Data_Struction_prim_MST

数据结构（C语言）版课程设计，利用栈求表达式的值： 3. 利用栈求表达式的值(必做) 任务：建立试题库文件，随机产生n个题目；题目涉及加减乘除，带括号的整数混合运算；随时可以退出；保留历史分数，能回顾历史，给出与历史分数比较后的评价。（假设这是一个可供小学生练习算术运算的小系统） 要求：根据以上任务说明，设计程序完成功能。 (hello welcome)

利用栈完成算术表达式求值：从键盘或文件中输入算术表达式，计算其结果并显示。要求处理过程为：（1）转换为后缀表达式并输出；（2）对后缀表达式求值并输出。 输入的表达式中可以有整数、实数、括号，运算符包括+、-、*、/、#（代表单目负）。可以多次输入不同的表达式进行计算，直到用户选择“退出”。栈的基本操作可以自己实现，也可以使用系统提供的STL实现。 (Done using an arithmetic expression evaluation stack: file input from the keyboard or an arithmetic expression, calculate and display the results. Requirements process: (1) to postfix expression and output (2) evaluation of the postfix expression and output. Enter the expression can be integers, real numbers, parentheses, operators including+,-,*,/,#( representatives unary minus). You can enter several different expressions are evaluated until the user selects " Exit." Stack can implement the basic operations, you can also use the system implementation of the STL.)

北邮数据结构课程设计大作业之旅行模拟查询系统。可实现多线程多旅客、中途更改计划、动态显示旅客状态等多个需求。已通过验收。(BUPT curriculum design travel query system simulation of large operations. Multithreading enables passengers to change plans midway, dynamic display multiple demands guest status. It has passed inspection.)

说明：  八数码 对任意数字序列重新排序 高级散列函数 MFC基础编程(Eight Digital Reorder the sequence of any number Senior hash function MFC based programming)

本代码是通过C语言来实现贪心算法求着色问题,包括具体问题和实现代码(This code is the C language to implement the greedy algorithm for the coloring problem, including specific issues and the implementation code)

拓扑排序 -打印输出计算机本科专业4年每学期的课表(Topological sort - computer printout of undergraduate curriculum of each semester for 4 years)

利用二叉平衡树进行数据排序。这里采用的数据结构是指针。(The use of balanced binary tree sort the data. The data structure used here is a pointer.)

Sorting algorithm absolutely awesome...once in a century code.. hello everybody out there meet the fastest and the best programmer in the whole of choina....

数据结构空线性表的建立，并附上基本功能：初始化、插入、删除（严格）(Build data structures empty linear form, attach basic functions: initialization, insert, delete (strict))

设计一个算法，按照深度优先遍历的思想找出从指定结点出发，长度为M的所有简单路径。并将此算法用于邻接表类，在邻接表类中定义一个共有成员函数find(start, m)。(In adjlink to class with negative right value realization monosource shortest path function. Design an algorithm, according to traverse the depth first thoughts from specified node to find out, based on all of the simple length for M path. This algorithm is used for adjlink to class, defined in the class in adjlink to a mutual member function find (start, m).)