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CPPexam6
- 1. 编写并测试 3×3 矩阵转置函数,使用数组保存 3×3 矩阵。 2. 使用动态内存分配生成动态数组来重新完成上题,使用指针实现函数的功能。 3. 编程实现两字符串的连接。要求使用字符数组保存字符串,不要使用系统函数。 4. 使用 string 类声明字符串对象,重新实现上一小题。 5. 声明一个Employee 类,其中包括姓名、街道地址、城市和邮编等属性,以及change_name()和 display()等函数。display()显示姓名、街道地址、城市和邮编等属
tripple_matrix
- 用三元组建立两个矩阵a,b,将a矩阵转置,,然后将转置后的a矩阵与b矩阵相乘,存储到c三元组中,,输出a,b,c矩阵-Create a matrix with two triplets, b, to a matrix transpose, and the transposed matrix of a matrix multiplication with b, c triples stored in the output a, b, c matrix
Trituple
- 矩阵的三元组表的创建 转置 加法 乘法 等功能-Create a matrix transpose addition multiplication tables and other functions triples
SparsMatrix
- 利用稀疏矩阵数组来存放稀疏矩阵,实现o(n)时间内的转置和o(m^2)时间的乘法。-Sparse matrix array to store sparse matrix multiplication achieve transpose and o (m ^ 2) o (n) time period of time.
2
- 定义了矩阵类并实现矩阵的加减乘除转置操作。是学习C语言二级指针的不错例子-Define and implement a matrix class subtraction, multiplication and division matrix transpose operation. Learning C language pointer two good examples
juzhenyunsuanqi
- 【问题描述】已知A和B为两个n*n阶的对称矩阵,求这两个对称矩阵的转置、之和与乘积。 用三元组表存储稀疏矩阵并实现转置。 【基本要求】 输入时,对称矩阵只输入下三角形元素,压缩存储存入一维数组。 对输入的对称矩阵A和B进行显示。 求对称矩阵A和B的转置矩阵。 求对称矩阵A和B的之和。 求对称矩阵A和B的乘积。 输入一个稀疏矩阵,用三元组表存储起来。 实现稀疏矩阵的显示。 实现稀疏矩阵的转置。 -[Problem Descr iption] Known
matrixTran
- 稀疏矩阵的快速转置方法,简单的实现方法,适合初学者-Fast transpose sparse matrix methods, a simple method which is suitable for beginners
Martix2.0
- C语言编写的矩阵计算器,可求行列式,转置,行列式并给出计算过程-C language matrix calculator, rectifiable determinant, transpose, determinant and gives calculations
juzhenzhuanzhi
- 矩阵转置: 1、任意输入一个一维字符数组,其中元素个数为一个正整数N的平方 2、这个一维数组可以当成一个N*N的矩阵,将这个矩阵转置 3、将转置后的矩阵按行依次组成一维数组,再将这个一维数组输出-Matrix transpose: 1, enter an arbitrary one-dimensional array of characters, which is the square of the number of elements of a positive integer N
xishujuzhnedezhuanzhiyucunchu
- 通过三元组和快速转置两种方法实现对稀疏矩阵 的转置与存储-Through a triple and rapid transposed two methods of sparse matrix The transpose and storage
gaussElim
- 这是一个用C++编写的矩阵类,含测试代码,供大家研究使用。实现了矩阵的创建、初始化、拷贝、赋值、乘法、加法、转置、求秩等运算,并给出了利用高斯消去法进行求逆、解线性方程组等功能。也可再次扩展。-Self defined C++ matrix class for everyone to use. To achieve the creation of the matrix, initialize, copy, assignment, multiplication, addition, transpo
juzhen
- 实现一个矩阵类Matrix,要求能实现常用的矩阵运算如拷贝、加减乘、转置、查询或修 改某个矩阵元数的值。-Implement a matrix class Matrix, required to achieve the common matrix operations such as copy, subtraction, multiplication, transpose, query, or repair Number of matrix elements of a value ch
juzhenlei
- 实现一个矩阵类Matrix,要求能实现常用的矩阵运算如拷贝、加减乘、转置、查询或修 改某个矩阵元数的值。-Implement a matrix class Matrix, required to achieve the common matrix operations such as copy, subtraction, multiplication, transpose, query, or repair Number of matrix elements of a value ch
NtHpyYqb
- 矩阵运算,转置,逆矩阵,线型代数方程组的求解,-Matrix operations, transpose, inverse matrix, solving linear algebraic equations,
BitwiseSeat
- 将稀疏矩阵用三元组顺序表来表示,并用按位就坐的方式实现矩阵的转置-represent sparse matrix with triple table and sit with a way to achieve the matrix transpose
resolution_chlesky
- In linear algebra, the Cholesky decomposition or Cholesky factorization is a decomposition of a Hermitian, positive-definite matrix into the product of a lower triangular matrix and its conjugate transpose, useful for efficient numerical solutions an
mat_calculator
- Matrix calculation in addition, subtraction, multiplication and transpose.
zhuanzhi-MPI
- 输入文件数据,求取矩阵的转置,基于MPI并行,运行环境vc6.0-Enter the file data, calculate the matrix transpose, MPI-based parallel operating environment vc6.0
openmp
- 用OpenMp实现矩阵转置,输出转置结果和串行及并行的时间,进行比较-With OpenMp realization matrix transpose, transpose output serial and parallel results and time to compare
transposed.c
- 计算矩阵A的转置的并行C语言程序,使用MPI编译.输入矩阵A,计算它的转置.-MPI parallel matrix transpose algorithm, the input matrix A, A transpose computing, multi-process while achieving