the win

一个基于mega16的串口通讯实例，用于验证串口通讯的正确性-based on a serial communications mega16 the examples used to validate the correctness of serial communications

一个画图的程序,图形学的作业-a drawing procedures, the graphics operations

画虚的直线和曲线-paintings and abstract linear curve

图象及button透明处理代码-button images and transparent handling code

自己用C语言编写的中点画圆算法，根据用户输入的圆心坐标和半径画出相应的圆形。-own use C language prepared by the midpoint drawcircle algorithm, According to user input center coordinates and radius of the circle corresponding paint.

mean shift功能演示，实现图像分割，具体请看效果-the demonstration of the mean shift algorithm

一个png源码。-one source.

在图形模式下显示3D图形绕任意轴旋转的程序，物体的每一个顶点的坐标都储存在外部变量point中了，比如说第一个顶点就是point[0],他的坐标是(point[0][0],point[0][1],point[0][2])。整个步骤我想在程序的注释中讲得很清楚了。-in graphic mode display 3D graphics rotating procedures objects each vertex of the coordinates are stored in the external variables which point, for instance, the first point is a vertex [0], the coordinates of (point [0] [0], [0] point [1] point [0] [2]). I think the whole process in the Notes procedures made very clear.

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

This paper studies the problem is how to determine the amount of stored coal, the difference with the common method, according to the table of calorific value and density of a list of data, without considering the influence of other factors on the density of the premise, the establishment reflects the density (y) and calorific value (x) model of the relationship, which can be obtained by the coal heat density of coal and draws a conclusion that the amount of stored coal.