3D Information Processor for Structural Experiments
Date Issued
2006
Date
2006
Author(s)
Huang, Chun-Tang
DOI
zh-TW
Abstract
To facilitate reuse and application of structural experiment results, good information management on the results as well as other information related to the experimental project is required. Also, an effective management system usually needs an effective and efficient information editing and visualization interface. Because a structural experiment performs tests on 3D specimen in a 3D space, management of spatial information, such as the size and position of the specimen, and locations of sensors, etc., is inevitable. Due to the fact that 2D text and graphical interfaces are limited in presentation and manipulation of 3D information, this research develops a 3D Information Processor for Structral Experinments（SEIN3D） that takes advantage of the X3D technology, an emerging 3D technology standard for the World Wide Web, to handle spatial information. The processor consists of both 2D and 3D editing interfaces. The 3D interface allows the user to effectively edit and visualize the 3D information in a 3D virtual reality space, while the 2D graphical user interface allows the user to efficiently edit and manage other experiment-related information that are in the formats of texts, photos, and drawings. The communication and interaction between the 2D and 3D interfaces are achieved through the Scene Access Interface (SAI) supported by X3D.
Subjects
結構實驗
使用者介面
3D
x3d
Data Model
Structural Experiments
Type
thesis
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