资源列表
2
- 计算机图形学您当前还不能下载源码，您必须上载5个C或Java的好源码站长审核后才能下载(如果已上载请等待2小时后再试,查看您的上载日志, 初学者如何在线阅读源码)。也可以【立刻开通VIP会员】。您是愿意继续在门外观望，还是愿意进来享受这里的一切？ -Computer graphics that you can not download the current source, you must set up 5 C or Java source code of the well head in
DCMimages3Dvirtualscene
- 在MFC中将DCM图像立体化，产生三维图像，且可虚拟场景漫游。-MFC will DCM at three-dimensional images to produce three-dimensional image, and can roam the virtual scene.
MFCDCMsagittalslices
- 在MFC中显示系列DCM图像及冠矢状面切片。-Displayed at MFC Series crown DCM images and sagittal slices.
MFC3Dimages
- 在MFC中显示图像，将图像立体化产生的三维图像。-Displayed at MFC images, three-dimensional images produced by three-dimensional image.
MFCdisplayandrotateDCM
- 在MFC中读取并显示DCM格式医学图像，同时在MFC中任意角度旋转。-At MFC in DCM format to read and display medical images, while at MFC arbitrary rotation angle.
MyDib
- Dib类的封装，因为MFC中不提供任何Dib的支持，为了方便复用，这里设计一个Dib类，这个类的封装十分复杂，这里采取分而治之的方法，对关键部分进行了单独讲解。-Dib type of package, because MFC does not provide any support Dib, in order to facilitate reuse, where the design of a Dib category, this type of package is very complex
LineDetectionDIB
- 用于对检测图像中的平行直线。如果图像中有两条平行的直线，则将这两条平行直线提取出来。-Used for detection of parallel straight-line image. If the image has two parallel straight lines, they will be two parallel straight lines extracted.
EXAMPLE75
- OPENGL编程实例75，绘制对比矩形，实现具体绘图功能-OPENGL programming examples of 75, drawn rectangular contrast, specific graphics implementation
LineTrans
- 对载入图像进行基本点运算，如线性变换，图像发色，阈值变换等-Loading images on the basic point calculations, such as linear transformation, image hair color, transform, such as threshold
CAD
- 南京航空航天大学的CAD制图教程，很适用，对新手来说它有许多方面的优点，使新手很容易掌握CAD制图的fangfa-Nanjing University of Aeronautics and Astronautics of the CAD drawing tutorial, it is applicable, on the green hand for it has lot of advantages, so that novices can easily master the CAD drawi
DRAFTING
- 数字图像处理中的绘图程序，里面包含多种绘图命令-Digital image processing in the mapping procedure, which contains a wide range of graphics commands
OpenGL
- 用OpenGL实现二维图形的三维显示，在VC环境下实现了此功能-Two-dimensional graphics using OpenGL implementation of the three-dimensional display