spherical_harmonic

THE ALGORITH OF RGB TO HSV USE MATLAB

ARAPPara_matlab 网格参数化的源码(ARAPPara_matlab code for parameterization of 3d mesh)

卫星轨道书中附带的C++程序，很好地一本书，对于卫星设计很重要(The book comes with a satellite orbit C++ program, a good book, it is important for the satellite design)

PURPOSE: Helper function part of UCSD_GARCH toolbox. Used if you do not use the MEX file.

MATLAB控制系统仿真与实例详解（附书光盘）包括该书的所有参考程序，简单易懂(MATLAB simulation and control system for example explanation () CD attached books including the book of all the reference program, easy to understand )

说明：  现代控制理论实验课 matlab倒立摆仿真代码和动画演示 使用matlab的倒立摆建模和仿真设计 使用了状态反馈控制器设计闭环反馈控制系统 实现了动画演示 文档说明：（中文字符显示某些问题，后续更改，系统的simulink构建很简单，这里没有注意到） 系统分析文件夹 .m输入为加速度的情况下的开环系统.m文件 F .m输入为力开环系统的m文件 State_FeedBack_controller.m输入为加速度的闭环系统的m文件 动画演示文件夹 sys.m生成整个控制系统的s函数 pendan.m显示动画的s函数 dh.mdl最终的动画倒立摆simulink的建造(Modern control theory experiment course Matlab inverted pendulum simulation code and animation demonstration Modeling and simulation design of inverted pendulum using MATLAB The closed-loop feedback control system is designed by using the state feedback controller The animation demonstration is realized Document description: (some problems of Chinese character display, subsequent changes, the system's Simulink construction is very simple, not noticed here) System analysis folder Open loop system. M file with. M input as acceleration The input force of the open loop F.M system State_ FeedBack_ The controller. M input is the m file of the closed loop system with acceleration Animation folder Sys. M generates the s function of the whole control system Pendan. M s function for displaying animation dh.mdl The construction of the final animation inverted pendulum simulink)

用MATLAB来产生C/A码的代码，很好用的(uesed to generate C/A code )

建立routh阵列表的函数，建立胡尔维茨的函数，是判定系统稳定性的很好工具。(routh array of links to establish the function of the establishment of the H-Polynomial function, System stability is convicted of a good tool.)

PWM converter from DC to AC forme of energy

利用二轮车辆运动学微分方程来跟踪圆形轨迹，首先生成离散化的参考轨迹圆，进而进行点对对跟踪(The use of two differential equations to track the vehicle kinematics circular trajectory, the first generation of discrete circular reference trajectory, and then make the point right right track)