bubble sort visualization

C language: Write a bubble sort to sort an integer array (from small to large)Program: sort by size # include

varArray = [1,2,3,4,5];//---> Services//Efficiency---> Highest efficiency for an ordered array//Flag true False for(varj = 0; J ){ //-J Reduce the number of comparisons after each sort is completed varIsTrue =true;//if the array itself is ascending, the direct output for(vari = 0; I ){ if(Array[i] > array[i+1]) { vartemp =Array[i]; Array[i]= Array[i+1]; Array[i+1] =temp; IsTrue=false; }} document.write (array); i

1PHP2 //set the request header3 Header("Content-type:text/html;charset=utf-8");4 5 //optimize for bubbling sorting: If an array is passed in or traversed two times6 //It is already lined up and no more sorting is done7 8 ///Examples:9 $arr=Array(1,2,3,6,4,12,1,85,1,3);//WaitSort ArraysTen //$arr = range (1, 10000); One A functionMy_bubble_sort ($arr){ - Var_dump($arr); - the $arr _count=Count($arr); - - //Number of comparisons -

Bubble sortpublic class Mathgroup {public static void Main (string[] args) {Int[] arr= {13,43,25,36,45};for (int x=0;xfor (int y=0;yif (Arr[y]>arr[y+1]) {int num=arr[y];ARR[Y]=ARR[Y+1];Arr[y+1]=arr[y];}}}SYSTEM.OUT.PRINTLN ("Array sort result is:");GeSHi (arr);}public static void GeSHi (int[] a) {System.out.print ("[");for (int i=0;iif (i==a.length-1) {System.out.print (a[i]+ "]");}else {System.out.print (a

First, bubble sort Copy CodeThe code is as follows: Bubble sort function Bubble_sort ($array) { $count =count ($array); if ($count return false; } for ($i =0; $i for ($j =0; $j if ($array [$j] > $array [$j +1]) { $temp = $array [$j]; $array [$j]= $array [$j +1]; $array [$j +1]= $temp; } } } return $array; } Second,

for(inti =1; I 9-1; i++)//9 Number of bubble sort, real bubble sort: 22 comparison, number of trips { for(intj =1; J 9-I.; J + +)//number of { if(A[j] 1]) {temp=A[i]; A[i]= A[j +1]; A[j+1] =temp; } } } for (int i = 0 ; i )//subscri

Bubble sort is a sort of exchange in which the size of adjacent two elements is constantly compared, and if the condition (increment or decrement) is met, the position of the adjacent two elements is exchanged.Bubble sort is relatively simple, it does not have to be elaborated, the code is implemented as follows:#inclu

bubble sorting algorithm time complexity with the above selection sort is a type, so below I only about the description below:Bubble Sort:About the bubble sort, the name is actually more interesting, remember when you often throw stones to the small ditch, every time we throw a stone, you will find that there will be

//////Select sort//////Staticvoid Sort1 (Int[] arr) {int len =Arr. Length;for (var i =0; I ) {int min =Ifor (var n = i +1; N ) {if (Arr[n) Arr[min]) {min =N } }var temp =Arr[i]; Arr[i] =Arr[min]; Arr[min] =Temp } }//////Bubble sort//////Staticvoid Sort2 (Int[] arr) {int len =Arr. Length;for (var i =0; I ) {for (var n = i +1; N ) {if (Arr[n) Arr[i]) {var temp =Arr

Algorithm-sort-bubble sort 1. -- Linux general technology-Linux programming and kernel information. The following is a detailed description. /*************************************** ************************* Title: bubblesort-1.c Author: Time: Purpose: Bubble sorting method 1 Comment: Usage: 1, gcc-o bubblesort-1 bubbl

Algorithm-sort-bubble sort 2. -- Linux general technology-Linux programming and kernel information. The following is a detailed description. /*************************************** ************************* Title: bubblesort-2.c Author: Time: Purpose: Bubble sorting method 2 Comment: Usage: 1, gcc-o bubblesort-2 bubbl

