Обьектно ориентированная модель управления умным домом

#include <iostream> 
#include <locale.h>
using namespace std;
 
class TimeDay
{
    public:
    int time;
    unsigned int day, R;
    string d;
    
    TimeDay() 
        {
        cout<<"Entre time of the day: " << endl; 
        cin>>time;
        cout<<"Enter number of the day " << endl; 
        cin>>day;
        if (time < 0 && time > 24)
        cout << "Vy vveli nekorektnje vremya" << endl;
       switch (day)
        {
        case 1: d = "Monday \n";
        case 2: d = "Theusday \n"; 
        case 3: d = "Wednesday \n";
        case 4: d = "Thursday \n"; 
        case 5: d = "Friday \n"; 
        case 6: d = "Saturday \n"; 
        case 7: d = "Sunday \n"; 
        }
    }
    void Show1() 
        {
        cout << "Day': "<< d <<endl;
        cout << "Time: "<< time <<endl;
        }
   
};
class Job: public TimeDay
{
    public:
    bool time_work, day_work; 
    Job() 
        {
        if (day >=1 && day <= 7)
        day_work = true;
        else 
        day_work = false;
        if (time >=9 && time <= 18)
        time_work = true;
        else 
        time_work = false;
        }
};
class Family: public Job
{
    public: 
    double budget;
    bool job;
    
    Family() 
    {  
        cout << "Entre family's budget for the electricity: " << endl;
        cin >> budget;
        if (day_work == true && time_work == true)
        job = true;
        else 
        job = false;
    }
    virtual void Show2()
    {
        if (job == true)
        cout << "Family's working" << endl;
        else 
        cout << "Family's at home" << endl; 
    }
    virtual ~Family(){}
};
class Electricity
{
    public:
    double price = 0.9;
};
class  Appliances: public Electricity, public Family  //abstract
{  
};
class AirControl: public Appliances
{
    private: 
    double temperature = rand() %10 + 10;
    double humidity = rand() % 50+ 40;
    double conditioner_price;
    double humidifier_price;
    if (job == false)
    {
        cout << "Temperature in the house:" << temperature << endl;
        cout << "Humidity in the house:" << humidity << endl;
        if (temperature <19 && temperature > 21)
        {
        cout << "Air conditioning will be on for 2 hours" << endl;
        conditioner_price = price * 2;
        }
        else
        cout << "Temperature in the house is perfect" << endl;
        if (humidity <80)
        {
        cout << "Humidifier will be on for 3 hours" << endl;
        humidifier_price = price * 3;
        }
        else
        cout << "Humidity in the house is perfect" << endl;
    }
};
class Cleaning: public Appliances
{
    if (job == true)
    {
      cout << "Choose what you wanna work:" << endl;
      cout << "1. Vacum Cleaner & Washing Machine" << endl;
      cout << "2. Washing Machine & Dishwasher" << endl;
      cout << "3. Vacum Cleaner & Dishwasher" << endl;
      cin >> c;
      switch (c)
      {
        case 1: cout << "It will cost you " << price*(2+3) << "UAH" << endl;
        case 2: cout << "It will cost you " << price*(3+2) << "UAH" << endl;
        case 3: cout << "It will cost you " << price*(2+2) << "UAH" << endl;
      }
    }
};
int main()
{  
    Family* consistance[] = {new Appliances};
    return 0;
}