/************** * Title: Solo Virtual Tennis Tour (Powered by The Mighty Random Function) * Author: Nova * Publishing Date: 06.08.2020 * Last Updated: 23.12.2020 * Description : Solo Virtual Tennis Tour is a console based randomized tennis game. Keeping in mind about the non-interactivity of Sololearn Code Playground, almost all controls of the game are randomized, so that users can make it to the final output easily. * Input Format: [Your Name - With Length Less Than 8] [Your Category - 'Men' or 'Women'] Each Input should be on different line. * Sample Input 1: Mohan Men * Sample Input 2: Maya Women * NOTE: Default/Randomized Input also supported. You can directly click Submit and skip input from your side. * Any type of bug report or suggestions are always welcome ^_^ * Thanks to Shadow ma'am for suggesting some better approaches to implement the game. * Updates: v1.1 - Minor bugs fixed; Ranking system updated. Player may loose ranking points if not qualified for Semi-Finals; v1.2 - Ranking system updated; Output formatted; v2.0 - New features added. New tournaments introduced throughout the whole month; Implementation improved; * If you are impatient xD, then you can change the date for playing different tournament modes on line 36. Remove localTime->tm_mday and add the day of your choice. You can find the tournaments and their dates at the end of output. **************/ #include #include #include #include #include #include #include #define MDAY localTime->tm_mday using namespace std; void pline(int, char); // Players Class class Players { public: string PlayerName; int rankingPts; }; //Group Class class Group { private: vector name; vector ranking; vector win; vector lose; vector points; vector arrPos; vector r; public: void getData(Players PlayerObj, int rank) { name.push_back(PlayerObj.PlayerName); ranking.push_back(PlayerObj.rankingPts); win.push_back(0); lose.push_back(0); points.push_back(0); r.push_back(rank); } // Get Length Of Player Name int getSize() { return name.size(); } // Get Player Rank int getRank(int index) { return r[index]; } // Get Player Ranking Points int getRankingPoints(int index) { return ranking[index]; } // Get Player Name string getPlayerName(int index) { return name[index]; } // Get the Number of Wins int getWinCount(int index) { return win[index]; } // Get the Number of Losses int getLoseCount(string playerName) { for(int i=0;i<(int)name.size();i++) { //cout << playerName << "<>" << name[i] << "\n"; if(!playerName.compare(name[i])){ return lose[i]; } } return 0; } // Get the Number of Points Earned int getPointCount(int index) { return points[index]; } // Get Index of Player Position int getIndex(string playerName) { return distance(name.begin(), find(name.begin(), name.end(), playerName)); } // Get Player from Top Position int getFirstLargest() { return arrPos[0]; } // Get Player from Second Position int getSecondLargest() { return arrPos[1]; } // Get Player from Third Position int getThirdLargest() { return arrPos[2]; } // Get Player from Fourth Position int getFourthLargest() { return arrPos[3]; } // Add 1 to win and 3 to points if player wins the match void setWinPoints(int index, int w, int p) { win[index] = w; points[index] = p; } // Add 1 to lose if player loses the match void setLoseCount(int index) { lose[index] += 1; } // Add Ranking Points to players knocked out of the tournament from Group Stage void addGroupRankingPts(int a, int b, string playerName, int &status, int pts) { for(int i=0;i<4;i++) { if(i!=a && i!