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Find the whole and fractional part of double number

Here given code implementation process.

// C program 
// Find the whole and fractional part of double number
#include <stdio.h>
#include <math.h>

// Separating the Fractional and whole part of given number
void separate(double number)
{

    printf("\n Given number : %lf ",number);

    // Separate decimal 
    double fractional = fmod(number , 1);

    // Separate Whole 
    double whole  = number - fractional;
  
    // Display calculated result
    printf("\n Whole : %lf",whole);
    
    printf("\n Fractional : %lf\n",fractional);
}


int main()
{
    // Test Case
    separate(-35.33);
    separate(78.343);
    separate(10.50);
    separate(0.50);
    separate(40.004);
    return 0;
}
// Run code like this
// (compile)
// gcc test.c -o a.out -lm 
// here test.c is source file
// (run)
// ./a.out

Output

 Given number : -35.330000
 Whole : -35.000000
 Fractional : -0.330000

 Given number : 78.343000
 Whole : 78.000000
 Fractional : 0.343000

 Given number : 10.500000
 Whole : 10.000000
 Fractional : 0.500000

 Given number : 0.500000
 Whole : 0.000000
 Fractional : 0.500000

 Given number : 40.004000
 Whole : 40.000000
 Fractional : 0.004000
/*
  Java Program
  Separate Whole and decimal in double number
*/
public class Separation
{
    
    // Separating the Fractional and whole part of given number
    public void separate(double number)
    {
        System.out.print("\n Given number : " + number );
        // Separate decimal 
        double fractional = number % 1;
        // Separate Whole 
        double whole = number - fractional;
        // Display calculated result
        System.out.print("\n Whole : " + whole );
        System.out.print("\n Fractional : " + fractional + "\n");
    }
    public static void main(String[] args)
    {
        Separation num = new Separation();
        // Test Case
        num.separate(-35.33);
        num.separate(78.343);
        num.separate(10.50);
        num.separate(0.50);
        num.separate(40.004);   
    }
}

Output

 Given number : -35.33
 Whole : -35.0
 Fractional : -0.3299999999999983

 Given number : 78.343
 Whole : 78.0
 Fractional : 0.3430000000000035

 Given number : 10.5
 Whole : 10.0
 Fractional : 0.5

 Given number : 0.5
 Whole : 0.0
 Fractional : 0.5

 Given number : 40.004
 Whole : 40.0
 Fractional : 0.003999999999997783
// Include header file
#include <iostream>
#include <math.h>
using namespace std;
/*
  C++ Program
  Separate Whole and decimal in double number
*/
class Separation
{
    public:
        // Separating the Fractional and whole part of given number
        void separate(double number)
        {
            cout << "\n Given number : " << number;
            // Separate decimal
            double fractional = fmod(number , 1);
            // Separate Whole
            double whole = number - fractional;
            // Display calculated result
            cout << "\n Whole : " << whole;
            cout << "\n Fractional : " << fractional << "\n";
        }
};
int main()
{
    Separation num = Separation();
    // Test Case
    num.separate(-35.33);
    num.separate(78.343);
    num.separate(10.50);
    num.separate(0.50);
    num.separate(40.004);
    return 0;
}

Output

 Given number : -35.33
 Whole : -35
 Fractional : -0.33

 Given number : 78.343
 Whole : 78
 Fractional : 0.343

 Given number : 10.5
 Whole : 10
 Fractional : 0.5

 Given number : 0.5
 Whole : 0
 Fractional : 0.5

 Given number : 40.004
 Whole : 40
 Fractional : 0.004
// Include namespace system
using System;
/*
  C# Program
  Separate Whole and decimal in double number
*/
public class Separation
{
    // Separating the Fractional and whole part of given number
    public void separate(double number)
    {
        Console.Write("\n Given number : " + number);
        // Separate decimal
        double fractional = number % 1;
        // Separate Whole
        double whole = number - fractional;
        // Display calculated result
        Console.Write("\n Whole : " + whole);
        Console.Write("\n Fractional : " + fractional + "\n");
    }
    public static void Main(String[] args)
    {
        Separation num = new Separation();
        // Test Case
        num.separate(-35.33);
        num.separate(78.343);
        num.separate(10.50);
        num.separate(0.50);
        num.separate(40.004);
    }
}

