Visualization in engineering collaboration Simulation High-performance visualization could make a difference between a successful product launch and a failure. From one app to another, the workflow demands data integrity, geometrical accuracy, and a low memory footprint. Engineering collaborationĭesign work of complex products, for example in shipbuilding or BIM, might require the continuous exchange of CAD data between design, prototyping, and validation teams. Having analyzed a dozen of visualization libraries and hundreds of customers’ requests, we are able to define six key usage scenarios when it’s necessary to visualize 3D CAD models. Visualization of complex environments and processes can act as a powerful communication tool, aid in decision-making, and provide an intuitive user interface. And again, the thing to be blamed for it is a multithreaded and multi-staged product cycle, involving numerous stakeholders. Visualization techniques have become an integral part of engineering, manufacturing, and maintenance. This article could also be useful if you'd like to get a general idea of how Visualization Toolkit can work under the hood. Please refer to the documentation for more details on component architecture and API. Other platforms can be also enabled upon request, including C++ with Qt/Widgets, Java on desktop or Android, C++ with Open Scene Graph, C++ with VTK, as well as other OpenGL, OpenGL-ES, DirectX, WebGL-based platforms. C# with Windows Forms (.NET Framework 4.7 or higher).C# with WPF (Windows Presentation Foundation 4.5 or higher).C++ with QtQuick/QML (Qt version 5.12 or higher).The visualization component provides integration with the following technologies: This kind of add-on architecture allows it to integrate with other back-ends and front-ends while keeping the user’s code virtually unchanged and cross-platform. A number of frontends in the form of platform-specific viewport UI widgets provide 3D view manipulation (zoom/pan/rotate) and controls (view-cube, manipulator). The rendering of the scene is taken care of by a backend (such as OpenGL). The scene which enables display and selection represents a platform-independent code. Visualization Toolkit API allows to create the hierarchical definition of a 3D model from the SDK data objects (ModelData_Model or its components) or directly from user-defined data. The visualization component established itself as an efficient tool being used underneath CAD Exchanger Lab and various customized applications. Visualization Toolkit is a CAD Exchanger SDK add-on that enables the creation of interactive 3D apps on top of OpenGL or DirectX, in C#/WPF, Qt/QML, C#/Windows Forms, Java, or another platform of choice. In this blog post, we are going to describe the operation principle of the add-on, how it complies with various front- and back-end platforms, and what model interactions and scene customization it provides. In an effort to meet the expectations of developers in creating visually stunning apps, we released a purpose-made add-on - Visualization Toolkit. There are many different application scopes and use cases involving CAD Exchanger products, the primary one being to display a 3D model.
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