资源列表
Line
- 1、定义一个建立一元多项式的函数; 2、定义能对单链表按指数排序的函数; 3、定义一元多项式加法和减法函数; 4、定义显示一元多项式的函数; 5、编写主程序调用上面的函数实现一元多项式的加减。 -1, the definition of an established one yuan polynomial function 2, the definition of a single linked list sorted exponential function 3, de
huffantree
- 构造哈夫曼树,实现通信加密与解密,并生成相应的密文与明码-use huffman code to translate coding and make a huffan tree.Then travel the huffantree and translate to huffan coding
BiTree
- 1、 编写程序按先序次序输入二叉树中结点的值构造二叉链表表示的二叉树。 2、 编写程序采用三种递归遍历算法(前序、中序、后序)对这棵二叉树进行遍历。 3、 编写程序计算该二叉树的高度。-A writing program preorder order input binary tree represented by the value of the structure of the binary tree node binary list. 2, write a program usin
shujujiegou
- 包含数据结构几个经典实验。布线、迷宫、多项式计算的详尽代码,适合数据结构初学者。-Contains the data structure of several classic experiments. Wiring maze, polynomial detailed code, suitable data structure beginners.
migong
- 数据结构迷宫问题详尽代码 简单易懂 思路清晰-Data structure the maze problems detailed code is straightforward and clear thinking
grammatical_analysis
- 一个语法分析的基础程序,里面加了点注解,方便初学者看懂,我也是初学者,-A syntax analysis program, which add a point annotation, easy for beginners to understand, I am also a beginner, hey
PML
- 时域有限差分PML程序,用于计算电磁学!-PML Finite Difference Time Domain for to EM
Student-Information-Management
- 采用顺序和循环队列的存储结构,利用C++编程实现对学生信息的简单管理。-Simple student information management using sequence list and circle queue.
the-long-line
- 实验名称:用动态规划法求解最长路径问题 设计动态规划算法求解最长路径问题(见下面附录部分),要求程序能根据给定的图作为输入,输出最长路径的长度及一条最长的路径。-Experiment name: the dynamic programming method for solving the longest path problem design dynamic programming algorithm for the longest path problem (see the append
ballgame
- 福大算法与数据结构题目ballgame,包含源代码和题目pdf-Charms algorithms and data structures subject ballgame, contains the source code and title pdf
Binarytree
- 能够在MFC中实现二叉树的,通过这个歌例子可以很好的学习C++中MFC编程-this isa binary
Graph
- 1、创建一个无向图,采用邻接矩阵存储,顶点采用单个字符表示,边采用邻接矩阵表示; 2、输出该图的存储示意图; 3、对该图进行深度优先遍历和广度优先遍历并输出遍历的结果。 -1, create an undirected graph adjacency matrix storage vertex edges using adjacency matrix representation with a single character 2, the output of the storag
