在探寻如何实现立体球形全景的采集与合成时，设计了以立体球形全景图作为虚

在探寻如何实现立体球形全景的采集与合成时，设计了以立体球形全景图作为虚拟校园的主要呈现方式的开发过程。本论文研究的立体球形图像的采集与合成从提出方案到系统实现主要遵循以下几个原则：争取实现在制作360 度环视图时照片可以无缝连接，全景图有较高的质量以及平台界面简洁美观，立体感强烈且舒适，方便用户交互式浏览校园景色。分析了立体球形全景图的一般拍摄与合成方法以及不同全景图模型的优劣，在此基础上结合现有的设备，经过多次实地实验，确定了方案：俯角5°水平每72°度拍摄一张，仰角90°拍摄一张，左右视差相差12cm。按照确定的方案进行图像采集后，利用PTGUI进行了图像拼接，形成球形全景图；利用StereoPhoto Maker进行立体合成，形成红蓝立体球形全景图。论文主要介绍了VR技术、全景图、立体图像的理论基础知识以及特点；南京邮电大学仙林校区六十七个场景的立体全景图的拍摄与制作；通过krpano引擎学习以及对XML（Extensible Markup Language）即可扩展标记语言文档的编写实现的场景漫游。

結果 (英文) 1:

Explore how to implement a collection and synthesis of spherical panoramic stereo, designed in solid spherical panoramic images as the main presentation of the virtual campus of the development process. This study of three-dimensional spherical image acquisition and synthesis from proposal to implementation follows the following principles: towards making 360-degree photos you can seamlessly connect, Panorama has a high quality platform and interface is simple and beautiful, icing on the cake strong and comfortable, user-friendly interactive browse campus views. General analyzed a spherical panorama shooting and synthesis methods and different models of the panorama, on the basis of existing equipment, through a series of field tests to determine the programme: depression take a 5 degree per 72 ° degrees, angle 90 ° to take a picture, horizontal Parallax difference 12cm. In accordance with established programmes after image capture, image stitching using PTGUI, forming spherical panoramas; dimensional synthesis using StereoPhoto Maker, forming the red and blue solid spherical panoramas. Main thesis on VR technology, Panorama, the theoretical basics and features of the stereo image; 67 scenes of Nanjing University of posts and telecommunications in xianlin campus of the stereo panorama of the filming and production through krpano engine and XML (Extensible Markup Language) Extensible Markup Language documents to write the implementation walkthrough.

結果 (英文) 2:

In exploring how to achieve three-dimensional spherical panorama of the acquisition and synthesis, designed as a three-dimensional spherical panoramas virtual campus main presentation development process. Spherical stereoscopic image acquisition and synthesis of this thesis from a proposal to implement the system is guided by the following principles: towards when making a 360 ° view map Photos can seamlessly connect, there are higher quality panorama, and platform interface is simple beautiful, three-dimensional feeling strong and comfortable, user-friendly interactive exploration of campus scenery. It analyzes the general shoot and Synthesis perspective spherical panorama panorama and the pros and cons of different models, combined with the existing equipment on this basis, after several field experiments to determine the program: 5 ° angle from horizontal shot every 72 ° degrees one, shot a 90 ° angle of elevation, the parallax difference about 12cm. And follow the established program for image acquisition, use PTGUI were mosaic, forming spherical panoramas; the use of three-dimensional synthetic StereoPhoto Maker, form Anaglyph spherical panoramas. Paper introduces the VR technology, panoramic, three-dimensional image of the theoretical fundamentals and characteristics; three-dimensional panorama of Nanjing University of Posts and Xianlin Campus sixty-seven scene of the shooting and production; krpano engine through learning and the XML (Extensible Markup Language ) to Extensible Markup Language documents prepared to achieve the scene roaming.

結果 (英文) 3:

In the exploration of how to realize the collection and synthesis of the stereo spherical panorama, the development process of the main presenting way of the virtual campus is designed.. The three-dimensional spherical image sampling and synthesis from the proposed scheme to the system realization mainly follow the following principles: strive to achieve in making a 360 degree view of the ring photos can be seamless connection, panorama has high quality and platform interface is simple and beautiful, three-dimensional sense of strong and comfortable, convenient user interactive browsing campus scenery. The general shooting and synthesis method of the stereo spherical panorama and the merits and disadvantages of the different panorama models are analyzed.,Based on combining the existing equipment, after several field experiments to determine the scheme: angle of 5 DEG from the horizontal every 72 degrees shooting a, the elevation angle of 90 DEG shooting a left-right parallax difference 12cm. According to scheme for image acquisition, image mosaic using PtGui, forming spherical panorama; using StereoPhoto maker for stereoselective synthesis, the formation of the red and blue three-dimensional spherical panorama. Xianlin Campus of Nanjing University of Posts and Telecommunications 67 scene stereo panoramas of the filming and production of paper mainly introduces VR technology, panorama, stereo image foundation of the theory of knowledge and the characteristics.Through the krpano engine learning and XML (Markup Language Extensible) can be extended to the preparation of the markup language document scene roaming.