Innovation Lab

This HOOPS Communicator demo shows how the HOOPS Streaming Server can be used to easily swap between different models.

This HOOPS Communicator demo introduces a unique workflow to load parts from a parts list and construct an assembly using custom mate operators such as collinear, concentric and coplanar.

This demo showcases how HOOPS Communicator can be used to apply PBR and image based lighting to datasets to make for a higher quality visualization experience.

This demo shows a 30GB Catia assembly loaded in the browser. This is achieved by streaming in the data through a remote streaming server.

This Model Break Manager Demo enables simple model break views in a web viewer

This demo uses a GPU enabled AWS EC2 instance to handle the workload of rendering the scene.

This Communicator based demo shows how multiple models can be loaded on demand within the same scene

This demo shows how HOOPS Communicator can be used to create an animated building timeline for the AEC and BIM industry.

The Mobile AEC Viewer demo is an example of how a fully web based application can be used for a typical inspection workflow for the building and construction industry.

This demo showcases how HOOPS Communicator can be used in the BIM workspace by streaming in data to show the full building's architectural, electrical, mechanical, and plumbing systems.

The 2D DWG Drawing Viewer Demo built with HOOPS Communicator allows you to view several models, along with layers, sheets and other drawing properties within each model.

This HOOPS Communicator based demo features a point cloud overlay that can be modified through the provided UI.

This HOOPS Communicator based demo shows how 3D data can be connected to external information such as ERP, PLM, or PDM systems.

This demo shows a custom built UI to display how HOOPS Communicator can be used for assembly navigation and revision control within a product lifecycle management (PLM) system.

This demo combines the concept of a 2D Digital Whiteboard with 3D, allowing the user to place actual mechanical or architectural CAD data alongside text, images, PDF’s, and other elements.

This demo showcases how simple FEA analysis results can be visualized in HOOPS Communicator.

This demo is an example of how point cloud data can be viewed within a browser using HOOPS Communicator.

This demo showcases how simple FEA analysis results can be visualized in HOOPS Communicator with a customized user interface.

This demo showcases how HOOPS Communicator can be used to create a product configurator visualization workflow.

This demo showcases HOOPS Communicator’s powerful JavaScript API, by programmatically creating an animation that shows disassembly and reassembly of the door including detailed zoomed views.

This demo showcases how HOOPS Communicator can be used to create IoT and Digital twin applications through controlling and viewing a factory's status remotely.

This demo showcases an important loading feature that is a built in part of HOOPS Communicator called Delayed Load.

We developed this project through a partnership with Sanna.io to showcase integration between the HOOPS Web Platform and Sanna’s fronted UI Toolkit and backend BIM Connector.

This demo shows how HOOPS Communicator can be used to create a collaborative screen mirror application for viewing 3D engineering data.

This demo showcases how HOOPS Communicator can be integrated with a Polygonica server to provide an application for a 3D printing workflow.

This demo uses a very common inspection workflow to illustrate how HOOPS Communicator can be used to create a browser based mobile CAD viewing application for the BIM industry.

This demo showcases how the Animation API in HOOPS Communicator can be utilized to create a simple application for animated work instructions, object assembly and disassembly, and much more.

This IoT demo is a great example of how external products and services can be used with HOOPS Communicator to tailor your application to the specific needs and requests of your users.

This demo combines Siemens Parasolid with HOOPS Communicator to showcase solid modeling operations in a web browser. You can generate geometry and download the result.

This demo is showcases a full CAE workflow through a combination of HOOPS, CEETRON, and partner products.

This demo showcases how HOOPS Communicator can be used to animate large AEC models by animating several robotic arms based on data coming from a remote server.

This demo showcases how HOOPS Communicator can be used to create an additive manufacturing application.

This demo showcases how HOOPS Communicator can be used to visualize information from an external database in the browser

This demo showcases how HOOPS Communicator can be used to create a product configurator visualization solution.

The command Interpreter add-on is a library that allows users to save the setup of their scene in order to replay and share them.

ExchangeSharp is a direct C# language binding for HOOPS Exchange implemented in the namespace TS3D.Exchange.Direct. It is created using libclang to parse the Exchange headers.

This set of C++ classes load a CAD file using HOOPS Exchange, extracts all the triangles from the data and maps them into a Polygonica PTSolid object.

This set of C++ classes load a CAD file using HOOPS Exchange, extracts all the triangles from the data and maps them into a Polygonica PTSolid object.

When combined with the QT UI toolkit the HOOPS Native Platform can run on a variety of operating systems to create cross-platform applications with minimal change in the underlying codebase.

This demo integrates Google’s ARCore with HOOPS Visualize for mobile. This powerful mobile CAD viewer can place 3D assemblies in real space anchored to physical locations.

The HOOPS Web Platform uses HOOPS Exchange for CAD data access and HOOPS Communicator for 3D web visualization. With just a few lines of HTML, a developer can add 3d content to any website.

A set of classes to add kinematics-based animations to CAD Models

The Exchange Toolkit provides functions for easily accessing specific parts of the data model.

This Windows desktop application showcases how Tech Soft and Machine Works SDKs can work together to create a powerful additive manufacturing application.