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#include <iostream>
#include <math.h>
double pi = 3.14159;
void Pause()
{
char REF;
std :: cin >> REF;
}
class Math
{
public:
Math() {} // construct
~Math() {}// destruct
double Box(double width, double height)
{
std :: cout << "________\n";
std :: cout << "| |\n";
std :: cout << "| |\n";
std :: cout << "| |\n";
std :: cout << "|_______|\n";
return (width * height);
}
double Cube(double length, double width, double height)
{
std :: cout << ".. //////////////////////|\n";
std :: cout << "..//////////////////////||\n";
std :: cout << ".//////////////////////|||\n";
std :: cout << "| |||||\n";
std :: cout << "| |||||\n";
std :: cout << "| |||/\n";
std :: cout << "| ||/\n";
std :: cout << "|____________________|/ \n";
return (length * width * height);
}
double circle(double radsqr)
{
std :: cout << " .........%%%%%%%%%%%%%%..............\n";
std :: cout << ".......%%% %%%...........\n";
std :: cout << "..... ...........\n";
std :: cout << "...%%% %%%.......\n";
std :: cout << "..... ........\n";
std :: cout << "..%%% %%%.....\n";
std :: cout << ".... _______________ .....\n";
std :: cout << "..%%% %%%.....\n";
std :: cout << ".... .....\n";
std :: cout << "..%%% %%%......\n";
std :: cout << "..... .........\n";
std :: cout << ".....%%% %%%..........\n";
std :: cout << ".......... .............\n";
std :: cout << "...........%%%%%%%%%%%%%%..............\n";
return ( pi * radsqr);
}
double sphere(double radcubed)
{
std :: cout << " ,dP9CGG88@b, \n";
std :: cout << " ,IPssYICCG888@@b, \n";
std :: cout << " dIi ,IICGG8888@b \n";
std :: cout << " dCIIiciIICCGG8888@@b \n";
std :: cout << "________GCCIIIICCCGGG8888@@@__________________ \n";
std :: cout << " GGCCCCCCCGGG88888@@@ \n";
std :: cout << " GGGGCCCGGGG88888@@@@... \n";
std :: cout << " Y8GGGGGG8888888@@@@P..... \n";
std :: cout << " Y88888888888@@@@@P...... \n";
std :: cout << " `Y8888888@@@@@@@P'...... \n";
std :: cout << " `@@@@@@@@@P'....... \n";
std :: cout << " ........ \n";
return ((4*pi*radcubed)/3);
}
double Getwidth() {return width;}
void SetWidth(double x) {width = x;}
double Getheight() {return height;}
void Setheight(double x) {height = x;}
double Getlength() {return length;}
void Setlength(double x) {length = x;}
double Getradsqr() {return length;}
void Setradsqr(double x) {length = x;}
double Getradcubed() {return length;}
void Setradcubed(double x) {length = x;}
private:
double width;
double height;
double length;
double radsqr;
double radcubed;
};
int main()
{
// if any one knows another method to clear the screen that would be great :)
int num;
// w = width, h = height, l = length.
double l, w, h;
// d = diameter, r = radius.
double r, rad2, rad3;
double A;
Math math;
char again = 'y';
while(again == 'y')
{
system("CLS");
std :: cout << "**** Welcome to GeoCalc ****\n";
std :: cout << "\n";
std :: cout << "2D Box(1)\n";
std :: cout << "Cube(2)\n";
std :: cout << "Circle(3)\n";
std :: cout << "sphere(4)\n";
std :: cin >> num;
// this solves the area of a 2 dimenitional box
if (num == 1)
{
std :: cout << " Enter the following \n";
std :: cout << "Width: ";
std :: cin >> w ;
std :: cout << "Height: ";
std :: cin >> h ;
math.SetWidth(w);
math.Setheight(h);
A = math.Box(math.Getwidth(),math.Getheight());
std :: cout << "The area is: " << A << "\n";
}
if (num == 2)
{
std :: cout << " Enter the following \n";
std :: cout << "Length: ";
std :: cin >> l ;
std :: cout << "Width: ";
std :: cin >> w ;
std :: cout << "Height: ";
std :: cin >> h ;
math.Setheight(h);
math.Setlength(l);
math.SetWidth(w);
A = math.Cube(math.Getlength(),math.Getwidth(),math.Getheight());
std :: cout << "The volume is: " << ((double)A) << "\n";
}
if (num == 3)
{
std :: cout << "What is the Radius of your cirlce: ";
std :: cin >> r ;
rad2 = pow(r,2);
math.Setradsqr(rad2);
A = math.circle(math.Getradsqr());
std :: cout << "the area of your circle is: " << A;
}
if (num == 4)
{
std :: cout << "what is the Radius of your sphere: ";
std :: cin >> r;
rad3 = pow(r,3);
A = math.sphere(math.Getradcubed());
std :: cout << "The volume of your sphere is: " << A;
}
std :: cout << "\ndo you want to use GeoCalc again(y/n)" << std :: endl;
std :: cin >> again;
}
return 0;
}
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