Unity3d-Tuio-3.1

子类方法不可比父类方法抛出更多的例外。子类抛出的例外或者与父类抛出的例外一致，或者是父类抛出例外的子类型。或者子类型不抛出例外。(Class methods are not comparable to the parent class method throws more exceptions. The subclass thrown exception or thrown with the parent class exceptions, or the parent class throw exception sub type. Do not throw exceptions or sub type. )

C#为菜单添加图片功能，工具栏内有几个使用了图片效果的按钮，本实例的图片是随便找的，具体用时候你可以制作一些与窗体想匹配的图片，这样整体窗体效果就更专业了。

OReilly 出品的 LDAP.System.Administration(OReilly production of LDAP.System.Administration)

双向渐进拓扑优化方法，以最大化频率为目标(Bi directional progressive topology optimization with the goal of maximizing the frequency)

说明：  标准化公开的汽车软件架构AUTOSAR,成为汽车嵌入式应用功能管理的基础架构，并规范汽车电子产品、软件和元器件的互通性 。(AUTOSAR, a standardized and open automobile software architecture, has become the infrastructure of automobile embedded application function management, and regulates the interoperability of automobile electronic products, software and components.)

南航C++书后第三章习题，用的是C++语言编写，但是是vc6.0的老版编译器编写！(Chapter 3 exercises after Nanhang C++ book are written in C++ language, but it is written by the old compiler of vc6.0.)

利用KF方法的卫星姿态确定仿真程序，simulink编写。-Satellite attitude estimation using KF filter/ simulink.

对斯威林1、斯威林2、斯威林3、斯威林4概率密度函数的仿真(Matlab simulation for swerling1,swerling2,swerling3,swerling4)

说明：  隔离变压器和推挽变压器参数的设计，通过将变压器设计中所用到的公式用代码编辑到系统中，可以更快的根据所需指标来获取相应的参数，而且本系统中还集成了部分磁芯型号的相应参数和导线的参数，实现快速选取导线和磁芯，加快了变压器参数设计的周期，而且系统采用Visual Basic 6.0来设计界面，可以使设计人员更易操作。(The system is the design of the parameters of isolation transformer and push-pull transformer. By editing the formulas used in the design of transformer into the system with code, the corresponding parameters can be obtained more quickly according to the required indicators, and the system also integrates the corresponding parameters of some magnetic core models and the parameters of wires, so as to realize the rapid selection of wires and magnetic cores and speed up the change. The design cycle of press parameters and the interface design of the system using Visual Basic 6.0 can make the designer easier to operate.)

说明：  与一般的调度求解过程相比，该遗传算法在交叉和变异阶段考虑了交叉和变异概率的动态变换(Compared with the general scheduling process, the genetic algorithm considers the dynamic transformation of crossover and mutation probability in the crossover and mutation phase)