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LongAdder floatValue() method in Java with Examples

LongAdder class in Java creates a new adder with an initial sum of zero. The Java.LongAdder.floatValue() is an inbuilt method in java that returns the sum as a float value. When the object of the class is created its initial value is zero.

Syntax:

public float floatValue()

Parameters: The function does not accepts any parameter.

Return value: The method returns a float value which represents the sum of this LongAdder

Below programs demonstrate the above function:

Program 1:




// Java program to demonstrate
// the LongAdder.floatValue() method
  
import java.lang.*;
import java.util.concurrent.atomic.LongAdder;
  
public class GFG {
    public static void main(String args[])
    {
  
        // Initialized with 0
        LongAdder num = new LongAdder();
  
        // Print the initial value
        System.out.println("Initial value is: "
                           + num);
  
        // Add 6 to it
        num.add(6);
  
        // Print the final value
        System.out.println("After addition"
                           + " of 6, value is: "
                           + num);
  
        // Add 5 to it
        num.add(5);
  
        // Print the final value
        System.out.println("After addition"
                           + " of 5, value is: "
                           + num);
  
        // floatValue operation on num
        num.floatValue();
  
        // Print after value
        System.out.println("Sum of LongAdder as float: "
                           + num);
    }
}


Output:

Initial value is: 0
After addition of 6, value is: 6
After addition of 5, value is: 11
Sum of LongAdder as float: 11

Program 2:




// Java program to demonstrate
// the LongAdder.floatValue() method
  
import java.lang.*;
import java.util.concurrent.atomic.LongAdder;
  
public class GFG {
    public static void main(String args[])
    {
  
        // Initialized with 0
        LongAdder num = new LongAdder();
  
        // Print the initial value
        System.out.println("Initial value is: "
                           + num);
  
        // Add 10 to it
        num.add(10);
  
        // Print the final value
        System.out.println("After addition"
                           + " of 10, value is: "
                           + num);
  
        // Add 100 to it
        num.add(100);
  
        // Print the final value
        System.out.println("After addition"
                           + " of 100, value is: "
                           + num);
  
        // floatValue operation on num
        num.floatValue();
  
        // Print after value
        System.out.println("Sum of LongAdder as float: "
                           + num);
    }
}


Output:

Initial value is: 0
After addition of 10, value is: 10
After addition of 100, value is: 110
Sum of LongAdder as float: 110

Nokonwaba Nkukhwana
Experience as a skilled Java developer and proven expertise in using tools and technical developments to drive improvements throughout a entire software development life cycle. I have extensive industry and full life cycle experience in a java based environment, along with exceptional analytical, design and problem solving capabilities combined with excellent communication skills and ability to work alongside teams to define and refine new functionality. Currently working in springboot projects(microservices). Considering the fact that change is good, I am always keen to new challenges and growth to sharpen my skills.
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