#include #include #include #include using std::cout; using std::cin; using std::string; class Settlement { public: int settlementQuantity; string settlementWealth; string settlementNation; string settlementType; string settlementName; Settlement(int type, int nation) { string latinName[] = {"Condiloco", "Catrum", "Allendavo", "Vicrem", "Pullum", "Hadriarauro", "Alendarede", "Contumbia", "Vendum", "Coriabriri"}; string germanName[] = {"Shwostadt", "Kufloch", "Genzen", "Dosingengen", "Krober", "Shutnau", "Etten", "Wabruck", "Mach", "Kipbach"}; string easternName[] = {"Torojo", "Nishimida", "Choronoshi", "Kamamioyo", "Kuga", "Katonoka", "Namizen", "Ogirawaya", "Naoshi", "Nokinorira"}; switch(nation) { case 1: settlementNation = "Latin"; settlementName = latinName[(rand() % 10)]; break; case 2: settlementNation = "German"; settlementName = germanName[(rand() % 10)]; break; case 3: settlementNation = "Eastern"; settlementName = easternName[(rand() % 10)]; break; } switch(type) { case 1: settlementQuantity = 60 + (rand() % 40); if (settlementQuantity > 80) { settlementType = "Large Hamlet"; settlementWealth = "Poor"; } else { settlementType = "Small Hamlet"; settlementWealth = "Poor"; } break; case 2: settlementQuantity = 100 + (rand() % 100); if (settlementQuantity > 150) { settlementType = "Small Village"; settlementType = "Large Village"; settlementWealth = "Decent"; } else { settlementWealth = "Poor"; } break; case 3: settlementQuantity = 200 + (rand() % 300); if (settlementQuantity > 350) { settlementType = "Large Town"; settlementWealth = "Mixed"; } else { settlementType = "Small Town"; settlementWealth = "Decent"; } break; case 4: settlementQuantity = 500 + (rand() % 500); if (settlementQuantity > 750) { settlementType = "Large City"; settlementWealth = "Mixed"; } else { settlementType = "Small City"; settlementWealth = "Mixed"; } break; } } }; class Settler { public: int settlerAge; string settlerName; string settlerGender; string settlerWealth; Settler(int type, int nation, int quantity) { int result{}; string givenName{}; string surName{}; // Latin Male First Name string latinMaleName[15] = {"Faustus", "Mamercus", "Mettius", "Appius", "Hostus", "Quintus", "Cossus", "Secundus", "Servius", "Gallio", "Tettienus", "Petronius", "Paesentius", "Pescunnius", "Clodius"}; // Latin Surname string latinSurname[30] = {"Natalinus", "Lucilianus", "Crispian", "Laetinianus", "Falco", "Otho", "Plautius", "Pascentius", "Lepidus", "Moderatus", "Caeparius", "Caetronius", "Hostilius", "Aedinius", "Papius", "Gennadia", "Triaria", "Planta","Amantia", "Mico", "Opilio", "Augusta", "Laevina", "Longina", "Mico", "Servana", "Sicula", "Iovina", "Albana", "Concessa"}; // Latin Female First Name string latinFemaleName[15] = {"Vorenia", "Tuccia", "Consentia", "Vinicia", "Aurelia", "Helvia", "Fabia", "Aemilia", "Petilia", "Cloelia", "Viducia", "Betiliena", "Sornatia", "Memmia", "Pedia"}; // As above, so below... string germanMaleName[15] = {"Carsten", "Benedikt", "Emmerich", "Tillmann", "Maik", "Severin", "Adrian", "Gregor", "Ingolf", "Germund", "Adelmar", "Eckard", "Raimund", "Marwin", "Dietmar"}; string germanSurname[30] = {"Loeb", "Spielberg", "Lindemann", "Frenz", "Buxbaum", "Macher", "Bacharach", "Homrighausen", "Faulhaber", "Herder", "Germar", "Eisen", "Hackl", "Specht", "Rossmann", "Erdmann", "Osterhaus", "Steinsaltz", "Spiegelmann", "Lindemann", "Kluckhohn", "Kuttner", "Seelmann", "Sattler", "Kautner", "Dunhaupt", "Scharf", "Preisner", "Werthner", "Breitner"}; string germanFemaleName[15] = {"Selina", "Isabel", "Walburg", "Berta", "Kate", "Gisela", "Amelie", "Ronja", "Karin", "Lena", "Alexandra", "Sarah", "Monica", "Kai", "Nadja"}; // NOTE: Surname is before given name in eastern nations string easternMaleName[15] = {"Nikki", "Moronobu", "Yaichiro", "Shuncho", "Tamasaburo", "Sekien", "Kazutoshi", "Yasuhide", "Omezo", "Kinzo", "Junji", "Utamuro", "Hisaki", "Taki", "Mitsuo"}; string easternSurname[30] = {"Maki", "Shinohara", "Tsukino", "Ikeda", "Matsutoya", "Sakata", "Horiuchi", "Suda", "Tsuga", "Kawano", "Kanbayashi", "Kirigaya", "Sakimoto", "Urushido", "Inaba", "Tsukiyomi", "Saeki", "Soga", "Morioka", "Yamabe", "Nakajima", "Maruyama", "Suga", "Kamino", "Kawamoto", "Takanashi", "Ito", "Kuramoto", "Maeda", "Kanemaru"}; string easternFemaleName[15] = {"Saito", "Ane", "Fuuko", "Taji", "Isoko", "Gen", "Kuwa", "Taira", "Sachi", "Uka", "Ryoko", "Hina", "Mitsu", "Asa", "Tomie"}; // Gender Generation (Male/Female) result = (1 + (rand() % 2)); if (result > 1) { settlerGender = "female"; } else { settlerGender = "male"; } // Name and Age Generation (See Arrays) result = (rand() % 15); switch(nation) { case 1: // Latin (Equal split of ages) if (settlerGender == "male") { givenName = latinMaleName[result]; } else { givenName = latinFemaleName[result]; } result = (1 + (rand() % 100)); if (result >= 66) { settlerAge = (41 + (rand() % 30)); } else if (result > 33 || result < 66) { settlerAge = (22 + (rand() % 41)); } else { settlerAge = (1 + (rand() % 22)); } result = (rand() % 30); surName = latinSurname[result]; settlerName = givenName + " " + surName; break; case 2: // German (More young people) if (settlerGender == "male") { givenName = germanMaleName[result]; } else { givenName = germanFemaleName[result]; } result = (1 + (rand() % 100)); if (result >= 90) { settlerAge = (41 + (rand() % 30)); } else if (result > 40 || result < 90) { settlerAge = (22 + (rand() % 41)); } else { settlerAge = (1 + (rand() % 22)); } result = (rand() % 30); surName = germanSurname[result]; settlerName = givenName + " " + surName; break; case 3: // Eastern (More older people) if (settlerGender == "male") { givenName = easternMaleName[result]; } else { givenName = easternFemaleName[result]; } result = (1 + (rand() % 100)); if (result >= 40) { settlerAge = (41 + (rand() % 30)); } else if (result > 20 || result < 40) { settlerAge = (22 + (rand() % 41)); } else { settlerAge = (1 + (rand() % 22)); } result = (rand() % 30); surName = easternSurname[result]; settlerName = surName + " " + givenName; break; } // Wealth Generation (Poor/Decent/Rich: Based on Surname) switch(type){ case 1: // Hamlet if (result >= 28) { settlerWealth = "Rich"; } else if (result > 24 || result < 28) { settlerWealth = "Decent"; } else { settlerWealth = "Poor"; } break; case 2: // Village if (result >= 26) { settlerWealth = "Rich"; } else if (result > 19 || result < 26) { settlerWealth = "Decent"; } else { settlerWealth = "Poor"; } break; case 3: // Town if (result >= 25) { settlerWealth = "Rich"; } else if (result > 9 || result < 25) { settlerWealth = "Decent"; } else { settlerWealth = "Poor"; } break; case 4: // City if (result >= 20) { settlerWealth = "Rich"; } else if (result > 9 || result < 20) { settlerWealth = "Decent"; } else { settlerWealth = "Poor"; } break; } } }; void settlementCreation(); int main() { srand(time(0)); char tempChoice{}; bool isMakingSettlement = true; while (isMakingSettlement == true) { cout << "Create a settlement? (y/n): "; cin >> tempChoice; cout << "\n\n"; if (tempChoice == 'y') { settlementCreation(); } else { isMakingSettlement = false; } } return 0; } void settlementCreation() { int tempType{}; int tempNation{}; bool isTypeValid = false; bool isNationValid = false; while (isTypeValid == false) { cout << "What type of settlement would you like to create?:"; cout << "\n 1. Hamlet"; cout << "\n 2. Village"; cout << "\n 3. Town"; cout << "\n 4. City\n"; cin >> tempType; if (tempType >= 1 && tempType <= 4) { isTypeValid = true; } else { cout << " is an invalid choice, please select a valid choice."; } cout << "\n\n"; } while (isNationValid == false) { cout << "What nation would you like your settlement to be in?: "; cout << "\n 1. Latin"; cout << "\n 2. German"; cout << "\n 3. Eastern\n"; cin >> tempNation; if (tempNation >= 1 && tempNation <= 3) { isNationValid = true; } else { cout << " is an invalid choice, please select a valid choice."; } cout << "\n\n"; } Settlement objSettlement(tempType,tempNation); int tempNum = objSettlement.settlementQuantity; cout << "Welcome to the " << objSettlement.settlementType << " " << objSettlement.settlementName << " in the " << objSettlement.settlementNation << " nation!\n"; cout << "Featuring a population of " << objSettlement.settlementQuantity << " with " << objSettlement.settlementWealth << " wealth.\n\n"; std::vector objSettler; for (int i = 0; i < objSettlement.settlementQuantity; ++i) { objSettler.emplace_back(tempType, tempNation, tempNum); } bool repeat = true; while (repeat == true) { cout << "Enter the ID of a settler you would like to read about (from 0-" << (objSettlement.settlementQuantity - 1) << ", or enter 999999 to exit): "; cin >> tempNum; cout << "\n"; if (tempNum == 999999) { repeat = false; } else { cout << objSettler[tempNum].settlerName << ", " << objSettler[tempNum].settlerGender << ", is " << objSettler[tempNum].settlerAge << " years old and has " << objSettler[tempNum].settlerWealth << " wealth.\n\n"; } } }

Settlements (C++)