Time to write the code for bubble sort:// below we have a simple C program for bubble sort #include <stdio.h> void bubbleSort(int arr[], int n) { int i, j, temp; for(i = 0; i < n; i++) { for(j = 0; j < n-i-1; j++) { if( arr[j] > arr[j+1]) { // ...
1packagesort;23publicclassBubbleSort {4/**5* 冒泡排序,持续比较相邻元素,大的挪到后面,因此大的会逐步往后挪,故称之为冒泡。6* 复杂度分析:平均情况与最坏情况均为 O(n^2), 使用了 temp 作为临时交换变量,空间复杂度为 O(1).7*/8publicstaticvoidmain(String[] args) {9int[] unsortedArray =newin...
//1、Bubble Sort 冒泡排序voidbubbleSort(inta[],intlength){if(length <2)return;for(inti =0; i < length -1; i++)//需length-1趟排序确定后length-1个数,剩下第一个数不用排序;{for(intj =0; j < length -1- i; j++) {if(a[j +1] < a[j]) {inttemp = a[j +1]; a[j +1...
Bubble sort algorithm works by iterating through the given array multiple times and repeatedly swapping adjacent elements until all elements in the array are sorted.
Chapter-1 Sort 第1章 排序 - BubbleSort 冒泡排序 问题 用冒泡排序对长度为 n 的无序序列 s 进行排序。 解法 本问题对无序序列 s 升序排序,排序后 s 是从小到大的。 将长度为 n 的序列 s 分为 left 和 right 两个部分,其中 left 是无序部分,范围为 s[0,k] , right 是有序部分,范围为 s[k+...
Bubble Sort:相邻的元素两两比较,根据大小来交换元素的位置,一般是大的下沉,小的上浮。 原始的冒泡排序是稳定排序,时间复杂度是O(N^2)。 改进版: 进一步改进: ...Bubble Sort + 冒泡排序在各类排序中多见。 而我常常写成不多见的排序,有点像选择,但是不另外赋值数组。 贴出来,纯属欢喜,以及好玩。 转载本...
The below is the implementation of bubble sort using Python program:import sys def bubble_sort(arr): # This function will sort the array in non-decreasing order. n = len(arr) #Traverse through all the array elements for i in range(n): # The inner loop will run for n-i-1 times ...
optimized_bubble.php <?php function optimizedBubbleSort(array $arr): array { $n = count($arr); for ($i = 0; $i < $n - 1; $i++) { $swapped = false; for ($j = 0; $j < $n - $i - 1; $j++) { if ($arr[$j] > $arr[$j + 1]) { // Swap elements $temp = ...
Bubble sort has many of the same properties as insertion sort, but has slightly higher overhead. In the case of nearly sorted data, bubble sort takes O(n) time, but requires at least 2 passes through the data (whereas insertion sort requires something more like 1 pass).KEY...
ALGORITHM:Sort-BubbleSort #include "stdafx.h" #include <iostream> static void print(int arrayOld[], int n) { for (int i = 0; i < n; i++) { if (i == n - 1) { std::cout << arrayOld[i] << std::endl; } else { std::cout << arrayOld[i] << ...