搜索资源列表
rec3D
- 三维重建代码,能够简单的运行二维图像三维重建。-3d reconstruction
Image-reconstruct
- 基于代数迭代法的图像三维重建,可适用于各种图像图形-Image three dimensional reconstruction based on algebraic iterative method
nwcdqs
- 医学图像三维重构平台 mitk 开发指南 不错的源码 不错-Medical image 3 d reconstruction platform mitk development guide good source is good
分块统计
- 将电镜扫描图片分块化后统计各分块孔隙密度,获得扫描区域内孔隙率分布矩阵,将矩阵进行三维样条曲面插值,绘制相应的等高线,并保存为图片。(After the electron microscope scanning image is divided into blocks, the pore density of each block is calculated, and the porosity distribution matrix in the scanning area is obtaine
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)
cvgabor
- 生成gabor变换的5尺度八方向滤波器,结果为三维的幅频特性曲线。(The five - scale eight-direction filter for gabor transform is generated)
rrofoa
- fdtd一维到三维算法,其中包括有各种散射体形状的示例,是用matlab编写的程序,(Under a d to 3 d algorithm, including various examples of scattering body shape, is to use matlab program,)
RaySAR_1.1a
- RaySAR是一种能够产生SAR图像层的3D合成孔径雷达(SAR)模拟器 与详细的3D对象模型相关。 此外,它可以将3D位置和表面定位 相关点与反射雷达信号有关。(RaySAR is a 3D synthetic aperture radar (SAR) simulator which enables to generate SAR image layers related to detailed 3D object models. Moreover, it enables one to
3D-Reconstruction
- Matlab语言编写,从二维图像标记重构3维行人姿态,动态处理。非常适合在此基础上二次开发。资料包含全部代码和相关理论论文。已测试,非常完美实现。(Matlab language is used to reconstruct 3 dimensional pedestrian pose from two-dimensional image tags. Very suitable for two development on this basis. Data contains all the cod
评价
- 对图像分割结果与groundtruth对比评价,并且可以计算三维重建后平均距离和表面最大距离(The results of image segmentation are compared with groundtruth, and the average distance and the maximum distance of the surface can be calculated)
B
- 通过同一目标不同角度的图像,构建一个完整的目标。(Through the same target different angles of the image, to build a complete target.)
VolumeRendering
- 光线投射法体绘制,用MFC实现医学图像三维重建和可视化(raycasting volumerendering)
MultiviewsReconstruction
- 多角度投影重建 图像三维重建和可视化 张俊华VC++实现(3D reconstruction multiviewsreconstruction)
matlab绘制动态三维心形代码
- 使用matlab代码,实现心形图像的绘制(Using matlab code to draw heart-shaped images)
tesidne
- 生成三维模型异常体填充文件,可以用于有限差分法的电导率值填充,主要用于建立非均匀模型()
vtklearning
- 这是一个将CT图像序列三维重构的程序,重构后,在颅内预设一条轨迹,并实现自主漫游,效果为两个窗口同时显示,左侧窗口为重构结果和路径即漫游情况,右侧窗口实时显示漫游点正前方切面。(This is a sequence of CT image reconstruction procedure, reconstruction after a preset trajectory in the brain, and achieve independent roaming, effect of the tw
ctRecontruction
- 该附件的函数可实现CT重建的功能,如简单的反投影,在空间域中使用卷积的滤波反投影,采用了二维傅立叶变换的滤波反投影,并利用中心切片定理滤波反投影。 CT技术诞生以来, 人们已经发展了众多的图像重建算法, 但各种算法均存在着各自的优缺点。解析重建(Analytic Reconstruction, AR)和迭代重建(Iterative Reconstruction, IR)是CT图像重建的两种基本方法。滤过反投影(Filtered Back Projection, FBP)是解析重建的主要算法
wave (2)
- 输入风速,雷达速度,得到二维三维海浪模型(Input wind speed, radar velocity, and get two dimensional model of three dimensional sea wave)
marchingcubes
- 图像分割中的marchingcubes 算法,能够生成最终的三维模型(marching cubes algorithm)
几何变换
- 系统介绍图像几何变换内容,包括二维和三维图像集合变换.(This file introduce something about image processing.)