factorial calculator

// Main: Copy codeThe Code is as follows: using System; Using System. Collections. Generic; Using System. Linq; Using System. Text; Namespace Factorial{Class Program{Static void Main (string [] args){Function obj = new Function ();Console. WriteLine ("wocould you like to know which number of Factorial :");Int number = Convert. ToInt32 (Console. ReadLine ());Console. WriteLine ();Console. Write ("The maid o

JavaScript code blockCopy codeThe Code is as follows:　　　　　　　　　　　　　　　　　　 C # code blockCopy codeThe Code is as follows:Protected void Page_Load (object sender, EventArgs e){TestFactorial ();}Public delegate int factorialDelegate (int num); // defines recursive function DelegationPrivate void TestFactorial (){FactorialDelegate fdelegate = factorial; // compare it with javascript Functions.FactorialDelegate trueFactorial = fdelegate;Fdelegate = returnZe

Package Practicego;import java.util.scanner;/* * 4. The user enters a number within 10, and the factorial of the number is calculated by Operation */public class Cto {public static void main(string[] args) {Scanner sc = new Scanner (system.in); System.out.println ("Please enter a number within 10, calculated by the system factorial"); int num = Sc.nextint (); int result = 1;int store = num;//Avoid direct ma

JavaScript code block Copy codeThe Code is as follows: C # code blockCopy codeThe Code is as follows: protected void Page_Load (object sender, EventArgs e){TestFactorial ();}Public delegate int factorialDelegate (int num); // defines recursive function DelegationPrivate void TestFactorial (){FactorialDelegate fdelegate = factorial; // compare it with javascript Functions.FactorialDelegate trueFactorial = fdelegate;Fdelegate = returnZero;Int num1 = tr

Method One:Very common for loop statement: A = 1 n = 5 for i in range (1,n+1): a = a * I print (a) Get the result: 120 Method Two:Use the reduce () function mentioned in the previous blog post: From functools import reduce n = 5 print (Reduce (lambda x,y:x*y,range (1,n+1)) Get the result: 120 Method Three:Using recursion of functions: def factorial (n): if n = = 0 or n = 1: return 1 else: return (N*

/*Title:Author: ChengTime: September 11, 2002 (11:52:00-16:26:00)A large integer factorial processing function with recursive algorithmTime: September 16, 2002 (18:38:00-20:02:00)Recursive method to realize "Fibonacci sequence" problem*/ : ============================ recursive method for "large integer factorial" problem ===========================#define MAXN 1000//maximum number of data digitsThe order o

1. title: Finding the factorial value of X2. requirements: input An integer number (not more than 10), to find its factorial value after the output, the factorial algorithm is implemented with Subroutines.3. Hint: can be implemented by recursive return, can also be implemented with a simple loop.This is accomplished by using loops:For the novice assembly, it is b

public class Factorial {public static int factorial (int x) {if (x throw new IllegalArgumentException ("x must be>=0");}int fact = 1;for (int i = 2; i Fact *= I;}return fact;}public static void Main (String args[]) {System.out.print (factorial (10));}} This is made using recursive algorithms. public class Factorial2 {public static int Factorial2 (i

Factorial, that is, 5! = 5*4*3*2*1, first look at the traditional approach, using the while loop implementation:function factorial (num) { var result = num; if (numThe JavaScript recursive function calls itself through it, using recursion, the idea of factorial should be factorial (num) *

JavaScript code block Copy Code code as follows: 　　　　　　　　　　　　　　　　　　 C # code block Copy Code code as follows: protected void Page_Load (object sender, EventArgs e) { Testfactorial (); } public delegate int factorialdelegate (int num); To define a recursive function delegate private void Testfactorial () { Factorialdelegate fdelegate = factorial; Note the comparison with JavaScript functions F

1082-array QueriesPDF (中文版) statisticsforumTime Limit:3 second (s) Memory limit:64 MBGiven an array with n elements, indexed from 1 to n. Now you'll be a given some queries in the form I J, your task was to find the minimum value from index I to J.InputInput starts with an integer T (≤5), denoting the number of test cases.The first line of a case was a blank line. The next line contains the integers N (1≤n≤105), Q (1≤q≤50000). The next line contains N space separated integers forming the array.

Problem DescriptionGiven the parameter n (n is a positive integer), calculate the factorial of n n! The number of "0" is included at the end.For example, 5! =120, which contains the number of "0" at the end of the 1;10! = 3628800, with the number of "0" at the end of the 2;20! = 2432902008176640000, with the number of "0" at the end of which is 4.Calculation FormulaFirst, the calculation formula is given, and the derivation process is given later.So t

Source: http://www.cnblogs.com/stonehat/p/3603267.htmlHere, worship the original author heheWe know that the number of bits of integer n is calculated as: log10 (n) +1So the number of n! is log10 (n!) +1If the specific value of n! is required, the calculation will be very slow for a large n (for example, n=1000000), and if only the number of digits of the factorial is obtained, the Stirling (Stirling) formula can be used to solveSterling (Stirling) fo

Large number factorial. The code is relatively simple.#include #includestring.h>#defineMAXN 25000//If you have a larger factorial n, it's a little more recommended .intRESULT[MAXN];intMain () {inti,j,n;scanf ("%d",n);//the role of the Memset function to set a section of memory to a specified value//parameter 1: Memory header address Parameter 2: Specified value parameter 3: Memory sizememset (Result,0,sizeo

To summarize the various methods of seeking factorial ha.Written in the front: ① Each code is just to provide the idea of factorial, so that when the actual need to encode, code is not robust! ② each program is tested correctly within 1 to 10.Code One:#include Analysis: The program calls FAC () each time it enters N, to calculate the result by brute force.Code two:#include Analysis: The program uses an arra

/* Description Perhaps you already know the meaning of factorial, n factorial is produced by multiplying 1 to N, such as: 6! = 720. Therefore, the factorial of 6 is the rightmost 0-bit 2. Write a program that calculates the rightmost 0-bit value of N (1

problem Source: https://leetcode.com/problems/factorial-trailing-zeroes/ Problem Description: Given an integer N , return the number of trailing zeroes in N !. Note: Your solution should is in logarithmic time complexity. (requires a trailing 0 number to return the value n! note the complexity) My Code (3MS): 1) First simplify the problem (avoid factorial): n! decomposition =2x * 3y * 5z * ...; Obviously we

Code Code highlighting produced by Actipro CodeHighlighter (freeware)http://www.CodeHighlighter.com/--> // Factorial RecursionAlgorithm(A combination of N numbers) Function Calfactorial (N){ If (N 0 ){ Return ' N cannot be negative. ' ;} Else If (N = 0 ){ Return 1 ;} Else { Return N * Calfactorial (n - 1 );}} Function Factorialwork (anumber, recursnumber ){ // Recursnumber keeps track of the number of

LeetCode 172: Factorial Trailing Zeroes Given an integer n, return the number of trailing zeroes in n !. // Question Description: given an integer n, return n! (Factorial of n) the number of suffixes 0. // Method 1: first obtain the factorial of n and then calculate the number of 0 at the end. This method is n when n is large! Class Solution {public: int trailin

LightOJ-1045 Digits of factorial Time Limit: 2000MS Memory Limit: 32768KB 64bit IO Format: %lld %llu Submit StatusDescriptionFactorial of an integer was defined by the following functionF (0) = 1f (n) = f (n-1) * N, if (n > 0)So, factorial of 5 is 120. But in different bases, the factorial is differ