=b) { ranking[i] += (win[i]*50)+pts; } if(!name[i].compare(playerName)) { status = 1; } } } // Add Ranking Points to players entered in Semi-Finals and Finals void addKnockoutsRankingPts(int a, int round, string playerName, int &status, int pts) { switch(round) { case 1: // Semi-Finalists ranking[a] += (win[a]*50)+pts; if(!name[a].compare(playerName)) { status = 2; } break; case 2: // Runner Up ranking[a] += (win[a]*50)+pts; if(!name[a].compare(playerName)) { status = 3; } break; case 3: // Winner ranking[a] += (win[a]*50)+pts; if(!name[a].compare(playerName)) { status = 4; } break; } } // Add Wins For Each Player void AddWinsPts(int a, int &status, int round, int pts, string playerName) { if(round==1) { int w = getFirstLargest(); int x = getSecondLargest(); int y = getThirdLargest(); int z = getFourthLargest(); for(int i=0;i<(int)name.size();i++) { if(i!=w && i!=x && i!=y && i!=z) { ranking[i] += (win[i]*50) + pts; } } } else { switch(round) { case 2: if(!name[a].compare(playerName)) { status = 2; } break; case 3: if(!name[a].compare(playerName)) { status = 3; } break; case 4: if(!name[a].compare(playerName)) { status = 4; } break; case 5: if(!name[a].compare(playerName)) { status = 5; } break; } ranking[a] += (win[a]*50) + pts; } } // Displays Group-wise Points Table After Completing Group Matches void showData() { pline(48,'-'); cout << "|Pos |Player Name |Rank Pts |Won |Lost |Points |\n"; pline(48,'-'); for(int i=0;i<(int)name.size();i++) { cout << "|" << left < points[y]; }); } // Sorts Players' Ranking in the Group void sortRankings() { sort(ranking.begin(),ranking.end(), [&](int &a, int &b) { return a > b; }); } // Update ranking of players who won match in Team vs Team format void InterTeamGroupPts(int index) { ranking[index] += 50; } // Add ranking points to winner and runner-up players void InterTeamWinPts(vector v, int winnerPts, int runnerupPts, int flag) { for(int i=0;i<(int)v.size();i+=2) { if(flag==1) { ranking[v[i]] += winnerPts; ranking[v[i+1]] += runnerupPts; } else { ranking[v[i]] += runnerupPts; ranking[v[i+1]] += winnerPts; } } } }; void aboutGame(); void aboutDev(); void getTournamentList(int, int); int getMaxPlayerNameLen(vector); string getMonth(int); string getTournamentType(int, int&, int&, int&, int&, int&, int&, int&); int getCurrPos(vector, string); vector newRankings(Group, Group); vector getSeedChangerTable(Group); void displayRankTable(int, vector); int PlayMatch(int, int, int&, int&); void GroupMatches(Group&, int, int); void singleSplitRoundRobin(vector, string, int, int&, int&, int&, int&, int , int&); void knockouts(Group&, Group&, int, string, int&, int&, int&, int&, int&); void doubleSplitRoundRobin(vector, string, int, int&, int&, int&, int&, int, int&); void topFourFinals(Group&, string, int&, int, int&, int&, int&, int&); void TeamVsTeam(vector, string, int, int, int, int&); void Results(string, int, string, int); int main() { srand(time(0)); time_t t = time(0); tm *localTime = localtime(&t); /* Program Variables */ int totalPlayers, winner = 0; int year = localTime->tm_year+1900, minRankPts = 4000, maxRankPts = 5500, tournamentFlag = 1; int winnerPts, runnerupPts, semiPts, groupPts; string playerName, category; string tournament = getTournamentType(MDAY, minRankPts, maxRankPts, tournamentFlag, winnerPts, runnerupPts, semiPts, groupPts), monthName = getMonth(localTime->tm_mon); vector playerList; cout << "**** Solo Virtual Tennis Tour ****\n"; cout << "*** " << monthName << " " << tournament << " " << year << " ***\n"; pline(50,'-'); aboutGame(); cout << "-> Enter The Player Name: "; cin >> playerName; if(playerName.empty()) { playerName = "Nova"; } else if(playerName.length()>8) { playerName = playerName.substr(0,8); } cout << playerName << "\n"; cout << "-> Enter The Category [Men/Women]: "; cin >> category; if(category.empty()) { category = "men"; playerList = {"Thomas","Sam","Rahul","Andrew","Chris","Marc","Harry","David"}; } else { transform(category.begin(),category.end(), category.begin(), ::tolower); if(!category.compare("men")) { playerList = {"Thomas","Sam","Rahul","Andrew","Chris","Marc","Harry","David"}; } else if(!category.compare("women")) { playerList = {"Daisy","Kate","Jessica","Maya","Claire","Kylie","Ananya","Perry"}; } else { category = "men"; playerList = {"Thomas","Sam","Rahul","Andrew","Chris","Marc","Harry","David"}; } } cout << category << "\n"; pline(50,'-'); // Get total players totalPlayers = playerList.size(); // Removes a player if user is not present in the vector if(find(playerList.begin(),playerList.end(),playerName)==playerList.end()) { int replaced = rand()%totalPlayers; playerList.erase(playerList.begin()+replaced); playerList.push_back(playerName); } // Create an object for players vector PlayerObj(totalPlayers); // Generate random ranking points for players for(int i=0;i b.rankingPts; }); // Display ranking table cout << "\n" << setw(26) << " -- Ranking Table -- \n"; displayRankTable(totalPlayers, PlayerObj); // Information about the tournament and its format switch(tournamentFlag) { case 1: case 3: TeamVsTeam(PlayerObj, playerName, totalPlayers, winnerPts, runnerupPts, winner); break; case 2: case 4: doubleSplitRoundRobin(PlayerObj, playerName, totalPlayers, winnerPts, runnerupPts, semiPts, groupPts, 1, winner); break; case 5: doubleSplitRoundRobin(PlayerObj, playerName, totalPlayers, winnerPts, runnerupPts, semiPts, groupPts, 2, winner); break; case 6: singleSplitRoundRobin(PlayerObj, playerName, totalPlayers, winnerPts, runnerupPts, semiPts, groupPts, 2, winner); break; } Results(playerName, winner, monthName, year); cout << "\n"; pline(50,'-'); aboutDev(); pline(50,'-'); getTournamentList(localTime->tm_mon, year); return 0; } // Displays a horizontal line void pline(int x, char c) { for(int i=0;i months = {"January", "February", "March", "April", "May", "June", "July", "August", "September", "October", "November", "December"}; return months[index]; } // Display ranking table void displayRankTable(int totalPlayers, vector PlayerObj) { pline(29,'-'); cout << "|Pos |Player Name |Rank Pts |\n"; pline(29,'-'); for(int i=0;i getSeedChangerTable(Group G) { vector temp(8); int g_size = G.getSize(); for(int i=0;i b.rankingPts; }); return temp; } // Updates the ranking table after the tournament vector newRankings(Group A, Group B) { vector temp(8); int a_size = A.getSize(); for(int i=0;i b.rankingPts; }); return temp; } // Get current position of the user int getCurrPos(vector PlayerObj, string playerName) { for(int i=0;i<(int)PlayerObj.size();i++) { if(!playerName.compare(PlayerObj[i].PlayerName)) { return i+1; } } return 0; } // Get maximum length of player' name int getMaxPlayerNameLen(vector PlayerObj) { int m = 0; for(int i=0;i<(int)PlayerObj.size();i++) { if((int)PlayerObj[i].PlayerName.length() > m) { m = PlayerObj[i].PlayerName.length(); } } return m; } // Conducts a Match between two players int PlayMatch(int p1, int p2, int &score1, int &score2) { // Scores are calculated as per the Tennis Match Format. But here in this, just a single set is played. A set is complete when a player score 6 points. If both players score 5 points each at an instance then, the total points is increased to 7 from 6. If both player score 6 points each, a tie-breaker game is played and the player which wins that game wins that match. Deuce - Advantage Mechanism is not supported in this version. int num = 0, i = 1, j = 6; score1 = score2 = 0; while(1) { int points1 = 0, points2 = 0; while(1) { num = (rand() % 10)+1; (num%2) ? points2++ : points1++; if(points1==3 || points2==3) { break; } } (points1>points2) ? score1++ : score2++; i++; if(score1==5 && score2==5) { j++; } if(score1>=j || score2>=j) { break; } } return (score1>score2) ? p1 : p2; } // Conducts All The Group Stage Matches void GroupMatches(Group &G, int m, int repeated) { int matchNo = 1; int n = G.getSize(); pline(33+(m*3),'-'); // Group Stage in a Round Robin format. Each player plays against all others in the group. for(int r=0;r finalist1, finalist2; // First Semi Final Match // Played between Top Player from Group A and Second Player from Group B cout << internal << setw(33) << " --- Semi-Final 1 --- \n"; pline(23+(m*3),'-'); cout << "| " << left << setw(m) << A.getPlayerName(FirstA) << " vs " << setw(m) << B.getPlayerName(SecondB); int resPos = PlayMatch(100,200,score1,score2); if(resPos==100) { cout << " | " << setw(m) << A.getPlayerName(FirstA) << " Wins by " << score1 << "-" << score2 << " |\n"; finalist1.first = FirstA; finalist1.second = "A"; B.addKnockoutsRankingPts(SecondB, 1, player, status, semiPts); } else { cout << " | " << setw(m) << B.getPlayerName(SecondB) << " Wins by " << score2 << "-" << score1 << " |\n"; finalist1.first = SecondB; finalist1.second = "B"; A.addKnockoutsRankingPts(FirstA, 1, player, status, semiPts); } pline(23+(m*3),'-'); // Second Semi Final Match // Played between Top Player from Group B and Second Player from Group A cout << "\n" << internal << setw(33) << " --- Semi-Final 2 --- \n"; pline(23+(m*3),'-'); cout << "| " << left << setw(m) << A.getPlayerName(SecondA) << " vs " << setw(m) << B.getPlayerName(FirstB); resPos = PlayMatch(100,200,score1,score2); if(resPos==100) { cout << " | " << setw(m) << A.getPlayerName(SecondA) << " Wins by " << score1 << "-" << score2 << " |\n"; finalist2.first = SecondA; finalist2.second = "A"; B.addKnockoutsRankingPts(FirstB, 1, player, status, semiPts); } else { cout << " | " << setw(m) << B.getPlayerName(FirstB) << " Wins by " << score2 << "-" << score1 << " |\n"; finalist2.first = FirstB; finalist2.second = "B"; A.addKnockoutsRankingPts(SecondA, 1, player, status, semiPts); } pline(23+(m*3),'-'); // Final Match cout << "\n" << internal << setw(30) << " --- Finals --- \n"; pline(23+(m*3),'-'); resPos = PlayMatch(100,200,score1,score2); if(finalist1.second=="A") { if(finalist2.second=="B") { // If Finalists are Group A Top Player and Group B Second Player cout << "| " << left << setw(m) << A.getPlayerName(finalist1.first) << " vs " << setw(m) << B.getPlayerName(finalist2.first) << " | "; if(resPos==100) { cout << setw(m) << A.getPlayerName(finalist1.first) << " Wins by " << score1 << "-" << score2 << " |\n"; B.addKnockoutsRankingPts(finalist2.first, 2, player, status, runnerupPts); A.addKnockoutsRankingPts(finalist1.first, 3, player, status, winnerPts); } else { cout << setw(m) << B.getPlayerName(finalist2.first) << " Wins by " << score2 << "-" << score1 << " |\n"; B.addKnockoutsRankingPts(finalist2.first, 3, player, status, winnerPts); A.addKnockoutsRankingPts(finalist1.first, 2, player, status, runnerupPts); } } else { // If Finalists are Group A Top Player and Group A Second Player cout << "| " << left << setw(m) << A.getPlayerName(finalist1.first) << " vs " << setw(m) << A.getPlayerName(finalist2.first) << " | "; if(resPos==100) { cout << setw(m) << A.getPlayerName(finalist1.first) << " Wins by " << score1 << "-" << score2 << " |\n"; A.addKnockoutsRankingPts(finalist2.first, 2, player, status, runnerupPts); A.addKnockoutsRankingPts(finalist1.first, 3, player, status, winnerPts); } else { cout << setw(m) << A.getPlayerName(finalist2.first) << " Wins by " << score2 << "-" << score1 << " |\n"; A.addKnockoutsRankingPts(finalist2.first, 3, player, status, winnerPts); A.addKnockoutsRankingPts(finalist1.first, 2, player, status, runnerupPts); } } } else if(finalist1.second=="B") { if(finalist2.second=="A") { // If Finalists are Group B Top Player and Group A Second Player cout << "| " << left << setw(m) << B.getPlayerName(finalist1.first) << " vs " << setw(m) << A.getPlayerName(finalist2.first) << " | "; if(resPos==100) { cout << setw(m) << B.getPlayerName(finalist1.first) << " Wins by " << score1 << "-" << score2 << " |\n"; A.addKnockoutsRankingPts(finalist2.first, 2, player, status, runnerupPts); B.addKnockoutsRankingPts(finalist1.first, 3, player, status, winnerPts); } else { cout << setw(m) << A.getPlayerName(finalist2.first) << " Wins by " << score2 << "-" << score1 << " |\n"; A.addKnockoutsRankingPts(finalist2.first, 3, player, status, winnerPts); B.addKnockoutsRankingPts(finalist1.first, 2, player, status, runnerupPts); } } else { // If Finalists are Group B Top Player and Group B Second Player cout << "| " << left << setw(m) << B.getPlayerName(finalist1.first) << " vs " << setw(m) << B.getPlayerName(finalist2.first) << " | "; if(resPos==100) { cout << setw(m) << B.getPlayerName(finalist1.first) << " Wins by " << score1 << "-" << score2 << " |\n"; B.addKnockoutsRankingPts(finalist2.first, 2, player, status, runnerupPts); B.addKnockoutsRankingPts(finalist1.first, 3, player, status, winnerPts); } else { cout << setw(m) << B.getPlayerName(finalist2.first) << " Wins by " << score2 << "-" << score1 << " |\n"; B.addKnockoutsRankingPts(finalist2.first, 3, player, status, winnerPts); B.addKnockoutsRankingPts(finalist1.first, 2, player, status, runnerupPts); } } } pline(23+(m*3),'-'); } // Matches between top four players of ranking table void topFourFinals(Group &G, string playerName, int &status, int m, int &winnerPts, int &runnerupPts, int &semiPts, int &groupPts) { int FirstC = G.getFirstLargest(); int SecondC = G.getSecondLargest(); int ThirdC = G.getThirdLargest(); int FourthC = G.getFourthLargest(); int score1 = 0, score2 = 0; int totalSpace = ((27+(m*3)-24)/2)+24; cout << internal << setw(totalSpace) << " -- Third Place Battle -- \n"; pline(23+(m*3),'-'); cout << "| " << left << setw(m) << G.getPlayerName(ThirdC) << " vs " << setw(m) << G.getPlayerName(FourthC); int resPos = PlayMatch(100,200,score1,score2); if(resPos==100) { cout << " | " << setw(m) << G.getPlayerName(ThirdC) << " Wins by " << score1 << "-" << score2 << " |\n"; //G.addKnockoutsRankingPts(ThirdC, 2, playerName, status, semiPts); G.AddWinsPts(ThirdC, status, 3, semiPts, playerName); G.AddWinsPts(FourthC, status, 2, groupPts, playerName); //G.addKnockoutsRankingPts(FourthC, 1, playerName, status, groupPts); } else { cout << " | " << setw(m) << setw(m) << G.getPlayerName(FourthC) << " Wins by " << score2 << "-" << score1 << " |\n"; //G.addKnockoutsRankingPts(ThirdC, 1, playerName, status, groupPts); //G.addKnockoutsRankingPts(FourthC, 2, playerName, status, semiPts); G.AddWinsPts(FourthC, status, 3, semiPts, playerName); G.AddWinsPts(ThirdC, status, 2, groupPts, playerName); } pline(23+(m*3),'-'); cout << internal << setw(totalSpace) << " --- The Final Battle --- \n"; pline(23+(m*3),'-'); cout << "| " << left << setw(m) << G.getPlayerName(FirstC) << " vs " << setw(m) << G.getPlayerName(SecondC); resPos = PlayMatch(100,200,score1,score2); if(resPos==100) { cout << " | " << setw(m) << G.getPlayerName(FirstC) << " Wins by " << score1 << "-" << score2 << " |\n"; //G.addTopFourRankingPts(FirstC, 2, playerName, status, semiPts); //G.addKnockoutsRankingPts(SecondC, 1, playerName, status, groupPts); G.AddWinsPts(FirstC, status, 5, winnerPts, playerName); G.AddWinsPts(SecondC, status, 4, runnerupPts, playerName); } else { cout << " | " << setw(m) << setw(m) << G.getPlayerName(SecondC) << " Wins by " << score2 << "-" << score1 << " |\n"; //G.addKnockoutsRankingPts(FirstC, 1, playerName, status, groupPts); //G.addKnockoutsRankingPts(SecondC, 2, playerName, status, semiPts); G.AddWinsPts(SecondC, status, 5, winnerPts, playerName); G.AddWinsPts(FirstC, status, 4, runnerupPts, playerName); } pline(23+(m*3),'-'); } // Tournament where all players are in one group void singleSplitRoundRobin(vector PlayerObj, string playerName, int totalPlayers, int &winnerPts, int &runnerupPts, int &semiPts, int &groupPts, int repeated, int &winner){ int status = 1, loss = 0; // Get your current rank position int oldPos = getCurrPos(PlayerObj,playerName); // Create one group Group C; // Assign players to the group created for(int i=0;i Your Tournament Performance - Group Stage.