Output

 Given number : -35.33
 Whole : -35
 Fractional : -0.329999999999998

 Given number : 78.343
 Whole : 78
 Fractional : 0.343000000000004

 Given number : 10.5
 Whole : 10
 Fractional : 0.5

 Given number : 0.5
 Whole : 0
 Fractional : 0.5

 Given number : 40.004
 Whole : 40
 Fractional : 0.00399999999999778
<?php
/*
  Php Program
  Separate Whole and decimal in double number
*/
class Separation
{
    // Separating the Fractional and whole part of given number
    public  function separate($number)
    {
        echo "\n Given number : ". $number;
        // Separate decimal
        $fractional = fmod($number , 1);
        // Separate Whole
        $whole = $number - $fractional;
        // Display calculated result
        echo "\n Whole : ". $whole;
        echo "\n Fractional : ". $fractional ."\n";
    }
}

function main()
{
    $num = new Separation();
    // Test Case
    $num->separate(-35.33);
    $num->separate(78.343);
    $num->separate(10.50);
    $num->separate(0.50);
    $num->separate(40.004);
}
main();

Output

 Given number : -35.33
 Whole : -35
 Fractional : -0.33

 Given number : 78.343
 Whole : 78
 Fractional : 0.343

 Given number : 10.5
 Whole : 10
 Fractional : 0.5

 Given number : 0.5
 Whole : 0
 Fractional : 0.5

 Given number : 40.004
 Whole : 40
 Fractional : 0.0039999999999978
/*
  Node Js Program
  Separate Whole and decimal in double number
*/
class Separation
{
    // Separating the Fractional and whole part of given number
    separate(number)
    {
        process.stdout.write("\n Given number : " + number);
        // Separate decimal
        var fractional = number % 1;
        // Separate Whole
        var whole = number - fractional;
        // Display calculated result
        process.stdout.write("\n Whole : " + whole);
        process.stdout.write("\n Fractional : " + fractional + "\n");
    }
}

function main()
{
    var num = new Separation();
    // Test Case
    num.separate(-35.33);
    num.separate(78.343);
    num.separate(10.50);
    num.separate(0.50);
    num.separate(40.004);
}
main();

Output

 Given number : -35.33
 Whole : -35
 Fractional : -0.3299999999999983

 Given number : 78.343
 Whole : 78
 Fractional : 0.3430000000000035

 Given number : 10.5
 Whole : 10
 Fractional : 0.5

 Given number : 0.5
 Whole : 0
 Fractional : 0.5

 Given number : 40.004
 Whole : 40
 Fractional : 0.003999999999997783
#   Python 3 Program
#   Separate Whole and decimal in double number

class Separation :
    #  Separating the Fractional and whole part of given number
    def separate(self, number) :
        print("\n Given number : ", number, end = "")
        flag = False
        if(number < 0) :
            number =-number
            flag = True
        
        #  Separate decimal 
        fractional = number % 1
        #  Separate Whole 
        whole = number - fractional
        if(flag == True) :
            fractional = - fractional
            whole = - whole
        #  Display calculated result
        print("\n Whole : ", whole, end = "")
        print("\n Fractional : ", fractional )
    

def main() :
    num = Separation()
    #  Test Case
    num.separate(-35.33)
    num.separate(78.343)
    num.separate(10.50)
    num.separate(0.50)
    num.separate(40.004)

if __name__ == "__main__": main()

