资源列表
图像处理入门C源码分析有源码
- 里面有源码还有详细的解说，新手上路建议看一下，既可以学习vc编程，也可以学习有关图像处理方面的知识。-inside source also detailed captions, Getting Started look at the proposal, we can learn vc programming, can also learn about the image processing knowledge.
图像处理毕业设计
- 这是两个学生做的图像处理方面的毕业设计，有论文也有源码-two students to do the image processing of Design graduate, papers have FOSS
图片模糊与锐化
- 本例使用JAVA语言实现了图片的模糊与锐化，详细的注释请看源代码的注释。谢谢支持！-cases the use of the Java language and blurred images sharper and detailed annotations Look at the source code of the Notes. Thank you support!
图片旋转
- 我看到已经有些朋友传过C、vb等的代码，我现在为大家带来了JAVA实现的图片旋转程序，详细说明请见文件中的注释，谢谢支持-I have seen some friends came across C, vb the code, I now bring you a picture JAVA rotation procedures, detailed descr iption, see the Notes document, thank you support! !
ezw可执行
- 这是用c编写的小波的实现程序，是来之一个专业小波网站的，可以作为学习小波的一个好程序-c prepared by the wavelet procedures, is a professional-to wavelet website can be used as a learning Wavelet good procedures
AniPic
- 一个图形效果处理程序, 可以将图片处理成为按多种方式显示和隐藏的效果, 如百叶窗式, 渐进式, 等等.-a graphics processing can be handled by the pictures shown and many hidden effects, such as blinds and incremental mode, and so on.
2004120110443931293
- 基本功能有：绘图功能、填充功能、裁剪功能、颜色选择。-basic functions : Mapping functions, filling functions, cutting function, color choices.
256转灰度图
- 我们知道很多情况下我们只能对灰度图进行处理,这个程序可以将256灰度级的图像转换成灰度图,方便图像处理-We know many cases we can only grayscale processing, the process can be 256-level gray-scale images into grayscale facilitate image processing
样条演示
- 实现了图形学中的几种样条的绘制算法.包括二次、Bezier、B样条(二次、三次)等.-achieve the graphics of several samples of the mapping algorithm. Including the secondary, Bezier, B-spline (second, third).
CG3
- 实现了图的数据结构，以及错切、旋转、拉伸移动等算法（TurboC2.0下运行，编译前修改库路径）。-achieved map data structure, and Shear, rotation, stretching movement algorithm (TurboC2.0 running, compile amending the library path).
CG4
- 实现了Bezier曲面的构造算法，随机生成一个曲面造型。（TurboC2.0,编译前修改库路径）-achieve a Bezier surface structure algorithm generates a random surface modeling. (TurboC2.0, compiler for amending the path)
二维图形的几何变换
- 学习图形学的学生必做的一道题目，实现所画直线关于原点对称、X轴对称、平移、放大缩小，有点借鉴意义-students learning graphics will do a topic, realize the painting straight on the basics of symmetry, the X axis of symmetry, translation, zooming, somewhat useful