\n"; winner += 10; break; case 2: cout << "-> Your Tournament Performance - 4th Place (Knocked Out).\n"; winner += 20; break; case 3: cout << "-> Your Tournament Performance - Third Place.\n"; winner += 30; break; case 4: cout << "-> Your Tournament Performance - Runner Up.\n"; winner += 40; break; case 5: cout << "-> Your Tournament Performance - Champion.\n"; winner += 50; } // Get new ranking position int newPos = getCurrPos(PlayerObj,playerName); // Get number of matches lost loss += C.getLoseCount(playerName); // Display The Stats And Performance Data cout << "-> Current Rank - #" << newPos << ".\n-> Previous Ranking - #" << oldPos << ".\n"; cout << "-> Performance Review: \n"; if(loss>=8) { cout << "Group stage was awful with " << loss << " matches lost :-( "; if(status>1) { cout << " But you anyhow made it to further rounds. "; } } else { cout << "Group stage were terrific with " << 14-loss << " wins :-) "; if(status==1) { cout << "But you failed to make it to further rounds. "; } } if(newPos=4 && loss<=7) ? 5 : 0; // Points based on losses in group stage winner += (newPos==1) ? 20 : (newPos>=2 && newPos<=4) ? 10 : 5; // Points for rank winner += (rand()%6)+5; // Random luck points //cout << "\n Winner : " << winner; cout << "\n\n"; pline(50,'-'); } // Tournament where players are splitted into two groups void doubleSplitRoundRobin(vector PlayerObj, string playerName, int totalPlayers, int &winnerPts, int &runnerupPts, int &semiPts, int &groupPts, int repeated, int &winner){ int status = 1, loss = 0; // Get your current rank position int oldPos = getCurrPos(PlayerObj,playerName); // Create two groups Group A, B; // Assign players to respective groups for(int i=0;i Your Tournament Performance - Group Stage.\n"; winner += 10; break; case 2: cout << "-> Your Tournament Performance - Semi Finals.\n"; winner += 20; break; case 3: cout << "-> Your Tournament Performance - Runner Up.\n"; winner += 30; break; case 4: cout << "-> Your Tournament Performance - Champion.\n"; winner += 40; } // Get new ranking position int newPos = getCurrPos(PlayerObj,playerName); // Display The Stats And Performance Data cout << "-> Current Rank - #" << newPos << ".\n-> Previous Ranking - #" << oldPos << ".\n"; cout << "-> Performance Review: \n"; if(loss>=(2*repeated)) { cout << "Group stage was awful with " << loss << " matches lost :-( "; if(status>1) { cout << " But you anyhow made it to further rounds. "; } } else { cout << "Group stage were terrific with " << (3*repeated)-loss << " wins :-) "; if(status==1) { cout << "But you failed to make it to further rounds. "; } } if(newPos=(1*repeated) && loss<=(2*repeated)) ? 5 : 0; // Points based on losses in group stage winner += (newPos==1) ? 30 : (newPos>=2 && newPos<=4) ? 15 : 5; // Points for rank winner += (rand()%6)+5; // Random luck points cout << "\n\n"; pline(50,'-'); } // Team vs Team Tournament void TeamVsTeam(vector PlayerObj, string playerName, int totalPlayers, int winnerPts, int runnerupPts, int &winner) { // Create one group Group D; // Assign players to the group created for(int i=0;i nums(totalPlayers); vector tempMatchPos; int i =0; iota(nums.begin(),nums.end(),i++); for(i=totalPlayers;i>0;i--) { int r = rand()%i; tempMatchPos.push_back(nums[r]); nums.erase(nums.begin()+r); } int totalSpace = ((46+(m*3)-20)/2)+20; cout << internal << setw(totalSpace) << " --- Team Matches --- " << "\n"; pline(46+(m*3),'-'); // Start Team Matches for(int i=0, j=0;iteamB) ? 