Output

 Given number :  -35.33
 Whole :  -35.0
 Fractional :  -0.3299999999999983

 Given number :  78.343
 Whole :  78.0
 Fractional :  0.3430000000000035

 Given number :  10.5
 Whole :  10.0
 Fractional :  0.5

 Given number :  0.5
 Whole :  0.0
 Fractional :  0.5

 Given number :  40.004
 Whole :  40.0
 Fractional :  0.003999999999997783
#   Ruby Program
#   Separate Whole and decimal in double number

class Separation 
    #  Separating the Fractional and whole part of given number
    def separate(number) 
        print("\n Given number : ", number)
        flag = false
        if(number<0)
            flag = true
            number = - number
        end
        #  Separate decimal 
        fractional = number % 1
        #  Separate Whole 
        whole = number - fractional

        if(flag)
            fractional = -fractional
            whole = -whole
        end
        #  Display calculated result
        print("\n Whole : ", whole)
        print("\n Fractional : ", fractional ,"\n")
    end

end

def main() 
    num = Separation.new()
    #  Test Case
    num.separate(-35.33)
    num.separate(78.343)
    num.separate(10.50)
    num.separate(0.50)
    num.separate(40.004)
end

main()

Output

 Given number : -35.33
 Whole : -35.0
 Fractional : -0.3299999999999983

 Given number : 78.343
 Whole : 78.0
 Fractional : 0.3430000000000035

 Given number : 10.5
 Whole : 10.0
 Fractional : 0.5

 Given number : 0.5
 Whole : 0.0
 Fractional : 0.5

 Given number : 40.004
 Whole : 40.0
 Fractional : 0.003999999999997783

/*
  Scala Program
  Separate Whole and decimal in double number
*/
class Separation
{
    // Separating the Fractional and whole part of given number
    def separate(number: Double): Unit = {
        print("\n Given number : " + number);
        // Separate decimal
        var fractional: Double = number % 1;
        // Separate Whole
        var whole: Double = number - fractional;
        // Display calculated result
        print("\n Whole : " + whole);
        print("\n Fractional : " + fractional + "\n");
    }
}
object Main
{
    def main(args: Array[String]): Unit = {
        var num: Separation = new Separation();
        // Test Case
        num.separate(-35.33);
        num.separate(78.343);
        num.separate(10.50);
        num.separate(0.50);
        num.separate(40.004);
    }
}

Output

 Given number : -35.33
 Whole : -35.0
 Fractional : -0.3299999999999983

 Given number : 78.343
 Whole : 78.0
 Fractional : 0.3430000000000035

 Given number : 10.5
 Whole : 10.0
 Fractional : 0.5

 Given number : 0.5
 Whole : 0.0
 Fractional : 0.5

 Given number : 40.004
 Whole : 40.0
 Fractional : 0.003999999999997783
/*
  Swift 4 Program
  Separate Whole and decimal in double number
*/
class Separation
{
    // Separating the Fractional and whole part of given number
    func separate(_ number: Double)
    {
        print("\n Given number : ", number, terminator: "");
        // Separate decimal
        let fractional: Double =  number.truncatingRemainder(dividingBy: 1);
        // Separate Whole
        let whole: Double = number - fractional;
        // Display calculated result
        print("\n Whole : ", whole, terminator: "");
        print("\n Fractional : ", fractional );
    }
}
func main()
{
    let num: Separation = Separation();
    // Test Case
    num.separate(-35.33);
    num.separate(78.343);
    num.separate(10.50);
    num.separate(0.50);
    num.separate(40.004);
}
main();

Output

 Given number :  -35.33
 Whole :  -35.0
 Fractional :  -0.329999999999998

 Given number :  78.343
 Whole :  78.0
 Fractional :  0.343000000000004

 Given number :  10.5
 Whole :  10.0
 Fractional :  0.5

 Given number :  0.5
 Whole :  0.0
 Fractional :  0.5

 Given number :  40.004
 Whole :  40.0
 Fractional :  0.00399999999999778
/*
  Kotlin Program
  Separate Whole and decimal in double number
*/
class Separation
{
    // Separating the Fractional and whole part of given number
    fun separate(number: Double): Unit
    {
        print("\n Given number : " + number);
        // Separate decimal
        var fractional: Double = number % 1;
        // Separate Whole
        var whole: Double = number - fractional;
        // Display calculated result
        print("\n Whole : " + whole);
        print("\n Fractional : " + fractional + "\n");
    }
}
fun main(args: Array<String>): Unit
{
    var num: Separation = Separation();
    // Test Case
    num.separate(-35.33);
    num.separate(78.343);
    num.separate(10.50);
    num.separate(0.50);
    num.separate(40.004);
}

