public static ComplexNumber getReversal(ComplexNumber number)
{
ComplexNumber result = new ComplexNumber(number.getA(), number.getB() * (-1));
return(result);
}
static void Main(string[] args)
{
double x1, x2, y1, y2, radius, a, b;
string valid = "";
#region TASK 1
Console.WriteLine("----------------------TASK 1-------------------");
Console.Write("Input X coordinate of top left point: ");
valid = Console.ReadLine();
while (!Double.TryParse(valid, out x1))
{
doubleValidator(ref valid);
}
Console.Write("Input Y coordinate of top left point: ");
valid = Console.ReadLine();
while (!Double.TryParse(valid, out y1))
{
doubleValidator(ref valid);
}
Console.Write("Input X coordinate of bottom right point: ");
valid = Console.ReadLine();
while (!Double.TryParse(valid, out x2))
{
doubleValidator(ref valid);
}
Console.Write("Input Y coordinate of bottom right point: ");
valid = Console.ReadLine();
while (!Double.TryParse(valid, out y2))
{
doubleValidator(ref valid);
}
Rectangle myRectangle = new Rectangle(x1, y1, x2, y2);
Console.WriteLine("Yours rectangle perimeter: " + myRectangle.getPerimeter().ToString());
Console.WriteLine("Yours rectangle square: " + myRectangle.getSquare().ToString());
#endregion
#region TASK 2
Console.WriteLine("----------------------TASK 2-------------------");
Console.Write("Input X coordinate of top left point: ");
valid = Console.ReadLine();
while (!Double.TryParse(valid, out x1))
{
doubleValidator(ref valid);
}
Console.Write("Input Y coordinate of top left point: ");
valid = Console.ReadLine();
while (!Double.TryParse(valid, out y1))
{
doubleValidator(ref valid);
}
Console.Write("Input X coordinate of bottom right point: ");
valid = Console.ReadLine();
while (!Double.TryParse(valid, out x2))
{
doubleValidator(ref valid);
}
Console.Write("Input Y coordinate of bottom right point: ");
valid = Console.ReadLine();
while (!Double.TryParse(valid, out y2))
{
doubleValidator(ref valid);
}
RectangleWithAutoProps myRect = new RectangleWithAutoProps(x1, y1, x2, y2);
Console.WriteLine("Yours rectangle perimeter: " + myRect.RectanglePerimeter.ToString());
Console.WriteLine("Yours rectangle square: " + myRect.RectangleSquare.ToString());
#endregion
#region TASK 3
Console.WriteLine("----------------------TASK 3-------------------");
Console.Write("Input circle's radius: ");
valid = Console.ReadLine();
while (!Double.TryParse(valid, out radius))
{
doubleValidator(ref valid);
}
Circle myCircle = new Circle(radius);
Console.WriteLine("Circle's length: {0:F3}", myCircle.getLength(radius));
Console.WriteLine("Circle's square: {0:F3}", myCircle.getSquare(radius));
#endregion
#region TASK 4
Console.WriteLine("----------------------TASK 4-------------------");
Console.Write("Input X coordinate of top left point: ");
valid = Console.ReadLine();
while (!Double.TryParse(valid, out x1))
{
doubleValidator(ref valid);
}
Console.Write("Input Y coordinate of top left point: ");
valid = Console.ReadLine();
while (!Double.TryParse(valid, out y1))
{
doubleValidator(ref valid);
}
Console.Write("Input X coordinate of bottom right point: ");
valid = Console.ReadLine();
while (!Double.TryParse(valid, out x2))
{
doubleValidator(ref valid);
}
Console.Write("Input Y coordinate of bottom right point: ");
valid = Console.ReadLine();
while (!Double.TryParse(valid, out y2))
{
doubleValidator(ref valid);
}
Console.WriteLine("Yours rectangle perimeter: " + Task4Rectangle.getPerimeter(new Point(x1, y1), new Point(x2, y2)).ToString());
Console.WriteLine("Yours rectangle square: " + Task4Rectangle.getSquare(new Point(x1, y1), new Point(x2, y2)).ToString());
Console.Write("Input the circle's radius: ");
valid = Console.ReadLine();
while (!Double.TryParse(valid, out radius))
{
doubleValidator(ref valid);
}
Console.WriteLine("Yours circle length: {0:F3}", Task4Circle.getLength(radius));
Console.WriteLine("Yours circle square: {0:F3}", Task4Circle.getSquare(radius));
#endregion
#region TASK 5
Console.WriteLine("----------------------TASK 5-------------------");
Console.Write("Input the real part of complex number: ");
valid = Console.ReadLine();
while (!Double.TryParse(valid, out a))
{
doubleValidator(ref valid);
}
Console.Write("Input the virtual part of complex number: ");
valid = Console.ReadLine();
while (!Double.TryParse(valid, out b))
{
doubleValidator(ref valid);
}
ComplexNumber complexNumber = new ComplexNumber(a, b);
Console.Write("Your complex number: ");
complexNumber.Print();
ComplexNumber numerator = new ComplexNumber(-2, 1);
ComplexNumber denominator = new ComplexNumber(1, -1);
Console.Write("Numerator: ");
numerator.Print();
Console.Write("Denominator: ");
denominator.Print();
ComplexNumber resultOfDivision = numerator / denominator;
Console.Write("Result of division: ");
resultOfDivision.Print();
ComplexNumber complexNumberToMult = new ComplexNumber(3, -2);
ComplexNumber multiplier = new ComplexNumber(2, 5);
ComplexNumber resultOfMultiplication = complexNumberToMult * multiplier;
Console.Write("Complex number: ");
complexNumberToMult.Print();
Console.Write("Multiplier: ");
multiplier.Print();
Console.Write("Result of multiplication: ");
resultOfMultiplication.Print();
#endregion
Console.ReadLine();
}