#include #include #include using namespace std; //global string common_cards[] = { "Minions", "Archers", "Knight", "Spear Goblins", "Goblins", "Bomber", "Skeletons", "Barbarians", "Electro Spirit", "Skeleton Dragons", "Fire Spirit", "Bats", "Royal Recruits", "Royal Giant", "Ice Spirit", "Skeleton Barrel", "Goblin Gang", "Elite Barbarians", "Minion Horde", "Firecracker", "Rascals", "Arrows", "Zap", "Giant Snowball", "Royal Delivery", "Cannon", "Mortar", "Tesla" }; string rare_cards[] = { "Mini P.E.K.K.A.", "Musketeer", "Giant", "Valkyrie", "Mega Minion", "Battle Ram", "Wizard", "Flying Machine", "Hog Rider", "Royal Hogs", "Three Musketeers", "Battle Healer", "Ice Golem", "Dart Goblin", "Zappies", "Heal Spirit", "Elixir Golem", "Fireball", "Rocket", "Earthquake", "Goblin Cage", "Goblin Hut", "Tombstone", "Bomb Tower", "Inferno Tower", "Barbarian Hut", "Furnace", "Elixir Collector" }; string epic_cards[] = { "Guards", "Baby Dragon", "Skeleton Army", "Witch", "P.E.K.K.A.", "Dark Prince", "Prince", "Balloon", "Giant Skeleton", "Goblin Giant", "Hunter", "Golem", "Electro Dragon", "Wall Breakers", "Electro Giant", "Bowler", "Executioner", "Cannon Cart", "Goblin Barrel", "Lightning", "Freeze", "Barbarian Barrel", "Poison", "Rage", "Clone", "Tornado", "Mirror", "X-Bow", "Goblin Drill" }; string legendary_cards[] = { "Mega Knight", "Ram Rider", "Electro Wizard", "Inferno Dragon", "Sparky", "Miner", "Princess", "Phoenix", "Royal Ghost", "Ice Wizard", "Magic Archer", "Bandit", "Lava Hound", "Night Witch", "Lumberjack", "Mother Witch", "Fisherman", "The Log", "Graveyard" }; string champion_cards[] = { "Golden Knight", "Skeleton King", "Archer Queen", "Mighty Miner", "Little Prince", "Monk" }; string deck[8]; bool card_in_deck(string card) { for (int i = 0; i < 8; i++) { if (deck[i] == card) { return true; } } return false; } string get_champion() { string random_card = champion_cards[rand()%(sizeof(champion_cards) / sizeof(champion_cards[0]) + 1)]; while (card_in_deck(random_card)) { random_card = champion_cards[rand()%(sizeof(champion_cards) / sizeof(champion_cards[0]) + 1)]; } return random_card; } string get_legendary() { string random_card = legendary_cards[rand()%(sizeof(legendary_cards) / sizeof(legendary_cards[0]) + 1)]; while (card_in_deck(random_card)) { random_card = legendary_cards[rand()%(sizeof(legendary_cards) / sizeof(legendary_cards[0]) + 1)]; } return random_card; } string get_epic() { string random_card = epic_cards[rand()%(sizeof(epic_cards) / sizeof(epic_cards[0]) + 1)]; while (card_in_deck(random_card)) { random_card = epic_cards[rand()%(sizeof(epic_cards) / sizeof(epic_cards[0]) + 1)]; } return random_card; } string get_rare() { string random_card = rare_cards[rand()%(sizeof(rare_cards) / sizeof(rare_cards[0]) + 1)]; while (card_in_deck(random_card)) { random_card = rare_cards[rand()%(sizeof(rare_cards) / sizeof(rare_cards[0]) + 1)]; } return random_card; } string get_common() { string random_card = common_cards[rand()%(sizeof(common_cards) / sizeof(common_cards[0]) + 1)]; while (card_in_deck(random_card)) { random_card = common_cards[rand()%(sizeof(common_cards) / sizeof(common_cards[0]) + 1)]; } return random_card; } int main() { struct timespec ts; clock_gettime(CLOCK_MONOTONIC, &ts); srand((time_t)ts.tv_nsec); string rarity[] = {"Common🌟", "Rare🌟🌟", "Epic🌟🌟💎", "Lengendary🌟🌟💎💎", "Ultimate Champion🌟🌟🌟💎💎💎"}; //Champion: 5%; Legendary: 10%; Epic: 20%, length 21; Rare: 30%; Common: 35% bool has_champ = false; string card_has[8]; for (int i = 0; i < 8; i++) { int percent; if (has_champ == false) { percent = rand() % 101; } else { percent = rand() % 95; } int num_of_cards = 1; int card_rarity = 1; if (percent >= 95) { cout << rarity[4] << endl; cout << get_champion() << " x1" << endl; card_rarity = 5; } else if (percent >= 85) { cout << rarity[3] << endl; cout << get_legendary() << " x1" << endl; card_rarity = 4; } else if (percent >= 65) { cout << rarity[2] << endl; cout << get_epic(); num_of_cards = rand() % 5 + 2; cout << " x" << num_of_cards << endl; card_rarity = 3; } else if (percent >= 35) { cout << rarity[1] << endl; cout << rare_cards[rand()%(sizeof(rare_cards) / sizeof(rare_cards[0]) + 1)]; num_of_cards = rand() % 10 + 15; cout << " x" << num_of_cards << endl; card_rarity = 2; } else { has_champ = true; cout << rarity[0] << endl; cout << common_cards[rand()%(sizeof(common_cards) / sizeof(common_cards[0]) + 1)]; num_of_cards = rand() % 15 + 30; cout << " x" << num_of_cards << endl; } int lev = 0; switch (card_rarity) { case 1: num_of_cards -= 16; lev = 4; if (num_of_cards - 20 >= 0) { num_of_cards -= 20; lev++; } break; case 2: num_of_cards -= 6; lev = 5; if (num_of_cards - 10 >= 0) { num_of_cards -= 10; lev++; } break; case 3: lev = 7; if (num_of_cards - 4 >= 0) { num_of_cards -= 4; lev++; } break; case 4: lev = 9; break; case 5: lev = 11; break; } cout << "Upgrade to level: " << lev << endl; cout << "Cards have left: " << num_of_cards << endl << endl; } int random = rand() % 4; cout << "Tower Troop: "; switch (random) { case 1: cout << "Tower Princess" << endl; break; case 2: cout << "Cannoneer" << endl; break; default: cout << "Dagger Duchess" << endl; break; } cout << "\n\n\n"; }

Clash Royale Deck Randomizer