搜索资源列表
Caculateor
- 简单计算器的实现 二叉表达式树 加减乘除四则运算-The realization of a simple calculator binary expression tree addition and subtraction multiplication and division four operations
tautological
- 判断一个逻辑表达式是否是重言式,用户输入正确的逻辑表达式,计算机按照运算优先顺序生成二叉树,再用后序遍历得到逆波兰表达式,用逆波兰表达式来判断输入的表达式是否是重言式,用户也可以自己赋值来测试表达式的真假!-Determine whether a logical expression is a tautology, users enter the correct logical expression, the computer generates a binary tree in accord
Hzbdsqj
- 后缀表达式的求解,算法与数据结构,指针,堆栈,二叉树-Suffix expressions solving, algorithms and data structures, pointers, stack, binary tree
main
- 数据结构二叉树表达式运算,括号表示法输出-Binary tree data structure expression operations, brackets notation output
noname
- 2. 输入一个中缀表达式,构造表达式树,以文本方式输出树结构。 输入:例如,输入a+b+c*(d+e) 输出:以缩进表示二叉树的层次,左——根、右——叶、上——右子树、下——左子树 ――――――――――――――――――― e + d * c + b + a ―――――――――――――――――――――― -2 Enter an infix expression constru
tree
- 二叉树的表达式实现,可用于数据结构的练习和作业-Binary expression, which could be used for exercises and operations data structures
Binary_Tree
- 数算的二叉树的POJ作业,分别有:二叉树1_二叉树的操作;二叉树2_文本二叉树;二叉树3_由中根序列和后根序列重建二叉树;二叉树4_表达式.表达式树.表达式求值;二叉树5_Huffman编码树;二叉树6_二叉搜索树;二叉树7_实现堆结构-Count of the binary tree POJ jobs
chengxu
- 一、约瑟夫循环问题;二、一元多项式的运算;三、逆波兰表达式求值;四、杨辉三角显示;五、四则运算表达式求值;六、BST二叉树-First, Joseph circulation problems Second, one yuan polynomial arithmetic Third, reverse Polish expression evaluation Fourth, Pascal' s Triangle Show five, four arithmetic expressio
erchashu
- 用二叉树的形式存储表达式,设计实现二叉树前序、中序、后序遍历算法-Stored in binary form of expression, the design and implementation of pre-binary sequence, sequence, after the traversal algorithm
Binary-tree-arithmetic-calculation
- 构建二叉树结构进行四则运算。在控制台程序中输入书写习惯的表达式(可以包含括号),程序首先遍历提取运算符号,分辨优先级,然后构造二叉树,对二叉树后序遍历,运算得到结果。 输出运算结果和遍历顺序。-Construction of the structure of four binary arithmetic. Enter the writing habits of expression in the console program (may contain parentheses), the pro
solver_postfix_expression
- 用二叉树的方法,解算后缀表达式,表达式只带有*+-,没有括号等-A binary tree, the postfix expression solver, with only the expression*+-, without brackets, etc.
利用二叉树求值
- 运用二叉树求表达式值 根据表达式 构建二叉树 建立波兰式 求出值。(Using the two tree to calculate the expression value, construct two fork tree according to the expression, and establish the Poland type value.)