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stereopairsforvisonalgo
- 很好的立体视觉生成深度图算法。你只要输入两张有重叠区域的图像，自动给你生成稠密深度图，让你的3D效果更好！-Good stereoscopic depth map generation algorithms. You just enter the two images overlap region, automatically give you generate dense depth map, 3D effects make you better!
3D-reconstruction
- 讓下載者能利用此PPT來做出3D立體圖形出來，或下載者可從此PPT學習到3D立體圖形的相關資訊-Let those who can take advantage of this download PPT to make a 3D stereoscopic graphics out, or download may learn from PPT to 3D stereoscopic graphics information
MiniCarousel3D
- 一个用FLASH自带3D的功能实现的立体照片浏览器,可以加载音乐背景-FLASH comes with a function to achieve stereoscopic 3D Photo Browser, you can load music background
AdaptiVe-Aggregation
- 出了一种恢复高质量稠密视差图的立体视觉合作算法．该算法采用基于形态学相似性的自适应加权方 法，迭代地进行局部邻域的自适应聚合和抑制放大，实现高效率和高质量稠密视差图计算．将该算法推广到三目摄像 机立体匹配系统中，通过重建摄像机坐标系实现图像校正，并根据连续性假设和唯一性假设，建立视差空间中的支持 关系和三目摄像机之间的抑制关系．实验结果表明，三目立体合作算法能够得到精确的场景视差映射，并可以实现多 基线方向的遮挡检测．该算法特别适用于由多个廉价摄像机组成的立体视觉系统，在几乎不增
Normal
- 法线贴图 实现3D图形立体效果 给新手一个参考 代码是VS2012 VS2005应该可以在转换里面看到SLN-Normal mapping to achieve stereoscopic 3D graphics effect to the novice a reference code is VS2012 VS2005 should be able to see inside the conversion SLN
098765
- 使字符串输出具有立体效果，VC++编程精选学习源码，很好的参考资料。-The output string has the stereoscopic effect, selection of learning VC++ programming source code, a good reference.
51aspx_WPF3DGallery07e1
- 本源码就是使用WPF做成3d gallery的立体画册效果。-the source code is made using WPF stereoscopic 3d gallery album effect.
1377654915_7c2aafef
- 这是在开源网上下载的采用EDK平台实现超高清立体显示的项目源码，大家分享一下，有这方面需要的可以下载哟。-This is the open-source downloading EDK platform using ultra-high definition stereoscopic display project source code, to share with you, there is a need, you can download yo.
Quality-Assessment-
- 图像处理顶级文章，发表在IEEE TRANSACTIONS ON IMAGE PROCESSING 上的关于立体图像质量评价的文章，具有很高的参考价值。-Image processing top articles published in the IEEE TRANSACTIONS ON IMAGE PROCESSING article about stereoscopic image quality assessment, with a high reference value.
parallax-distribution
- 本文是基于视差分布特性，来改善立体影像显示时的视觉不舒适。-This article is based on the parallax distribution characteristics to improve the visual stereoscopic image display is not comfortable.
Generation-technology-
- 基于视差的多视点生成技术研究,立体视差估计是立体视觉研究中最基本的问题之一-Based on the parallax of multiple viewpoints generation technology research, stereoscopic disparity estimation is one of the most fundamental problems in the research of stereo vision
project-1-openGL
- OPENGL实现，通过C++编程，立体观察载入的图像-OPENGL achieved through C++ programming stereoscopic viewing image loaded
EpipolarImagebyLQ
- 根据原始影像和方位元素，利用水平影像纠正原理，生成无上下视差便于立体观测的“水平”影像对-According to the original image and the orientation elements, the use of horizontal image rectification principle, generate no easy stereoscopic parallax observations down "horizontal" images on
multiple_view_geometry_book
- 计算机视觉 多视几何学 这本书非常好。计算机视觉必备，同时，对学习opengl立体显示，摄影测量与遥感也很有帮助。-Computer Vision multi-view geometry of this book is very good. Computer vision must, at the same time, to learn opengl stereoscopic display, Photogrammetry and Remote Sensing is also helpful..
Delphi_475648
- Delphi:Delphi为组件添加立体投影、阴影效果，在演示截图中所示，点击“阴影”效果，左侧的文本框组件右、下边框会出现阴影，投影效果与阴影效果相关不大，只是改变了右侧边框的透明度，都挺基础的简单操作，但却是学习制作漂亮的Delphi窗体的基矗 -Delphi: Delphi is a component adds stereoscopic projection, shadow effects, as shown in the demo screenshot, click on the
css3ltform
- CSS3制作立体表单，有立体感的登录表单效果，看那些输入框和登录按钮的边框都带有阴影效果，没有使用图片，那些图形也是用CSS3生成的，不错吧？CSS3绝对值得一学哦。-CSS3 make three-dimensional forms, login forms stereoscopic effect, look at those border entry box and login button comes with a shadow effect, do not use pictures, g
LS
- 有关立体视觉方法的资料，都是fpd格式的文档，想了解这个方面的可供下载。-Materials related to stereoscopic aspects are fpd format. For three-dimensional visual aspect available for download.
Subjective-Quality-Analyses
- 一篇关于立体视频的主观评价方法的研究，方法较为新颖，值得学习！-A subjective quality assessment metric for stereoscopic video. The realization is novel and worth learning!
MATLAB3
- 【matlab编程代做】matlab+3D立体视差源码 可以作为参考使用学习-[Do] matlab programming generation matlab+ 3D stereoscopic parallax can be used as a reference source to learn
matlab-stereovision
- matlab 实现立体视觉的三维重建并展示-Achieve stereoscopic three-dimensional reconstruction and display