Unreal engine - Reactica v4.27:
Neon Synesthesia Environment Pack
Experience a mesmerizing fusion of audio and visual stimuli with the Neon Synesthesia Environment Pack. Dive into 10 unique minimalist environments illuminated by dynamic neon lighting, offering an immersive journey through ethereal spaces.
Package Details:
- Platform Compatibility: Windows
Video:
- Basic Virtual Production test (not included in pack)
- Sequencer/Movie Render Queue sync audio
- Variable adjustment for tweaking lighting sensitivity
- UE5 Neon Material FIX
- Note: Sound waves/samples are not included in the pack.
Key Features:
- Audio Synesthesia Lighting: Immerse yourself in dynamic lighting that reacts to audio stimuli, offering a synesthetic experience where sound and light merge seamlessly.
- Minimalist Environments: Explore 10 distinct environments characterized by minimalist design aesthetics, each offering a unique visual experience.
- FPS Zoom/Autofocus Character Blueprint: Navigate through environments with ease using the FPS Zoom/Autofocus Character Blueprint, enhancing immersion and control.
- Volumetric Fog: Heighten atmospheric effects with volumetric fog, adding depth and realism to the environments.
- Tube Light Blueprints: Utilize six different groups of tube light blueprints to customize lighting arrangements and ambiance.
- Random Tile Concrete Material: Enhance environmental textures with a randomized tile concrete material, adding detail and variation.
- Camera Shake: Add dynamic camera shake effects for heightened immersion and impact.
Technical Details:
- Unique Meshes: 44 total
- Collision: Yes, Complex, Automatically generated
- Vertex Count: Ranges from 24 to 7000
- LODs: Not applicable
- Materials and Material Instances: 5 Master Materials / 14 Material Instances
- Textures: 14 Total, with resolutions ranging from 256 to 4096
Supported Development Platforms:
Embark on a sensory journey through the Neon Synesthesia Environment Pack, where audio-reactive lighting and minimalist aesthetics converge to create captivating virtual spaces.