A continuing line of visual and audiovisual experiments in which code, rules, mappings and real-time computation become part of how the work is formed.
A short archival fragment from a sensor-driven audiovisual experiment. A photoresistor supplies real-time input to a particle system in Unreal Engine 4, linking changes in ambient light to the behaviour of the real-time field.
Developed in 2025, Triangle Structure / Spatial Field begins with a family of triangle-based structures modeled in Blender. Spatial and transform data were extracted and stored as JSON, then used in Unreal Engine 5 to reconstruct and organise the structures as a real-time field. The experiment focuses on repetition, scale, density, viewpoint and movement; sound was tested alongside the visual system as part of the audiovisual process.
Triangle Structure / Radial Formation is an algorithmically generated variation of the same structural vocabulary. Rather than reconstructing the Blender-exported spatial dataset used in Spatial Field, this version arranges repeated triangle structures procedurally inside Unreal Engine 5, forming radial and concentric configurations through changes in orientation, scale, repetition and layered transformation.
Selected development views from the Triangle Structure experiments. These images document parts of the working environment and camera workflow rather than the full generative logic of the system.
Geometric Forms brings together a set of real-time graphics experiments developed in OpenFrameworks and C++. Simple geometric elements are generated, repeated and transformed through code, with the emphasis on changing form, density, movement and spatial organisation.
An archival OpenFrameworks particle-system study showing generated forms distributed and transformed in real time. The clip documents one visual configuration within a broader set of graphics experiments.
MultiScene is an early audiovisual coding experiment developed with OpenFrameworks. Multiple visual scenes, transformations and time-based behaviour are organised inside a real-time program. Among its components, the project uses the openFrameworks addon ofxLSystem by Davide Prati (edap) for L-system structures, alongside the project's own scene, transformation and audiovisual logic.
Procedural Fields is a set of C++ externals for Max/MSP/Jitter developed within the same computational practice documented on this page. The objects expose reusable processes for procedural geometry, noise, harmonic motion, event-driven control and real-time audio analysis, allowing them to be recombined inside Max as part of larger visual and audiovisual systems.
Across these experiments, computation is used less as a subject in itself than as a working process for organising images, sound relationships and behaviour.
Some systems are purely visual; others connect image and sound through mapping. Some use established libraries or existing algorithms, while others depend more heavily on custom code. What connects them is not a single technique, but the use of computational processes as a practical material within the work.
This can include procedural graphics, parameter mapping, real-time transformation, rule-based movement and software structures that connect multiple media.
Computational Processes is intended as an expandable project line rather than a closed pair of works. MultiScene and Geometric Forms establish the first documented points, while later experiments can be added as they are prepared for publication.
The category allows visual, audiovisual and software-based experiments to remain connected through method without requiring each small test to become a separate project page.
Real-time audiovisual organisation and scene-based coding in OpenFrameworks.
Real-time geometric forms, transformation and C++ graphics experiments.
Additional visual, audiovisual and real-time computational experiments can be added to the same line.