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shuzhijifeng
- 数值积分方法类型Model,1=欧拉法,2=二阶龙格库塔,4=四阶龙格库塔-numerical integration methods Model type, a = Euler, 2 = second-order Runge - Kutta, 4 = 4-order Runge - Kutta
ODEsolve_numberic
- 数值方法求解常微分方程的C实现[TEXT为主程序,其余方法(即C文件)放入Include文件夹即可]-the numerical solution of ordinary differential equations to achieve C [TEXT-based procedures, other methods (C) Add Include folders can be]
duoxiangshiqiugen
- 计算多项式非线性方程f(x)=0的求根问题,本人数值分析课程设计做的一个程序,供大家参考,希望给予指正.-nonlinear equation of a polynomial f (x) = 0 in solving problems, I numerical analysis courses designed to do a procedure, we also hope to correct.
fdtd3dpml
- matlab编写的三维FDTD程序 pml边界条件 实现电磁波传播数值模拟和仿真-Matlab prepared by the three-dimensional FDTD procedures pml boundary conditions to achieve numerical simulation of electromagnetic wave propagation and Simulation
polanshi111
- 逆波兰式计算数值 可以进行加减乘除以及括号运算 输入数字或未知数x都可以 程序有带改进-inverse Polish numerical calculations can be carried out brackets and the arithmetic operations figures or unknown input x can procedures had brought improvements
MATLABintheapplicationofwatermarc
- matlab可以看作小波前期工作的平台。它忽略了其他架子上的修饰，直接进入底层实现数值计算分析-wavelet Matlab can be seen as preparatory work for the platform. It ignores the other hangers tinkering with the direct access to the underlying implementation Numerical Analysis
yakebidiedaifa
- 数值分析算法雅可比迭代法，用C语言实现。-numerical analysis algorithm Jacobi iteration, using C language.
matlab_shuzhifenxi
- 数值计算方法的一些题，应用matlab编程，大家快下-numerical calculation method that the application Matlab programming, we quickly under
cpplapack-2005_03_25.tar
- lapack的c++版本之一.lapack是imsl,mkl,matlab等大部分数值计算的使用者.最早是for77的,后来出现c++,java等的.-lapack one of the c version. Lapack is imsl, mkl. Matlab, and most numerical calculation users. The first was for77, subsequently c, java and so on.
44fe979b4813b
- 数值分析中的欧拉算法 本文建立在數值分析的理論基礎上，能夠在Matlab環境中運\行，給出了理論分析、程序清單以及計算結果。更重要的是，還有詳細的對算法的框圖說明。首先運\用Romberg積分方法對給出定積分進行積分，然後對得到的結果用插值方法，分別求出Lagrange插值多項式和Newton插值多項式，再運\用最小二乘法的思想求出擬合多項式，最後對這些不同類型多項式進行比較，找出它們各自的優劣。 -numerical analysis of Euler algorithm is base
suanshiyunsuan
- 汇编语言实现的算式运算，输入+、-、*、/后再输入相应数值，能实现运算功能。-assembly language to achieve the formula calculation, and then imported ,-,*,/ corresponding numerical input, able to computing.
pbr
- The goal of this project is to explore the idea of point-based radiosity, which is a shooting radiosity technique suggested by Mark Harris at UNC. The primary idea is that features available in graphics hardware can be utilized to perform radio
638_project
- 非真实感绘制的例子 The goal of this project is to explore the idea of point-based radiosity, which is a shooting radiosity technique suggested by Mark Harris at UNC. The primary idea is that features available in graphics hardware can be utilized to p
goLeave
- 第一次发 不懂规矩 请大家谅解 数值分析中的进退法的VC++实现 供大家参考学习-first grant Please do not know the rules of understanding numerical analysis method for the future of VC for your reference learning
newanneal
- 模拟退火算法，常用的数值优化算法，适合初学者，非常方便-simulated annealing method, commonly used numerical optimization algorithm, for beginners, a very convenient
53432641
- 工程中很多的地方用到龙格库塔求解微分方程的数值解，龙格库塔是很重要的一种方法，尤其是四阶的，精确度相当的高。此代码只是演示求一个微分方程，要求解其它的微分方程，可以自己定义借口函数，退换程序里面的函数：float f(float , float)即可；-project many places used for Runge - Kutta numerical solution of differential equations. Runge - Kutta is a very important
gmath-latest
- 数值计算的小工具,很实用,这个是最新的版本!-small numerical tool very useful, this is the latest version!
math5
- 这是些用bcb开发的矩阵数值之类的算法程序 同样在vc开发环境下也可正常使用-bcb development with the numerical matrix algorithm such procedures in the same vc development environment can also use normal
211
- 矩阵中的每一个元素称为像元、像素或图像元素。而g(i, j)代表(i, j)点的灰度值，即亮度值。 由于g (i, j)代表该点图像的光强度（亮度），而光是能量的一种形式，故g (i, j)必须大于零，且为有限值，即： 0＜=g (i, j)＜2n。 用g (i, j)的数值来表示(i, j)位置点上灰度级值的大小，即只反映了黑白灰度的关系。 数字化采样一般是按正方形点阵取样的， -each of the matrix elements known as a pixel, pixe
411
- 矩阵中的每一个元素称为像元、像素或图像元素。而g(i, j)代表(i, j)点的灰度值，即亮度值。 由于g (i, j)代表该点图像的光强度（亮度），而光是能量的一种形式，故g (i, j)必须大于零，且为有限值，即： 0＜=g (i, j)＜2n。 用g (i, j)的数值来表示(i, j)位置点上灰度级值的大小，即只反映了黑白灰度的关系。 数字化采样一般是按正方形点阵取样的， -each of the matrix elements known as a pixel, pixe