static void Main(string[] args)
{
Figure fgr1 = new Figure("Square");
Point pnt1 = new Point(1, 2, 3, "A");
Point pnt2 = new Point(2, 5, 10, "B");
Point pnt3 = new Point(4, 2, 7, "C");
Point pnt4 = new Point(1, 2, 3, "D");
fgr1.Insert(pnt1);
fgr1.Insert(pnt2);
fgr1.Insert(pnt3);
fgr1.Insert(pnt4);
fgr1.PrintFigure();
Console.WriteLine("Total figures: {0}", Figure.GetNumberOfFigures());
Console.WriteLine("Total number of point in figure: {0}", fgr1.GetNumberOfPoints());
Console.WriteLine("Is point A the same with point D? {0}", pnt1.Equals(pnt4));
Console.WriteLine("Hash code of current figure (overriden): {0}", fgr1.GetHashCode());
// ---------------------------------------------------------------------------------------
Console.WriteLine("*******************");
// ---------------------------------------------------------------------------------------
Console.WriteLine("Current size of figure 1: {0:F3}", SMathFigure.GetFigureSize(fgr1));
// ---------------------------------------------------------------------------------------
Console.WriteLine("*******************");
var figure = new {Name = "Triangle", Point1 = pnt1.GetName(), Point2 = pnt2.GetName(), Point3 = pnt3.GetName()};
Console.WriteLine("Anonymous type by template: Name {0}, Point 1 name {1}, Point 2 name {2}, Point 3 name {3}",
figure.Name, figure.Point1, figure.Point2, figure.Point3);
// ---------------------------------------------------------------------------------------
Console.WriteLine("*******************");
Figure fgr2 = new Figure("Sphere");
Point pnt1_1 = new Point(1, 1, 1, "A");
Point pnt1_2 = new Point(2, 2, 2, "B");
Point pnt1_3 = new Point(3, 3, 3, "C");
Point pnt1_4 = new Point(4, 4, 4, "D");
fgr2.Insert(pnt1_1);
fgr2.Insert(pnt1_2);
fgr2.Insert(pnt1_3);
fgr2.Insert(pnt1_4);
double sizeOfFigure1 = 0;
double sizeOfFigure2 = 0;
Console.WriteLine("Extended method: {0}", fgr1.GetVectorSize());
bool flag = SMathFigure.IsCanBePlacedInside(ref fgr1, ref fgr2, out sizeOfFigure1, out sizeOfFigure2);
Console.WriteLine("Is {0} with size of {1:F2} can be placed inside of {2} with size of {3:F2}? {4}",
fgr1.GetNameOfFigure(), sizeOfFigure1, fgr2.GetNameOfFigure(), sizeOfFigure2, flag);
Console.ReadKey();
}
public static double GetFigureSize(Figure _fgr)
{
double size = 0;
double allX = 0;
double allY = 0;
double allZ = 0;
foreach (Point pnt in _fgr.GetArray())
{
allX += pnt.GetX();
allY += pnt.GetY();
allZ += pnt.GetZ();
}
size = Math.Sqrt(Math.Pow(allX, 2) + Math.Pow(allY, 2) + Math.Pow(allZ, 2));
return size;
}
public static bool IsCanBePlacedInside(ref Figure RFgr1, ref Figure RFgr2, out double OSize1, out double OSize2)
{
OSize1 = GetFigureSize(RFgr1);
OSize2 = GetFigureSize(RFgr2);
return OSize1 >= OSize2 ? false : true;
}
