CS396-Projects/assignmentFour/videogamer.cpp

/*
Program Name: Videogamer
Process: designing a set of classes to represent types of characters that might 
         be seen in a video game.
Function Input/Parameters: ???
Function Output/Parameters: ???
Function Output/Returned: ???
Device Input/Device: ???
Device Output/Monitor: ???
Dependencies: ???
*/

#include <cstdio>
#include <cstdlib>
#include <iostream>
#include <cstring>
#include <vector>
#include <random>
#include <algorithm>
#include <time.h>

using namespace std;

// class definitions
class GameCharacter
{
private:
    //
protected:
    double characterHealth;
    string characterName;
    int characterLevel;
public:
    GameCharacter()
    {
        //
        characterHealth = 0.0;
        characterName = "My Character";
        characterLevel = 1;
    }
    GameCharacter(double health, string name, int level)
    {
        //
        characterHealth = health;
        characterName = name;
        characterLevel = level;
    }
    // ~GameCharacter()
    // {
    //     //
    // }
    // virtual ~GameCharacter() = 0;
    virtual ~GameCharacter()
    {
        return;
        // cout << "This not works?" << endl;
    }
    // accessor functions
    double getCharacterHealth()
    {
        return characterHealth;
    }
    string getCharacterName()
    {
        return characterName;
    }
    int getCharacterLevel()
    {
        return characterLevel;
    }
    // mutator functions
    void setCharacterHealth(double setHealth)
    {
        characterHealth = setHealth;
    }
    void setCharacterName(string setName)
    {
        characterName = setName;
    }
    void setCharacterLevel(int setLevel)
    {
        characterLevel = setLevel;
    }
    // virtual functions
    virtual void performUniqueAttack()
    {
        // nothing happens?
    }
};

class Knight : public GameCharacter
{
private:
    string armorType;
public:
    Knight() : GameCharacter()
    {
        armorType = "Leather Armor";
        setCharacterName("My Knight Character");
    }
    Knight(double health, string name, int level, string armor) : GameCharacter(health, name, level)
    {
        armorType = armor;
    }
    ~Knight()
    {
        //
        // cout << "This works?" << endl;
    }
    // accessor functions
    string getArmorType()
    {
        return armorType;
    }
    // mutator functions
    void setArmorType(string armor)
    {
        armorType = armor;
    }
    // virtual functions
    void performUniqueAttack()
    {
        //
        cout << getCharacterName() << " performed Knight Attack wearing " << armorType << "!" << endl;
    }
};

class Mage : public GameCharacter
{
private:
    double mageMana;
public:
    Mage() : GameCharacter()
    {
        mageMana = 0.0;
        setCharacterName("My Mage Character");
    }
    Mage(double health, string name, int level, double mana) : GameCharacter(health, name, level)
    {
        mageMana = mana;
    }
    ~Mage()
    {
        //
        // cout << "This works?" << endl;
    }
    // accessor functions
    double getMana()
    {
        return mageMana;
    }
    // mutator functions
    void setMana(double mana)
    {
        mageMana = mana;
    }
    // virtual functions
    void performUniqueAttack()
    {
        //
        cout << getCharacterName() << " performed Mage Attack with their " << mageMana << " amount of mana." << endl;
    }
};

// function definitions

// main function
int main()
{
    int setSize = 4;
    GameCharacter *characterSet[setSize];
    characterSet[0] = new Knight(100.0, "Meta Knight", 20, "Pallidium Armor");
    characterSet[1] = new Mage(50.0, "Rosalina", 5, 300.0);
    characterSet[2] = new Knight(100.0, "Eomer", 20, "Chainmail Armor");
    characterSet[3] = new Mage(50.0, "Gandalf", 20, 900.0);

    for(int characterIterator = 0; characterIterator < setSize; characterIterator++)
    {
        characterSet[characterIterator]->performUniqueAttack();
    }

    for(int deleteIterator = 0; deleteIterator < setSize; deleteIterator++)
    {
        delete characterSet[deleteIterator];
    }
    return 0;
}