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Where Plants Listen

A multi-sensory journey where botanical life breathes through the rhythm of sound.

The Artistic Concept

Where Plants Listen is a technical exploration into the synergy of sound and life. By mapping real-time audio frequencies to organic plant behaviors in Unreal Engine, the project creates a world where foliage responds dynamically to music. This interactive landscape transforms passive game environments into living, breathing entities that trigger deep sensory resonance.

Technical Mapping & Audio Logic

Technical Derivation

[ Figure: Spectral Data to Vertex Animation Offset Mapping ]

Core Integration Pillars

Real-time FFT Analysis

Implemented high-frequency extraction within Unreal Engine, isolating sub-bass and lead melodies to drive distinct botanical growth and movement curves.

DAW Synchronicity

FL Studio was utilized as the primary DAW host for audio production, allowing for surgical precision in stem-based animation triggers and rhythmic timing.

Experience Highlights

  • Dynamic Plant Behavior: Real-time scaling, rotation, and color shifts driven by spectral intensity.
  • Multi-Sensory Cohesion: Bridging the gap between auditory perception and visual stimuli in interactive game scenes.
  • Optimized Performance: Efficient vertex-displacement techniques ensuring smooth 60FPS visuals during complex audio-reactive sequences.