IDL程序辅助浏览三维数据集（如体渲染），二维切片和一维的时间序列图形...

/* 程序名：drawing..c 功能：展示OpenCV的图像绘制功能-/* Program name: drawing .. c function: to display the image rendering capabilities OpenCV

详细的拉普拉斯金字塔模型，主要讲通过尺度变换，构造拉普拉斯金字塔-Detailed model of Laplacian pyramid, the main speakers through the scale transform, Laplacian pyramid structure

雷达信号处理,matlab仿真,雷达系统设计的一组MATLAB程序-radar signal processing, Matlab simulation, radar systems designed a group MATLAB program

dos下显示火焰特效,主要在dos下面的图像处理程序-display fire effect on DOS, a image processing program on DOS

用于控制步进电机带动油门传感器，采集数据，生成数据曲线并可打印报表-Used to control stepper motor driven throttle sensors, collect data, generate data curves and print statements

颜色HSV空间与RGB空间的相互转换，本程序已经测试可用于彩色图像处理-HSV space and RGB color space conversion, the procedures have been tested can be used for color image processing

wmf文件的查看程序，本程序是一个vc编写的activex控件，可以对wmf文件进行查看和缩放等操作-wmf file to view the procedure, the procedure is a vc prepared activex control, can wmf file for viewing and scaling operations

边缘提取的源代码，要的就下，很有用的。- The edge withdraws the source code, wants under, very useful.

实现四个功能：一、图和图素1． 定义屏幕坐标2． 在屏幕中心作下列图素：点 • ； 小方块 ■ ；大方块 ■ ； 圆点 ● 。以上述图素画线二、3． 用DDA法画线段；4． 用DDA法画圆。三、已知如图所示的多面体，其各棱边长均相等。要求1． 用步进法（即+1比较法）编写AB线段生成程序；2． 用法线法编写消隐程序；3． 编写让多面体绕其中心轴线旋转30o、45o、60o的程序四.在三的基础上自动绘制各棱边，自由旋转任意角度-realization of the four functions : 1, maps and map-1. Two definition screen coordinates. In the center of the screen-map for the following : Point# 8226; ; small chunks; large chunks; dots. The above map-line drawing two, three. DDA law with painting segment; 4. With DDA Act Circle. 3, as shown in the figure known polyhedron, its edge longer being equal. Requirements 1. Walking France (a comparison) prepared AB segment generated procedures; 2. Usage prepared blanking line method; 3. To prepare for polyhedron around its central axis rotation 30o, 45o, 60o procedures 4. The three on the basis of automatic drawing the edge, the Liberal arbitrary rotation angle

Implementation of an Interval Iterative Closest Point that uses intervals to found the global optimal solution. -Implementation of an Interval Iterative Closest Point that uses intervals to found the global optimal solution.