The Geometry of Micro‑Cue Cognition: A Unified Framework for Behavioural Compression, Identity‑Geometry, and Shape‑Based Cognitive Modelling

This repository contains a complete cognitive framework describing how micro‑behavioural cues compress into geometric shapes that represent sincerity, intention, emotional state, and identity‑geometry. The work integrates cognitive‑science theory, developmental templates, geometric modelling, and computational pseudocode into a unified system. The collection includes: The Geometry of Micro‑Cue Cognition (full theoretical paper) A multi‑module compendium (shape diagrams, sentence‑shape mapping, glossary, case studies, memory‑shape reconstruction) A complete mega pseudocode engine for AI implementation A modular mini pseudocode suite for subsystem development An extended geometric lexicon (sub‑shapes, hybrids, transitions, rare geometries) This framework formalises micro‑cue cognition as a geometric compression system, showing how tension arcs, emotional density, micro‑pauses, and behavioural rhythm collapse into stable cognitive shapes. It introduces identity‑geometry, memory‑shape storage, collapse→renewal cycles, and shape‑drift detection as core components of high‑resolution social perception. Micro‑Cue Geometry is introduced as a new research framework for modellingmicro‑behavioural signals through geometric structures. The field formaliseshow rhythm, pauses, emotional density, tension symmetry, and micro‑adjustmentscompress into stable cognitive shapes such as arcs, coils, dips, spirals,saddles, and transitional morphologies. These shapes serve as interpretablemarkers of intention, sincerity, emotional state, identity‑stability, andbehavioural drift. The framework provides a complete computational basis for geometric cognition,including shape‑classification algorithms, collapse→renewal cycle modelling,identity‑geometry trajectories, and real‑time shape‑drift detection. Micro‑Cue Geometry establishes a coherent ontology, grammar, and operationalmethodology for studying cognition as geometry, with applications acrossbehavioural analysis, developmental modelling, computational design, andcognitive systems research. A lightweight interactive visualiser is included to demonstrate real‑time morphing between cognitive geometric shapes (Clean Arc, Bent Arc, Collapse Dip, Renewal Rise, etc.). Keywords: micro‑cue cognition, geometric cognition, identity‑geometry, behavioural compression, tension arcs, emotional density, shape‑based modelling, cognitive architecture, pseudocode engine, behavioural analysis, collapse‑renewal cycle, shape lexicon, developmental templates, memory‑shape reconstruction, computational cognition, social perception model, geometric behavioural mapping. Contact: [email protected]