class weapon
{

public:


int getWeaponName();
void setWeaponName(int name);

int getWeaponDamage();
void setWeaponDamage(int damage);

int getIntReq();
void setIntReq(int intReq);

int getIntBonus();
void setIntBonus(int intBonus);

int getStrReq();
void setStrReq(int strReq);

int getStrBonus();
void setStrBonus(int strBonus);

int getWeaponCost();
void setWeaponCost(int cost);

private:

int weaponName;
int weaponDamage;
int weaponIntReq;
int weaponStrReq;
int weaponIntBonus;
int weaponStrBonus;
int weaponCost;


};

int weapon::getWeaponName(){return weaponName;}
void weapon::setWeaponName(int name){weaponName = name;}

int weapon::getWeaponDamage(){return weaponDamage;}
void weapon::setWeaponDamage(int damage){weaponDamage = damage;}

int weapon::getIntReq(){return weaponIntReq;}
void weapon::setIntReq(int intReq){weaponIntReq = intReq;}

int weapon::getStrReq(){return weaponStrReq;}
void weapon::setStrReq(int strReq){ weaponStrReq = strReq;}

int weapon::getIntBonus(){return weaponIntBonus;}
void weapon::setIntBonus(int intBonus){weaponIntBonus = intBonus;}

int weapon::getStrBonus(){return weaponStrBonus;}
void weapon::setStrBonus(int strBonus){weaponStrBonus = strBonus;}

int weapon::getWeaponCost(){return weaponCost;}
void weapon::setWeaponCost(int cost){weaponCost = cost;}

weapon RustySword;
RustySword.setWeaponDamage(rand()%3 + 1);
RustySword.setIntReq(0);
RustySword.setStrReq(0);
RustySword.setIntBonus(0);
RustySword.setStrBonus(0);
RustySword.setWeaponCost(0);

// variable declartionweapon RustySword;// statementsRustySword.setWeaponDamage(rand()%3 + 1);RustySword.setIntReq(0);RustySword.setStrReq(0);RustySword.setIntBonus(0);RustySword.setStrBonus(0);RustySword.setWeaponCost(0);

class Weapon{public:   Weapon(      const std::string &name,      int damage, int cost,       int intelligenceRequirement, int intelligenceBonus,       int strengthRequirement, int strengthBonus)   :      // This syntax is called an "initializer list". Google it.      name(name),      damage(damage),      cost(cost),      intelligenceRequirement(intelligenceRequirement),      intelligenceBonus(intelligenceBonus),      strengthRequirement(strengthRequirement),      strengthBonus(strengthBonus)   {   }      // ...private:   // Don't prefix members with the class name, that is implied   // Instead, try to fully describe the variable's purpose.   // It is usually a bad idea to try and compress the variable name.   std::string name;   int damage;   int cost;   int intelligenceRequirement;   int intelligenceBonus;   int strengthRequirement;   int strengthBonus;};// Create a weapon with the given stats.Weapon RustySword("Rusty Sword", rand() % 3 + 1, 0, 0, 0, 0, 0);

Player Hero(5, 1, 1, 10, "RustySword", "");

class Player{     public:     Player(int health, int intelligence, int strength, int gold, const std::string weapon, const std::string armor):     health(health), intelligence(intelligence), strength(strength), gold(gold), weapon(weapon), armor(armor){}     private:            int health;            int intelligence;            int strength;            int gold;            std::string weapon;            std::string armor;};