CORE FEATURES

Real-time 2D/3D rendering
Real-time post-processing, effects, color correction, LUT
Advanced 3D graphics: HDR, Depth of Field, shadows, reflections, refraction
Choice of using Aximmetry native 3D engine or Unreal Engine
Support of DLSS, ray tracing, RTXGI when using Unreal Engine
Virtual studios:
- Advanced chroma keying
- Multiple virtual cameras with editable motion paths
- Customizable virtual camera and broadcast control interfaces
- Virtual lighting of live actors
- Live actors cast real-time shadows, reflections, refraction
- Support of experimental camera tracking using Antilatency, HTC Vive, Intel Realsense etc.
Rendering in arbitrary resolutions up to 8K
Multiple simultaneous video outputs to monitors, projectors, LED walls etc. via HDMI/DVI/DisplayPort
Live streaming output directly to YouTube, Facebook and Twitch or any platform supporting RTMP streaming
Capturing multiple simultaneous video inputs via HDMI/DVI, USB imaging devices, up to 4K
Multiple simultaneous input video/image files and image sequences
Most of the popular video/image and professional studio formats are supported
Highly flexible node-based graphics programming interface
Real-time node-based scene editing
Seamless integration of Unreal Engine projects into the node-based interface
Real-time curve-based timeline and animation editing
2D/3D objects and any rendering parameter can be animated via keyed curves
Controlling any event or rendering parameter via touch screen, mouse, keyboard, GPIO, OSC, MIDI, DMX/ArtNet
Controlling attached devices from Aximmetry via GPIO, OSC, MIDI, DMX/ArtNet
Can be operated as a satellite (slave) in a Multi-Machine configuration where at least one machine has a Broadcast Edition license
Customizable on-stage/broadcast control interfaces
Customizable touch screen control surfaces
Importing 3D objects and scenes with materials and animations from COLLADA or FBX format
Custom material/post-processing shaders can be created in node-based editor
Node-based particle systems and effectors
Mapping: projection onto complex surfaces using grid-based distortion and shape masking
Keystone correction
Creating panoramic views using multiple projectors with edge blending
Multi-projector/mapping shows can be modelled/previewed within the editor
Rendering with arbitrary frame sizes and frame rates
Recording outputs into video files/image sequences