文件名称:3_list
- 所属分类:
- 数据结构常用算法
- 资源属性:
- [Windows] [Visual C] [源码]
- 上传时间:
- 2012-11-26
- 文件大小:
- 16kb
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- 0次
- 提 供 者:
- 卡***
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三: 针对带表头结点的单链表,试编写下列函数。
(1) 定位函数Locate:在单链表中寻找第i个结点。若找到,则函数返回第i个结点的地址;若找不到,则函数返回NULL。
(2) 求最大值函数max:通过一趟遍历在单链表中确定值最大的结点。
(3) 统计函数number:统计单链表中具有给定值x的所有元素。
(4) 建立函数create:根据一维数组a[n]建立一个单链表,使单链表中各元素的次序与a[n]中各元素的次序相同,要求该程序的时间复杂性为O(n)。
(5) 整理函数tidyup:在非递减有序的单链表中删除值相同的多余结点。-III: Table for the first node with a single list, try to prepare the following function. (1) positioning function Locate: find a single list in the first i nodes. If found, the function returns the first i nodes of the address if not, the function returns NULL. (2) for the maximum function max: traverse through the trip in a single list to determine the value of the largest node. (3) statistical function number: single-chain statistics with a given value of x of all elements. (4) the establishment of function create: the basis of one-dimensional array a [n] the creation of a single list, so that a single list in the order of each element with a [n] in the order of the elements the same time require the complexity of the procedure for O (n). (5) collate function tidyup: in non-descending order to remove a single list of surplus value of the same node.
(1) 定位函数Locate:在单链表中寻找第i个结点。若找到,则函数返回第i个结点的地址;若找不到,则函数返回NULL。
(2) 求最大值函数max:通过一趟遍历在单链表中确定值最大的结点。
(3) 统计函数number:统计单链表中具有给定值x的所有元素。
(4) 建立函数create:根据一维数组a[n]建立一个单链表,使单链表中各元素的次序与a[n]中各元素的次序相同,要求该程序的时间复杂性为O(n)。
(5) 整理函数tidyup:在非递减有序的单链表中删除值相同的多余结点。-III: Table for the first node with a single list, try to prepare the following function. (1) positioning function Locate: find a single list in the first i nodes. If found, the function returns the first i nodes of the address if not, the function returns NULL. (2) for the maximum function max: traverse through the trip in a single list to determine the value of the largest node. (3) statistical function number: single-chain statistics with a given value of x of all elements. (4) the establishment of function create: the basis of one-dimensional array a [n] the creation of a single list, so that a single list in the order of each element with a [n] in the order of the elements the same time require the complexity of the procedure for O (n). (5) collate function tidyup: in non-descending order to remove a single list of surplus value of the same node.
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3_连表
......\beifen
......\......\linkedlist.cpp
......\......\main.cpp
......\......\node.h
......\beifen.rar
......\Debug
......\linkedlist.cpp
......\main.cpp
......\main.dsp
......\main.dsw
......\main.ncb
......\main.opt
......\main.plg
......\node.h
......\beifen
......\......\linkedlist.cpp
......\......\main.cpp
......\......\node.h
......\beifen.rar
......\Debug
......\linkedlist.cpp
......\main.cpp
......\main.dsp
......\main.dsw
......\main.ncb
......\main.opt
......\main.plg
......\node.h