搜索资源列表
hanglieshi
- 可以方便快捷的求矩阵的行列式 其中矩阵可以是任意阶-Can be convenient and efficient matrix determinant matrix which can be arbitrary order
HLvalue
- 球行列式数值的高斯算法，调试过了非常有用，最难得的是csharp编的-Ball determinant of the Gauss numerical algorithms have been a very useful debugging, the most rare is for the csharp
AT89C51
- 51单片机行列式键盘扫描程序,是用C语言编写的，3X4的键盘，-51 single-chip scanner keyboard determinant is the use of C language, 3X4 keyboard,
Matrix_written_In_CSharp
- 自己使用的一个C#编写的，矩阵类，使用这个类可以方便的实现矩阵的运算，行列式求值、矩阵求逆、矩阵分解等功能。-A C# Class can be used as a tool to perform Martrix arithmetic. This Class can be easily added into your own application.
juzhenhanglieshi
- 可以从txt中读入矩阵，按行按列展开矩阵，以此求出矩阵的行列式-Can be read from txt into the matrix, expand the matrix row by row, in order to find the matrix determinant
the-inv-of--matrix-by-C
- 可以求任意矩阵的行列式，若行列式不为零，则再求出矩阵的逆-Can seek any matrix determinant determinant is not zero, and then calculated the inverse of a matrix
Matrix
- C#矩阵类，包含矩阵的各种处理，例如加减乘除，求行列式等。-C# matrix class, with matrix processing, such as addition, subtraction, multiplication and division, the determinant.
calculator
- 线性代数n阶行列式计算器，这个只能算3阶以上的，含代数余子式分解过程，不过我只测试过3~5阶的。-N order determinant linear algebra calculator, this can only be considered more than 3 bands containing cofactor decomposition process, but I only tested 3-5 bands.
Matrix
- 矩阵运算程序，可以实现矩阵的加、减、乘、转置、求行列式值、求逆等操作。-Matrix calculation program. This program can achieve a matrix addition, subtraction, multiplication, transpose, find the determinant, inverse operation, and so on.
WAHAHA
- 利用Visual C++软件求输入矩阵的行列式并对其求逆矩阵。-Use Visual C++ software Determinant input matrix and its inverse matrix.
LU
- LU分解(LU Decomposition)是矩阵分解的一种，可以将一个矩阵分解为一个单位下三角矩阵和一个上三角矩阵的乘积（有时是它们和一个置换矩阵的乘积）。LU分解主要应用在数值分析中，用来解线性方程、求反矩阵或计算行列式。-LU Decomposition is a matrix of decomposition, a matrix can be decomposed into a unit of the lower triangular matrix and an upper triang
Matrix
- Matrix类为矩阵运算类，包括矩阵相乘、相加、相减、求负、转置、求逆、行列式等。-Matrix class for the matrix operation class, including matrix multiplication, addition, subtraction, seeking negative, transpose, inversion, determinant and so on.