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VB中利用OpenGL绘制三维地质构造图
- VB中利用OpenGL绘制三维地质构造图 摘要 OpenGL是一种三维图形开发标准，是从事三维图形开发工作的必要工具，其稳定性、可靠性、可扩展性等特点，赋予了其强大的生命力和应用前景，OpenGL已经广泛应用于在CAD/CAM/CAE、医学图像处理、虚拟现实、娱乐、广告等领域。本文就如何利用VB结合OpenGL来开发三维地质构造图的基本步骤进行了详细地介绍，其中对像素格式的设定以及光照和材质的设置进行了详细的描述。
三维机器视觉及其应用
- 三维及其视觉及其应用，双目被动视觉，结构光主动视觉，双目主动视觉介绍，标定点发生方法，三维机器视觉应用等
几个关于三维地形模拟的论文
- 上传几个关于三维地形模拟的论文，希望对从事相关研究人员有所帮助。-some articles about the 3_Demmensional digital terrain simulation , wish it will be helpful.
DICOM_reader
- vtk对DICOM三维重建代码，可以随意转动，C#编写，只需添加VTKD-vtk three-dimensional reconstruction of the DICOM code, you can freely rotate, C# to prepare, simply add the VTKDLL
AdaptiveReconstructionofFreeformObjects
- 这是关于机器视觉与三维重建的权威论文，有较高的参考价值，切勿用作商业目的，仅作研究参考-This is on the machine vision and three-dimensional reconstruction of the authority of papers, have a high reference value, not for commercial purposes, only for research reference
2_view_geometry
- 关于双目成像及三维重建的算法研究,有兴趣的可以看一下-On the binocular imaging and three-dimensional reconstruction algorithm research, are interested can look at
Video-based-Gait-Recognition
- 博士论文；提出了幅值谱和反射对称作为关键帧特征的步态识别算法；小波速度矩和小波反射对称矩，以及用二者的结合来描述步态；分形维数小波分析描述子步态识别算法；静态特征和动态特征相结合的三维步态识别方法-Doctoral dissertation put forward the amplitude spectrum and reflection symmetry characteristics as keyframe gait recognition algorithm wavelet veloc
candid
- candide人脸模型是三维人脸重建中一个重要的模型，本文档设计了candide三维人脸建模。在vc++环境下。-Candide face model are three-dimensional facial reconstruction of an important model, this document was designed three-dimensional face modeling Candide. In vc++ environment.
3333
- 基于2D轮廓的三维模型相似性比较研究 在游戏开发和机械建模 常用的方法
sw
- 研究了基于医学图像的三维重建, 从一系列二维断层医学图像中重构出三维实体, 以便满足医学应用。-Based on the three-dimensional reconstruction of medical images from a series of two-dimensional CT reconstruction of medical images in a three-dimensional entities, in order to meet the medical applica
MyGame
- 基于引擎基础上开发的三维游戏实例“恐怖之战”游戏者可以自爱三维地形上漫游，枪击开战-Based on the engine developed on the basis of examples of three-dimensional game " terrorist war" game will be able to self-love roaming three-dimensional terrain, shooting war
FighterTest
- 模拟一架飞机飞行的过程，包括飞机在三维地形上空的巡回飞行，发射子弹，喷射尾焰 系统运行-Simulation of the process of flying an aircraft, including aircraft in the three-dimensional tour flight over the terrain, firing bullets, the end of flame spray system
3dpoint
- 在三维人脸建模中特征点的提取方法，文章中对该方法进行详尽的描绘，对做三维图像来说是很好的参考资料-Face in the three-dimensional modeling of the feature point extraction method, article, the method described in detail on the three-dimensional image is to do a very good reference
Visual_Hot_QinXuJia
- 医学图象三维重建及可视化 技术研究 秦绪佳 浙江大学CAD＆CG国家重点实验室-Three-dimensional medical image reconstruction and visualization technology research Qin Jia Zhejiang University, State Key Laboratory of CAD & CG
OpenGL-based_three-dimensional_model_with_3D_Studi
- 基于OpenGL与3D_Studio_MAX的三维模型格式转换 论文-OpenGL-based three-dimensional model with 3D_Studio_MAX format conversion. Rar
osg_3dmax
- 三维数字城市建模集体方案，大规模城市级别的建模规则，对于三维建模人员，特别是使用osg作为引擎的建模人员非常有用，告诉你如何制作高质量的模型，同时又不让模型过于庞大-3D digital city model of collective programs, large-scale urban-level modeling rules for three-dimensional modeling staff, particularly the use of osg as the engine mo
computervisual
- 计算机视觉在三维重建中发挥着极其重要的作用，该ppt就比较系统的阐述了计算机视觉可以在三维重建中所实现的功能和所能解决的问题已经解决的方法-Computer Vision in three-dimensional reconstruction to play an extremely important role in the ppt on a more systematic exposition of the computer vision can be achieved in three-d
3Dmodel_database
- 面向内容的三维模型数据库设计及其检索系统的实现，对实际三维工程有指导意义-Content-oriented three-dimensional model database retrieval system design and implementation of the actual three-dimensional works of guiding significance
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
ThePainfulFacePainExpressionRecognitionUsingActive
- 三维人脸识别的经典文章，是三维人脸表情识别引用极多的经典文章-The Painful Face – Pain Expression Recognition Using Active Appearance Models Active Appearance Models, Support Vector Machines, Pain, Facial expression, Automatic facial image analysis