C++ pr0 programing (structs and enums)

/**

Yay.



1) In designing a game, we decide we want to have monsters, because everyone likes fighting monsters.

Declare a struct that represents your monster. The monster should have a type that can be one of the following:

an ogre, a dragon, an orc, a giant spider, or a slime. If you’re using C++11, use an enum class for this.

If you’re using an older compiler, use an enumeration for this.



Each individual monster should also have a name, as well as an amount of health that represents how much damage

they can take before they die. Write a function named PrintMonster() that prints out all of the struct’s members.

Instantiate an ogre and a slime, initialize them using an initializer list, and pass them to PrintMonster().



Your program should produce the following output:



This Ogre is named Torg and has 145 health.

This Slime is named Blurp and has 23 health.

*/



#include <string>

#include <iostream>



using namespace std;



enum class MonsterType{

    OGRE,

    DRAGON,

    ORC,

    GIANTSPIDER,

    SLIME

};



struct Monster{

    string name;

    MonsterType race;

    int hp;

};



void PrintMonster(Monster monster){

    cout << monster.name << endl;

    switch(monster.race){

        case MonsterType::OGRE:

            cout << "Race: Ogre" << endl;

            break;

        case MonsterType::DRAGON:

            cout << "Race: Dragon" << endl;

            break;

        case MonsterType::ORC:

            cout << "Race: Orc" << endl;

            break;

        case MonsterType::GIANTSPIDER:

            cout << "Race: Giant Spider" << endl;

            break;

        case MonsterType::SLIME:

            cout << "Race: Slime" << endl;

            break;

        default:

            cout << "Race: " << endl;

            break;

    }

    cout << "HP: " << monster.hp << endl;

    cout << endl;

}



int main()

{

    Monster ogre1 = {"Shrek", MonsterType::OGRE, 431};

    Monster slime1 = {"Rocket", MonsterType::SLIME, 96};



    PrintMonster(ogre1);

    PrintMonster(slime1);



    return 0;

}