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hyplas
- ************************************************************************ * * * * * THIS IS THE H Y P L A S 2.0 README FILE * * ----------------- * * * * HYPLAS is a finite element program for implicit small and large * * strain analisys of hyperelast
BestFirstSearch_HeapAlgo
- 1. 此程式執行將從路徑讀取一個文字檔 ( 路徑：C:INPUT.TXT ) 2. 執行結束會產生一個排序後的文字檔 ( 路徑：C:OUTPUT.TXT ) 3. 給定的初始盤面一定有解 本程式採用的演算法策略為Best-first search with branch-and-bound algorithm 1. 使用Max heap 實作Priority queue 2. 使用bound function 估計目前盤面走至答案最少需要幾步 第一部分 所謂 h
binarysearchtree
- Binary Search Tree with Node class.-Binary Search Tree with Node class.
JavaApplication2
- Java Shannon Fano Algorithm , encryption and decryption. CitireBit.java read bit by bit from text/bmp file Compara.java compares 2 bits In.txt it s the in file for the interface and algorithm Interfata.java it s the interface file Nod.java
DFS
- Depth-first search (DFS) is an algorithm for traversing or searching a tree, tree structure, or graph. One starts at the root (selecting some node as the root in the graph case) and explores as far as possible along each branch before backtracking.
2
- 掌握二叉树的链式和顺序存储结构，利用队列对二叉树进行运算。 二、实验内容： 1) 编写函数creatbt，其功能是将一维数组方式存储的二 叉树转化为链式存储的二叉树，返回root指针。 2) 编写函数freebt，其功能是释放二叉树链表节点的存储 空间。函数原型为：void freebt (TNODE * root) 3) 编写函数实现前序、中序和后序遍历； -Master chain and sequential storage structure of the binar
Representing-and-Operating-on-an-N-inary-Tree-V3.
- This representation is a bit annoying because the kids array must be allocated separately from the node, and you need to reallocate the kids array every time you add a new kid to a node. Alternatively, you could instead over-allocate in anticipation
1
- 基于遗传算法的最小生成树算法很好解决了常用二进制编码不能正确表达最小生成树的问题，其优点是：求解过程简单清晰，形象直观，快速有效，易于编程，且具有更广泛的适用性，在求解多节点网络的最小生成树时更能体现其计算速度快的优越性。-The minimum spanning tree algorithm based on genetic algorithm is very good to solve the common binary code that can not correctly express
Tree
- 数据结构对二叉树结构的C++代码实现，包含基本的建立二叉树，各种方式遍历二叉树，深度计算、结点个数计算-Data structure of binary tree structure of the c++ code, include the establishment of the basic binary tree, various ways to traverse the binary tree, depth calculation and node number calculation,
lab4
- Given a random initial node with 8 numbers 1 to 8 and then use the tree search algorithm to find if there is the goal node or not after moving them. -Given a random initial node with 8 numbers 1 to 8 and then use the tree search algorithm to find if