void Cdraw3d_cone (const char *ident, double x, double y, double z, double a, double b, double c, double ra, double rb)
{
int g = 4 * GridDensity / 3;
TD_Point *p = Cmalloc ((g + 1) * 3 * sizeof (TD_Point));
Vec r1;
Vec r2;
Vec A, X;
double f = rb / ra;
A.x = a;
A.y = b;
A.z = c;
X.x = x;
X.y = y;
X.z = z;
orth_vectors (X, &r1, &r2, ra);
third_cyl (0, p, A, X, r1, r2, g, f);
Cinit_surf_points (ident, 3, g + 1, p);
third_cyl (2 * PI / 3, p, A, X, r1, r2, g, f);
Cinit_surf_points (ident, 3, g + 1, p);
third_cyl (4 * PI / 3, p, A, X, r1, r2, g, f);
Cinit_surf_points (ident, 3, g + 1, p);
free (p);
}
void class_area()
{
// Example of each type of constructor in use
FCylinder first_cyl; // default constructor
FCylinder second_cyl(7.5, 4.0); // overloaded constructor
FCylinder third_cyl(first_cyl); // copy constructor
// Print out each cylinder (before operations)
// I added fancy prints to make it easier to read in console
cout << "First (Before):" << endl;
cout << "------\n";
first_cyl.printSelf();
cout << "Second (Before):" << endl;
cout << "-------\n";
second_cyl.printSelf();
cout << "Third (Before):" << endl;
cout << "------\n";
third_cyl.printSelf();
cout << endl;
// Assign first_cyl's radius and height equal to second_cyl's (you can use '=' or getters)
/* Two ways to do this:
1) Use second_cyl's getRadius and getHeight as an argument for first_cyl's setRadius
and setHeight
2) Use the assignment operator (if not implemented, this will copy all member variables
from the right object to the left object).
*/
first_cyl.setHeight(second_cyl.getHeight()); //1)
first_cyl.setRadius(second_cyl.getRadius()); //1)
first_cyl = second_cyl; //2)
// Set the radius of third_cyl equal to 14 and height to 13
third_cyl.setRadius(14);
third_cyl.setHeight(13);
// Print out each cylinder's surface area and volume (NOTE: Each method returns doubles)
cout << "first_cyl's SA and VOL:" << endl;
cout << "-----------------------\n";
cout << "Surface area: " << first_cyl.computeSurfaceArea() << endl;
cout << "Volume: " << first_cyl.computeVolume() << endl;
cout << "second_cyl's SA and VOL:" << endl;
cout << "------------------------\n";
cout << "Surface area: " << second_cyl.computeSurfaceArea() << endl;
cout << "Volume: " << second_cyl.computeVolume() << endl;
cout << "third_cyl's SA and VOL:" << endl;
cout << "-----------------------\n";
cout << "Surface area: " << third_cyl.computeSurfaceArea() << endl;
cout << "Volume: " << third_cyl.computeVolume() << endl;
cout << endl;
//Print out each cylinder again (after operations)
//I added fancy prints to make it easier to read in console
cout << "First (After):" << endl;
cout << "------\n";
first_cyl.printSelf();
cout << "Second (After):" << endl;
cout << "-------\n";
second_cyl.printSelf();
cout << "Third (After):" << endl;
cout << "------\n";
third_cyl.printSelf();
cout << endl;
cout << "Leaving scope of class_area (destroying all variables local to this function)" << endl;
}
