The fastest, simplest way for you to: 1. Bring V-Ray scenes into real-time 2. Render ray traced images directly from Unreal
Now you can bring V-Ray scenes from 3ds Max, Maya, SketchUp and Rhino directly into the Unreal Editor. And for the first time, you can render ray traced, photorealistic images with V-Ray directly from Unreal.
USE THE WORKFLOW YOU ALREADY KNOW
To bring a V-Ray scene into Unreal is simple.
Create the scene the same way you normally do using V-Ray for 3ds Max, Maya and SketchUp. Then, export a V-Ray scene from your host application and import it using V-Ray for Unreal.
Thats it, youre in without needing to be a game engine expert.
SMART TRANSLATION OF MATERIALS AND LIGHTS
When you import your scene, V-Ray for Unreal automatically converts your materials and lights into real-time equivalents for UE workflows.
At the same time, your original materials from V-Ray for 3ds Max, Maya and SketchUp remain connected to their real-time versions and are called up when youre ready to render.
TRUE PHOTOREALISTIC RENDERING DIRECTLY FROM UNREAL
When you render with V-Ray for Unreal, you get the exact same photorealistic quality that V-Ray is known for.
V-Ray taps into the full combined power of your GPUs and CPUs for ultrafast ray tracing.
YOUR GATEWAY TO VIRTUAL REALITY
Once your V-Ray scene is imported, youll be ready to take full advantage of the VR capabilities in the Unreal Editor.
V-Ray for Unreal makes it fast and easy to create high quality, immersive VR.
GREAT LOOKING REAL-TIME, GREAT LOOKING RENDERS
Now you can build great looking real-time experiences and ray traced renders all from a single, shared workflow using V-Ray for Unreal.
Online-Lizenzierung. Für die Online-Aktivierung ist eine stabile, unterbrechungsfreie Internet-Verbindung notwendig. Bis zu 14 Tage am Stück Offline-Nutzung möglich.
Windows
Processor: Intel® or AMD® 64-bit processor with SSE 4.2 support
RAM: 8 GB RAM and 8 GB swap minimum
GPU: NVIDIA® GeForce® 780 GTX series card or higher with compute capability over 3.0 1, Non-supported GPU hardware fallbacks to CPU rendering
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