资源列表
20163235211
- 为了方便广大开发人员及软件公司开发专业的图形软件，本团队多位图形领域专家花费多年的心血开发出功能强大且小巧的图形控件，本控件可非常方便应用于各种开发平台上。如：VC,VB,C++Builder,Delphi,C#及Web图形开发，方便快捷！可大大缩短开发周期。本控件经过严格测试，在可靠性、易用性、开放性作了大量细致工作。控件不仅在支持基本的图形元素外（点、线、圓等），而且非常方便扩充自己的图形元素 -To facilitate the development of the vast number
ch2_4
- C#编写的图形旋转和缩放程序,可以在.NET 2003 了运行. 进入界面,点右键出现选择菜单,可以选择对图形的操作,包括旋转和缩放.-prepared by the C# graphics rotation and scaling procedures can be.NET 2003 to run. Access interface Right-point selection menu, choose the right graphics operations, including rotat
ch2_9
- C#程序代码.C#.NET2003里运行通过.可以实现图形格式的转换.-C# code. C#.NET2003 Lane running through. Can be achieved graphic format conversion.
ch2_10
- C#程序代码.C#.NET2003里运行通过.演示了如何进行图形颜色变换的程序.-C# code. C#.NET2003 Lane running through. Demonstration on how to conduct the color graphics transformation procedures.
vesrc
- 我高中时编写的一个开源的 MPEG1/2 的压缩编码器-high school when I prepared a revenue MPEG1 / 2 compression encoder
image_sdk
- image sdk image sdk image sdk-image sdk image sdk image sdk
rose
- 数学形态学的应用编程，实现后可用于图像图像处理-mathematical morphology of programming, can be used for image processing Image
imageH
- 图像的合并，在图像融合及图像定位是可应用-image of the merger, the integration of images and image positioning can be applied
canny_meanshift_segmentation
- 本算法主要用vc和opencv做的.对视频图像进行逐帧canny运算.并可以对静态图片进行均值移动运算.-the algorithm and the main vc opencv do. Video images right frame by frame canny operator. And Static images can mean for mobile computing.
frame_difference
- 可以进行帧间差分,图像灰度转化和原图象,处理后图像显示,去噪-can interframe difference, gray conversion and the original image and processed images, denoising
image_processing_method
- 用vc++6.0进行开发.主要包括了图像处理的一些方法.和视频图像的帧间差分法,三帧差分法,主要处理单目标和双目标.并对目标的位置进行标定-used for the development. Including the main image processing methods. Video image frames difference France, three difference method, which mainly deals with the single goal and tw
viedoimage_procesing
- 本算法用vc++6.0编写.基于网络摄像头进行处理,摄像头的启动使用摄像头本身的ip地址.可以进行目标位置的计算.-vc 6.0. Web-based camera processing, Camera start using the camera itself ip address. can be the target location calculations.