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Imports System.Collections
Imports KarlsTools
Module Module1
Sub Main()
sub2()
End Sub
Sub sub2()
Dim c1 As Complex = New Complex(3, 4)
Dim s As String = "c1 = " + c1.ToString()
Dim d As Double = Complex.Abs(c1)
Dim d2 As Double = Complex.Arg(c1)
Dim c2 As Complex = Complex.Conj(c1)
Dim imag As Double = Complex.Imag(c2)
Dim real As Double = Complex.Real(c1)
Dim imag2 As Double = c1.Imag()
Dim real2 As Double = c1.Real()
Dim p As Complex = Complex.Polar(5, Math.PI / 180)
Dim c3 As Complex = Complex.Cos(p)
Dim c4 As Complex = Complex.Cosh(p)
Dim c5 As Complex = Complex.Exp(p)
Dim c6 As Complex = Complex.Log(p)
Dim c7 As Complex = Complex.Log10(p)
Dim n As Double = Complex.Norm(p)
Dim c9 As Complex = Complex.Pow(p, 4)
Dim c10 As Complex = Complex.Pow(p, p)
Dim c11 As Complex = Complex.Pow(2, p)
Dim c12 As Complex = Complex.Sin(p)
Dim c13 As Complex = Complex.Sinh(p)
Dim c14 As Complex = Complex.Sqrt(p)
Dim c15 As Complex = Complex.Tan(p)
Dim c15a As Complex = Complex.Tanh(p)
Dim c16 As Complex = Complex.Negative(c15)
Dim c17 As Complex = Complex.Plus(c16)
Dim eq As Boolean = c16.Equals(c17)
Dim eq2 As Boolean = (New Complex(2, 0)).Equals(2)
Dim eq3 As Boolean = Complex.Equals(2, New Complex(2, 0))
Dim ne As Boolean = Complex.NotEqual(c16, c16)
Dim ne2 As Boolean = Complex.NotEqual(New Complex(2, 0), 2)
Dim ne3 As Boolean = Complex.NotEqual(2, New Complex(2, 0))
Dim c18 As Complex = Complex.Multiply(c1, c1)
Dim c19 As Complex = Complex.Multiply(c1, Double.PositiveInfinity)
Dim c20 As Complex = Complex.Multiply(12, c1)
Dim c21 As Complex = Complex.Divide(c1, c1)
Dim c22 As Complex = Complex.Divide(c1, Double.PositiveInfinity)
Dim c23 As Complex = Complex.Divide(1, c1)
Dim c24 As Complex = Complex.Add(c1, c1)
Dim c25 As Complex = Complex.Add(c1, Double.PositiveInfinity)
Dim c26 As Complex = Complex.Add(1, c1)
Dim c27 As Complex = Complex.Subtract(c1, c1)
Dim c28 As Complex = Complex.Subtract(c1, Double.PositiveInfinity)
Dim c29 As Complex = Complex.Subtract(1, c1)
Console.WriteLine("c1 = " & c1.ToString())
Console.WriteLine("s = " & s)
Console.WriteLine("d = " & d)
Console.WriteLine("d2 = " & d2)
Console.WriteLine("c2 = " & c2.ToString())
Console.WriteLine("imag = " & imag)
Console.WriteLine("real = " & real)
Console.WriteLine("imag2 = " & imag2)
Console.WriteLine("real2 = " & real2)
Console.WriteLine("p = " & p.ToString())
Console.WriteLine("c3 = " & c3.ToString())
Console.WriteLine("c4 = " & c4.ToString())
Console.WriteLine("c5 = " & c5.ToString())
Console.WriteLine("c6 = " & c6.ToString())
Console.WriteLine("c7 = " & c7.ToString())
Console.WriteLine("n = " & n)
Console.WriteLine("c9 = " & c9.ToString())
Console.WriteLine("c10 = " & c10.ToString())
Console.WriteLine("c11 = " & c11.ToString())
Console.WriteLine("c12 = " & c12.ToString())
Console.WriteLine("c13 = " & c13.ToString())
Console.WriteLine("c14 = " & c14.ToString())
Console.WriteLine("c15 = " & c15.ToString())
Console.WriteLine("c15a = " & c15a.ToString())
Console.WriteLine("c16 = " & c16.ToString())
Console.WriteLine("c17 = " & c17.ToString())
Console.WriteLine("eq = " & eq)
Console.WriteLine("eq2 = " & eq2)
Console.WriteLine("eq3 = " & eq3)
Console.WriteLine("ne = " & ne)
Console.WriteLine("ne2 = " & ne2)
Console.WriteLine("ne3 = " & ne3)
Console.WriteLine("c18 = " & c18.ToString())
Console.WriteLine("c19 = " & c19.ToString())
Console.WriteLine("c20 = " & c20.ToString())
Console.WriteLine("c21 = " & c21.ToString())
Console.WriteLine("c22 = " & c22.ToString())
Console.WriteLine("c23 = " & c23.ToString())
Console.WriteLine("c24 = " & c24.ToString())
Console.WriteLine("c25 = " & c25.ToString())
Console.WriteLine("c26 = " & c26.ToString())
Console.WriteLine("c27 = " & c27.ToString())
Console.WriteLine("c28 = " & c28.ToString())
Console.WriteLine("c29 = " & c29.ToString())
End Sub
End Module
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Karl is a Water Resources Engineer and Programmer. He holds a Masters degree in Civil Engineering, and is a Microsoft Certified Solution Developer.