搜索资源列表
butterworthfilter
- 巴特渥斯滤波器设计(butterworth),根据设计参数需要,设计出符合要求的滤波器,并提供示意图-Bateoushi Filter Design (3.8mA), according to the design parameters, designed to meet the requirements of filters, and to provide diagram
SDL.Component.Suite.v6.0.Pro.For.C5D56.with.Source
- SDL控件组也是不错的,可以做化学分子结构图;信号FFT分析;画科学工程图等等。 和ABAKUS一样,其源码难以得到,极其困难!现在你可以拥有源码了-SDL is also a good control group, they can do chemical molecular structure diagram FFT signal analysis drawing of science engineering drawings and so on. And ABAKUS as i
eptree112d
- 使用EPTREE可以很好的对,C,C++,Java代码进行解析。绘出函数树图,计算堆栈大小等。 <输出的文件内容> 功能树 INKURUDOFAIRUTSURI 测量若干步骤(有条件汇编) 函数索引(使用堆栈大小为每个功能输出) 使用类名单 全局变量,变结构,对象名单 #定义定义列表 清单中所使用 列表名称 信息分布函数的行数-EPTREE can be used for good, C, C++, Java code analysis.
chengxu
- 编写一个程序,计算平面应力状态及空间应力状态的主应力,最大剪应力,如为平面应力状态则需输出方位角agl斜截面上的应力及主方向角,画出应力圆示意图。 已知二向应力状态,ax=10MPa,ay=-20MPa,bxy=15MPa,agl=45,求主应力,最大切应力,斜截面上的应力,作出应力圆示意图。-The preparation of a program to calculate the plane stress state and stress state space of principa
voronoi
- 这个是Voronoi生成的代码, 理论基础是扫描线法,具体可以再google上搜索Sweep line method.-include the head file and source code for generating the Voronoi diagram, which is based on the Sweep line algorithm
FFTtransform
- 读取TXT文档后,对信号做FFT变换,在同一张图中对比不同信号的FFT结果。-Read TXT document, the signal do FFT transformation, compared with a diagram of the FFT result of different signals.
H1
- 动态规则解数字三角问题给定一个由n行数字组成的数字三角形如下图所示。试设计一个算法,计算出从三角形的顶至底的一条路径,使该路径经过的数字总和最大。-Digital triangle Issue Descr iption : given an OK by the number n of triangular figures shown in the diagram below. Design of a test algorithm, calculated from the top of the t
ChaosHelp3_22
- this MAPLE file can calculate and plot chaos behevior of nonlinear system include logistic map, bifurcation diagram, mapping and etc.
SortQuick
- C# 写的快速排序源码,并快排附带示意图。-Quicksort written in C# source code, and will soon ranked with diagram.
fenchatu
- 利用非线性动力学的知识研究混沌行为,可以通过画运动的分岔图来研究参数变化对运动的影响,本程序以洛伦兹力为例子实现了分岔图的绘制-Knowledge of the nonlinear dynamics of chaotic behavior, can 通过 Painting Movement of the bifurcation diagram to study the impact of parameters on the movement, this program in order to a
Rootneu
- 微型计算机发展的几个阶段 微型计算机系统组成框图 冯·诺依曼计算机的主要特征(★) 存储器分级结构 二进制表示以及进制转换运算 -Stages of the development of micro-computer micro-computer system block diagram of von Neumann, the main features of the computer (★) memory hierarchical structure of binary a
09
- 数学建模算法 灰色系统理论及其应用 马氏链模型 神经网络模型 时间序列模型 图与网络-Grey system theory, mathematical modeling algorithms and its Markov chain model neural network model and network time series model diagram
robot
- 取各障碍物顶点连线的中点为路径点,相互连接各路径点,将机器人移动的起点和终点限制在各路径点上,利用Dijkstra算法来求网络图的最短路径,找到从起点P1到终点Pn的最短路径,由于上述算法使用了连接线中点的条件,不是整个规划空间的最优路径,然后利用遗传算法对找到的最短路径各个路径点Pi (i=1,2,…n)调整,让各路径点在相应障碍物端点连线上滑动,利用Pi= Pi1+ti×(Pi2-Pi1)(ti∈[0,1] i=1,2,…n)即可确定相应的Pi,即为新的路径点,连接此路径点为最优路径。-Ta
VORONOI
- vc++使用MFC生成voronoi图和凸壳 功能强大-vc++ using the MFC generates voronoi diagram and convex hull powerful
vector
- 当然矩阵的加减乘也是十分的重要,国内外都是如此,进行大型的科研项目,涉及到复杂的线性代数,行列式,以及电路分析图都会用到矩阵的基本运算。但是就目前来看,学生对矩阵运算的研究还很少,不够理解和熟悉,于是我们就要提供更多的信息和软件的帮助。-Matrix addition and subtraction, multiplication is of course very important, are so at home and abroad, large-scale research projec
work
- 本人对拉瓦尔喷管进行流体分析,得出了其温度,压力等仿真曲线。内有程序和仿真图-I am Laval nozzle for fluid analysis, obtained the temperature, pressure and other simulation curve. There are procedures and simulation diagram
direction
- 2-连通图无边图的边定向算法,使之成强连通图。-2- connectivity diagram boundless edges of the graph orientation algorithm to make it into a strong graph.
bifurcation
- 利用c语言求方程组分岔图程序。 在非线性动力学及复杂经济学中经常用到类似的问题。-Demand equations bifurcation diagram program using c language. Often used in nonlinear dynamics and complex economics of a similar problem.
three-FDTD--algrithm
- This MATLAB M-file implements the finite-difference time-domain solution of Maxwell s curl equations over a two-dimensional Cartesian space lattice comprised of uniform square grid cells. The computational domain is truncated using the perfectly m
geompack3
- 基于三角形网格的网格生成方法,用于网格生成的fortran90程序,非常好用。-GEOMPACK3 is a set of routines for certain computational geometry problems. In particular, it can compute the Voronoi diagram, and the Delaunay triangulation, of a set of points in the plane.
