#include #include #include #include using namespace std; /* - update march 31 - added random values for stat increase - adding new stat input a name example: Batman example 2: John Smith */ class Player{ public: // empty constructor Player(){ } // inline set method included in constructor body Player(int hp,int att,int spe): health(hp), attack(att), speed(spe){ // does the same as about but can be used multiple times setHealth(hp); setAttack(att); setSpeed(spe); } // if a name is given in the first aruement Player(string alias, int hp,int att,int spe): health(hp), attack(att), speed(spe){ setName(alias); setHealth(hp); setAttack(att); setSpeed(spe); } // Destructor ~Player(){ } // declare overload Player operator+(Player& obj); Player operator=(Player& obj); // Setters // to set or change health void setHealth(int hp){ health = hp; } // to set or change attack void setAttack(int att){ attack = att; } // to change defence value void setDefence(int def){ defence = def; } // to set or change name void setSpeed(int spe){ speed = spe; } // to set or change name void setName(string alias){ name = alias; } // Getters // to recieve health from private int getHealth(){ return health; } // to recieve attack from private int getAttack(){ return attack; } // to recieve defence from private int getDefence(){ return defence; } // to recieve speed from private int getSpeed(){ return speed; } // to recieve name from private string getName(){ return name; } void checkStats(){ cout << "\n\n" << this->getHealth() <<" HP\n"; cout << "\n" << this->getAttack() <<" Attack\n"; cout << "\n" << this->getSpeed() <<" Speed\n"; } private: // Private variables int health; int attack; int defence; int speed; // string variables string name; }; // class_As_Data_Type class_Name :: operator+(class_Name& obj) //class& takes the address of object as arguement Player Player:: operator+(Player& obj){ int after_health = health + obj.health; int after_attack = attack + obj.attack; int after_speed = speed + obj.speed; cout <<"\n\n\t\t*** Level Up! ***\n\n"; return Player(after_health, after_attack, after_speed); } // gives character a name string selectName(){ string p1Name; cin >> p1Name; // in case no input is given if (p1Name == ""){ string nameList[]={"Lee","Allan","Red","Blue","Ruby","Sapphire","Grey","Levi"}; // Create counter for nameList int nameListSize = 0; // start counting loop // basic_string long for string but gives less errors for(basic_string ex : nameList) { //for each value in nameList array nameListSize increases by 1 nameListSize++; // cout << "namelists size is " << nameListSize << "\n\n"; } // get random name from list string p1Name = nameList [rand() % nameListSize]; return p1Name; } else{ // if user gives a name return p1Name; } } // to keep main clear, moved into function void levelUpContent() { // seeding random once and not again srand(time(0)); // function to name the character string id = selectName(); //create Player object Player p1_level_1(id,100,50,20); cout << p1_level_1.getName() << " stats before leveling up\n"; // outputs health, attack, and speed value before level up p1_level_1.checkStats(); // creates object for stat increase Player lvlUp((rand() % 5) +1,(rand() % 3) +1,(rand() % 3) +1); // creates overloaded object by adding values of Level 1 p1 and lvlup for Level 2 p1 Player p1_level_2 = p1_level_1 + lvlUp; // carry character name to new object p1_level_2.setName(p1_level_1.getName()); cout <<"\n" << p1_level_2.getName() << " stats after leveling up\n"; // outputs health, attack, and speed value after level up p1_level_2.checkStats(); } int main() { levelUpContent(); return 0; }

Level Up + operator Overloading