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Salesin 1;3  \n1University of Washington 2University of California, Berkeley 3Adobe Systems  \nAbstract  \nWe present a system for creating and viewing interactive exploded views of complex 3D models. In our approach, a 3D input model is organized into an explosion graph that encodes how parts explode with respect to each other. We present an automatic method for computing explosion graphs that takes into account part hierarchies in the input models and handles common classes of interlocking parts. Our system also includes an interface that allows users to interactively explore our exploded views using both direct controlsand higher-level interaction modes.  \nCR Categories: I.3.5 [Computer Graphics]: Computational Geometry & Object Modeling; I.3.8 [Computer Graphics]: Applications  \nKeywords: exploded view illustration, interactive, visualization  \n1 Introduction  \nComplex 3D objects, such as mechanical assemblies, electronic devices, and architectural environments, are typically composed of numerous parts. To convey the internal structure of such objects, illustrators often create exploded views in which parts are separated (or “exploded”) away from one another to reveal parts of interest. Well designed exploded views not only expose internal parts, they also convey the global structure of the depicted object and the local spatial relationships between parts. Furthermore, unlike other illustration techniques that reveal internal parts in situ by removing or de-emphasizing occluding geometry, such as cutaways and transparency, exploded views show the details of individual parts.  \nHowever, traditional static exploded views have several limitations that can make it difficult for viewers to browse the part structure of complex objects and focus on different subsets of parts. Since most exploded views expose all the parts in an object, they often suffer from excess visual clutter. As a result, the viewer may have to carefully inspect the entire illustration to locate parts of interest. Furthermore, parts that are close to one another may end up far apart when the object is fully exploded, making it difficult for the viewer to determine how parts of interest are positioned and oriented with respect to the rest of the model. Finally, static exploded views do not allow viewers to explore spatial relationships at different levels of detail. For instance, a viewer might first want to see how two subassemblies fit together before examining their constituent parts.  \nIn this paper, we present a system for creating and viewing interactive 3D exploded views that allow users to explore the spatial relationships between specific parts of interest. In our approach, we  \nFigure 1 Exploded view diagram generated by our system. Our system instruments 3D models to enable interactive exploded views. This illustration of a turbine model was automatically computed to expose the user-selected target part labeled in red.  \nautomatically determine the order and directions in which parts can explode without violating blocking constraints (i.e., without passing through each other) and then use this information to implement high-level viewing tools that expand and collapse parts dynamically. For instance, the user can select target parts of interest from a list, and the system automatically generates an exploded view that exposes the targets without showing every other part in the object (see Figure 1) . The user can then directly expand and collapse the exposed parts along their explosion directions to better see how they fit together.  \nOur work makes several contributions. We present an automatic technique for organizing 3D models into layers of explodable parts that handles the most common classes of interlocking parts. We also introduce two algorithms for exposing user-selected target parts, one that explodes the necessary portions of the mod","cbCaigYvRn3KM4Wv","https://ap.wps.com/l/cbCaigYvRn3KM4Wv","pdf",4505694,"English","# Introduction\n# Related work","[{\"question\":\"How does the system represent an exploded view for a 3D model?\",\"answer\":\"It organizes the input model into an explosion graph that encodes how parts explode with respect to each other.\"},{\"question\":\"What makes the explosion graph computation automatic?\",\"answer\":\"The method accounts for part hierarchies and handles common classes of interlocking parts while determining valid explosion orders and directions under blocking constraints.\"},{\"question\":\"How can users interact with the generated exploded views?\",\"answer\":\"Users select target parts of interest and then expand and collapse exposed parts dynamically along their computed explosion directions to explore how parts fit together.\"}]","Automated Generation of Interactive 3D Exploded View Diagrams - A System for Creating and Viewing Interactive Exploded Views | PDF",1792793951,18]