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1)实现以下常用的内部排序算法并对它们的时间效率进行比较: 必做(6种):起泡排序、直接插入排序、简单选择排序、快速排序、希尔排序、堆排序; 选做:折半插入、二路归并、基数排序等等; 2)函数首部要求:void XXXXSort(char **list, int len, int n, int *c, int *s) 其中: a) XXXXSort为排序函数名,具体如下: 起泡排序BubbleSort 直接插入排序InsertSort 简单选择排序SelectSort 快速排序QuickSort 希尔排序ShellSort 堆排序HeapSort 折半插入BInsertSort 二路归并Merge2Sort 基数排序RadixSort b) list为二维字符数组的头指针,该二维数组的规格为:char list[n][len] 每行用于存放一个字符串(最大长度为len-1),共n行; c) c用于返回关键字比较次数; d) s用于返回移动次数; 3)要求把各种排序函数做成函数库(文件名统一为:sort.c),用统一提供的主程序进行调用和测评。 -a) achieve the following commonly used internal sorting algorithm as well as their time efficiency comparison : regimen (6) : bubble sort, direct insertion sequence and simple choice sorting, quick sort, Hill, ranked Heap Sort; elected to do : half of insertion, two-way merge. Sort base, and so on; 2) function first requirement : void XXXXSort (char ** list, int len, int n, int * c, int * s) which : a) XXXXSort sort of a function name, as follows : bubble sort BubbleSort direct insertion sort InsertSort simple choice ranking Sele ctSort Quick Sort QuickSort Hill Sorting ShellSort Heap Sort HeapS ort half insert BInsertSort two-way merge Merge2Sort radix sort Radi xSort b) list for the two-dimensional array of characters in the first indicator, the two-dimensional array specifications : cha
Date : 2008-10-13 Size : 10.05kb User : 战天

1)实现以下常用的内部排序算法并对它们的时间效率进行比较: 必做(6种):起泡排序、直接插入排序、简单选择排序、快速排序、希尔排序、堆排序; 选做:折半插入、二路归并、基数排序等等; 2)函数首部要求:void XXXXSort(char **list, int len, int n, int *c, int *s) 其中: a) XXXXSort为排序函数名,具体如下: 起泡排序BubbleSort 直接插入排序InsertSort 简单选择排序SelectSort 快速排序QuickSort 希尔排序ShellSort 堆排序HeapSort 折半插入BInsertSort 二路归并Merge2Sort 基数排序RadixSort b) list为二维字符数组的头指针,该二维数组的规格为:char list[n][len] 每行用于存放一个字符串(最大长度为len-1),共n行; c) c用于返回关键字比较次数; d) s用于返回移动次数; 3)要求把各种排序函数做成函数库(文件名统一为:sort.c),用统一提供的主程序进行调用和测评。 -a) achieve the following commonly used internal sorting algorithm as well as their time efficiency comparison : regimen (6) : bubble sort, direct insertion sequence and simple choice sorting, quick sort, Hill, ranked Heap Sort; elected to do : half of insertion, two-way merge. Sort base, and so on; 2) function first requirement : void XXXXSort (char** list, int len, int n, int* c, int* s) which : a) XXXXSort sort of a function name, as follows : bubble sort BubbleSort direct insertion sort InsertSort simple choice ranking Sele ctSort Quick Sort QuickSort Hill Sorting ShellSort Heap Sort HeapS ort half insert BInsertSort two-way merge Merge2Sort radix sort Radi xSort b) list for the two-dimensional array of characters in the first indicator, the two-dimensional array specifications : cha
Date : 2025-12-15 Size : 10kb User : 战天

C语言的六种经典排序算法有冒泡、快速排序、希尔排序、插入、堆排序、简单选择排序-C language, there are six classic bubble sort algorithm, Quick Sort, Hill sort, insert, heap sort, a simple selection sort
Date : 2025-12-15 Size : 41kb User :

优先级队列的相关操作,包括返回最大堆,插入数据,消除数据后重新建立堆等-Priority queue operations, including the return to the maximum heap, insert data, eliminating data re-establish the heap
Date : 2025-12-15 Size : 1kb User : m4king

Senven_Sum.txt是用七种方法求和,DeleteSqlist.txt是删去线性表中的指定元素,InsertSqlist.txt是在线性表的指定位置插入一个元素,Union_list.txt是将所有在线性表Lb中但不在线性表La中的数据元素插入到La中,HeapSort.txt和MergeSort.txt分别是堆排序和合并排序。-The Senven_Sum.txt is summing seven methods, DeleteSqlist.txt deleting the specified element in the linear form, InsertSqlist.txt specify the location of the line table insert an element, Union_list.txt all online table Lb But the online data elements in the table La inserted into of La, HeapSort.txt and MergeSort.txt are heap sort and merge sort.
Date : 2025-12-15 Size : 6kb User : 小李

利用堆实现优先队列的初始化,查找,插入,删除操作-Initialize heap implementation of priority queues, search, insert and delete operations
Date : 2025-12-15 Size : 1kb User : 陈天明

常用的九种排序算法,包括插入、快速、冒泡、堆-Nine kinds of commonly used sorting algorithms。Including the insert, rapid heap, bubbling, and so on。
Date : 2025-12-15 Size : 8.6mb User : puqin
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