Java min Function

The Java min Function is one of the Java Math Library function which is used to return the Minimum or Smaller value from the given two arguments. In this article we will show you, How to use Math.min function in Java Programming language with example.

Java min Function Syntax

The basic syntax of the Math.min in Java Programming language is as shown below:

Math.min(data_type x, data_type y);

Java Programming provides four different functions to find the Minimum or Smaller value from the given two arguments.

Following function will accept positive or negative integer value as first and second argument and returns the Smaller value of integer type.

static int min(integer x, intger y); //Return Type is Integer

// In order to use in program: 
Math.min(int x, int y);

Following function will accept positive or negative double value as first and second argument and returns the Smaller value of double type.

static double min(double x, double y); //Return Type is double

// In order to use in program: 
Math.min(double x, double y);

Following function will accept positive or negative float value as first and second argument and returns the Smaller value of float type.

static float min(float x, float y); //Return Type is float

// In order to use in program: 
Math.min(float x, float y);

Following function will accept positive or negative long value as first and second argument and returns the Smaller value of Long type.

static long min(long x, long y); //Return Type is long

// In order to use in program: 
Math.long(long x, long y);

Java min Function Example

The Java Math.min function is used to return the Minimum or Smaller value from the given two arguments. In this example, We are going to find the Minimum value from different set of data types and display the output

JAVA CODE

// Java Math.min Function
package MathFunctions;
public class MinMethod {
	public static void main(String[] args) {
		double b = 10.9666, c = 14.6674, d = -9.474, e = -14.9865;
		float g = 1.23f, h = 4.809f, i = -7.89f, j = -6.54f;
		long  k = 200, l = 400, m = -300, n = -100;
		
		System.out.println("Minimum value of Positive Integer: " + Math.min(10, 20));
		System.out.println("Minimum value of Negative Integer: " + Math.min(-20, -60));
		System.out.println("Minimum value of both Positive & Negative: " + Math.min(10, -20));
		
		System.out.println("\nMinimum value of Positive Double: " + Math.min(b, c));
		System.out.println("Minimum value of Negative Double: " + Math.min(d, e));
		System.out.println("Minimum value of both Positive & Negative: " + Math.min(b, e));
		
		System.out.println("\nMinimum value of Positive Float: " + Math.min(g, h));
		System.out.println("Minimum value of Negative Float: " + Math.min(i, j));
		System.out.println("Minimum value of both Positive & Negative: " + Math.min(h, i));
		
		System.out.println("\nMinimum value of Positive Number: " + Math.min(k, l));
		System.out.println("Minimum value of Negative Number: " + Math.min(m, n));
		System.out.println("Minimum value of both Positive & Negative: " + Math.min(k, n));
	}
}

OUTPUT

ANALYSIS

First, We declared variables of type Double, Float and Long to display the functionality of java Math.min function on different data types.

double b = 10.9666, c = 14.6674, d = -9.474, e = -14.9865;
float g = 1.23f, h = 4.809f, i = -7.89f, j = -6.54f;
long  k = 200, l = 400, m = -300, n = -100;

Next, We used the Java Math.min Function directly on both the Positive integer and negative integer values. Following statements will call the min method of integer type ( static int min(integer a, integer b) ) and find the smallest among the values.

System.out.println("Minimum value of Positive Integer: " + Math.min(10, 20));
System.out.println("Minimum value of Negative Integer: " + Math.min(-20, -60));
System.out.println("Minimum value of both Positive & Negative: " + Math.min(10, -20));

Next, We used the Java Math.min Function on variable b, c, d and e (they belongs to double type). Following statements will call the min method of double type ( static double min(double a, double b) ) and find the smallest among the values.

System.out.println("\nMinimum value of Positive Double: " + Math.min(b, c));
System.out.println("Minimum value of Negative Double: " + Math.min(d, e));
System.out.println("Minimum value of both Positive & Negative: " + Math.min(b, e));

Next, We used the Math.min Function on variable g, h, i and j (they belongs to float type). Following statements will call the min method of float type ( static float min(float a, float b) ) and find the smallest among the values.

System.out.println("\nMinimum value of Positive Float: " + Math.min(g, h));
System.out.println("Minimum value of Negative Float: " + Math.min(i, j));
System.out.println("Minimum value of both Positive & Negative: " + Math.min(h, i));

Last, We used the Math.min Function on variable k, l, m and n (they belongs to long type). Following statements will call the min method of long type ( static long min(long a, long b) ) and find the smallest among the values.

System.out.println("\nMinimum value of Positive Number: " + Math.min(k, l));
System.out.println("Minimum value of Negative Number: " + Math.min(m, n));
System.out.println("Minimum value of both Positive & Negative: " + Math.min(k, n));

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