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实现三维视图绘制与消隐技术
- 通过vc实现三维视图的绘制和消隐技术, 包括三维视图的绘制及相应绘图数据的组织-through vc 3D Drawing View and blanking technology, including three-dimensional mapping of view and corresponding graphics data organization
三维自组织特征映射神经网络程序
- 绘制三维数据的散点图,并进行SOFM聚类的matlab程序。
zhang
- Matlab张氏标定法,里面包含图片需要标定的二维数据和三维数据-Chang Matlab calibration method, which contains two-dimensional picture of the needs of calibration data and three-dimensional data
3Dand2D
- 这是两个程序,实现两维数据到三维数据的转换和三维数据到两维数据的转换-This is both procedures, two-dimensional data to achieve data conversion of three-dimensional and three-dimensional data to two-dimensional data conversion
GlobeCtrl
- ArcGlobe浏览,加载MDB文件等,进行三维浏览,功能简单的加载三维数据浏览三维数据,是嵌入式开发的EXE-ArcGlobe load MDB or file document
graphicview
- 三维数据的图形图像显示控件,OCX,AxtiveX,三维数据可视化-Three-dimensional graphic image display control data, OCX, AxtiveX, three-dimensional data visualization
3d-restruction
- 目的 利用 CT、 MR等获得的图像 ,重构出器官、 骨骼或组织的三维形体 ,帮助医生诊断、 治疗或制订手术方案。方法hear2Warp 算法通过将三维数据场的投影分解为错切变换( shear ) 和变形变换(warp)两步来实现三维重建 ,显著减少了计算量。先对体数据进行错切变换 ,然后在错切空间根据阈值法获取三维表面 ,根据光照模型得到三维表面的亮度 ,最后通过变形变换得到最终的结果图像。-The purpose of the use of CT, MR and other availabl
Gauss_function
- OpenGL实现高斯函数,利用VC++开发环境,实现三维显示-OpenGL Implementation of Gaussian function, using VC++ development environment, to achieve three-dimensional display
Three-dimensional
- 实现探地雷达三维数据的三维可视化显示,可以显示成三维图形,并对其做时变增益,显示雷达波探测到的目标体的位置和形状。-GPR 3D data visualization, it can be shown as three-dimensional graphics, and its time-varying gain to do to show detected radar target position and shape of body.
TCY-VolViewer
- 三维数据体表面的重构 改进的MatchCube算法 包含OpenGL自动显示等-New MatchCube algorithms.
DEMO
- 利用MATLAB GUI做的三维数据自动绘图程序,安装运行库后可自动运行,实现从EXCEL读取数据并自动绘制三维曲面图的功能-Using three-dimensional data in MATLAB GUI to do automatic drawing program, after installation of runtime to run automatically read data from a EXCEL and automatically draw the three-dime
三维数据转为二维数据
- 处理多光谱、高光谱图像,需要先进行图像信息的数据转化,转为二维数据后才能进行进一步分类等工作
BZCF
- 可以很简单的计算三维数据的平均值和标准差,只需要一行程序即可解决。(The average and standard deviation of the three dimensional data can be calculated)
hand.ply
- 常用的三维点云数据,手的三维数据可以用MATLAB和PCL打开。(Common 3D point cloud data)
斯坦福兔子点云数据-matlab读取并显示
- 三维点云重构,兔子模型,用于学习。交流学习,禁止商用。(Three dimensional point cloud reconstruction, rabbit model, for learning.Exchange study and prohibit business.)
三维校正
- 二阶校正算法(平行因子,交替惩罚三线性,自加权交替三线性)用于三维数据的分类和预测(Classification and prediction of three-dimensional data using second-order correction algorithm)
多维GMM聚类
- 该命令实现的是多维情况下的三维数据GMM聚类,该算法的缺点是使用matlab 对于大数据有计算机内存的要求。(This command implements GMM clustering of three-dimensional data in multi-dimensional situation. The disadvantage of this algorithm is that it requires computer memory for large data using matlab
基于法向量的点云数据精简算法仿真
- 点云数据精简程序简单易懂!matlab算法——计算三维散乱点云的曲率,包括主曲率,高斯曲率和平均曲率(Reduced algorithm of laser measurement data for geometric parameters of ring forgings based on Artificial Immune Algorithm.)
nihetextcode
- 本程序是MATLAB测试代码,能够实现对三维高程点进程平面拟合。(This program is MATLAB test code, which can realize plane fitting to 3D elevation point process.)
激光雷达数据处理
- 文件中包含原始激光雷达数据,MATLAB读取.ubh文件、点云数据滤波、误差分析、模型验证、三维表面拟合的源代码,目前调试无误(The file contains raw lidar data. MATLAB reads the source code of.Ubh file, point cloud data filtering, error analysis, model validation and 3D surface fitting. At present, debugging is