搜索资源列表
B3Drebuildy
- 由两幅图像通过OpenCV进行行摄像机标定 之后再进行三维重建 -Then three-dimensional reconstruction of the line camera calibration by the two images by OpenCV
Rsimpleraycasa
- 光线投射法三维重建，，基于VTK的简单例程 -Three-dimensional reconstruction of the ray casting method, simple routines based on VTK
mMeshLab_v02_e
- meshlab源码，对三维拼接和和三维重建学习很有用处。 -meshlab source code, learn useful 3D stitching and three-dimensional reconstruction.
flann-1.7.1-src
- kd-tree的建立与操作,可以应用于三维重建，三维导航-kd-tree establishment and operation can be applied to three-dimensional reconstruction of three-dimensional navigation
SIFT
- 本程序实现了sift特征提取，该特征提取是为匹配做基础的，用于后续的三维重建等机器视觉方面的研究-The realization of SIFT feature extraction, the feature extraction is the base for matching for 3D reconstruction, such as machine vision research
B3Drebuilldi
- 双目立体视觉理论基础上的三维重建，采用立体匹配、、SIFT匹配算法 ，经测试可直接使用。 -Binocular stereo vision based on the theory of the three-dimensional reconstruction, stereo matching SIFT matching algorithm has been tested and can be used directly.
CV
- 图像处理 o 梯度 边缘和角点 o 采样 差值和几何变换 o 形态学操作 o 滤波和彩色变换 o 金字塔及其应用 o 连接组件 o 图像和轮廓矩 o 特殊图像变换 o 直方图 o 匹配 结构分析 o 轮廓处理 o 计算几何 o 平面划分 运动分析和对象跟踪 o 背景统计量的累积 o 运动模板 o 对象跟踪 o 光流 o 预估器 模式识别 o 目标检测 照相机定标和三维重建 o 照相机定标 o 姿态估计 o 极线几何 函数列表 参考图像处理注意:本章描述图像处理和分析的一些函数-O gradien
reconstruction
- 基于图像对的三维重建，利用sift和区域增长算法的稠密匹配以达到三维重建的目的-Sift and regional growth algorithm based on three-dimensional reconstruction of the image on dense matching in order to achieve the purpose of the three-dimensional reconstruction
BMP
- vtk实现多幅二维断层图片三维重建 显示灰度图里面有血管数据-VTK realization of two-dimensional fault picture 3 d reconstruction in grayscale display vascular data
tihuizhi-MIP
- 三维重建体绘制（最大密度投射），实现三维重建-Three-dimensional reconstruction volume rendering (maximum intensity projection), to achieve three-dimensional reconstruction
tihuizhifiter
- 三维重建体绘制中加入各种滤波器，实现不同效果-Adding three-dimensional reconstruction volume rendering various filters to achieve different effects
16bitMAPtihuizhi
- 16位图像三维重建体绘制，根据需要改写部分代码-16 three-dimensional image reconstruction volume rendering, according to the need to rewrite part of the code
CT-tuxiang-chongjian
- CT图像重建 说明后边附带源代码 可实现三维重建-CT image reconstruction explanation behind the source code can be achieved with three-dimensional reconstruction
xingtaixuechuli
- 图像重建，实现三维重建数据可视化的CT图像重建。-Image reconstruction, to reconstruct the data visualization CT image reconstruction.
ModelReshaping
- 基于VTK的编程实现骨的三维重建和显示，根据骨的二维切片，重构三维骨模型并显示，或者根据骨表面stl文件，获取任意位置切片并显示。-VTK-based programming and display of three-dimensional reconstruction of bone, according to the two-dimensional slices of bone, bone reconstruction of three-dimensional models and disp
faxiangliang
- 点云三维重建中需要用的法向量计算，能够有效避免法向量不一致的问题，更好进行三维重建。测试有用。-Normal vector calculation point cloud reconstruction in need, and can effectively avoid the problem of inconsistent normals, better three-dimensional reconstruction. Useful for testing.
StereoVision
- vs2010和OPENCV运行的基于机器视觉的双目物体三维重建程序，可以运行。-vs2010 and OPENCV run based on machine vision binocular three-dimensional reconstruction of objects that can be run.
3D-MIP---5533
- 可以在VTK下进行三维重建的DICOM数据-Three-dimensional reconstruction can be carried out in the VTK DICOM data
harris
- 使用特征点来代表图像的内容，运动目标跟踪，物体识别，图像配准，全景图像拼接，三维重建-The use of feature points to represent the content of the image, moving object tracking, object recognition, image registration, image mosaics, 3D reconstruction
calibratewand
- 3点一维标定杆的摄像机标定，求得内外参数矩阵，实现三维重建。-Camera calibration of 3 point one-dimensional calibration bar, internal and external parameter matrix is obtained, the realization of three-dimensional reconstruction.