搜索资源列表
mm
- 在编写图形程序,总需要单位制,因此本程序提供一个毫米单位的程序
n-queens-mm
- c实现n皇后m棋盘, c实现n皇后m棋盘, -c realization of n
MM
- 数据结构中常见的迷宫求解问题 使用顺序栈 初学者适用-Data structure of the maze to solve common problems using the order applies to stack beginners
gpac-0.4.5
- gpac solution for MM sdfsd
Huffmantree
- 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)
mm
- 数据结构单链表实现动态建立,插入,删除和逆序-Dynamic data structure to establish a single list, insert, delete, and reverse
mm
- 自然语言中实现正向切分,然后输出切分结果-To achieve positive natural language segmentation and then output the results of Segmentation
mm
- 单链表是我实现,输入输出,删除,添加等要求都有,可以下载一看-Single linked list I realized, input and output, delete, add requirements have a look, you can download
mm
- 深入理解计算机系统的配套lab:malloc lab。模拟malloc,free等函数的实现-In-depth understanding of computer systems supporting lab: malloc lab. The function of the realization of analog malloc, free, etc.
the-magic-square-
- 用数组实现魔方阵问题 并输出魔方阵 要求在一个m×m的矩阵中填入1~m2的数字(m为奇数),使得每一行、每一列、每条对角线的累加和都相等 -the magic square
random2
- function Rguji=shixi2_2(t,thetaa1,thetaa2,thetab1,thetab2,thetac,mm) t 是要求系统生存的寿命 thetaa1 是元件A1的数学期望 thetaa2 是元件A2的数学期望 thetab1 是元件B1的数学期望 thetab2 是元件B2的数学期望 thetac是元件c的数学期望 mm 是随机实验次数 frq=0 -function Rguji = shixi2_2 (t, thetaa1, thet
magicsquare
- 魔方阵是一个古老的智力问题,它要求在一个m×m的矩阵中填入1~m2的数字(m为奇数),使得每一行、每一列、每条对角线的累加和都相等,如图1所示。-Magic square is an old mental problems, it requires to fill in an m × m matrix in figure 1 ~ m2 (m is odd), so that each row, each column and each diagonal are equal cumulative