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Description: 详细介绍：安装多屏卡的PC机，可以带有多个显示器，大大扩展用户的工作的空间。例如：一个显示器用于显示“大盘趋势”，其它屏幕显示个股信息。该类是一个多屏卡支持程序。该类封装了多屏卡支持功能；支持任意类型的多屏卡；查询每一屏的详细信息：位置、大小。在VC++中调用MoveWindow(…)方法把其它的窗口移到相应的屏幕上。
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Size: 2588 |
Author: 刘苟 |
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Description: 详细介绍：安装多屏卡的PC机，可以带有多个显示器，大大扩展用户的工作的空间。例如：一个显示器用于显示“大盘趋势”，其它屏幕显示个股信息。该类是一个多屏卡支持程序。该类封装了多屏卡支持功能；支持任意类型的多屏卡；查询每一屏的详细信息：位置、大小。在VC++中调用MoveWindow(…)方法把其它的窗口移到相应的屏幕上。-Details: Installation of the PC multi-screen card machine, with multiple displays, greatly expand the user s work space. For example: a display for displaying market trends , the other screen displays stock information. Such cards is a multi-screen support programs. Such package of multi-screen card support support any type of multi-screen cards inquiries each screen details: location, size. In VC++ Call MoveWindow (...) method to the other window to the corresponding screen.
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Size: 2048 |
Author: 刘苟 |
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Description: 一個在Android 2.3上實現的Bluetooth Demo程式，實作Server 端及Server端功能。Hockey Server/client,Multiscreen Demo Server/client,Vedio Demo Server/client.-Android 2.3 on a realization Bluetooth Demo program to implement Server-side and Server-side functionality. Hockey Server/client, Multiscreen Demo Server/client, Vedio Demo Server/client.
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Size: 476160 |
Author: lulisheng |
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Description: andengine 多个场景切换的例子MultiScreen-Andengine multiple scenes examples of switching MultiScreen
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Size: 8094720 |
Author: cy |
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Description: 多个屏幕分别监控显示,每个桌面可以显示不同的内容和展示效果-MultiScreen can be monitered and edited!different contents can be viewed with the same desktop!
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Size: 64512 |
Author: wang |
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Description: 一个简易的网联网仓储管理qt程序，希望对做QT的嵌入式开发的您有帮助-../qt-everywhere-source/configure-prefix /qt-everywhere-embedded arm-release-opensource-fast-no-accessibility-no-scripttools-no-mmx-no-multimedia-no-svg-no-webkit-no-3dnow-no-sse-no-sse2-silent-qt-libpng-qt-libjpeg-no-libtiff-make libs-nomake tools-nomake examples-nomake docs-nomake demo-no-nis-no-cups-no-iconv-no-dbus-no-openssl-xplatform qws/linux-arm-gnueabi-g++-little-endian-qt-freetype-depths 16,18-qt-gfx-linuxfb-no-gfx-transformed-no-gfx-multiscreen-no-gfx-vnc-no-gfx-qvfb-qt-kbd-linuxinput-no-glib-qt-mouse-tslib-I/home/linux/tslib/include-L/home/linux/tslib/lib
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Size: 9679872 |
Author: 邰云波 |
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Description: VC++ ScreenSwitch全屏切换的窗口实例源码下载，MultiScreen窗口的源代码，点击“view”菜单里可切换不一样的窗口视图，比如过于简略，不过原理大致是如此，期待参阅，VC++编程学习源码，很好的参考资料。-VC++ ScreenSwitch toggle full screen window example source code download, MultiScreen the source code window, click on the "view" menu in the window view switching is not the same, for example, is too simple, but the principle is roughly so, looking forward to see, learning VC++ programming source code, very good reference material.
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Size: 36864 |
Author: 清拌蟹肉 |
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Description: VC++ ScreenSwitch全屏切换的窗口实例源码下载，MultiScreen窗口的源代码，点击“view”菜单里可切换不一样的窗口视图，比如过于简略，不过原理大致是如此，期待参阅，VC++编程学习源码，很好的参考资料-VC++ Windows source code examples download ScreenSwitch full-screen switching, MultiScreen source code window, click on the "view" menu to switch different window view, such as too brief, but the principle is roughly the case, look see, VC++ programming learning source, very good References
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Size: 505856 |
Author: 方亚前 |
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Description: VC++ ScreenSwitch全屏切换的窗口，MultiScreen窗口的源代码，点击“view”菜单里可切换不同的窗口视图，例子过于简单，不过原理大致是如此，欢迎参考。-VC++ ScreenSwitch toggle fullscreen window, MultiScreen source code window, click on the "view" menu to switch between different window view, simplistic example, but the principle is generally the case, welcomed the reference.
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Size: 34816 |
Author: kpudn42 |
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Description: The COST 231 model [1-2] is a semi-empirical path loss model, resulting from the combination of Walfisch-Bertoni [3] and Ikegami [4] models. It is recommended for macro-cells in urban and suburban scenarios, showing very good results for path loss calculations for base station antennas located above the average roof height. However, the prediction errors increase significantly as transmitter antenna height approaches the roof height, reaching a very poor performance for transmitters located below that level. The COST 231 model has a frequency range between 800 MHz to 2000 MHz. Compared to previous models such as Okumura-Hata, the calculation procedure is more detailed, and includes four additional parameters, namely: • height of buildings • width of the roads • building separation • road orientation with respect to the direct radio path. The basic propagation loss, Lb, is calculated as the sum of three components: the free-space loss, L0, the roof-to-street loss, Lrts, produced in the street where the receiver is located, as result of the diffraction on the next rooftop; and the multiscreen diffraction loss, Lmsd, produced by multiple diffractions on the building rooftops along the direct propagation path. The model also distinguishes LOS and NLOS situations.
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Size: 8415 |
Author: Gomathi |
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