Output

 Given number : -35.33
 Whole : -35.0
 Fractional : -0.3299999999999983

 Given number : 78.343
 Whole : 78.0
 Fractional : 0.3430000000000035

 Given number : 10.5
 Whole : 10.0
 Fractional : 0.5

 Given number : 0.5
 Whole : 0.0
 Fractional : 0.5

 Given number : 40.004
 Whole : 40.0
 Fractional : 0.003999999999997783

Note that in a fraction result we are not perform round operation so some of programming language are not produce a valid actual result. In this case we can use below code.

/*
  Java Program
  Separate Whole and decimal in double number
*/
public class Separation
{
    
    // Separating the Fractional and whole part of given number
    public void separate(double number)
    {
        System.out.print("\n Given number : " + number );
        // Separate decimal 
        double fractional = number % 1;
        // Separate Whole 
        double whole = number - fractional;
        
        // valid for 5 digits precision
        fractional = Math.round(fractional * 100000d) / 100000d;
      
        // Display calculated result
        System.out.print("\n Whole : " + whole );
        System.out.print("\n Fractional : " + fractional + "\n");
    }
    public static void main(String[] args)
    {
        Separation num = new Separation();
        // Test Case
        num.separate(-35.33);
        num.separate(78.343);
        num.separate(10.50);
        num.separate(0.50);
        num.separate(40.004);   
    }
}

Output

 Given number : -35.33
 Whole : -35.0
 Fractional : -0.33

 Given number : 78.343
 Whole : 78.0
 Fractional : 0.343

 Given number : 10.5
 Whole : 10.0
 Fractional : 0.5

 Given number : 0.5
 Whole : 0.0
 Fractional : 0.5

 Given number : 40.004
 Whole : 40.0
 Fractional : 0.004
// Include namespace system
using System;
/*
  C# Program
  Separate Whole and decimal in double number
*/
public class Separation
{
    // Separating the Fractional and whole part of given number
    public void separate(double number)
    {
        Console.Write("\n Given number : " + number);
        // Separate decimal
        double fractional = number % 1;
        // Separate Whole
        double whole = number - fractional;
        // valid for 5 digits precision
        fractional = Math.Round(fractional * 100000d) / 100000d;
        // Display calculated result
        Console.Write("\n Whole : " + whole);
        Console.Write("\n Fractional : " + fractional + "\n");
    }
    public static void Main(String[] args)
    {
        Separation num = new Separation();
        // Test Case
        num.separate(-35.33);
        num.separate(78.343);
        num.separate(10.50);
        num.separate(0.50);
        num.separate(40.004);
    }
}

Output

 Given number : -35.33
 Whole : -35
 Fractional : -0.33

 Given number : 78.343
 Whole : 78
 Fractional : 0.343

 Given number : 10.5
 Whole : 10
 Fractional : 0.5

 Given number : 0.5
 Whole : 0
 Fractional : 0.5

 Given number : 40.004
 Whole : 40
 Fractional : 0.004
<?php
/*
  Php Program
  Separate Whole and decimal in double number
*/
class Separation
{
    // Separating the Fractional and whole part of given number
    public  function separate($number)
    {
        echo "\n Given number : ". $number;
        // Separate decimal
        $fractional = fmod($number , 1);
        // Separate Whole
        $whole = $number - $fractional;
        // 6 digits precision
        $fractional = round($fractional,6);
        // Display calculated result
        echo "\n Whole : ". $whole;
        echo "\n Fractional : ". $fractional ."\n";
    }
}

function main()
{
    $num = new Separation();
    // Test Case
    $num->separate(-35.33);
    $num->separate(78.343);
    $num->separate(10.50);
    $num->separate(0.50);
    $num->separate(40.004);
}
main();

