWin()) { m_winTeams.push_back(t[i]); } else { m_winTeams.push_back(t[i + 1]); } } t.erase(t.begin(), t.end()); } void semiFinalls() { vector t = m_winTeams; m_winTeams.erase(m_winTeams.begin(), m_winTeams.end()); for (int i(0); i < t.size(); i += 2) { cout << t[i].getName(); cout << " vs "; cout << t[i+1].getName(); cout << endl; t[i].play(&t[i + 1]); bool w1; if (t[i].isWin() && t[i + 1].isWin()) { w1 = (bool)rand() % 2; if (w1) m_winTeams.push_back(t[i]); else m_winTeams.push_back(t[i + 1]); } else if (t[i].isWin()) { m_winTeams.push_back(t[i]); } else { m_winTeams.push_back(t[i + 1]); } } t.erase(t.begin(), t.end()); } void finalls() { cout << m_winTeams[0].getName(); cout << " vs "; cout << m_winTeams[1].getName(); cout << endl; m_winTeams[0].play(&m_winTeams[1]); bool firstWon; if (m_winTeams[0].isWin() && m_winTeams[1].isWin()) { firstWon = (bool)rand() % 2; if (firstWon) *winner = m_winTeams[0]; else *winner = m_winTeams[1]; } else if (m_winTeams[0].isWin()) { *winner = m_winTeams[0]; } else { *winner = m_winTeams[1]; } // erase all teams m_winTeams.erase(m_winTeams.begin(), m_winTeams.end()); } }; int main() { srand(time(0)); string wishedWinner; getline (cin, wishedWinner); cout << "You wante " << wishedWinner << " win" << endl ; cout << "OK LET\'S See" << endl << endl; WorldCup cup; cup.run(); cout << endl << endl; cout << "NOTE: "; cout << "Thanks for seeing this code." << endl; cout << "If you like it give me an upvote please." << endl; cout << "this is amportant to me" << endl; return 0; }

WORLD CUP SIMULATOR