俄罗斯方快的vc++程序设计

eda 开发数字钟的设计具体编程代码和开发流程与设计图-EDA to develop digital clock design and development of specific programming code and design flow chart

经典扫雷程序，Visua C++ 6.0 环境下实现对于设置用户的青睐类对话框的配置 -Copyright (c) 2004-2005 Micro-soft Module Name: DlgCustom.cpp Abstract: the class of Dialog for setting user s favor-config Author: Microsoft s Engineer- Unknown Name improved by Weijian Luo (Arthur Luo) 15-Jun-2005 E-mail: skybluehacker@yahoo.com.cn Revision History: 1.0

目前，有许多勘探目标无法使用常规地震成像方法进行识别，而利用叠前深度成像技术，作业公司可以对包括最复杂构造在内的地质特征进行清晰成像。这种准确的结果可以降低风险并帮助确定储量-Currently, there are not many exploration targets using conventional seismic imaging methods for the identification, and the use of pre-stack depth imaging technology, Operating companies, including the most complex structure of the geological features clear imaging. Such accurate results can reduce risk and help determine reserves

范型与STL的书的源码. Generic Programming and the STL code-Fan-type and the source code for STL book. Generic Programming and the STL code

casio DT-930范例 MOT .RAR-casio DT-930 sample MOT.RAR

领域本体的概念相似度计算，对研究语义web的很有帮助-The concept of domain ontology similarity calculation, the study of the useful semantic web

学EDA 的时候做的，全是自己设计的，后面还有很多好东西，愿大家分享，希望能给大家带来一定的帮助！-EDA school time to do all of their own design and there are a lot of good things, willing to share the hope that we can bring some help!

对数据序列进行灰度预测，返回绝对误差以及根据用户需求可以任意选取预测的数目。-Gray predicted sequence of data to return the absolute error and can be arbitrarily selected according to user demand forecast amount.

为需要安装的程序产生程序序列号--Generate serials for programs which need installation.

这个程序可以计算给定点处的小区信号范围覆盖。-is program computes a map of visibility from a selected point on a topography. It has been written to help the search for radio relay best location. Because it considers only direct line of sight, it gives a good estimation for possible radio link for short distances only (less than 10 km), neglecting curvature of the Earth, Fresnel zone and atmospheric refraction on radio waves propagation. The program computes the relative elevation angle of the mask for each point (the angle is null or negative if the point is visible). The function needs a digital elevation model Z and associated (X,Y) vectors or matrices of coordinates (same unit as Z), position of the point (X0,Y0), the antenna height H0 (for instance 4 m), and the hypothetic antenna height Ha on each topography points (for instance 3 m). When no output argument is given, the function plots a map of the results (color map of mask angles, and blank for visible points, see example screenshot). The s