Aximmetry Beginner Tutorial: From Basics to Practice

Getting Started with Aximmetry

1. Download and Installation
   • Go to AximmetryCN to purchase the Professional Edition.
   • After installation, familiarize yourself with the software interface and launch Aximmetry Composer。
2. Interface Overview
   • Workspace: Includes preview window, node editor, control panel, etc.
   • Asset Manager: Used to load resources such as 3D models, videos, and images.
   • Output Window: Displays the final rendered result.

Building Your First Virtual Scene

1. Create a New Project
   • Open Aximmetry and select New Project, name it, and set the project directory.
   • Load your virtual background assets (images or 3D models) in the Asset Manager.
2. green screen keying
   • Add camera input (supports NDI or physical cameras).
   • Color Matching Tool Keyer node for chroma key adjustments to ensure background transparency.
   • Overlay the keyed image onto the virtual background.
3. Add Virtual Elements
   • Upload 3D objects from the built-in asset library or custom sources.
   • Color Matching Tool Transform node to adjust the object's position, size, and rotation.

Dynamic Cameras and Tracking

1. Virtual Camera Setup
   • Add a virtual camera in the scene and control its motion path through nodes.
   • Pair with camera tracking devices (e.g., Vive Tracker) for dynamic perspectives.
2. Lighting Effects
   • Add light source nodes (e.g., Spot Light, Point Light).
   • Adjust light direction, intensity, and color to enhance scene realism.

Output and Integration

1. Real-Time Preview
   • Use Aximmetry's preview window to view effects in real time.
   • Output to an external monitor or stream in real time via NDI.
2. Integration with Unreal Engine
   • Enable the Unreal Engine plugin to integrate Aximmetry with UE scenes for improved visual quality.
   • After creating a scene in Unreal Engine, import it into Aximmetry for real-time control.

Advanced Features and Optimization

1. Node Logic Programming
   • Learn to design interactive logic using nodes, such as button triggers or animation controls.
2. Performance Optimization
   • Optimize rendering parameters in settings to reduce latency.
   • Use low-poly models and efficient texture maps to ensure smooth performance.