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vision
- 本代码是用VC++编写的基于光线投射算法的体绘制应用，其效果是一个人的头骨-The code is written using VC++ algorithm based on ray casting volume rendering applications, the effect of a person' s skull
raycasting
- 这是一个基于光线跟踪算法的体绘制的一个小程序，适用于初学者学习。-This is a ray tracing algorithm based Volume Rendering of a small program for beginners.
openglraycasting
- 这是一个基于OpenGL的光线投射算法的体绘制小程序，3D初学者可以借鉴学习-This is an OpenGL-based ray casting algorithm for volume rendering applet, 3D beginners can learn from
ALC_Ray_Caster
- 本文介绍的剪切图像顺序光线投射，一个新的体绘制方法。这种方法使得采样数据在图像质量相当于三个尺寸，最好的射线每像素体绘制算法（全图顺序），而在同一时间计算复杂度和保留空间相干性接近已知的最快算法（剪切变形）。在剪切图片的顺序，如剪切，弯曲，体积数据集重新取样片沿平行于其他物体的射线。不同剪切变形，但象纹理为基础的方法，射线演员通过对图像的像素的平面和样品中心点是在与每个切片射线的交点。-This paper describes shear-image order ray casting, a
libvd-1.1.0
- 基于OpenGL的3D重建与体绘制 小型类库-A library used for 3D Restructure and Volume Rendering based on OpenGL
OpenGLPVOLVIS_VC
- 光线投射算法 三维重建体绘制比较典型算法之一（源码）-Ray casting volume rendering algorithm for three-dimensional reconstruction of typical algorithms (source)
wrw
- 体绘制中视点和光源的协同优化Volume Rendering collaborative optimization viewpoint and light source-Volume Rendering collaborative optimization viewpoint and light source
3D2
- 三维医学图像的体绘制方法研究与VTK应用 (学位论文）-Medical Image Volume Rendering Method for Application and VTK (dissertation)
3D5
- 基于体绘制的医学三维可视化技术研究 （学术论文）-Based on three-dimensional volume rendering visualization of medical research (academic paper)
[2007-11-26]
- 在VC++6.0集成开发环境下编程实现了MITK在医学图像分割、配准和三维可视化(体绘制).利用MITK读取五种图片格式：PEG,DICOM,BMP,TIFF.RAW。-In VC++6.0 integrated development environment programming the MITK in medical image segmentation, registration and three-dimensional visualization (volume rendering)
VolumeShadowsTutorial-2036
- Volume Shadows Tutorial Rendering shadows is considered an advanced topic and thus requires some extend of knowledge and familiarity in computer graphics programming.-Volume Shadows Tutorial Rendering shadows is considered an advanced topic
1
- 描述了体绘制的方法与实现过程，很好的资料-Describes the methods and implementation of volume rendering process, a good data
3DMed_Code
- 3Dmed系统中主要提供了医学影像数据I/O、二维操作、医学影像分割、表面绘制、体绘制、虚拟切割、三维测量及医学图像配准等基本功能-3Dmed system mainly provides the medical image data I/O, two-dimensional operation, medical image segmentation, surface rendering, volume rendering, virtual Cutting, three-dimension
GetAnySlice
- 使用vtk来显示体绘制结果，并用界面的形式显示肿瘤重建的三个方向的每一个切片信息，可以自己拖动进行比较灵活的显示，输入是一系列的切片-Using VTK to display the volume rendering results, and use the interface display in the form of tumor reconstruction in a three direction of each section information, can drag were co
svtkExtracctVOIf
- 本程序是有关Visual C++与vtk相结合的情况下，三维重建的效果，中增加的对感兴趣区域的选取功能，也就是说在三维重建体绘制情况下，自己选取感兴趣区域-This program is a Visual C vtk combination of circumstances, the effect of three-dimensional reconstruction, the increase in the region of interest selection function, whic
QuadTreeLOD
- In the present paper, we propose a particle-based method for the visual simulation of explosive flames. This method consists of a numerical simulation method based on a fluid model described by discrete Lagrangian using particles and a rendering meth
ct
- 基于CT数据的三维重构。提出采用VTK库进行医学数据的可视化。论文中重点研究了表面绘制和体绘制两种绘制方法。表面绘制采用移动立方体算法（Marching Cubes）实现，体绘制则用光线投射算法（Ray-casting）实现，并且通过比较两种算法的结果讨论了他们的特点。-Based on the three-dimensional reconstruction of CT data.Proposed using the VTK library of medical data visualizat
MITK-based-3D-visualization
- 本文以医学影像处理与分析平台MITK为基础,在VS2008环境中建立MFC应用程序,首先实现了多种格式二维CT图像文件的读取显示、切片浏览和数据保存；再通过MC算法和光线投影算法得到表面绘制模型和体绘制模型；最后完成对三维图像简单的人机交互式操作。-Medical image processing and analysis platform MITK the establishment of an MFC application in VS2008 environment, first of
test
- 读取一系列BMP文件，采用体绘制方法实现图像的三维平滑重建。-Read a series of BMP files, using the volume rendering method for 3D smooth reconstruction of the image。
TetrahedronVolumeRender
- c++ 结合三维可视化类库VTK，实现四面体网格三维体绘制，从组织四面体网格数据开始，到管线实现体绘制，可视化四面体-Tetrahedron Volume Rendering implemented by c++ & VTK