Abstract
We propose a new rendering system for large-scale, 3D geometic data that can be used with web-based content man-agement systems (CMS). To achieve this, we employed a geometry hierarchical encoding method "QSplat" and implemented this in a Java and JOGL (Java bindings of OpenGL) environment. Users can view large-scale geometric data using conventional HTML browsers with a non-powerful CPU and low-speed networks. Further, this system is independent of the platforms. We add new functionalities so that users can easily understand the geometric data: Annotations and HTML Synchronization. Users can see the geometric data with the associated annotations that describe the names or the detailed explanations of the particular portions. The HTML Synchronization enables users to smoothly and interactively switch our rendering system and HTML contents. The experimental results show that our system performs an interactive frame rate even for a large-scale data whereas other systems cannot render them
Highlights
The widely used World Wide Web provides many types of information including texts, sounds and 2D images for various purposes
Our goal is to develop a 3D geometric data browser along with user interfaces for the purpose of web-based contents management systems (CMS) into World Wide Web
APPLICATIONS We designed this rendering system to use with content management systems
Summary
Abstract— We propose a new rendering system for large-scale, 3D geometic data that can be used with web-based content man-agement systems (CMS). Users can view large-scale geometric data using conventional HTML browsers with a non-powerful CPU and low-speed networks. This system is independent of the platforms. We add new functionalities so that users can understand the geometric data: Annotations and HTML Synchronization. Users can see the geometric data with the associated annotations that describe the names or the detailed explanations of the particular portions. The HTML Synchronization enables users to smoothly and interactively switch our rendering system and HTML contents. The experimental results show that our system performs an interactive frame rate even for a large-scale data whereas other systems cannot render them
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