Math.Abs Method (Int32)

public static int Abs (
	int value
)

public static int Abs (
	int value
)

public static function Abs (
	value : int
) : int

// This example demonstrates Math.Abs()
using System;

class Sample 
{
    public static void Main()
    {
    sbyte    sb1 = -16, sb2 = 16;
    short    sh1 = -15, sh2 = 15;
    int      in1 = -14, in2 = 14;
    long     lg1 = -13, lg2 = 13;
    float    fl1 = -12.0f, fl2 = 12.0f;
    double   db1 = -11.1, db2 = 11.1;
    Decimal  de1 = -10.0m, de2 = 10.0m;

    Console.WriteLine();
    Console.WriteLine("SByte:   1) {0,-5} 2) {1,-5}", Math.Abs(sb1), Math.Abs(sb2));
    Console.WriteLine("Int16:   1) {0,-5} 2) {1,-5}", Math.Abs(sh1), Math.Abs(sh2));
    Console.WriteLine("Int32:   1) {0,-5} 2) {1,-5}", Math.Abs(in1), Math.Abs(in2));
    Console.WriteLine("Int64:   1) {0,-5} 2) {1,-5}", Math.Abs(lg1), Math.Abs(lg2));
    Console.WriteLine("Single:  1) {0,-5} 2) {1,-5}", Math.Abs(fl1), Math.Abs(fl2));
    Console.WriteLine("Double:  1) {0,-5} 2) {1,-5}", Math.Abs(db1), Math.Abs(db2));
    Console.WriteLine("Decimal: 1) {0,-5} 2) {1,-5}", Math.Abs(de1), Math.Abs(de2));
    }
}
/*
This example produces the following results:

SByte:   1) 16    2) 16
Int16:   1) 15    2) 15
Int32:   1) 14    2) 14
Int64:   1) 13    2) 13
Single:  1) 12    2) 12
Double:  1) 11.1  2) 11.1
Decimal: 1) 10.0  2) 10.0
*/

// This example demonstrates Math.Abs()
import System.*;

class Sample
{
    public static void main(String[] args)
    {
        byte sb1 = -16;
        byte sb2 = 16;
        short sh1 = -15;
        short sh2 = 15;
        int in1 = -14;
        int in2 = 14;
        long lg1 = -13;
        long lg2 = 13;
        float fl1 = -12;
        float fl2 = 12;
        double db1 = -11.1;
        double db2 = 11.1;
        Decimal de1 = new Decimal(-10.0);
        Decimal de2 = new Decimal(10.0);

        Console.WriteLine();
        Console.WriteLine("SByte:   1) {0,-5} 2) {1,-5}", 
            System.Convert.ToString(System.Math.Abs(sb1)), 
            System.Convert.ToString(System.Math.Abs(sb2)));
        Console.WriteLine("Int16:   1) {0,-5} 2) {1,-5}", 
            System.Convert.ToString(System.Math.Abs(sh1)), 
            System.Convert.ToString(System.Math.Abs(sh2)));
        Console.WriteLine("Int32:   1) {0,-5} 2) {1,-5}", 
            System.Convert.ToString(System.Math.Abs(in1)), 
            System.Convert.ToString(System.Math.Abs(in2)));
        Console.WriteLine("Int64:   1) {0,-5} 2) {1,-5}", 
            System.Convert.ToString(System.Math.Abs(lg1)), 
            System.Convert.ToString(System.Math.Abs(lg2)));
        Console.WriteLine("Single:  1) {0,-5} 2) {1,-5}", 
            System.Convert.ToString(System.Math.Abs(fl1)), 
            System.Convert.ToString(System.Math.Abs(fl2)));
        Console.WriteLine("Double:  1) {0,-5} 2) {1,-5}", 
            System.Convert.ToString(System.Math.Abs(db1)), 
            System.Convert.ToString(System.Math.Abs(db2)));
        Console.WriteLine("Decimal: 1) {0,-5} 2) {1,-5}", 
            System.Convert.ToString(System.Math.Abs(de1)), 
            System.Convert.ToString(System.Math.Abs(de2)));
    } //main
} //Sample

/*
This example produces the following results:

SByte:   1) 16    2) 16
Int16:   1) 15    2) 15
Int32:   1) 14    2) 14
Int64:   1) 13    2) 13
Single:  1) 12    2) 12
Double:  1) 11.1  2) 11.1
Decimal: 1) 10    2) 10
*/