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[GDI-Bitmap监视屏幕

Description:

刚开始学C#就在想要写个东西出来玩玩,后来又由于做项目,所有没写了,哎,!说起项目就惭愧,.!不提它!回正题, 现在只是实现了屏幕监控的功能,至于什么细节,还有很要注意的地方暂时没考虑!毕竟只是为了实现这个功能而已, 环境:XP ,VS2005,或FM2.0;都行! 在本机测试正常,在两台机上测试也正常 一台机监控另一台机,这里就用客户端监控服务端!


Platform: | Size: 7471 | Author: 283044290 | Hits:

[File Operatefm2

Description: 用c语言实现控制后台的文件操作,包括新建文件、复制文件、删除、移动和重命名等-this is use to newbuild/copy/delete/ remove /rename or something else
Platform: | Size: 260096 | Author: 张宾 | Hits:

[Embeded-SCM DevelopFM25V10_dsPIC_SPI

Description: 使用dsPIC6014A进行模拟SPI时序读写铁电存储器FM25V10(1M存储空间)。本来dsPIC6014A具有SPI模块,但在调试过程中发现能写不能读,没办法就尝试着用模拟SPI来读写。可以通用到任何其他处理器的SPI通讯中,并完全可以直接用来读写其他串行SPI类铁电存储器,只需要根据存储器大小修改读写地址就OK。(说明,借鉴了程序员联合网上一个仁兄的程序,在此表示谢意)-SPI timing simulation using the dsPIC6014A read ferroelectric memory FM25V10 (1M memory space). Originally dsPIC6014A with the SPI module, but found able to write debugging process can not read, no way to try to read and write analog SPI. May be common to any other processor' s SPI communications, and can directly be used to read and write to other serial SPI type ferroelectric memory, just need to modify the memory size of the read and write address on OK. . (Note, drew on a joint web programmer a dear friend of the program, wish to express my gratitude)
Platform: | Size: 1107968 | Author: 邓超 | Hits:

[Other Gamesfm2

Description: 3人合伙养蜂,多年后3人分伙,分伙时蜂已处理但尚余 整桶蜜7桶,半桶蜜7桶以及7个空桶,3人均分,且不动桶中蜜,编一程序实现他们的分法。-3 partnership beekeeping, 3 minutes after the gang for many years, sub-partners have been processed when the bee honey, but the remaining 7 whole barrel barrels, half a bucket of honey bucket 7 and 7 empty barrel, 3 minutes per person, without moving the bucket honey compile a program to achieve their points system.
Platform: | Size: 101376 | Author: shy | Hits:

[matlabFMdemod

Description: Demodulacion FM El archivo fmdemod.m hace los calculos y el fm2.m hace los gráficos
Platform: | Size: 1024 | Author: Lucia Navrro | Hits:

[Internet-Networkverilogfiles

Description: clc fm1=3000000 fm2=5000000 fc=500000000 fs=100000000 Am1=2 Am2=0.3 A=2 N=512 K=N-1 n=0:N-1 t=(0:1/fs:K/fs) m1=Am1*sin(2*pi*fm1*t)+Am2*sin(2*pi*fm2*t) figure(1) subplot(1,1,1),plot(t,m1),title( m2(t) )-clc fm1=3000000 fm2=5000000 fc=500000000 fs=100000000 Am1=2 Am2=0.3 A=2 N=512 K=N-1 n=0:N-1 t=(0:1/fs:K/fs) m1=Am1*sin(2*pi*fm1*t)+Am2*sin(2*pi*fm2*t) figure(1) subplot(1,1,1),plot(t,m1),title( m2(t) )
Platform: | Size: 2048 | Author: yahe | Hits:

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