搜索资源列表
wilson
- 这是一种基于线性加速度假设的用于编制大型程序的算法,即威尔逊法,可用于微分方程描述的问题计算仿真
hvdm
- This code was used to obtain results reported in: Wilson, D. Randall, and Tony R. Martinez, \"Improved Heterogeneous Distance Functions,\" Journal of Artificial Intelligence Research, vol. 6, no. 1, pp. 1-34.
wilson
- 求解平面框架的动力响应-framework of the Dynamic Response
WILSON
- 用Wilson方法计算结构动力反应(无阻尼)-Wilson calculated using the structure of dynamic response (without damping)
kalman
- kalman filter code by Wilson Lau
SkinSliderSrc
- Here is a solution for developers looking for a skin based slider control. It is different from the article Transparent Slider Control by Nic Wilson in the way that it allows you to skin the background and tick of the slider control and also allows y
BeautyOfCode
- 《Beautiful Code》是由Greg Wilson在2006年构思的,本书的初衷是希望从优秀的软件开发人员和计算机科学家中提炼出一些有价值的思想。他与助理编辑Andy Oram一起走访了世界各地不同技术背景的专家。本《代码之美》精选版是从原书中精选出其中的6章。-" Beautiful Code" by Greg Wilson conceived in 2006, the book' s original intention is to from the best
Jacobi
- 这里给出的是满阵形式存储的Jacobi法广义对称矩阵特征值计算的子程序代码,来自《 NUMERICAL METHODS IN FINITE ELEMENT ANALYSIS(K. J. Bathe E. L. Wilson)》: -Here are the full array stored in the Jacobi method in generalized symmetric eigenvalue calculation of the subroutine code, from &q
Beautiful_Code_EN
- 《代码之美》介绍了人类在一个奋斗领域中的创造性和灵活性:计算机系统的开发领域。在每章中的漂亮代码都是来自独特解决方案的发现,而这种发现是来源于作者超越既定边界的远见卓识,并且识别出被多数人忽视的需求以及找出令人叹为观止的问题解决方案。《代码之美》33章,有38位作者,每位作者贡献一章。每位作者都将自己心目中对于“美丽的代码”的认识浓缩在一章当中,张力十足。38位大牛,每个人对代码之美都有自己独特的认识,现在一览无余的放在一起,对于热爱程序的每个人都不啻一场盛宴。 虽然《代码之美》的涉猎范围很广,
wils
- wilson法解决结构动力学问题,绝对有效,绝对准确,欢迎大家批评指正-wilson solve dynamatic problem
gram_demo
- 通用秩因子消失方法程序,GRAM,用于化学计量学三维数据计算-Generalized Rank Annihilation Method as per Wilson, Sanchez, and Kowalski
Desktop
- 基于wilson 的matlab分析循环-wilson matlab
MATLAB
- Optimal control using Box-Wilson method.
新建文件夹
- Wilson理论风电机叶片优化程序,可直接生成叶片的弦长叶与安装角。(The theory of Wilson wind turbine blade optimization program, chord length and installation can be directly generated leaf blade angle.)
Wilson
- 利用Wilson算法求叶片的轴向诱导因子和切向诱导因子(Using Wilson algorithm to find the axial and inductive factors of blade)