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Description: [C/C++]哈夫曼编码及译码
构造赫夫曼树 HT , 并求出 n 个字符的赫夫曼编码 HC
//将结果存入 hufTree.txt-[C / C] Huffman coding and decoding structure HT Huffman tree, and obtained n characters of Huffman coding HC / / results deposited hufTree.txt
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Size: 3989 |
Author: 无间 |
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Description: [C/C++]哈夫曼编码及译码
构造赫夫曼树 HT , 并求出 n 个字符的赫夫曼编码 HC
//将结果存入 hufTree.txt-[C/C] Huffman coding and decoding structure HT Huffman tree, and obtained n characters of Huffman coding HC// results deposited hufTree.txt
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Size: 4096 |
Author: 无间 |
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Description: 构造哈夫曼树HT，动态分配数组存储哈夫曼树 ，-无栈非递归遍历哈夫曼树，求哈夫曼编码。-Huffman tree structure HT, dynamic allocation of array storage Huffman tree- no stack traversal non-recursive Huffman tree, and Huffman coding.
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Size: 4096 |
Author: dc |
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Description: 多级树型菜单，用js写滴。现只有三级可自行扩展-Multi-level tree menu with js drop writing. Now only three are free to expand
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Size: 3072 |
Author: jade |
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Description: 构造哈夫曼树
哈弗曼树中没有度为一的节点，是标准的二叉树，所以有n个叶子结点时，需要一个长度为2n-1的一维数组存储哈弗曼树的结点。
(1)、n个叶子节点只有weight权值，处理非叶子节点，从ht[i]（ht[1]~ht[n-1]）中找到ht[i].weight最小的两个节点ht[s1]和ht[s2]，这就是Select(int n,int &s1,int & s2,HTNode *ht)函数完成的功能。
(2)、调用select函数，并将ht[s1]和ht[s2]作为ht[l]的左右子树，即ht[s1]和ht[s2]双亲节点为ht[l]，新的根节点的权值为其左右子树权值之和， ht[l].weight=ht[s1].weight+ht[s2].weight
-Huffman tree structure tree哈弗曼no degree 1 nodes, is a standard binary tree, there is a leaf node n, the need for a length of 2n-1 one-dimensional array of storage哈弗曼tree nodes. (1), n a leaf node, only the right to weight the value of treatment of non-leaf node, from ht [i] (ht [1] ~ ht [n-1]) found in ht [i]. Weight minimum of two nodes ht [s1] and ht [s2], This is the Select (int n, int
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Size: 11264 |
Author: 于洁 |
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Description: 静态树，直接打开就HTML能使用,如需修改，只要修改HTML文件就可以，例如加入超连接-Static tree, open the HTML can be directly used for modifications, as long as the HTML document can be modified, for example, by adding super-connected
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Size: 19456 |
Author: 何敬东 |
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Description: 这是一个霍夫曼编码的程序，是利用霍夫曼树等相关算法解决的。在程序中，随机产生的10个字符，利用子函数：
HC=HuffmanCoding(HT,HC,w,3) 则可以获得每个元素的码字，存储的方式是通过一个指针的指针。-This is a Huffman coding process is the use of Huffman tree related algorithms to solve. In the process, the randomly generated 10 characters, using Functions: HC = HuffmanCoding (HT, HC, w, 3) are available for each element of the code words, storage is through a pointer.
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Size: 2048 |
Author: 浪飞人海 |
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Description: 赫夫曼树：
按先序输入二叉树
数的结点是：
输入赫夫曼树的mm个权值：
HuffmanCoding(HT,HC,&HT[mm].weight,mm)
printf(HC,mm) -Huffman tree: sequence input by the first node is a binary number: Enter a Huffman tree mm Weight: HuffmanCoding (HT, HC, & HT [mm]. Weight, mm) printf (HC, mm )
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Size: 1024 |
Author: 王巍 |
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Description: 哈夫曼树的存储和哈夫曼编码的存储 在哈夫曼树HT[1..n] 搜索最大权值和最小权值并用s1,s2 返回它们的下标-Huffman tree storage and Huffman coding is stored in the Huffman tree HT [1 .. n] the right to search the maximum and minimum weights and use s1, s2 return their subscript
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Size: 4096 |
Author: 严若林 |
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Description: [CC++]哈夫曼编码及译码 构造赫夫曼树 HT , 并求出 n 个字符的赫夫曼编码 HC-[CC++] Huffman encoding and decoding structure tree HT, hoffman and the n character encoding HC hoffman
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Size: 149504 |
Author: asserz |
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