fdtd-pml

可以利用MATLAB编写GDSII图形文件，GDSII是一种时序提供格式，用于设计工具、计算机和掩膜制造商之间进行半导体物理制板的数据传输。得以普遍应用，成为半导体工业最常用的文件格式。在成为工业标准之前，GDSII最初始于GE Calma公司。GDSII格式对分布于每一个制作层的电路单元进行全面描述。这种格式是基于二进制的独立平台。电路单元可包含诸如多晶硅（两维域），连线和其他用于分级设计的单元件。(The program can be used to write GDSII format file. GDSII stream format, common acronym GDSII, is a database file format which is the de facto industry standard for data exchange of integrated circuit or IC layout artwork. It is a binary file format representing planar geometric shapes, text labels, and other information about the layout in hierarchical form. The data can be used to reconstruct all or part of the artwork to be used in sharing layouts, transferring artwork between different tools, or creating photomasks.)

基于ICP的 3D 点云拼接,main.m是主程序(Based on ICP' s 3D point clouds registration, main.m is the main program)

利用MATLAB软件编程实现三维重建，对CT图像实现三维体绘制。(CT images of three-dimensional volume rendering reconstruction)

matlab 极坐标图形的绘制、三维曲线、三维网格、三维阴表面明图(matlab polar graphics rendering, three-dimensional curves, three-dimensional grid, three-dimensional surface Ming Yin Figure)

test figure example to check gui

BEZIER曲面显示程序：可以从一个Bezier node and rectangle 文件中读出该文件的信息，并在屏幕上显示该Bezier曲面(BEZIER_SURFACE_DISPLAY：a MATLAB program which gets the names of the node and rectangle files defining a Bezier surface, reads the information from the files, and displays the surface on the screen. )

一个由matlab编写的从多视点拍摄的图像计算Visual Hull的简单的演示程序，基于空间体积的方法求物体的Visual Hull，对实现由多视点图像求Visual Hull的过程可以起到借鉴作用(Matlab prepared by a multi-viewpoint images of the Visual Hull calculate simple demo program, the method of space-based volume objects for Visual Hull, the realization of multi-viewpoint image for Visual Hull of the process can play a useful reference)

非聚焦型光场相机成像模拟，光线追迹，成像分析(light field camera)

是一篇国外的图形文章代码，将输入图像的2D轨迹转化为3D图形(Is a foreign article graphics code will be entered into 2D images into 3D graphics trajectory)

三维重建程序，包括数据和代码，用的是SFM的方法，课程设计(Three-dimensional reconstruction program, including data and code, using SFM method, course design)