ShapeCodeTyler

//Shape.h
using namespace std;

struct line{
	public:
		int thickness;
		string color;
	};
	struct fill{
	public:
		string color;
		int coord[2];
	};

class Shape{
	protected:
		line sLine;
		fill sFill;

	public:
		Shape();
		int area(int base, int height, char type);
		int area(int length, int width);
		double area(double radius);

		int boundaries(int base);
		int boundaries(int length, int width);
		double boundaries(double radius);

};

-------------------------------------
//Shape.cpp
#include <iostream>
#include "Shape.h"

Shape::Shape(){
	sLine.thickness = 0;
	sLine.color = " ";

	sFill.color = " ";
	sFill.coord[0] = 0;
	sFill.coord[1] = 0;
}

int Shape::area(int base, int height, char type){
	return (base*height)/2;
}
int Shape::area(int length, int width){
	return length*width;
}
double Shape::area(double radius){
	double pi == 3.1415926535897;
	radius *= radius; // Square the radius
	return pi * radius;
}

int Shape::boundaries(int base){
	return base*3;
}
int Shape::boundaries(int length, int width){
	return (2*length) + (2*width);
}
double Shape::boundaries(double radius){
	return 2* pi * radius;
}

----------------------------
//Triangle.h
#include "Shape.h"

class Triangle:public Shape{
	protected:
		int base;
		int height;
		string type;

	public:
		Triangle();
		Triangle(int b, int h, string t)


};
------------------------------
//Triangle.cpp
#include <iostream>
#include "Triangle.h"

Triangle::Triangle(){
	base = 0;
	height = 0;
	type = " ";
}

Triangle::Triangle(int b, height h, type t){
	base = b;
	height = h;
	type = t;
}

----------------------------------
//Circle.h
#include "Shape.h"

class Circle:public Shape(){
	protected:
		double radius;

	public:
		Circle();
		Circle(double r);
}

------------------------------------------
//Circle.cpp
#include <iostream>
#include "Circle.h"

Circle::Circle(){
	radius = 0.0;
}

Circle::Circle(double r){
	radius = r;
}