搜索资源列表
Numerical-methods
- 关于hamming级数求和的数值计算程序-Sum of the values on the hamming calculation program
tetgen
- 三维任意区域的四面体网格剖分，本代码为开源的Tetgen生成的代码，可以方便大家在三位有限元数值算例时计算复杂的区域-The tetrahedral mesh 3D any area of the code code open source Tetgen generation cases when the computational complexity of the area, you can easily three finite element numerica
qiutezhenggen
- 使用QR算法求对称矩阵的特征值和特征向量-QR Algorithm for Symmetric matrix with the eigenvalues and eigenvectors
matrix
- //--显示矩阵，形参m为行，n为列 void MatrixDisplay(double *A,int m,int n) //--求矩阵转置，形参m为行，n为列,A转置后存为B void MatrixInverse(double *A,double *B, int m,int n) //--求矩阵相乘,A矩阵为[m,p],B矩阵为[p,n],C为[m,n] void MatrixMultiply(double *A,double *B,double *C ,i
standard-normal-distribution
- 标准正态分布的源代码，用visual studio打开，已带有简单界面，输入值即可查询相应的标准正态分布值-Standard normal distribution of the source code, visual studio open, has been with a simple interface, you can check the corresponding input values of the standard normal distributio
Curve-fitting-algorithm
- 用最小二乘法，在已知函数点x0，x1……xn的函数值y0，y1……yn的情况下，求拟合多项式-The least square method, the known function points x0, x1 ... ... xn of the function values y0, y1 ... ... yn circumstances, find fitting polynomial
0qrjava
- 求矩阵特征值和特征向量的算法：QR算法。用于线性方程组的求解，和反幂法算法的设计-Matrix eigenvalues and eigenvectors of the algorithms: QR algorithm. For solving linear equations, and inverse power law algorithm design
calculate-the-eigenvalues
- 本程序是通过反幂法计算矩阵特征值和特征向量，该方法已经调试通过。实验验证，本方法计算效率高 时间复杂度相对其他算法较低。-This procedure is calculated by inverse power eigenvalues and eigenvectors, the method has been debugged. Experiments, the high efficiency of this method time complexity is lo
aiermite
- 3次艾尔米特插值，数值分析课程例题。插值函数不但在节点上与原函数值相等，而且还在节点上相切，对应的导数值也相等，甚至要求高阶导数也相等。-3 Al Mitt interpolation, numerical analysis course examples. Interpolation function not only in the nodes of the original function values are equal, but also tangentia
Quadratic-interpolation
- 本程序用二次插值法计算任意点的函数值，欢迎下载-This procedure calculated by quadratic interpolation function values at any point, please download
ju--zhen-xaing--jia
- 矩阵相加 对于初学者非常有用 Dim irow As Integer Dim icol As Integer Dim iA(3, 2) As Integer Dim iB(3, 2) As Integer Dim iC(3, 2) As Integer Dim rand = New Random(CInt(Date.Now.Ticks And Integer.MaxValue)) For irow = 0 To 3 For icol = 0 To 2
cos_sin_div_mul_exp_log_ontrt_opowr
- 计算单值或多值单复变（复正弦、复余弦、复正切、复自然对数ln、复指数、复数的n次幂、复数的1/n次幂、复椭圆正弦sn）；计算sn,cn,dn,snh,cnh等实函。-Single or multiple values calculated single complex variable (complex sine, cosine complex, complex tangent, complex natural logarithm ln, complex expone
area
- 求矩形面积：输入矩形长和宽，输出矩形面积-Seeking a rectangular area: Enter length and width of the rectangle, the output area of a rectangle
Matrix-multiplication-problems-with
- 给定n个矩阵{A1,A2,…,An}，其中Ai与Ai+1是可乘的，i=1,2,…,n-1。要算出这n个矩阵的连乘积A1A2…An。由于矩阵乘法满足结合律，故计算矩阵的连乘积可以有许多不同的计算次序。这种计算次序可以用加括号的方式来确定。若一个矩阵连乘积的计算次序完全确定，也就是说该连乘积已完全加括号，则可以依此次序反复调用2个矩阵相乘的标准算法计算出矩阵连乘积。本文的功能是采用动态规划算法，给出矩阵的一种最优的加括号方式，是计算量最小。-Given n matrices {A1, A2, ...
wrkHuJiaodu
- 将弧度的值与角度的值互相转换，便于数学计算，计算使用的π精确度高-The value of the curvature and angle values interchangeable, easy math, calculated using the high accuracy of π
numeral-examples
- 用gauss-sedel、SOR、梯度法、PR格式等分别计算数值微分方程，PR方法实现二阶微分方程的数值求解-With a gauss-sedel, SOR, gradient, PR format values were calculated differential equations, PR method the numerical solution of second-order differential equations
xuhanshu
- 一个程序计算三角，正方形和圆形的面积。 分析：依题意，可以抽象出一个基类CBase，在其中说明一个虚函数，用来求面积，并利用单接口、多实现版本设计各个图形求面积的方法。C++初学者的大作业 -A program to calculate the triangle, square and round the area. Analysis: According to the meaning of problems can be an abstract base class CBase, wh
xuhanshu2
- 编写一个程序计算正方形、球体和圆柱体的表面积和体积。依题意，抽象出一个公共基类CContaineer为抽象类，在其中定义求表面积和体积的虚函数（该抽象类本身没有表面积和体积可言）。抽象类中定义一个公共的数据成员radius，此数据可作为球体的半径、正方形的边长、圆柱体底面积圆半径。由此抽象类派生出要描述的三个类，在这三个类中都具有求表面积和体积的重定义版本。 -Write a program to calculate square, sphere and cylinder surface a
Principal-contens-analysis(PCA)
- 用于主成分分析（PCA）,包括，原变量相关系数矩阵的特征向量和特征值的求解，主成分的提取，载荷值的确定等-Used principal component analysis (PCA), including the original variable correlation matrix eigenvectors and eigenvalues of the solution, the main component of the extract, load value
Apriori
- 该算法应用于单维、单层、布尔关联规则，其核心是基于两阶段频集思想的递推算法。首先找出所有的频集，这些项集出现的频繁性至少和预定义的最小支持度一样。然后由频集产生强关联规则，这些规则必须满足最小支持度和最小可信度。-The algorithm is applied to one-dimensional, single-layer, Boolean association rules, its core is based on the idea of a two-stag