资源列表
MicrosoftWord2
- y_compare= 1.0954 1.1832 1.2649 1.3416 1.4142 1.4833 1.5492 1.6125 1.6734 1.7321 1.0954 1.1832 1.2649 1.3416 1.4142 1.4832 1.5492 1.6125 1.6733 1.7321 var_y=2.1742e-010 精度再上一个层次(三阶代数精度) -y_compare = 1.0954 1.1832 1.2649 1.3416 1. 4142 1.48
MicrosoftWord3
- 精度再往上走两个量级,runge-kutta法是最常用的单步高精度微分方程的解法,ode45的基本思想即来自于此,由于lyrock对这个方法的基本问题已经总结的比较全面,因此,我在这里只是简单介绍一下我自己学习的感受-accuracy upward taking two order of magnitude, runge - kutta method is the most commonly used high-precision single-step solution of differen
MicrosoftWord4
- 可以看到 变步长未必会需要更长的时间 因为它是一种自适应的方式 如果某阶段情况理想的话 就会用最大步长来做 那就会很快 -can see variable step may not need a longer period of time because it is an adaptive way if a certain phase of the the ideal would be the greatest step will be to do it quickly
MicrosoftWord5
- 算法由于提供了一个预测值,相对来说有简化.第五种方法,也就是ode45所得的精度最高尺度到了1e-18...简直可怕!一般很少有工程问题是它不能够满足的了,能够看出,解的差别在本问题里已经很明显了. -algorithm providing a predictive value, a relatively simplified. Fifth, ode45 is the highest accuracy of a scale of e-18 ... is simply terrible! it
OxygenIon
- 用monte carlo方法计算化学反应的代码Oxygen Ion Ordering-with monte carlo methods of calculating chemical reaction code Oxygen Ion Order ing
gongetidufa_linear
- 共轭梯度法，数值代数源码，n维Hilbert阵的极值。-conjugate gradient method, numerical algebra source, n-dimensional Hilbert RUF extreme.
RKF4.5
- ronge-kutta 数值分析问题，RKF4.5,和RKF5.4。-ronge - kutta numerical analysis, RKF4.5 and RKF5.4.
Lagrang
- 这是一个用C++实现数值分析的拉格朗日的程序.-This is the realization of a C Numerical Analysis of Lagrange procedures.
Jocabi
- 数值分析实验作业,实现雅可比的C++程序-operations and realize the Jacobian C Program
GauseSeidel
- 用C++实现的高斯塞德尔的数值分析实验作业-C Shisaideer achieving high numerical analysis of experimental operation
fft64_simulation
- 基于蝶形运算的64点快速傅立叶变换，对FFT的理解有很好的帮助-butterfly computation based on the 64 point fast Fourier transform, FFT understanding of good help
shuzijifenqi
- 这个是数字积分器 用ＶＣ＋＋６.０环境开发的 大家有用的着的尽量下载 共同学习-this is the digital integration makes use of VC + +6.0 development environment useful to everyone as a download learning together