Yes. HOOPS Visualize is a 3D visualization SDK that supports applications for desktop (Windows, Linux, macOS), web (JavaScript, TypeScript), and mobile (iOS, Android), as well as AR/VR platforms like ARKit, ARCore, and OpenVR. Easily deploy the same great visualization technology across multiple platforms.

HOOPS Visualize includes advanced real-time and photorealistic rendering features, such as ray tracing, ambient occlusion, shadows, transparency, and massive point cloud rendering. These capabilities give you superior visuals without sacrificing your application's performance

During our recent consolidation, HOOPS Luminate and HOOPS Communicator were folded into our HOOPS Visualize product.

The functionality of these powerful SDKs is not going away, it's simply re-packaged. For more information, please visit our blog.

HOOPS Visualize supports C++, C#, JavaScript, and TypeScript, and runs on top of industry-standard graphics APIs including Metal, OpenGL, DirectX, and WebGL.

When you use HOOPS Visualize, you gain seamless interoperability with other industry-leading Tech Soft 3D SDKs:

• HOOPS Exchange - Import and export over 30 CAD file formats with full access to geometry, product structure, and PMI, ensuring your application supports the widest range of customer data.

• Parasolid - Add precise geometric modeling capabilities, enabling advanced engineering workflows and accurate downstream manufacturing output.

Yes, we offer a free, 60-day evaluation period so you can test HOOPS Visualize and even build an early proof-of-concept. With our free trial, you get full access to HOOPS Visualize with the added support of our technical experts. You can start your free trial at manage.techsoft3d.com.

HOOPS Visualize and HOOPS Envision serve different roles in 3D applications.

HOOPS Visualize is a 3D graphics engine used to render and interact with CAD, CAM, and AEC data. It focuses on real-time visualization, scene management, and user interaction.

HOOPS Envision is a CAE data analysis toolkit for processing and analyzing simulation data, such as FEA and CFD results. It includes capabilities for data processing, post-processing, and workflow automation.