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matrix
- 矩阵的运算。建立了一个矩阵运算的模板类，可进行矩阵的相加、相减、相乘、转置、求逆等运算。-Matrix arithmetic. The establishment of a matrix calculation of template classes, can be combined matrix, subtract, multiply, transpose, inverse, such as computing.
datastructure
- 本学期所有数据结构的大作业一，设A与B分别为两个带有头结点的有序循环链表（所谓有序是指链接点按数据域值大小链接，本题不妨设按数据域值从小到大排列），list1和list2分别为指向两个链表的指针。请写出将这两个链表合并为一个带头结点的有序循环链表的算法。二，本次实验的题目为表达式求值，要求设计一个程序，演示用算符优先法对算术表达式求值的过程。 即编写程序把前缀表达式转换成后缀表达式，并计算结果。用以下三组数据测试程序： 3*（7-2）； 2*（6+2*（3+6*（6+6）））+（6+
BSTAVT
- 本学期所有数据结构的大作业一，设A与B分别为两个带有头结点的有序循环链表（所谓有序是指链接点按数据域值大小链接，本题不妨设按数据域值从小到大排列），list1和list2分别为指向两个链表的指针。请写出将这两个链表合并为一个带头结点的有序循环链表的算法。二，本次实验的题目为表达式求值，要求设计一个程序，演示用算符优先法对算术表达式求值的过程。 即编写程序把前缀表达式转换成后缀表达式，并计算结果。用以下三组数据测试程序： 3*（7-2）； 2*（6+2*（3+6*（6+6）））+（6+
xishujuzhen
- 稀疏矩阵的转置相加与相乘,已经通过编译与实现，数据结构的课程设计，加乘转置功能很全！-Sparse matrix transpose sum and multiplication, has been adopted and implementation of compilers, data structure of curriculum design, transpose function increases by a very wide!
juzhenzhuanzhi
- 可以方便快捷的求矩阵的转置 可以是任意阶矩阵-Can be convenient and efficient for matrix transpose can be arbitrary-order matrix
mtl4-alpha-1-r6418
- 矩阵运算源码最新版本，支持矩阵乘法、转置求逆，特征值特征向量等操作。-Source the latest version of matrix operations in support of matrix multiplication, transpose inverse, eigenvalue eigenvector and so on.
Matrix
- 矩阵运算，加减乘除，转置，计算行、列元素和-Matrix computation, addition and subtraction multiplication and division, transpose calculated rows, columns and elements. . .
matrixcomputing
- 自己编写的c++矩阵运算分析程序,可以进行矩阵的和差积转置计算。-matrix computing C++ SOURCE program
SparseMatrix
- 矩阵操作的C++实现,方便对其进行初始化,转置及求逆-Matrix operation C++ implementation, to facilitate its initialization, transpose and inverse
array_convert_final
- 实现动态矩阵的转置，矩阵的行列可任意自定义，支持不规则矩阵，可实现文件输入，文件输出-Implementation of dynamic matrix transpose, matrix ranks can be customized to support the irregular matrix, can achieve file input, file output
class_metric
- 实现在矩阵的大多数运算,例如加减乘除等,求逆，求转置等-implement the caculate of metric--multiple,add,sub,inverse and so on.
Maxtire
- 这是一个对矩阵的操作算法，即使对矩阵进行转置和乘法。用C语言实现的。-This is a matrix operation algorithm, even for matrix transpose and multiplication. Realized with C language.
Therapidtransposedmatrix
- 矩阵的快速转置 个人觉得很使用也很有意思-Fast matrix transpose personally feel that it is also very interesting to use
juzhen
- 设计算法求三对角矩阵在压缩存储下的转置矩阵。-Design algorithm for tridiagonal matrix stored in compressed under the matrix transpose.
3
- 输入矩阵--矩阵加--乘--行列式--矩阵伴随--转置--逆-Enter the Matrix- Matrix plus- x- Determinant- matrix with- to home- against the
1989xishujuzheng
- 稀疏矩阵采用三元组表示。（1）求两个具有相同行列数的稀疏矩阵A和B的相加矩阵C，并输出C。（2）求出C的转置矩阵D，输出D。-The use of sparse matrix triple that. (1) for the ranks of the two with the same number of sparse matrix A and B the sum of matrix C, and output C. (2) calculated C matrix transpose of D,
matrix
- 实现系数矩阵的转置。程序的母的主要是学习稀疏矩阵的存储和实现-The realization of the transpose matrix. Procedures for the parent to learn the sparse matrix storage and to achieve
aaa
- 将稀疏矩阵表示为三元组，求出转置矩阵并输出结果。-Sparse matrix will be expressed as a triple, calculated to and output matrix.
math
- 矩阵运算：求逆、转置、相乘等，然后通过矩阵运算求多项式纠正的值，多项式如：X=a0+a1*x+a2*y+a3*x*x+a4*x*y+a5*y*y Y=b0+b1*x+b2*y+b3*x*x+b4*x*y+b5-Matrix operations: inversion, transpose, multiply, etc., and then through the matrix for computing the value of correct polynomial, polynomial
5[1][1].4
- 两个稀疏矩阵的三元组a,b输出，转置，相加及相乘-Two sparse matrix triple a, b output, transpose, add and multiply