搜索资源列表
PoissonRecon
- 三维表面重建中的经典算法。能够重建出精细的表面。--Three-dimensional surface reconstruction of the classical algorithm. To reconstruct a fine surface.
Desktop
- 用于三维的人物或者场景的重建的点云数据，在点云的配准与建网中可以用到。-Point cloud data
tihuizhi
- 对分割后腿骨CT图像，利用MATLAB进行三维体绘制重建-Volume rendering 3 d reconstruction for good leg bone CT image segmentation, the use of MATLAB for volume rendering 3 d reconstruction
MVCNN
- 多视点三维模型场景重建是用于从真实场景到虚拟场景转换的最新方法-Multi-view three-dimensional model of a scene reconstruction is the latest way for the virtual the real scene to scene transitions
3DReconstruction_v2_original
- 基于matlab的三维图像重建源代码，代码为m文件，需要MATLAB软件运行-matlab 3D Reconstruction
SurfaceReconstruction
- 用C++实现BMP格式的三维重构，基于表面绘制的三维空间数据场重建和显示。-In c++ realize the BMP format of 3 d reconstruction, based on 3 d spatial data field reconstruction of surface rendering and display.
katsevich-recreat
- 三维图像重建,采用多种滤波方法，实现三维图像重建，该算法效率比较高。目前已经应用到实际工程。-3-dim picture recreat,use filter method and project method to realise the recreating of 3 dim picture.it is a very effective method ,applied in the project.so I share it wit
CT-geant-qt
- CT成像：基于卷积算法的matlab的CT图像重建算法 geant4三维建模导入：基于c++语言导入geant4 两个qt学习资料-CT imaging: convolution algorithm based on the CT image reconstruction algorithm geant4 3D modeling import: Based on the c language to import geant4 two q
liangdiantiqu_centroid
- 相机内外参数标定完以后，而已利用该程序对图像中物体进行三维坐标的重建。-After internal and external camera calibration parameters End, just use the program to reconstruct three-dimensional objects in an image coordinates.
CBCT_FDK_MLEM_March_2014
- 三维CT图像重建算法。此算法是基于FDK的三维图像重建算法。- U4E09 u7EF4CT u56FE u50CF u91CD u5EFAFDK u7B97 u6CD5
fdk-f
- CT三维图像重建算法中最原始的重建算法FDK(Three dimensional image reconstruction algorithm, FDK algorithm)
3D-reconstruction-master
- 3d 重建 包括特征点的提取，匹配，以及三维点云的建立(3d reconstruction ,including feature detection and 3 D points cloud ,the change from 2D to 3D)
3d_plane_reconstruction_with_stereo
- 本程序利用立体视觉技术，用来对空间表面进行三维表面重建(3d Surface reconstruction)
PoissonRecon.x64
- Poissom Recon x64 三维点云重建(3D point cloud reconstruction)
DFF
- 用dff理论来获得图像的三维模型，先对光场图像进行重聚焦，进而生成深度图，再进行重建(DFF theory is used to obtain the 3D model of the image. Firstly, the light field image is re focused, then the depth map is generated, and then reconstructed)
MarchingCubes
- 三维表面重建算法，matchingcube快速算法。(3D surface reconstruction algorithm)
狐狸
- 能够实现对三维立体的旋转平移和缩放；其中exe文件可以直接运行，无需在重建工程(It can realize the rotation and zoom of three dimensions, in which the EXE file can run directly without the reconstruction project.)
CBCT
- FDK算法 重建三维图像，期中有GPU并行计算加速fdk算法的实例(back-projection to RECONSTRUCT 3D IMAGE)
Solid-Texture
- 纹理合成论文(二维图像重建三维图像内部纹理)(paper about texture synthesis)
TwIST
- 本代码为三维全息重建的经典算法，供同行学习使用(This code is a classic three-dimensional holographic reconstruction algorithm for use by peer learning)