搜索资源列表
stereo
- The following is intended to get someone started creating 3D stereo applications using OpenGL and the associated GLUT library. It is assumed that the reader is both familiar with how to create the appropriate eye positions for comfortable stereo view
taiyangxixingxingguijijiyunxing
- 用vb6.0编写的一个太阳系行星轨道及运行 3D立体动画演示程序。 -Prepared using vb6.0 and run a planets orbit stereo 3D animation program.
StereoVisionVS2008
- 双目立体视觉，采用两张图像恢复三维形状，外国人的一个开源项目。-System Prototype to make 3D reconstruction solution using stereo images. It works with common cameras and not require large amount of memory during the images processing. It provides a low cost solution to educational
Play3D010-Binary
- Play3D is a program to play 3D video files using full-screen quad-buffer OpenGL stereo, or red/blue glasses (anaglyph mode). It should play any format that is supported through DirectShow with an appropriate codec. This includes AVI as well as
Stereo-Disparity
- 人们之所以能够看到深度，是因为，来自三维世界的不同视角。本程序尝试从一个2D图像映射并计算对应的3D的距离。-People have been able to see the depth, is because the three-dimensional world from different perspectives. This procedure attempts to map from a 2D image and calculate the corresponding 3D dista
StereoVisionVS2008-DXMar2008
- 3D Reconstruction using Stereo Vision
jiyu3Dlitibabiaodeshexiangjibiaodingsuanfa
- 利用透镜成像理论建立摄像机数学模型, 提出了一种线性求解摄像机内外参数的方法。该方 法特点是采用主动发光的光点阵列标定靶,利用2D 标定靶的精确移动来实现基于3D 立体靶标的摄像 机标定的算法。-Lens imaging theory using mathematical models set up the camera, a camera inside and outside the parameters for solving linear approach. The met
p3d.tar
- A simple application of 3D stereo vision to robotic navigation.
StereoMatch_1_0
- Stereo Matching for depth estimation in 3D graphics
StereoVision
- Stereo Vision is an area of study in the field of Machine Vision that attempts to recreate the human vision system by using two or more 2D views of the same scene to derive 3D depth information about the scene. Depth information can be used to trac
FastStereoMatchingUsingRectangularSubregioningand3
- 本文提出了一种快速，可靠的立体匹配算法产生浓密视差图，通过使用快速互相关、矩形秩和3D最大表面技术粗到细计划。-This paper presents a fast and reliable stereo matching algorithm which produces a dense disparity map by using fast cross correlation, rectangular subregioning (RSR) and 3D maximum-surfac
kalman
- 实现了1D,2D,3D空间自由度下的运动参数的扩展Kalman滤波算法，文章2008 IROS Visual SLAM for 3D Large-Scale Seabed Acquisition Employing Underwater Vehicles的具体实现。-a novel technique to align partial 3D reconstructions of the seabed acquired by a stereo camera mounted on an au
3d-matching
- 提出了一种用于物体外形非接触式提取的综合立体匹配方法。该方法综合了基于面积的立体匹配过程和基于特征的立体匹配过程。能充分利用它们各自的优点。 既能产生致密视差图。又能获得不连续处的准确匹配。 解决了物体外形非接触式提取中的关键性的问题实验结果以及实际应用都收到了很好的效果。-Proposed for object shape extraction of non-contact integrated stereo matching method. This method is an integra
3D
- 在本文中，我们描述了一个新颖的无标定主动立体系统，它采用编码加密过的结构光。该方法是基于一个针对消极立体系统的无标定立体技术，在该技术中，一个投影仪代替一台摄像机。它还提出了一个同步三维重建方法，提高准确性和一个简单的方法来消除一个激光指针到投影的缩放模糊性。-In this paper, we describe a novel uncalibrated active stereo system using coded structured light.The proposed method i
OPENGL_3Dplane
- 使用opengl编写的飞机的程序，3d立体，可实现键盘控制-the program about aircraft written in opengl, 3d stereo, can be controled by keyboard
YFStereoBuilder
- 本套三维立体画制作工具提供了制作三维立体画所需的各种功能。国内此类产品不多，而这套工具提 供了几乎没有其它哪个免费产品可以比拟的特性。以下是这个软件的全部特点： 1、流程简洁，简单易学。 2、在真正的三维场景下用如同给3D模型“照相”的方法轻松制作您的作品。 3、内部采用双深度缓存技术，3D信息全面，左右对称。 4、支持使用最为广泛的3D模型文件*.3ds以及文本格式的*.obj和*.objf，使此软件具有了高度的开放性 和可扩展性。 5、采用无缝纹理贴接，过取样算法
3D-depth-map-from-2D-images
- 二维图像三维立体视差算法依据的文章是： “Segment-Based Stereo Matching Using Belief Propogation and a Self-Adapting Dissimilarity Measure” by Klaus, Sormann, and Karner 主要步骤： Getting Pixel Disparity Filtering the Pixel Disparity 包含的文件： demo.m, .#newrea
stereo-vision
- stereo vision,对立体视觉上立体标定，矫正，匹配，三维重建进行了总结和分析，相信对大家会有很大帮助-give us detailed information about stereo calibration,rectifcation, stereo matching and 3D modeling
3D
- 用这个源代码可以轻松的演示出3D立体效果。-Use this source code can easily demonstrate a 3D stereo effect.
网狐荣耀LUA 3D深林舞会 手机版
- 3D森林舞会手机版，3D立体感强适合手机版二开，荣耀LUA(3D forest ball mobile version, 3D stereo strong fit for mobile version two open, glorify LUA)