point

/*Создать класс, описывающий точки на плоскости на плоскости.
Определить расстояние от точки до начала координат. Создать класс - наследник,
описывающий точки в пространстве. Определить расстояние между двумя точками.*/

#include <iostream>
#include <math.h>
using namespace std;

class point_on_the_plane{
protected:
    float point_plane_x;
    float point_plane_y;
    float point_plane_z;
   //float point_spase_x, point_spase_y, point_spase_z;
    float rezult_0;
public:
    point_on_the_plane(){
        point_plane_x = 0;
        point_plane_y = 0;
        point_plane_z = 0;
    }
    point_on_the_plane(float point_x, float point_y/*, float point_x1, float point_y1, float point_z1*/){
        point_plane_x = point_x;
        point_plane_y = point_y;
        point_plane_z = 0;
       /* point_spase_x = point_x1;
        point_spase_y = point_y1;
        point_spase_z = point_z1 */

    }
    float calculate_point_on_the_plane()
    {

        return static_cast<float>(sqrt(pow(point_plane_x,2)+pow(point_plane_y,2)));
    }

    ~point_on_the_plane(){}
};
class point_on_the_spase: public point_on_the_plane{
    protected:
    float point_space_x;
    float point_space_y;
    float point_space_z;

public:

    point_on_the_spase(){}
    point_on_the_spase(float point_x, float point_y, float point_z, float x, float y)
    {
        point_plane_x = x;
        point_plane_y = y;
        point_space_x = point_x;
        point_space_y = point_y;
        point_space_z = point_z;

    }

     float get(){
          return (calculate_point_on_the_plane());
         }

    float calculate_point_of_the_spase()
    {
//        rezult_1 = sqrt(pow((point_space_x-point_plane_x),2)+pow((point_space_y-point_plane_y),2)+pow((point_spase_z-point_plane_z),2));
        return static_cast<float>(sqrt(pow((point_space_x-point_plane_x),2)+pow((point_space_y-point_plane_y),2)+pow((point_space_z-point_plane_z),2)));
    }
    ~point_on_the_spase(){}
};


int main()
{
    float rezult = 0, rezult_0 = 0;
    float point_x = 0, point_y = 0/*, point_z = 0*/;
    float point_x1 = 0, point_y1 = 0, point_z1 = 0;

    cout << "Enter the coordinates of the point 'x': " << endl;
       cin >> point_x;

       cout << "Enter the coordinates of the point 'y': " << endl;
          cin >> point_y;
//          cout << "Enter the coordinates of the point 'z': " << endl;
//             cin >> point_z;

             cout << "Enter the coordinates of the point_1 'x': " << endl;
                cin >> point_x1;
                cout << "Enter the coordinates of the point_1 'y': " << endl;
                   cin >> point_y1;
                   cout << "Enter the coordinates of the point_1 'z': " << endl;
                      cin >> point_z1;

                         point_on_the_spase b(point_x1, point_y1, point_z1,point_x, point_y);

                         rezult_0 = b.get();
                         rezult = b.calculate_point_of_the_spase();

                         cout <<"Otvet"<< endl;
                      cout << "Result_0: " << endl ;
                   cout << rezult_0 << endl;

    cout << "Result: " << endl ;
    cout << rezult << endl;
    return 0;
}