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solid_reconstruction
- 应用三维重构原理对二维平面图形重建成三维图像。
OpenMesh_1.9.4.tar
- 著名的三角网格处理开放源代码程序，提供了数据半边结构，代码很清晰，使用方便，大大提高三维图形开发速度。-famous triangular mesh handle open source procedures, the data structure sideways, code is very clear. easy to use, greatly improving the development of 3D graphics spe
Projrecon
- 实现了标准shepp-logan三维图形的重建，程序采用经典的代数替代重建算法-achieve the standard shepp- logan 3D reconstruction, procedures used to replace the classical algebraic reconstruction algorithm
vmtk-0.6
- python写得图形处理程序,针对的是血管图像的3D重建与诊断-written in python graphics processing procedures, targeted at the vascular image of the 3D reconstruction and diagnosis
calibr
- 本例用matlab实现了三维图形的重建，效果不错-Example matlab realize this with the reconstruction of three-dimensional graphics, good results
mlssurf.tar
- 基于移动最小二乘（MLS）的表面重建，实现的是SigGraph2004（图形学顶级）会议上“Define Point Set Surfaces”中的思路，强烈推荐给研究表面重建的同行-Based on the Moving Least Squares (MLS) surface reconstruction, realize that SigGraph2004 (Graphics top) meeting on
solid_reconstruction
- 应用三维重构原理对二维平面图形重建成三维图像。-Application of the principle of three-dimensional reconstruction of two-dimensional graphical reconstruction into three-dimensional image.
spiralexampledata
- 螺旋型K空间MRI扫描的原始数据，适于做螺旋型扫描下的图形重建算法研究。-Spiral K space of the original MRI scan data, suitable for helical scan to do the next graphical reconstruction algorithm.
Tsai-SFS
- SFS Tsai算法实现单色目三维立体重建，opengl实现图形绘制-SFS Tsai algorithm monochrome three-dimensional reconstruction of head, opengl graphics rendering
IP-Programing
- 该源码是在VC6.0环境下运行成功，涉及数字图像处理的基础内容，包括图像增强，图像锐化，边缘检测，数学形态学处理，图像复原，图像重建。本程序是MFC图形化界面设计。-The source code is successfully run VC6.0 environment, involving the basis of digital image processing, including image enhancement, imag
KenDelaunay2D
- 1.高质量的笛氏三角网格化，为重建三维图形提供有力的帮助. 2.附件有原码和调用方法,Delaunay三角网格化已封装成一个类，用户只需要传入点坐标标就可以得到最优的三角形 3.这是我工作中用到的一个小算法，希望对你的工作有所帮助-KenDelaunay
opencvadg
- opencv的一个图形三维重建程序,本人亲自测试，通过！-opencv a graphical three-dimensional reconstruction process
LineProj
- 图形傅里叶变换及反变换，用于计算机断层图像重建-Graphic Fourier transform and inverse transform
SyntheticMethodsfortheMedicalImageProcessingand3DR
- 医学图象处理及其三维重建是目前研究的热点问题，它涉及计算机图形学、数字图像处理计算机视觉、以及人机交互技术。 医学图像预处理与三维重建是可视化技术的核心环节，二者直接关系着三维可视化的效果和速度。本文介绍了灰度变换噪声消除以及 伪彩色编码等图像预处理技术。然后着重探讨了三维重建技术中的体绘制和面绘制算法以及这两种算法的优点和不足。最后总结了网格消减算法，并利用它对MC算法进行表面网格简化。 -Medical processi
tetview-win
- 国外关于3D图形学源码，是关于表面三维重建的基础，是构网的关键-3D graphics on the foreign source, on the basis of the surface reconstruction is the key to network structure
3d
- 这是关于三维重建的算法原理的pdf文档,里面讲述了关于三维图形的重建算法-This is about the principle of three-dimensional reconstruction algorithm pdf document, which describes the reconstruction algorithm on the three-dimensional graphics
toolbox_calib
- 摄像机的标定、角点的提取、三维空间的重建、最后生成矫正后无畸变的图形-Camera Calibration，This section takes you through a complete calibration example based on a total of 20 (and 25) images of a planar checkerboard. This example lets you learn how to us
GranadaDemo
- 这个是提取出视频的三位数据然后重建人体的三维股价模型，对于进行图形图像处理的人来说，很好呢-This is the extracted video data and three dimensional reconstruction of the body' s stock price model, image processing for the graphics people, well then
IamgeReconstruction(Zernike)
- 可以对图像进行特征提取后然后进行重建，用更少的信息去重建图像(The image can be extracted and then reconstructed, with less information to reconstruct the image)
Desktop
- 用于解答反拉东变换的图形构成，进一步使得到图形重建的过程(To answer the anti Radon transform graphics, the graphics reconstruction process further)