choix-de-lordinateur

LTP傳輸範例程式，可以說明LTP運作方式(LTP transmission sample program illustrates the mode of operation LTP)

内存映射文件的使用(The example of using memory map file)

GPA 计算器的设计，利用Visual C++设计的GPA 计算器的源代码程序(GPA calculator design, the use of Visual C++ design GPA calculator source code program)

C++实现校园导游系统。包括景点描述，增加、修改、删除等功能，计算最短路径、最佳路径等(C++ campus tour guide system. Of Attraction Description, increase, modify, delete, etc., to calculate the shortest path, the best path)

说明：  一个具备打印功能的VB报表设计器源代码，可以用来设计复杂的报表。(A VB report designer source code with printing function can be used to design complex reports.)

VB写的扫雷外挂，用了内存读写，时间比较久了，自己看吧，学下还是不错的(VB write mine, used the memory read and write, time is long, see for yourself, learning is good)

Use vb to manipulate the file (The Use of vb to file the file )

VB校园即时通聊天软件源代码,有需要的就下载吧。(VB Campus Messenger chat software source code, there is a need to download it.)

关好电力规约IEC103的编程流程图.()

zemax源码： This DLL models a standard ZEMAX surface type, either plane, sphere, or conic The surface also demonstrates a user-defined apodization filter The filter is defined as part of the real ray trace, case 5 The filter can be used at the stop to produce x-y Gaussian apodization similar to the Gaussian pupil apodization in ZEMAX but separate in x and y. The amplitude apodization is of the form EXP[-(Gx(x/R)^2 + Gy(y/R)^2)] The transmission is of the form EXP[-2(Gx(x/R)^2 + Gy(y/R)^2)] where x^2 + y^2 = r^2 R = semi-diameter The tranmitted intensity is maximum in the center. T is set to 0 if semi-diameter < 1e-10 to avoid division by zero. (ZEMAX source: This DLL models a standard ZEMAX surface type, either plane, sphere, or conic The surface also demonstrates a user-defined apodization filter The filter is defined as part of the real ray trace, case 5 The filter can be used at the stop to produce xy Gaussian apodization similar to the Gaussian pupil apodization in ZEMAX but separate in x and y. The amplitude apodization is of the form EXP [- (Gx (x/R) ^ 2+ Gy (y/R) ^ 2)] The transmission is of the form EXP [-2 (Gx (x/R) ^ 2+ Gy (y/R) ^ 2)] where x ^ 2+ y ^ 2 = r ^ 2 R = semi-diameter The tranmitted intensity is maximum in the center.T is set to 0 if semi-diameter <1e-10 to avoid division by zero.)