Output

 Given number : -35.33
 Whole : -35
 Fractional : -0.33

 Given number : 78.343
 Whole : 78
 Fractional : 0.343

 Given number : 10.5
 Whole : 10
 Fractional : 0.5

 Given number : 0.5
 Whole : 0
 Fractional : 0.5

 Given number : 40.004
 Whole : 40
 Fractional : 0.004
/*
  Node Js Program
  Separate Whole and decimal in double number
*/
class Separation
{
    // Separating the Fractional and whole part of given number
    separate(number)
    {
        process.stdout.write("\n Given number : " + number);
        // Separate decimal
        var fractional = number % 1;
        // Separate Whole
        var whole = number - fractional;
        //5 digits precision
        fractional = fractional.toFixed(5)
        // Display calculated result
        process.stdout.write("\n Whole : " + whole);
        process.stdout.write("\n Fractional : " + fractional + "\n");
    }
}

function main()
{
    var num = new Separation();
    // Test Case
    num.separate(-35.33);
    num.separate(78.343);
    num.separate(10.50);
    num.separate(0.50);
    num.separate(40.004);
}
main();

Output

 Given number : -35.33
 Whole : -35
 Fractional : -0.33000

 Given number : 78.343
 Whole : 78
 Fractional : 0.34300

 Given number : 10.5
 Whole : 10
 Fractional : 0.50000

 Given number : 0.5
 Whole : 0
 Fractional : 0.50000

 Given number : 40.004
 Whole : 40
 Fractional : 0.00400
#   Python 3 Program
#   Separate Whole and decimal in double number

class Separation :
    #  Separating the Fractional and whole part of given number
    def separate(self, number) :
        print("\n Given number : ", number, end = "")
        flag = False
        if(number < 0) :
            number =-number
            flag = True
        
        #  Separate decimal 
        fractional = number % 1
        #  Separate Whole 
        whole = number - fractional
        fractional = round(fractional,5)
        if(flag == True) :
            fractional = - fractional
            whole = - whole
        #  Display calculated result
        print("\n Whole : ", whole, end = "")
        print("\n Fractional : ", fractional )
    

def main() :
    num = Separation()
    #  Test Case
    num.separate(-35.33)
    num.separate(78.343)
    num.separate(10.50)
    num.separate(0.50)
    num.separate(40.004)

if __name__ == "__main__": main()

Output

 Given number :  -35.33
 Whole :  -35.0
 Fractional :  -0.33

 Given number :  78.343
 Whole :  78.0
 Fractional :  0.343

 Given number :  10.5
 Whole :  10.0
 Fractional :  0.5

 Given number :  0.5
 Whole :  0.0
 Fractional :  0.5

 Given number :  40.004
 Whole :  40.0
 Fractional :  0.004
#   Ruby Program
#   Separate Whole and decimal in double number

class Separation 
    #  Separating the Fractional and whole part of given number
    def separate(number) 
        print("\n Given number : ", number)
        flag = false
        if(number<0)
            flag = true
            number = - number
        end
        #  Separate decimal 
        fractional = number % 1
        #  Separate Whole 
        whole = number - fractional

        if(flag)
            fractional = -fractional
            whole = -whole
        end

        fractional = (fractional*10000).round / 10000.0
        #  Display calculated result
        print("\n Whole : ", whole)
        print("\n Fractional : ", fractional ,"\n")
    end

end

def main() 
    num = Separation.new()
    #  Test Case
    num.separate(-35.33)
    num.separate(78.343)
    num.separate(10.50)
    num.separate(0.50)
    num.separate(40.004)
end

main()

