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矩阵行列式值
- 计算矩阵行列式值的源程序-calculating the determinant of the matrix source
行列式运算
- 行列式计算，基本的行列式的运算都实现了而且可以任意阶运算，不过阶数太高会影响速度-determinant calculation, the basic determinant of the computing is achieved can be arbitrary order operation, but the order will affect the speed is too high
毛ｘｌmatrix
- 一个可以计算矩阵行列式 逆矩阵，等其他矩阵运算的程序-one can calculate the matrix inverse matrix determinant, matrix operations and other procedures
Matrix1
- 有关的矩阵运算，例如行列式，逆等等 ，以及各种数值算法-the matrix operations, such as determinant, inverse etc., and various numerical algorithm
C_nHLS
- n阶行列式求值的C++类. 输入行列式各分量后，可得到行列式的值。 -n-value determinant for the C category. Determinant of the amount imported, available determinant of value.
MatrixModule
- 常用的矩阵计算，包括求行列式、求逆矩阵等等，类容较全-common matrix, which includes seeking determinant, matrix inversion, etc., over all types of capacity
Householder
- Householder法求解最小二乘问题。可以避免常规方法遇到奇异矩阵(即行列式|A|接近零)时误差太大的问题。本方法的精度非常高。-Householder method least squares problems. Avoid conventional methods encountered singular matrix (that is determinant | A | close to zero) error much of a problem. The accuracy of th
hangliesi
- 关于行列式的计算.可以完成矩阵的有关计算-determinant of the calculation. To complete the calculation of the matrix
dcjzqn
- 在Turbo C环境下开发，实现对称矩阵的输入，并判定是否为正定。可以修改输入模块实现对任意非奇异矩阵求逆。求逆算法采用伴随矩阵法，求解行列式采用化上三角矩阵法。该算法系本人根据《线性代数》描述编写，矩阵的最大阶数可任意修改，更具有通用性。-in Turbo C development environment and achieve symmetric matrix input, and to determine whether the positive. Can modify the inpu
vandermond
- 范德蒙行列式求解方法,VANDER(X[],W[],Q[],N),在子过程Vander中实现。-Vandermonde determinant solution, VANDER (X [], W [] [] Q, N), Vander-in process to achieve.
qiuyibanhanglieshidezhi
- 1.功能 用全选主元高斯消去法计算n阶方阵A所对应的行列式的值(C语言) 2.参数说明 double a[n][n] : 存方阵A的元素，返回时被破坏 int n : 方阵A的阶数 double sdet() : 函数返回行列式的值 3.文件说明 sdet.c为函数程序 sdet0.c为主函数程序-1. Function with all the main election yuan Gaussian elimination method n matr
MatrixOperater
- 此程序支持矩阵的常用计算，用C++实现，使用简单。支持求逆，伴随，行列式，加减乘除等运算-matrix support this procedure commonly used terms with C achieved using simple. Support for inverse, accompanied by the determinant, such as arithmetic operations
fangchengzu
- 高斯销元法计算A的行列式，此处给出解法。-Gaussian marketing Element Method A determinant, the solution is here.
Matrix
- 矩阵类 可实现转置，求逆，求秩，求行列式值，求正定，重载了各种运算符
matrix-inverse
- 进行矩阵求逆，包含行列式的值的计算，代数余子式的计算等
martix
- 矩阵类 矩阵基本运算，伴随矩阵，行列式，转置矩阵 -Matrix Matrix basic computing, adjoint matrix, determinant, transpose matrix
Matrixoperation
- 矩阵转置&& 矩阵行列式&& 矩阵求逆三个函数-Matrix transpose Matrix Determinant & & & & 3 function matrix inversion
matrix_range
- 本C源程序可用于求M阶矩阵的行列式。其中M直接宏定义-The C source code can be used for M-order determinant of the matrix. The definition of M one of the direct-hong
行列式计算器
- 行列式计算器，输入两个行列式，分别求其模值以及两个模值的积(Determinant calculator, enter two determinants, and calculate their modulus values and two module values respectively.)