java biginteger example

Title Description: Enter a positive integer n to output the factorial of N. Input: Positive integer N (0 Output: Input may include multiple sets of data, for each set of input data, the factorial of the output n Sample input: 4515 Sample output: 241201307674368000 1 PackageA;2 ImportJava.math.BigInteger;3 ImportJava.u

1. Use of the BigInteger subtraction method1 Public BigInteger Add (BigInteger val): Add 2 Public BigInteger Subtract (BigInteger val): Minus 3 Public BigInteger Multiply (BigInteger

For documents on the copied API, BigInteger has no problem in dealing with general high precision. Java. math BigInteger java.lang.Object java.lang.Number java.math.BigInteger All Implemented interfaces: Serializable, Comparable public class BigInteger Extends Number I

The two classes of Java, biginteger and bigdecimal, represent the big integer class and the big floating point class respectively. Theoretically, they can represent an infinite number. Biginteger: Package COM. xujin; import Java. util. *; import Java. math. *; public class

It is very troublesome to process large numbers in C or C ++, but there are two classes in JAVA: BigInteger and BigDecimal, which respectively represent the big integer class and the big floating point class, objects of the two classes can indicate the maximum range is unclear. Theoretically, they can represent a large number of wireless devices, as long as the computer memory is large enough. Both classes

BigInteger and BigDecimal are existing classes in the java. math package. The former represents an integer, and the latter represents a floating point. Why use big numbers? 1) BigInteger: an integer of any precision is supported. It can accurately represent an integer of any size without any information loss During computation. 2)

);}Public rational divide (rational secondrational) {BigInteger n = numerator.multiply (Secondrational.getdenominator ());BigInteger d = denominator.multiply (Secondrational.getnumerator ());return new Rational (n, D);}@Overridepublic boolean equals (Object obj) {TODO auto-generated Method Stubif (This.getnumerator (). CompareTo ((Rational) obj). Getnumerator ()) = = 0) {return true;}else {return false;}}@O

parameterPublic BigInteger remainder (BigInteger val) returns the remainder of the current large integer object and the large integer object specified by the parameter.public int CompareTo (BigInteger val) Returns the result of the comparison of the current large integer object with the large integer object specified by the parameter, which is 1,-1, 0, respectiv

(string[] args) {BigInteger bi1 = new BigInteger ("100");BigInteger Bi2 = new BigInteger ("50");Public BigInteger Add (BigInteger val): plusSystem.out.println ("Add:" + bi1.add (BI2));Public