Used to control stepper motor driven throttle sensors, collect data, generate da...

关于hge游戏引擎的多线程版本，hge的最新版也是在几年前就已经停止更新了，更新的dx也知道dx8，但是原来的hge引擎采用的就是单事件回调机制，导致在渲染复杂场景的时候会有一些速度较慢的情况！ 本次上传的hge包括了多线程渲染的机制，在渲染方面会有比较高的效率，但是同样cpu占用率也会有蛮高

仅供参考！实现了基本的数字识别，而且采用了当前最新的特征提取算法，所以使用起来速度很快，识别率也比较高！-Only for reference! Have realized the basic figure is discerned, and has adopted the present newest characteristic to draw algorithms, so it is very fast to use, the discerning rate is higher!

功能概述： 提供一个时间序列的分析插件，只需要提供时间轴和数值轴，就可以进行相关的可视化分析计算。 接口要求： 利用TeeChart为主要平台构建，支持WebService，支持ActiveX，支持OLE Automation。 所有数值序列采用数组存储，独立于数据库，支持数据的转入转出，支持文本和XML等格式导入导出 图像支持矢量输出，支持多种文件格式输出，支持Stream方式输出图像。 序列数据源(含中间序列)支持交互修改. 基于年序列的频率分析见单独的频率分析插件Hfre（R），与空间相关的分析参考Viso和Space插件。 -functions outlined : to provide a time-series analysis of plug-ins, need only provide time frame and numerical axis, it can be related to the visual analysis. Interface : use TeeChart main platform for building support WebService support ActiveX, OLE Automation support. All numerical sequence using array storage, independent of the database, support data transfer to support XML and text formats derived images into vector output support, support for multiple output file formats, support Stream mode output images. Sequence data sources (including intermediate sequence) support interactive changes. Based on the frequency, sequence analysis, see separate plug-frequency analysis Hfre (R), and space-related analysis a

图像处理入门C源码1-image processing an entry C source

服装CAD的部分源代码截图，以及头文件 想研究服装cad的可以研究下框架了！-Apparel CAD part of the source code screenshot, as well as the header file would like to study apparel cad can be studied under the framework of a!

看看就明白了^_^-look at to understand ^ _ ^

字模提取软件，可以提取文字，图片以及动画的字模，感觉挺方便的。-Font extraction software can extract text, images and animations of the font, feeling quite convenient.

winTC,一个不错的开发软件-winTC, a good software development

动态、静态图像压缩类-dynamic and static image compression category

vega中的tripod碰撞检测方法，上房问题在min和Max的参数中。如果max值越大，你爬高就越大。min越小你下坡也就越大。他们的值与你的场景单位有关。他们都是极限值，如果你的房子高度在max值之下就不可能“上房”了。你的坡度落差大于min的绝对值时，他就下不去了。一般用在z和Tripod中常见-vega in the tripod of collision detection methods,上房problem min and Max parameters. If the max value bigger, you climb the greater. min greater the smaller the downhill you. Their value and your scene units. They are limits, if your house under a high in the max value can not be