一个读取硬盘序列号与CPU序列号的dLL
上传时间： 2015-07-14
上传用户：1427796291
EZ_USB 通信dLL源码，使用EZUSB公版驱动。尹邦坤设计，希望对需要的同仁又帮助。
上传时间： 2015-07-14
上传用户：zukfu
获取硬盘物理ID号的dLL。破解版！内含VB编程源代码。
上传时间： 2014-12-20
上传用户：fhzm5658
是一个和台达的通信dLL 还不是很完善，这是我在做项目时候的一部分，所以只是完成了自己的功能，大家能用的上的，可以下载
上传时间： 2015-07-17
上传用户：cainaifa
这是几个mysql连接的例子,包括:MySQL调用libmySQL.dLL的类dephi.rar,ms SQL 和 sql anywhere 数据库管理实用工具源码dephi+c.rar等
上传时间： 2014-01-26
上传用户：我干你啊
本程序是智能小车开发环境中的dLL文件可以在Visual 平台下开发
上传时间： 2015-07-22
上传用户：lixinxiang
有關於gina.dLL 動態連接庫 用delphi 改寫的
上传时间： 2014-01-06
上传用户：hjshhyy
光学设计软件zemax源码： This dLL models an nular aspheric surface as described in: "Annular surfaces in annular field systems" By Jose M. Sasian Opt. eng. 36 (12) P 3401-3401 December 1997 This surface is essentially an odd aspheric surface with an offset in the aspheric terms. The sag is given by: Z = (c*r*r) / (1+(1-((1+k)*c*c*r*r))^ 1/2 ) + a*(r-q)^2 + b*(r-q)^3 + c*(r-q)^4 + ... Note the terms a, b, c, ... have units of length to the -1, -2, -3, ... power.
标签： described aspheric surfaces Annular
上传时间： 2014-01-08
上传用户：yyyyyyyyyy
zemax源码： This dLL models an anamorphic aspheric surface. This surface is essentially an even aspheric surface with different terms for the x and y directions. The sag is given by: Z = ((CX*x*x)+(CY*y*y)) / (1 + sqrt(1-((1+KX)*CX*CX*x*x)-((1+KY)*CY*CY*y*y))) + AR*( (1 - AP)*x*x + (1 + AP)*y*y )^2 + BR*( (1 - BP)*x*x + (1 + BP)*y*y )^3 + CR*( (1 - CP)*x*x + (1 + CP)*y*y )^4 + DR*( (1 - DP)*x*x + (1 + DP)*y*y )^5 Note the terms AR, BR, CR, and DR ... have units of length to the -3, -5, -7, and -9 power. The terms AP, BP, CP, and DP are dimensionless. The surface is rotationally symmetric only if AP = BP = CP = DP == 0 and CX = CY and KX = KY.
标签： surface This essentially anamorphic
上传时间： 2015-07-25
上传用户：lht618
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.
标签： standard surface models either
上传时间： 2013-12-05
上传用户：003030