1 : 2; D.InterTeamWinPts(tempMatchPos, winnerPts, runnerupPts, flag1); for(int i=0;i!=(int)tempMatchPos.size();i+=2) { if(!D.getPlayerName(tempMatchPos[i+1]).compare(playerName)) { yourTeam = 2; } } status = (flag1==yourTeam) ? 2 : 1; yourTeam = (yourTeam==1) ? teamA : teamB; // Update ranking after tournament ends PlayerObj = getSeedChangerTable(D); // Display ranking table cout << "\n" << internal << setw(28) << " -- New Released Rankings -- \n"; displayRankTable(totalPlayers, PlayerObj); pline(50,'-'); switch(status) { case 1: cout << "\n-> Tournament Performance - Runner Up Team.\n"; winner += 15; break; case 2: cout << "-> Tournament Performance - Champion Team.\n"; winner += 40; break; } // Get new ranking position int newPos = getCurrPos(PlayerObj,playerName); // Display The Stats And Performance Data cout << "-> Current Rank - #" << newPos << ".\n-> Previous Ranking - #" << oldPos << ".\n"; cout << "-> Performance Review: \n"; if(status==2) { if(yourTeam==4 || yourTeam==5) { cout << "Your team wonderfully outplayed the opponents and won the tournament "; } else if(yourTeam==3) { cout << "The opponents were almost near but your team won the tournament "; } if(flag2==0) { cout << "though you couldn't contribute to your team and lost your individual match. "; } else { cout << "and you fabulously won your individual match contributing to your teams' success. "; } } else { if(yourTeam==1) { cout << "The opponents outplayed your team and your team lost the tournament "; } else if(yourTeam==2) { cout << "Your team was almost there but tragically lost the tournament "; } if(flag2==0) { cout << "and you couldn't contribute to your team and also lost your individual match. "; } else { cout << "you fabulously won your individual match but that was not sufficient for your team to win. "; } } if(newPos=3 && newPos<=5) ? 15 : 5; // Points for rank winner += (rand()%6)+5; // Random luck points //cout << "\n Winner : " << winner; cout << "\n\n"; pline(50,'-'); } // Display the results of the game void Results(string playerName, int winner, string monthName, int year) { cout << "\n"; switch(winner) { case 0 ... 25: cout << "This isn't the last chance you got. Try again, you'll have better luck next time :-) You are rewarded the title \"Contender\" for your try."; break; case 26 ... 42: cout << "You need to improve your performance in order to win the game. [That isn't in your hands, right ?? xD]. You are rewarded the title \"The Racket Scientist\" for your try."; break; case 43 ... 62: cout << "Congratulations for your decent performance in the game " << playerName << ". Try again and you may win the game xD. You are rewarded the title"; (rand()%100) ? cout << " \"The Smart Acer\"" : cout << " \"The Human Ace\""; cout << " for your try."; break; case 63 ... 82: cout << "Congratulations " << playerName << " !! You almost made it to the Elite Group :-) Luck is a very thin wire between survival and disaster, and not many people can keep their balance on it. You now own this title \"The Fearless Soloist\""; break; case 83 ... 95: cout << "Congratulations on your success " << playerName << " !! You made it to the Elite Group ^_^. You now own this title"; (rand()%100) ? cout << " \"Solo Master\"." : cout << " \"The Unmatchable\"."; break; case 96 ... 100: cout << "Heartfelt Congratulations to you " << playerName << " !!! You are the winner of " << monthName << " Solo Virtual Tennis Tour " << year << " \\(^o^)/. That was a great game. You totally rocked it with your luck xD. Not many people have as much good luck. You now deserve the title \"Lord Of The Court\"."; } cout << "\n"; }