#include using namespacestd;voidCocktail (int*arr,intsize) { inttail = size-1; for(inti =0; I tail;) { for(intj = Tail; J > i; j--){ if(Arr[j] 1]){ inttemp =Arr[j]; ARR[J]= arr[j-1]; Arr[j-1] =temp; } } ++i; for(intj = i; J ){ if(Arr[j] > arr[j+1]){ inttemp =Arr[j]; ARR[J]= arr[j+1]; Arr[j+1] =temp; } } --tail; } for(inti =0; i ) cout'\ t'; coutEndl;}intMain () {intArr[] = {1,4,5, About,5,6, -,98,9,5,233, +,

Three ways to do it#include 　　Sort-bubble sort

More search can refer to http://www.cnblogs.com/liuling/p/2013-7-24-01.html this is someone else's resources, feel write very full. You can study it carefully. /* Use binary to find the premise that the data is ordered (ascending). */class Halfsearchdemo {public static void main (string[] args) {int[] arr={1,2,3,6,2,3,5,1,8,9,3,5,2};sop ("keyword location:" + Halfsearch_2 (arr,6)); System.out.println ("Hello world!");} public static int halfsearch_2 (int[] arr,int key) {searchsort (arr); int Max

Php bubble sort and exchange sort. Copy the code as follows: $ aarray (11,2, 13,4, 22); $ numcount ($ a); for ($ i0; $ I $ num; $ I ++) {for ($ j0; $ j $ num; $ j ++) {if ($ a [$ I] $ a [$ j]) {$ temp $ a [$ I]; $ a [$ I] $ a [$ j]; $ a [$ j] The code is as follows: $ A = array ('11', '2', '13', '4', '22 ');$ Num = count ($ );For ($ I = 0; $ I For ($ j = 0;

)//The current order does not occur interchange, early termination algorithmReturn$arr;}}$shuz = Array (' 2 ', ' 4 ', ' 1 ', ' 8 ', ' 5 ');$BB = Maopao ($shuz);Print_r ($BB);Quick Sortfunction Kuaisu ($arr) {$len = count ($arr);if ($len Return$arr;}$key = $arr [0];$left _arr= Array ();$right _arr= Array ();for ($i =1; $i if ($arr [$i]$left _arr[]= $arr [$i];}else{$right _arr[]= $arr [$i];}}$left _arr= Kuaisu ($left _arr);$right _arr= Kuaisu ($right _arr);Returnarray_merge ($left _arr, Array ($ke

Insert sort, bubble sort Create an ordered array, and then insert it one by one from the unordered array to the ordered array. Code implementation: 1 public class InsertSort {2 InsertSort (int a []) {3 int length =. length; 4 for (int j = 1; j

#include Bubble sort optimization and insert sort (this article stares less for a certain basis to watch)

Class Program{static void Main (string[] args){Define a one-dimensional arrayInt[] arr = {98,1,6,20,16,9};Determine if an exchange occursBOOL B = false;for (int i = 0; i {for (int j = 0; J {Compare each of the two elements in the arrayif (Arr[j] > arr[j + 1]){If it is established, an exchange occursint tmp = ARR[J];ARR[J] = arr[j + 1];Arr[j + 1] = tmp;B = true;}}if (b = = false)//If no exchange occurs, jump directlyBreak}Console.WriteLine (String. Join (",", arr));//literal string concatenation

1 voidBubblesort (intUnsort[],Const intcount)2 {3 for(inti =0; I )4 {5 for(intj =0; j)6 {7 inttemp;8 if(unsort[j]>unsort[j+1])9 {Tentemp =Unsort[j]; OneUNSORT[J] = unsort[j +1]; AUnsort[j +1] =temp; - } - } the } -}Test1 intMain ()2 {3 intUnsort[] = {2,5,7,4,6,9};4Bubblesort (Unsort,6);5 for(inti =0; I 6; i++)6 {7printf"%d\r", Unsort[i]);8 }9 return 0;Ten}