C++ Question

I will give a thumbs up if problem gets solved correctly!!

Every circle has a center and a radius. Given the radius, we can determine the circle's area and circumference. Given the center, we can determine its position in the x-y plane. The center of a circle is a point in the x-y plane. Design the class Circle that can store the radius and center of the circle. Because the center is a point in the x-y plane and you designed the class to capture the properties of a point in Programming Exercise 3, you must derive the class Circle from the class Point. You should be able to perform the usual operations on a circle, such as setting the radius, printing the radius, calculating and printing the area and circumference, and carrying out the usual operations on the center.

Please proof the code and make the necessary corrections so it can compile/debug in Visual Studio 2019

main.cpp

01	#include "pointType.h"

02	#include "circleType.h"

03

#include

04	using namespace std;

05

06	int main()

07

{

08	double Coordinate_x;

09	double Coordinate_y;

10

11

12	cout << "Enter the x and y coordinate " << endl;

13	cin >> Coordinate_x >> Coordinate_y;

14	cout << "Enter the radus of the circle" <

15

16	cout << "The X and Y Coordinates are: (" <

17

<< endl;

18	cout << "The Area if the circe ";

19	cout <, "The circumferance of the circke is ";

20

21

}

pointType.cpp

01	#include "pointType.h"

02

#include

03

#include

04	/*void pointType::setCoordinate(double x,double y)

05

{

06	Coordinate_x = x;

07	Coordinate_y = y;

08

09

}*/

10	void pointType::setCoordinate_x(double Coordinate_x)

11

{

12

13

}

14

15	void pointType::setCoordinate_y(double Coordinate_y)

16

{

17

18

}

19	void pointType::print()const

20

{

21

22

}

23

24	pointType::pointType()

25

{

26	double Coordinate_x= 0;

27	double Coordinate_y= 0 ;

28

}

pointType.h

01	#ifndef POINTTYPE_H_INCLUDED

02	#define POINTTYPE_H_INCLUDED

03	/*#pragma once*/

04

#include

05	using namespace std;

06	/*template */

07	class pointType

08

{

09

public:

10	void print()const;

11	/*void setCoordinate(double x = 0, double y = 0);*/

12	void setCoordinate_x(double Coordinate_x);

13	void setCoordinate_y(double Coordinate_y);

14	double getCoordinate_x () const;

15	double getCoordinate_y ()const;

16	pointType(void);

17	pointType (double Coordinate_x,double Coordinate_y);

18	~pointType(void);

19

20

private:

21	double Coordinate_x;

22	double Coordinate_y;

23

24

};

25

26	#endif // POINTTYPE_H_INCLUDED

circleType.h

01	#ifndef CIRCLETYPE_H

02	#define CIRCLETYPE_H

03

04

#include

05

06

07	class circleType : public pointType

08

{

09

public:

10	void circleType(double Coordinate_x, double Coordinate_y,double Radus );

11	void print()const;

12	double setAreaOfCircle() const;

13	double setCircumference() const;

14	double getRadus () const;

15	circleType(double Coordinate_x, double Coordinate_y,double Radus);

16	~circleType (void);//rest is from defalut

17	circleType();

18	virtual ~circleType();

19

20

private:

21	double Radus ()const;

22	double pie = 3.14;

23

};

24

25	#endif // CIRCLETYPE_H

src\circleType.cpp

01	#include "circleType.h"

02	#include "pointType.h"

03

#include

04

#include

05

06	double circleType::getRadus()const

07

{

08	return Radus; //ctor

09

}

10	double circleType::AreaOfCircle () const

11

{

12	return 3.14 * Radus*Radus;

13

}

14	double circleType::Circumference () const

15

{

16	return 3.14 *2*Radus;

17

}

18

19	circleType::circleType()

20

{

21

//ctor

22

}

23

24	circleType::~circleType()

25

{

26

//dtor

27

}