搜索资源列表
miang
- 目前流行的软件包有两种比较常见的形式，一种是RPM包的形式，另一种是压缩成*.tar.gz的形式。本文将讨论这两种形式的软件包在文本环境和图形环境（X Window）下不同的安装方法-popular packages are the two more common form of a RPM is in the form Another is compressed into a *. tar.gz form. This paper will discuss these two packages
GTKX-window
- 基于GTK+ 和 X-window 的GUI 在嵌入式 Linux 中的应用 -Based on GTK+ And X-window of the GUI in Embedded Linux Application
QtjiLinuxcaozuoxitongchuangkousheji.pdf
- qt linux 环境下 基于 x window 系统界面的编程书籍，实践性的书籍。-qt linux environment based on x window system interface, programming books, practical books.
QTinLinux
- 从实际应用中认识Qt,面向嵌入式系统的Qt版本，是Qt的嵌入式Linux窗口，是完整的自包含C++ GUI和基于Linux的嵌入式品台开发工具。Qt/Embeded API可用于多种开发项目。许多基于Qt的X Window程序可以非常方便地移植到嵌入式版本-Practical application of knowledge from Qt, the Qt version for embedded systems, embedded Linux is a Qt window, is a comp
GNU_Linux-program
- 全面介绍GUN/linux编程。首先介绍了在Linux上编程的必备工具，在库函数，系统调用和内核上阐述Linux编程知识。着重介绍文本形式的图形界面库ncurses，讲解了真正的图形化的流行系统，X Window，Qt，GNOME,OpenGL的基本编程方法。同时介绍了Bash编程和设备驱动编程。-Comprehensive introduction the GUN/linux programming. First introduced indispensable tool for progra
LinuxCX
- 本文以Linux系统X窗口的汉化为实例介绍用动态库外挂技术实现X窗口汉化的原理与实现方法 -In this paper, the Linux system, the X Window finished as an example to introduce dynamic library plug-in technology to achieve the principle and implementation of X Window finished
X-type-remote-control
- 本 文 深 入研究了开发三维飞行仿真系统的关键技术。主要研究了视景仿真技术、动 画生成技术和DirectX 技术，对当前常用的三种视景仿真软件进行了功能比较。重点介 绍了该系统采用的用于游戏和交互式多媒体开发的DirctX 技术。在window sXP系统 环境下，基于计算机可视化仿真技术，利用可视化程序开发工具软件VB6.0及应用程序 编程接口DiretX，建立了一个具有人机交互功能的X型遥控模拟飞机三维飞行仿真系 统。生成了能够使操纵手产生身临其境感觉的交互式仿真环境，实
LetterMasteryServerSystemOperation
- 通达信服务器系统运维文档, 1. 推荐使用RedHat Advance Server版，并安装最新的Update。 2. 安装RedHat时，请不要选择X窗口等模块。 3. 停止各类没有使用的系统服务。 -Letter Mastery server system operation and maintenance documentation, one is recommended to use RedHat Advance Server version, and install
vb-quatrant
- 用于 向窗口中两文本框内，分别输入一个点的x轴坐标，y轴坐标，用分支结构判断改点位于哪个象限，并显示在消息框中。-For the two text window frame, respectively, the input X shaft coordinate of a point to point, Y axis, which is located in the quadrant judgment with branch structure, and displayed in a messag
getrmsfeat
- This function computes the RMS feature of the signals in x,which are stored in columns. The signals in x are divided into multiple windows of size winsize and the windows are space wininc apart. Inputs x: columns of signals winsize: wind
matlab-code
- 1. Run mex -setup and choose a proper complier (Microsoft Visual C++ 6.0 is prefered) Would you like mex to locate installed compilers [y]/n? y 2. Put cec15_func.cpp and input_data folder with your algorithm in the same folder. Set this folder a