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xishujuzenh
- 稀疏矩阵 1、 应用程序 直接可以实现矩阵的各项操作。 2、 查看原代码VC++6.0打开“稀疏矩阵\\creatematrix.dsp”或者用记事本打开“稀疏矩阵\\creatematrix.cpp” 3、 代码简单说明: 本程序是一个工程文件包含了链式与顺序两种多项是处理方式: 十字链表:矩阵的结构体:matnode; 三元组顺序:矩阵结构体:tsmat 4、ADT在文件夹“稀疏矩阵”里 -a sparse matrix, t
TriMat
- 在目录“\\上三角矩阵类的实现”中给定了文件triMat.cpp、triMat.h,请把triMat.h文件中的9个填空位置补上正确的代码,使triMat.cpp能完成上三角矩阵的加、减、乘运算。要求输入: 输入矩阵维数:4 输入矩阵a的元素(包括0): 1 2 3 4 0 1 2 3 0 0 1 2 0 0 0 1 输入矩阵b的元素(包括0): 1 2 3 4 0 1 2 3 0 0 1 2 0 0 0 1 -in the di
euler.cpp
- 有时仅对赋权有向图上从任意一个顶点到另外任意一个顶点之间有没有路感兴趣。试修改Floyd算法,计算出图的道路矩阵P,使得从顶点i到顶点j有路时P[i,j]= 1,否则P[i,j]= 0。-sometimes only to empower a map from any one vertex to another arbitrary point between a road not interested. Try to amend Floyd algorithm calculated the ro
zhizhengzifuzchuan
- 6-3(4)用指针找统计字符个数,例题,通过指针引用数组元素,指针矩阵转置,指针链表,指针排序,指针数组排序Cpp,指针字符串连接-6-3 (4) with a pointer to the number of characters to find statistics, examples, reference array elements via pointers, pointer matrix transpose, the pointer list, sorting pointers, po
cPP
- 建立有向图的邻接矩阵,进行深度优先遍历,并利用广度优先遍历算法判断有向图中是否存在顶点vi到顶点vj的路径(i≠j)。-Establish the adjacency matrix, the depth-first traversal, and the use of breadth-first traversal algorithm to determine whether there is a directed graph vertex vi to vertex vj of the path
CPP--MGraph
- 《数据结构》课程中,图的邻接矩阵存储,用C/C++编程实现。-Data structure course, graph the adjacency matrix storage, use C/C++ programming realization
Data-structures-CPP
- 该程序主要是关于数据结构方面的,包括链表相关功能的实现,各种排序方法如冒泡排序,二分插入排序,图的实现,矩阵和树等程序的实现-The program data structures, including the related functions of the linked list implementation, various sorting methods such as bubble sort, binary insertion sort, graph realization matri
matrix
- 本实验实现了稀疏矩阵的转置,为数据结构必做实验,仅提供cpp文件,读者可在编译器上自行编译实现。-The experimental realization of a sparse matrix transpose, the data structure must do the experiment, only cpp file, the reader can compiler to compile your own implementation.
matrix
- It has basically all kind of matrix operation. the program is written in cpp. it has gaussian elimination process also which will no be easily found in internet. with matrix multiplcation and its inverse.
Gragh
- 图的数据结构,打包cpp,1.创建图 创建图 G(任选邻接矩阵或表) 2. 显示图 3. 深度优先搜索遍历图 4. 广度优先搜索遍历图 5. 在图中插入顶点 6. 在图中插入边- Graph data structure, packaging cpp, 1. Create a map creation graph G (optional adjacency matrix or table) 2. Display Figure 3. depth-first se
graph--matrix
- 采用邻接矩阵来实现图的创建, graph.cpp是主应用程序源文件-Implementation creates graph adjacency matrix