Polar Coordinates to Cartesian Coordinates and Vice Versa

PolarToCartesianAndViceVersa.cpp

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

class Cartesian{
private:
	float xCo, yCo;

public:
	Cartesian():xCo(0),yCo(0){}
	Cartesian(float x, float y):xCo(x),yCo(y){}

	float radius(){
		return sqrt(pow(xCo,2)+pow(yCo,2));
	}

	float angle(){
		return atan(yCo/xCo);
	}

	void convertToPolar(){
		cout << "In Polar Co-ordinates : " << endl;
		cout << "(" << xCo << "," <<  yCo << ")" <<  ":"  << "(" << radius() << "," << angle()*180/3.1415 << ")" << endl;
	}
};

class Polar{
private:
	float radius, angle;

public:
	Polar():radius(0),angle(0){}
	Polar(float r, float a):radius(r),angle(a){}

	float xCo(){
		return radius * cos(angle*3.1415/180);
	}

	float yCo(){
		return radius * cos(angle*3.1415/180);
	}

	void convertToCartesian(){
		cout << "In Cartesian Co-ordinates : " << endl;
		cout << "(" <<  radius << "," <<  angle << ")" <<  ":"  << "(" << xCo() << "," << yCo() << ")" << endl;
	}
};


int main(){
	Cartesian c1(10,10);
	c1.convertToPolar();


	Polar p1(14.141,45);
	p1.convertToCartesian();

	return 0;
}