资源列表
VCPP(OpenGLExample)
- VC++高级编程（OpenGL实例） SourceCode-Vc++ high-level programming (OpenGL)
ReadDWG
- Open DWG 示例，比较难找的资料，直接脱离CAD软件单独操作CAD文件，开发自己的CAD程序-Open DWG example, more difficult to find the information directly from the individual operating CAD files CAD software, CAD programs to develop their own
ROI
- 图像阈值处理后，将图像将x.y方向投影，提取图像中矩形部分-Image threshold processing, the xy direction of the projected image, the image extracted rectangular part
tuxiangjiaozheng
- 图像中矩形倾斜部分自动校正，获得最终竖直摆放的矩形图像-Rectangular portion of the image automatically tilt correction, to obtain the final placing of a rectangular image vertically
jihetezheng3
- 计算图像几何特征，包括周长、面积、圆形度、矩形度、细长度、不变矩、中心矩等-Calculated image geometric features, including perimeter, area, roundness, squareness, fine length, invariant moments, central moments, etc.
code
- 图像放大算法，将128*128像素点的图片放大至512*512像素点的图片。-Enlarge algorithm, 128* 128 pixel image to enlarge it to 512* 512 pixel image.
WebGIS-DEMO
- webGIS做的地图展示系统，都是现成的例子，直接就可以运行了，功能稳定-webGIS do map display system, examples are readily available, can be run directly on the functional stability
imag_segmentation
- 对airplane、rabbit两幅图像中的目标进行提取，实现图像分割，即抠图-On the airplane, rabbit two goals in the image extraction, image segmentation, ie matting
DeformableRegistration2
- 图像配准中最有挑战的是图像包含不同的形态特征。这种情况下，直接比较灰度水平的方法是不可行的。交互信息的评估很好地克服了多模态配准的困难。-Some of the most challenging cases of image registration arise when images of different modal-ities are involved. In such cases, metrics based on direct comparison of gray level
MultiResImageRegistration1
- 用多分辨率配准方法执行图像配准更加广泛地用在改进速度、精确度和自动化程度上。 基本的思想是图像有较少的像素的地方就用粗糙的比例。粗糙水平的空间映射被用来在接下 来的较好的图像中初始化配准。重复这个过程直到达到最好的比例范围。从粗糙到平滑的策 略极大地改进了配准的成功率，并通过消除粗糙比例时的局部噪声达到提高自动化的目的。-Performing image registration using a multi-resolution approach is widely used to
ACIS_HOOPS2
- 基于ACIS创建了基本界面，放大缩小，还有创建了切平面-Creating a basic interface based on ACIS, zoom, as well as create a tangent plane
eastdraw
- 这是一个基于VC开发的二维图形开发系统，有基本的界面，绘制各种曲线-This is a development of the VC-based two-dimensional graphics development system, a basic interface, drawing all kinds of curves