国外的一个非常不错的图像去噪matlab代码

一个Delphi开发的矢量3D绘图源代码-abstract : drawing 3D shapes and changing the camera and screen position with the mouse key words : 3D graphics, geometry, perspective, floodfill, vector graphics, camera, World view, homogeneous transforms software used : Windows XP, Delphi 6 hardware used : Pentium 1.400Mhz, 256 M memory, 140 G hard disc scope : Delphi 1 to 8 for Windows, Kylix level : all developers

图像编程，出来效果貌似是三维的地图，但是有一个小BUG，需要改正-Graphics programming, it looks like the effect is three-dimensional map, but there is a small BUG, the need for correction. . . . . . . . . . . . . . . . . . .

用c++的mfc和opengl中相关函数实现物体的三位观察-Using c++ in mfc and opengl in the correlation function of the three observation of objects

介绍一种用VC实现图象的纹理分析方法的程序-Introduce a program in texture analysis method .using VC realize image.

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

实现几个典型图象处理功能的程序-achieving several typical image processing procedures

拉普拉斯算子、Sobel算子和Prewitt算子对图像进行边缘、轮廓的检测-Laplace operator, Sobel Operator and Prewitt Operator right image edge contour detection

图像平滑源代码 还可以的 在vc直接运行就行 可作为参考-image smoothing source code can also directly in vc running on the line can be used as reference

一个关于EPS的库-a library of EPS

本程序实现八种图形的绘图功能，分别是直线，圆弧，贝赛尔曲线，矩形，圆角矩形，椭圆和多边形。绘图步骤如下： 直线：点鼠标左键确定起始点，移动鼠标点左键确定终点。 圆弧：用鼠标左键依次点四点确定圆弧。 贝赛尔曲线：用鼠标左键依次点四点确定贝赛尔曲线。 矩形：点左键确定起始点，拖动鼠标再点左键确定对角点。 圆角矩形：点左键确定起始点，拖动鼠标再点左键确定对角点。 椭圆：点左键确定起始点，拖动鼠标再点左键确定对角点，便作出了与该矩形相切的椭圆。 多边形：点鼠标左键确定起始点，然后依次点各点（所有点的总数为所要做多边形的边数，不超过20边），最后用中键确定，自动封闭图形。-the program eight graphical mapping function is linear, arc, Bessel curve, rectangle, rounded rectangle, oval and polygons. Mapping the following steps : Linear : click the mouse button to determine the threshold, mobile click of the mouse button to determine the end. Arc : the left mouse button followed by 4:00 set point arc. Bessel curve : the left mouse button followed by point 4:00 determine Bessel curve. Rectangular : Left to determine the threshold point, then drag the mouse to point to determine Left Corner. Rounded Rectangle : Left to determine the threshold point, then drag the mouse to point to determine Left Corner. Oval : Left to determine the threshold point, drag the mouse butto