/* ||=============================|| ||Teenpatti Console Game by RKK|| ||=============================|| Teenpatti (also spelled Teenpathi and sometimes referred to as Flash) is a gambling card game that originated in India and became popular in Southeast Asia. Teenpatti is India’s twist on 3 card poker and is identical to 3-card brag which is popular in the UK. RULE OF THE GAME: 1) Trail (three of a kind): Three cards of the same rank. Three aces are the highest and three 2’s are the lowest. 2) Pure Sequence (Straight Flush): Three consecutive cards of the same suit. 3) Sequence (Straight): Three consecutive cards not all in the same suit. 4) Color (Flush): Three cards of the same suit that are not in sequence. When comparing two colors, first compare the highest card. If these are equal, compare the second and if these are equal compare the lowest. Highest flush is A-K-J and the lowest flush is 5-3-2. 5) Pair (two of a kind): Two cards of the same rank. Between two pairs, the one with the higher value is the winner. If the pairs are of equal value then the kicker card determines the winner. The highest pair is A-A-K and the lowest is 2-2-3. 6) High Card: A hand in which the three cards are not in sequence, not all the same suit and no two cards have the same rank. If two players share a common high card, the next highest card is used to determine the winner. The best high card hand would be an AKJ of different suits and the worst is 5-3-2. */ #include #include #include #include using namespace std; enum symbol { Hearts = 1, Diamonds, Clubs, Spades }; class Card { public: int cardno, cno[3], sym[3], playerNum=0; Card() { playerNum++; } void shuffle() { int rc, rs; for (int i = 0; i < 3; i++) { rc = (rand() % 13) + 1; rs = (rand() % 4) + 1; cno[i] = rc; sym[i] = rs; } cout << endl; } void display() { for (int i = 0; i < 3; i++) cout << cno[i] << "-" << sym[i] << endl; } void displaycard() { for (int i = 0; i < 3; i++) { int k = 0, a = cno[i], b = sym[i]; k = (a * 10) + b; switch (k) { case 11: cout << "Ace of Hearts\n"; break; case 21: cout << "2 of Hearts\n"; break; case 31: cout << "3 of Hearts\n"; break; case 41: cout << "4 of Hearts\n"; break; case 51: cout << "5 of Hearts\n"; break; case 61: cout << "6 of Hearts\n"; break; case 71: cout << "7 of Hearts\n"; break; case 81: cout << "8 of Hearts\n"; break; case 91: cout << "9 of Hearts\n"; break; case 101: cout << "10 of Hearts\n"; break; case 111: cout << "Jack of Hearts\n"; break; case 121: cout << "Queen of Hearts\n"; break; case 131: cout << "King of Hearts\n"; break; case 12: cout << "Ace of Diamonds\n"; break; case 22: cout << "2 of Diamonds\n"; break; case 32: cout << "3 of Diamonds\n"; break; case 42: cout << "4 of Diamonds\n"; break; case 52: cout << "5 of Diamonds\n"; break; case 62: cout << "6 of Diamonds\n"; break; case 72: cout << "7 of Diamonds\n"; break; case 82: cout << "8 of Diamonds\n"; break; case 92: cout << "9 of Diamonds\n"; break; case 102: cout << "10 of Diamonds\n"; break; case 112: cout << "Jack of Diamonds\n"; break; case 122: cout << "Queen of Diamonds\n"; break; case 132: cout << "King of Diamonds\n"; break; case 13: cout << "Ace of Clubs\n"; break; case 23: cout << "2 of Clubs\n"; break; case 33: cout << "3 of Clubs\n"; break; case 43: cout << "4 of Clubs\n"; break; case 53: cout << "5 of Clubs\n"; break; case 63: cout << "6 of Clubs\n"; break; case 73: cout << "7 of Clubs\n"; break; case 83: cout << "8 of Clubs\n"; break; case 93: cout << "9 of Clubs\n"; break; case 103: cout << "10 of Clubs\n"; break; case 113: cout << "Jack of Clubs\n"; break; case 123: cout << "Queen of Clubs\n"; break; case 133: cout << "King of Clubs\n"; break; case 14: cout << "Ace of Spades\n"; break; case 24: cout << "2 of Spades\n"; break; case 34: cout << "3 of Spades\n"; break; case 44: cout << "4 of Spades\n"; break; case 54: cout << "5 of Spades\n"; break; case 64: cout << "6 of Spades\n"; break; case 74: cout << "7 of Spades\n"; break; case 84: cout << "8 of Spades\n"; break; case 94: cout << "9 of Spades\n"; break; case 104: cout << "10 of Spades\n"; break; case 114: cout << "Jack of Spades\n"; break; case 124: cout << "Queen of Spades\n"; break; case 134: cout << "King of Spades\n"; break; } } } // sort card in ascending order void sortCardAscending() { int n = 3; for (int i = 0; i < (n - 1); i++) for (int j = 0; j < (n - i - 1); j++) { int t = j + 1; if (cno[j] > cno[t]) { int temp = cno[j]; cno[j] = cno[t]; cno[t] = temp; } } } // check cards with same number int sameCardNo(Card c) { int match = 0; for (int i = 0; i < 2; i++) for (int j = 1; j < 3; j++) { if (i == 1) j++; if (c.cno[i] == c.cno[j]) match++; } return match; // if value = 3 then all are same , if value = 1 then two of the values are same } // check cards with same symbol int sameCardSymbol(Card c) { int match = 0; for (int i = 0; i < 2; i++) for (int j = 1; j < 3; j++) { if (i == 1) j++; if (c.sym[i] == c.sym[j]) match++; } return match; // if value = 3 then all are same , if value = 1 then two of the values are same } //checking doubling bool checkDoubling(Card c) { return (c.sameCardNo(c) == 3) ? true : false; } //check max doubling int checkingDoublingMaxCard(Card c) { int maxVal = cno[0]; return (maxVal > c.cno[0]) ? 1 : 0; } //check Run bool checkRun(Card c) { int run = c.cno[0], count = 0; if (c.sameCardSymbol(c) == 3) { for (int i = 0; i < 3; i++, ++run) { if (i == 1 && run == 13) if (c.cno[++i] == 1) { count++; break; } if (c.cno[i] == run) count++; } } return (count == 3) ? true : false; } //check max run int checkingRunMax(Card c) { int maxVal = cno[2]; return (maxVal > c.cno[2]) ? 1 : 0; } //check sequence bool checkSequence(Card c) { int seq = c.cno[0]; int count = 0; for (int i = 0; i < 3; i++, ++seq) { if (i == 1 && seq == 13) if (c.cno[++i] == 1) { count++; break; } if (c.cno[i] == seq) count++; } return (count == 3) ? true : false; } //check max sequence int checkingSequenceMax(Card c) { int maxVal = cno[2]; return (maxVal > c.cno[2]) ? 1 : 0; } //check flush bool checkFlush(Card c) { int match = 0; for (int i = 0; i < 2; i++) for (int j = 1; j < 3; j++) { if (i == 1) j++; if (c.sym[i] == c.sym[j]) match++; } return (match == 3) ? true : false; } //check max flush int checkingFlushMax(Card c) { int maxVal = cno[2]; return (maxVal > c.cno[2]) ? 1 : 0; } //check pair int checkPair(Card c) { int match = 0; for (int i = 0; i < 2; i++) for (int j = 1; j < 3; j++) { if (i == 1) j++; if (c.cno[i] == c.cno[j]) match++; } return match; } //check max pair int checkingPairMax(Card c) { int maxVal = cno[2]; for (int i = 0; i < 3; i++) if (cno[i] == 1) return 1; return (maxVal > c.cno[2]) ? 1 : 0; } //check high card bool checkHighCard(Card c) { int maxVal1 = cno[0], maxVal2 = c.cno[0]; for (int i = 1; i < 3; i++) { if (cno[i] == 1 || maxVal1 == 1) // if card no is 'A' then return it. maxVal1 = 1; else if (cno[i] > maxVal1) maxVal1 = cno[i]; if (c.cno[i] == 1 || maxVal2 == 1) maxVal2 = 1; else if (c.cno[i] > maxVal2) maxVal2 = c.cno[i]; } if (maxVal1 != maxVal2) { if (maxVal1 == 1) return true; else if (maxVal2 == 1) return false; } if (maxVal1 > maxVal2) return true; else if (maxVal1 < maxVal2) return false; else if (maxVal1 == maxVal2) { int sum1 = 0, sum2 = 0; //check the greatest value// for (int i = 0; i < 3; i++) { if (cno[i] == maxVal1 || c.cno[i] == maxVal2) continue; sum1 += cno[i]; sum2 += c.cno[i]; } if (sum1 > sum2) return true; else if (sum1 < sum2) return false; else cout << "It's a draw\n"; } return false; } }; int main(void) { cout << "\nTEENPATTI(3 BRAG) CARD GAME."; srand(time(0)); Card c1, c2; bool istrue; // stop spawning of the same card in a player's side do { c1.shuffle(); c2.shuffle(); for (int i = 0; i < 2; i++) for (int j = 1; j < 3; j++) { if (i == 1) j++; if ((c1.cno[i] == c1.cno[j]) && (c1.sym[i] == c1.sym[j])) c1.shuffle(); else if ((c2.cno[i] == c2.cno[j]) && (c2.sym[i] == c2.sym[j])) c2.shuffle(); else istrue = true; } } while (istrue != true); // stop spawning the same card among the players for (int i = 0; i < 3; i++) for (int j = 0; j < 3; j++) if ((c1.cno[i] == c2.cno[j]) && (c1.sym[i] == c2.sym[j])) c2.shuffle(); cout << "::YOU::\n"; c1.displaycard(); cout << "\n::CPU::\n"; c2.displaycard(); cout << "\n\n"; //SORTING THE ARRAYS// c1.sortCardAscending(); c2.sortCardAscending(); // CHECK THE WINNER // /* The following are the ways how the player can win: 1)Doubling(Trial) 2)Run(Pure Sequence) 3)Flush 4)Pair 5)High Card */ cout << "$$$$$$$$$$$$$$$$$$$$$$\n"; int winner = 0; //this var is just for output decoration. //check if two player has doubling if (c1.checkDoubling(c1) && c2.checkDoubling(c2)) { cout << "Both players has doubling.\n"; if (c1.checkingDoublingMaxCard(c2) == 1) cout << "You won via DOUBLING(TRIAL)\n"; else { cout << "CPU won via DOUBLING(TRIAL)\n"; winner++; } } else if (c1.checkDoubling(c1)) cout << "You won via DOUBLING(TRIAL)\n"; else if (c2.checkDoubling(c2)) { cout << "CPU won via DOUBLING(TRIAL)\n"; winner++; } //check two player's max run winner else if (c1.checkRun(c1) && c2.checkRun(c2)) { cout << "Both players has run.\n"; if (c1.checkingRunMax(c2) == 1) cout << "You won via RUN(Pure Sequence)\n"; else if (c1.checkingRunMax(c2) == 0) { cout << "CPU won via RUN(Pure Sequence)\n"; winner++; } } else if (c1.checkRun(c1)) cout << "You won via RUN(Pure Sequence)\n"; else if (c2.checkRun(c2)) { cout << "CPU won via RUN(Pure Sequence)\n"; winner++; } //check two player's max sequence winner else if (c1.checkSequence(c1) && c2.checkSequence(c2)) { cout << "Both players has sequence.\n"; if (c1.checkingSequenceMax(c2) == 1) cout << "You won via SEQUENCE\n"; else if (c1.checkingSequenceMax(c2) == 0) { cout << "CPU won via SEQUENCE\n"; winner++; } } else if (c1.checkSequence(c1)) cout << "You won via SEQUENCE\n"; else if (c2.checkSequence(c2)) { cout << "CPU won via SEQUENCE\n"; winner++; } //check two player's max flush winner else if (c1.checkFlush(c1) && c2.checkFlush(c2)) { cout << "Both players has flush.\n"; if (c1.checkingFlushMax(c2) == 1) cout << "You won via FLUSH\n"; else if (c1.checkingFlushMax(c2) == 0) { cout << "CPU won via FLUSH\n"; winner++; } } else if (c1.checkFlush(c1)) cout << "You won via FLUSH\n"; else if (c2.checkFlush(c2)) { cout << "CPU won via FLUSH\n"; winner++; } //check if player's has pair card or not else if (c1.checkPair(c1) && c2.checkPair(c2)) { cout << "Both players has pair.\n"; if (c1.checkingPairMax(c2) == 1) cout << "You won via PAIR\n"; else if (c1.checkingPairMax(c2) == 0) { cout << "CPU won via PAIR\n"; winner++; } } else if (c1.checkPair(c1)) cout << "You won via PAIR\n"; else if (c2.checkPair(c2)) { cout << "CPU won via PAIR\n"; winner++; } else { if (c1.checkHighCard(c2) == true) cout << "You won via HIGH CARD\n"; else if (c1.checkHighCard(c2) == false) { cout << "CPU won via HIGH CARD\n"; winner++; } } cout << "$$$$$$$$$$$$$$$$$$$$$$\n"; cout << "\n\n\n\n\n\n\"Coded by RKK\""; }

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