Pleroma emerged from a period of personal transformation and explores themes of wholeness, resilience, and self-expression.
The project investigates how movement can act as a bridge between internal experience and external form. Through dance, gesture, and real-time interaction, the work seeks to visualize the continuity that exists beneath changing emotional states and life circumstances.
Each iteration explores a different facet of this idea while remaining rooted in the same underlying system.
The visual language is centered around particles, flow fields, and organic motion.
Video sources are deconstructed into thousands of moving points that dissolve, reform, and transition between recognizable imagery and abstract states. The resulting aesthetic exists between representation and emergence, allowing familiar forms to continually transform into new visual expressions.
Color, density, movement, and audio responsiveness are used to create a sense of atmosphere and emotional depth.
The project was developed as a modular real-time visual system in TouchDesigner.
Core features include:
The system is designed to support different source materials while maintaining a consistent visual framework.
Pleroma combines multiple forms of live input.
Performer movement captured through Kinect influences particle behavior and flow dynamics, while audio analysis drives visual parameters including movement, density, scale, and transitions.
This creates a continuously evolving relationship between body, sound, and image where no two performances are identical.
The system supports multiple input modes, including live webcam feeds, Kinect motion capture, and pre-recorded video sources. Any image or video can be transformed into particles and reinterpreted through the visual system, allowing each iteration to develop its own unique aesthetic language.
A range of parameters can be manipulated in real time, including particle behavior, scale, force dynamics, audio responsiveness, color treatments, and visual effects. Additional filters, distortions, and transformations can be layered onto the particle simulation, creating a continuous dialogue between source material, movement, and sound.
The resulting visuals can be presented as live performance visuals, immersive installations, projection mapping content, or interactive experiences, with each output adapting to the needs of the environment and audience.
Pleroma functions as both an artistic exploration and a reusable visual platform.
By combining motion capture, generative systems, and real-time interaction, the project creates a flexible framework for developing immersive audiovisual experiences that can continue evolving through future iterations.
