Bunny Sim

//////////////////////////////////////BUNNY.H/////////////////////////////

#pragma once
#define MAX_NAMES 10
#define MAX_FUR 4

#include <iostream>
#include <string>

class Bunny
{
private:
    int age ;
    bool is_male ;        // true = male ; false = female
    bool is_mutant ;
    bool procreating ;    //meets the requirements for having babies
    bool is_dead ;
    std::string name ;
    std::string fur_color ;


public:
    Bunny(void) ;
    void Details() ;
    void Progress() ;
};


////////////////////////////////////////////////////////////////////////////////////
////////////////////////////////////////////////////////////////////////////////////
////////////////////////////////////////////////////////////////////////////////////


////////////////////////BUNNY.CPP///////////////////////////////////////////////

#include "Bunny.h"
#include <ctime>



bool Randomize(int percent)
{
    percent -= 1 ;

    //srand ( time(NULL) ) ; // random giant numbers

    int random = rand() % 100 ; // 0 -99


    if(random >= 0 && random <= percent) // if randm is from 0 to max percent - it hits true
        return true ;

    else
        return false ;
}

int Random(int amount)
{
    //srand( time(NULL) ) ;

    int random = rand() % amount ;

    return random;  //max amount of objects
}

 Bunny::Bunny(void)
{
    std::string female_name[MAX_NAMES] = {"Martha","Jude","Abigail","Maria","Karina","Nancy","Shaniqua","Francine","Stacey","Hayley"} ;
    std::string male_name[MAX_NAMES] = {"Stan","Vlad","Roger","Turner","Thumper","Darth Vader","Voldemort","Stalin","OJ","Adolf"} ;

    std::string color_of_fur[MAX_FUR] = {"White","Brown","Black","Gray" } ;

    age = 0 ;
    is_male = Randomize(50) ; //Percent Parameter

    if(is_male)
        name = male_name[Random(MAX_NAMES)] ; //max amount of names
    else
        name = female_name[Random(MAX_NAMES)] ;

    fur_color = color_of_fur[Random(MAX_FUR)] ;

    is_mutant = Randomize(2) ;

    std::cout<<"Bunny "<<name<<" was born!"<<std::endl ;
}

 void Bunny::Details()
 {
        std::cout<<"\nBunnies name is: "<<name<<std::endl ;

        if(is_male)
            std::cout<<name<<" is male"<<std::endl ;
        else
            std::cout<<name<<" is female"<<std::endl ;

        std::cout<<name<<"'s"<<" age is: "<<age<<std::endl ;
        std::cout<<name<<"'s"<<" fur color is: "<<fur_color<<std::endl ;

        if(is_mutant)
            std::cout<<name<<" is a mutant :("<<std::endl ;
        else
            std::cout<<name<<" is healthy :)"<<std::endl ;
 }

 void Bunny::Progress()
 {
     age++ ;

     if(age >= 2)
         procreating= true ;

     if(procreating == true)
     {
         //bunny_list.push_back(Bunny()) ;
     }



     if(age > 10)
         is_dead = true ;
 }

////////////////////////////////////////////////////////////////////////////////////
////////////////////////////////////////////////////////////////////////////////////
////////////////////////////////////////////////////////////////////////////////////

///////////////////////////////////MAIN.CPP////////////////////////////////////////

#include <list>
#include <iostream>
#include "Bunny.h"
#include <string>
#include <ctime>


using namespace std ;



int main()
{
    srand ( time(NULL) ) ;

    //typedef list<Bunny> bunny_list ;

    list<Bunny> bunny_list ;
    list<Bunny> dead_bunny_list ;

    list<Bunny>::iterator i ;  //= bunny_list.begin();

    //Bunny test ;

    for(int i = 0; i<5; i++)
    {
        bunny_list.push_back(Bunny()) ;
    }


    //i = bunny_list.begin() ;

    //i->Details() ;





    cin.ignore() ;
    return EXIT_SUCCESS ;
}