Output

 Given number : -35.33
 Whole : -35.0
 Fractional : -0.33

 Given number : 78.343
 Whole : 78.0
 Fractional : 0.343

 Given number : 10.5
 Whole : 10.0
 Fractional : 0.5

 Given number : 0.5
 Whole : 0.0
 Fractional : 0.5

 Given number : 40.004
 Whole : 40.0
 Fractional : 0.004

/*
  Scala Program
  Separate Whole and decimal in double number
*/
class Separation
{
    // Separating the Fractional and whole part of given number
    def separate(number: Double): Unit = {
        print("\n Given number : " + number);
        // Separate decimal
        var fractional: Double = number % 1;
        // Separate Whole
        var whole: Double = number - fractional;
        // valid for 5 digits precision
        fractional = (Math.round(fractional * 100000d) / 100000d);
        // Display calculated result
        print("\n Whole : " + whole);
        print("\n Fractional : " + fractional + "\n");
    }
}
object Main
{
    def main(args: Array[String]): Unit = {
        var num: Separation = new Separation();
        // Test Case
        num.separate(-35.33);
        num.separate(78.343);
        num.separate(10.50);
        num.separate(0.50);
        num.separate(40.004);
    }
}

Output

 Given number : -35.33
 Whole : -35.0
 Fractional : -0.33

 Given number : 78.343
 Whole : 78.0
 Fractional : 0.343

 Given number : 10.5
 Whole : 10.0
 Fractional : 0.5

 Given number : 0.5
 Whole : 0.0
 Fractional : 0.5

 Given number : 40.004
 Whole : 40.0
 Fractional : 0.004
import Foundation
/*
  Swift 4 Program
  Separate Whole and decimal in double number
*/
class Separation
{
    // Separating the Fractional and whole part of given number
    func separate(_ number: Double)
    {
        print("\n Given number : ", number, terminator: "");
        // Separate decimal
        var fractional: Double = number.truncatingRemainder(dividingBy: 1);
        // Separate Whole
        let whole: Double = number - fractional;
        // valid for 5 digits precision
        fractional = round(fractional * 100000) / 100000.0;
        // Display calculated result
        print("\n Whole : ", whole, terminator: "");
        print("\n Fractional : ", fractional );
    }
}
func main()
{
    let num: Separation = Separation();
    // Test Case
    num.separate(-35.33);
    num.separate(78.343);
    num.separate(10.50);
    num.separate(0.50);
    num.separate(40.004);
}
main();

Output

 Given number :  -35.33
 Whole :  -35.0
 Fractional :  -0.33

 Given number :  78.343
 Whole :  78.0
 Fractional :  0.343

 Given number :  10.5
 Whole :  10.0
 Fractional :  0.5

 Given number :  0.5
 Whole :  0.0
 Fractional :  0.5

 Given number :  40.004
 Whole :  40.0
 Fractional :  0.004
/*
  Kotlin Program
  Separate Whole and decimal in double number
*/
class Separation
{
    // Separating the Fractional and whole part of given number
    fun separate(number: Double): Unit
    {
        print("\n Given number : " + number);
        // Separate decimal
        var fractional: Double = number % 1;
        // Separate Whole
        var whole: Double = number - fractional;
        //  5 digits precision
        fractional = Math.round(fractional * 100000) / 100000.0;
        // Display calculated result
        print("\n Whole : " + whole);
        print("\n Fractional : " + fractional + "\n");
    }
}
fun main(args: Array<String>): Unit
{
    var num: Separation = Separation();
    // Test Case
    num.separate(-35.33);
    num.separate(78.343);
    num.separate(10.50);
    num.separate(0.50);
    num.separate(40.004);
}

Output

 Given number : -35.33
 Whole : -35.0
 Fractional : -0.33

 Given number : 78.343
 Whole : 78.0
 Fractional : 0.343

 Given number : 10.5
 Whole : 10.0
 Fractional : 0.5

 Given number : 0.5
 Whole : 0.0
 Fractional : 0.5

 Given number : 40.004
 Whole : 40.0
 Fractional : 0.004
Last updated on by Kalkicode




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