Complex.Pow Méthode

public:
 static System::Numerics::Complex Pow(System::Numerics::Complex value, double power);

public static System.Numerics.Complex Pow(System.Numerics.Complex value, double power);

static member Pow : System.Numerics.Complex * double -> System.Numerics.Complex

Public Shared Function Pow (value As Complex, power As Double) As Complex

Paramètres

Retours

Nombre complexe value élevé au pouvoir power.

Exemples

L’exemple suivant illustre l’exponentiation à l’aide d’un nombre complexe et d’un exposant dont la valeur est comprise entre -1 et 10.

using System;
using System.Numerics;

public class Example
{
   public static void Main()
   {
      Complex value = new Complex(12, -6);
      for (int power = -1; power <= 10; power++)
         Console.WriteLine("{0} ^ {1,2} = {2:N2}", value, power,
                           Complex.Pow(value, power));
   }
}
// The example displays the following output:
//    (12, -6) ^ -1 = (0.07, 0.03)
//    (12, -6) ^  0 = (1.00, 0.00)
//    (12, -6) ^  1 = (12.00, -6.00)
//    (12, -6) ^  2 = (108.00, -144.00)
//    (12, -6) ^  3 = (432.00, -2,376.00)
//    (12, -6) ^  4 = (-9,072.00, -31,104.00)
//    (12, -6) ^  5 = (-295,488.00, -318,816.00)
//    (12, -6) ^  6 = (-5,458,752.00, -2,052,864.00)
//    (12, -6) ^  7 = (-77,822,208.00, 8,118,144.00)
//    (12, -6) ^  8 = (-885,157,632.00, 564,350,976.00)
//    (12, -6) ^  9 = (-7,235,785,728.00, 12,083,157,504.00)
//    (12, -6) ^ 10 = (-14,330,483,712.00, 188,412,604,416.00)

open System.Numerics

let value = Complex(12.0, -6.0)

for power in -1. .. 10. do
    printfn $"{value} ^ {power, 2} = {Complex.Pow(value, power):N2}"
// The example displays the following output:
//    (12, -6) ^ -1 = (0.07, 0.03)
//    (12, -6) ^  0 = (1.00, 0.00)
//    (12, -6) ^  1 = (12.00, -6.00)
//    (12, -6) ^  2 = (108.00, -144.00)
//    (12, -6) ^  3 = (432.00, -2,376.00)
//    (12, -6) ^  4 = (-9,072.00, -31,104.00)
//    (12, -6) ^  5 = (-295,488.00, -318,816.00)
//    (12, -6) ^  6 = (-5,458,752.00, -2,052,864.00)
//    (12, -6) ^  7 = (-77,822,208.00, 8,118,144.00)
//    (12, -6) ^  8 = (-885,157,632.00, 564,350,976.00)
//    (12, -6) ^  9 = (-7,235,785,728.00, 12,083,157,504.00)
//    (12, -6) ^ 10 = (-14,330,483,712.00, 188,412,604,416.00)

Imports System.Numerics

Module Example
   Public Sub Main()
      Dim value As New Complex(12, -6)
      For power As Integer = -1 To 10
         Console.WriteLine("{0} ^ {1,2} = {2:N2}", value, power, 
                           Complex.Pow(value, power))
      Next
   End Sub
End Module
' The example displays the following output:
'    (12, -6) ^ -1 = (0.07, 0.03)
'    (12, -6) ^  0 = (1.00, 0.00)
'    (12, -6) ^  1 = (12.00, -6.00)
'    (12, -6) ^  2 = (108.00, -144.00)
'    (12, -6) ^  3 = (432.00, -2,376.00)
'    (12, -6) ^  4 = (-9,072.00, -31,104.00)
'    (12, -6) ^  5 = (-295,488.00, -318,816.00)
'    (12, -6) ^  6 = (-5,458,752.00, -2,052,864.00)
'    (12, -6) ^  7 = (-77,822,208.00, 8,118,144.00)
'    (12, -6) ^  8 = (-885,157,632.00, 564,350,976.00)
'    (12, -6) ^  9 = (-7,235,785,728.00, 12,083,157,504.00)
'    (12, -6) ^ 10 = (-14,330,483,712.00, 188,412,604,416.00)

Remarques

Si value c’est Complex.Zerole cas, la méthode retourne Complex.Zero. Pour d’autres valeurs, si la power valeur est 0, la méthode retourne Complex.One, et si power elle est 1, elle retourne value.

Cette méthode correspond à la méthode pour les Math.Pow types numériques primitifs.

public:
 static System::Numerics::Complex Pow(System::Numerics::Complex value, System::Numerics::Complex power);

public static System.Numerics.Complex Pow(System.Numerics.Complex value, System.Numerics.Complex power);

static member Pow : System.Numerics.Complex * System.Numerics.Complex -> System.Numerics.Complex

Public Shared Function Pow (value As Complex, power As Complex) As Complex

Paramètres

Retours

Nombre complexe value élevé au pouvoir power.