Rendering in VStitcher

The default selection. A quickly drawn, quality image of the garment as previewed in the 3D window.

2022.1 and newer

The integration of the Unreal engine enables very fast ray trace rendering and an improved 3D display that displays high quality shadows and reflections in real time.

The following images show the difference in the 3D display with and without the integrated Unreal engine.

The 3D display without the integrated Unreal engine.

The 3D display with the integrated Unreal engine.

Use Nvidia graphics card with RTX support to enable top quality 3D display and ray trace rendering.

For more information about the 3D display with Unreal and the supported graphic cards, refer to Enhanced 3D Display with Unreal Engine.

Photo realistic image of the garment. A high-quality ray trace rendering consumes considerable computing resources and uses a large amount of memory. The amount of time the rendering takes to complete depends on the amount of memory in the system and the level of detail required. Therefore, external cloud services are often used to generate ray trace renders.

A basic black and white image of the garment, similar to a technical sketch, useful for efficiently communicating design features.

Images are 2D pictures of the simulated 3D garment. You can create a rendered image as normal, ray trace, or schematic.

For more information, refer to Rendering an Image.

A turntable is an interactive psuedo-3D rendering which combines a series of renderings from different angles. A turntable is useful for showing different angles of a simulated 3D garment outside VStitcher or Lotta. You can create a rendered turntable as normal or ray trace. A turntable is produced as an HTML file or animated GIF.

For more information, refer to Rendering a Turntable.

The integrated V-Ray engine allows you to generate ray trace rendering simultaneously in the application, while you make adjustments to your garment. For more information, refer to V-Ray Real-Time Ray Trace Rendering.