Write a c++ program. Define your class in a header file and implement in .cpp fi

Question

Write a c++ program. Define your class in a header file and implement in .cpp file

3.1 Gladiator Class Hierarchy Presented hw be a class diagram depicting the nature of the class hierarchy formed between a parent gladiator class and its children, all of the specific gladiator classes mentioned earlier. The gladiators chosen here represent the more popular of the choices The relationship is a strict one to many relationship with each specific class of gladiator being a direet descendent of the gladiator class. This is presented in Figure

Explanation / Answer

* i'm only implemented abstrct class of Gladiotor class as u didn't mention further details for child classes..

1) gladioator.h

#ifndef GLADIATOR_H
#define GLADIATOR_H

#include <iostream>
#include <iomanip>
#include <map>
#include <random>

using namespace std;

class gladiator
{
public:
    //constructor and destructor
    gladiator();
    virtual ~gladiator();

    //generate random number by using seedR property
    void setRandomSeed();

    //getters for gladiator properties
    int getSeedR() const;
    int getHP() const;
    double getAS() const;
    double getDS() const;
    int getAppeal() const;
    int getDamage() const;

    //setters for gladiator properties
    void setSeedR(int s);
    void setHP(int s);
    void setAS(double s);
    void setDS(double s);
    void setAppeal(int s);
    void setDamage(int s);

    //function to attack other gladiator
    int attack(gladiator & glad);

    //virtual functions implemented by child classes
    virtual string taunt() = 0;
    virtual void print() = 0;
    virtual void defenceBolster() = 0;
    virtual void specialAction() = 0;

private:
    //for generating random number between M and N
    double randNum(double M, double N)
    {
        return M + (rand() / ( RAND_MAX / (N-M) ) ) ;
    }

private:
    int HP; //gladiator's health
    double AS; //Attack skill probability of attack 0-1 by them
    double DS; // Defense skill probability attack to them 0-1
    int appeal; //represent charisma and crowd applause
    int damage; //physical damage capacity
    int seedR; // value used when generating randoms seed
};

#endif // GLADIATOR_H

2) gladiator.cpp

#include "gladiator.h"

//constructor implementation
gladiator::gladiator()
{
    cout<<"gladiator created.."<<endl;
}

//destructor
gladiator::~gladiator()
{
    cout<<"gladiator destroyed.."<<endl;
}

//generating random seed value
void gladiator::setRandomSeed()
{

}

//getter for seedR
int gladiator::getSeedR() const
{
    return seedR;
}

//getter for HP
int gladiator::getHP() const
{
    return HP;
}

//getter for AS
double gladiator::getAS() const
{
    return AS;
}

//getter for DS
double gladiator::getDS() const
{
    return DS;
}

//getter for Appeal
int gladiator::getAppeal() const
{
    return appeal;
}

//getter for Damage
int gladiator::getDamage() const
{
    return damage;
}

//setter for SeedR
void gladiator::setSeedR(int s)
{
    seedR = s;
}

//setter for HP
void gladiator::setHP(int s)
{
    HP = s;
}

//setter for As
void gladiator::setAS(double s)
{
    AS = s;
}

//setter for Ds
void gladiator::setDS(double s)
{
    DS = s;
}

//setter for appeal
void gladiator::setAppeal(int s)
{
    appeal = s;
}

//setter for damage
void gladiator::setDamage(int s)
{
damage = s;
}

//implementation of attack
int gladiator::attack(gladiator& glad)
{
    double random = randNum(0,1); //generating random number between 0-1
    int renown=0; //default renown points

    //generated random value is attacked glad's Attack skill
    if(random < getAS()){ //if random value less than Attack skill of attacking glad
                        // means our attacking glad initiated attack
        renown=renown+10; //adding renown points
    }
    else //not
       renown=renown-10; //reducing renown points

    random = randNum(0,1); //again generating random number

    //here random number is required defence skill to defend
    if(random > glad.getDS()){ // if attacked glad unable to have that amount of skill
        glad.setHP(glad.getHP()-getDamage()); //reducing his Health with our attacking glad's damaging capacity
    }

    if(glad.getHP() < 0) // and if attacked glad died ie.health =0
        renown = renown+30; //adding more 30 points to renown

    return getAppeal()+renown; //returning renown + appeal score of attacking glad
}

// these are virtual function of this abstract class
//child classes will have actual implementation
string gladiator::taunt()
{
    cout << "default : taunt" << endl;
}

void gladiator::print()
{
    cout << "Health : " << getHP()<<endl;
    cout << "Appeal : " << getAppeal()<<endl;
    cout << "Damage Capacity : " << getDamage()<<endl;
}

void gladiator::defenceBolster()
{
    cout << "default : bolster" << endl;
}

void gladiator::specialAction()
{
    cout << "default : special action" << endl;
}

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