ReGenesis HTML Mechanism Engine Suite vΩ
The ReGenesis HTML Mechanism Engine Suite vΩ is a unified, browser‑native system for building, interpreting, and visualising mechanisms directly from declarative HTML. It combines the ReGenesis Mechanism Graph Engine vΩ with the Crystle Instrument Series (v1–v3) to form a complete research and demonstration package showing how HTML itself can function as a computational substrate. What It Is At its core, the suite is a zero‑dependency HTML mechanism interpreter. It reads simple declarative attributes and transforms them into fully‑formed mechanism graphs — flows, timelines, logic structures, connectors, labels, scenes, and activation states — all driven by one schema and one engine. It represents the Koshiro‑Absolute and Carlo‑aligned form of mechanism modelling: compressed, elegant, predictable, and structurally inevitable. The Crystle Instruments function as progressive demonstration environments, each one exploring and refining the technique used to showcase the engine. v1 captures the earliest structural approach. v2 refines the technique, improving clarity, control, and presentation. v3 pushes into experimental territory, including an early attempt at expressing an infinity‑field‑style visual behaviour using pure HTML and engine‑driven motion. Rather than fixed feature sets, the instruments represent iterations in technique and exploration, each revealing a different angle on how the engine behaves when rendered directly through HTML. Together, they provide an evolving, visual record of the engine’s behaviour, responsiveness, and expressive range. What It Does The suite demonstrates how HTML can be used to express: Declarative mechanism structures Automatic layout, connectors, and labels Scene‑based navigation Step‑based activation and sequencing Theme switching Graph‑driven UI interpretation Structural recursion and mechanism logic The engine reads: Nodes Relations Steps Groups Scenes …and constructs a complete mechanism graph without external frameworks. This turns static markup into living, interactive systems suitable for research, teaching, modelling, and explanation. Where It’s Going The vΩ release is the foundation for the next phase of the ReGenesis project. Planned extensions include: Carlo Visual Language integration Trajectory simulation and cognitive modelling Dynamic data binding and live simulation modes ReGenesis Engine plugins and advanced visualisers Educational packaging for learners and researchers The suite is designed to grow into a full ecosystem of HTML‑native computational tools. Kaywrods: HTML-native engine • declarative mechanisms • mechanism graph engine • browser-native computation • interactive systems • zero-dependency engines • DOM physics • HTML visualisation • structural recursion • graph-driven UI • mechanism modelling • computational diagrams • system visualisation • cognitive modelling • flow diagrams • logic structures • timelines • declarative interfaces • ReGenesis Engine • Carlo framework • Koshiro compression • unified schema • mechanism interpreter • interactive explainers • visual computation • graph theory • state machines • dynamic interfaces • computational modelling • HCI • information design • visual systems • structural engines • HTML computation • web-based engines • research engines • computational frameworks • mechanism visualisers • browser physics • declarative languages • interface architecture • system modelling • interactive research tools • visual logic • graph interpreters Human–Computer Interaction (HCI)Computational ModellingSystems EngineeringInformation VisualisationGraph Theory and Network ScienceWeb Technologies and Browser EnginesDeclarative Languages and InterfacesCognitive Systems and ModellingDigital Humanities ToolsEducational TechnologySoftware ArchitectureInteractive Systems DesignComputational Art and Visual SystemsMechanism Design and Representation
Authors
- Matthew Arthur Carlo
Publication Details
- Journal
- Zenodo (CERN European Organization for Nuclear Research)
- Published
- 2026-06-17
- DOI
- https://doi.org/10.5281/zenodo.20737260
- Primary Topic
- Data Visualization and Analytics
- Type
- article
- Field-Weighted Citation Impact
- 0.00