The Structural-Constructivist Resolution of the Human Operating System: A Functional Ontology for Affective Science

This paper advances a structural constructivist account of the human psyche by reframing the “Human Operating System” (HOS) metaphor as a functional ontology rather than a reductive computational identity. Drawing on the Core Emotion Framework (CEF), which models emotional life as “internal transformations rather than static biological categories” and organizes affective processing through a Decalogue of Operators within a 3×3+1 hub system, the manuscript responds directly to phenomenological critiques—especially Thomas Fuchs’ charge that computational metaphors commit a category error. By emphasizing double describability, operator level mechanics, and scalar modulation dynamics, the CEF provides a falsifiable architecture for affective regulation that remains compatible with embodied and ecological accounts of mind. Empirical foundations, including pilot data demonstrating distinctions between “reflexive” and “idealized” responses, support the framework’s claim that operator dynamics constitute measurable functional units. The paper further addresses autopoiesis, synthetic affect, and the ethics of the HOS metaphor, arguing that a functional ontology enables a rigorous “technical manual” for self regulation without collapsing the living subject into machinery. The result is a hybrid ecology of affect that integrates computational tractability with the phenomenological reality of embodied presence. “The Core Emotion Framework (CEF) is built upon a modular architecture governed by what is termed the Decalogue of Operators…” “Initial exploratory data… suggested that individuals can distinguish between ‘reflexive’ and ‘idealized’ responses.” Keywords: Accepting Baseline; affective science; autopoiesis; category error; Core Emotion Framework; Decalogue of Operators; double describability; embodied cognition; functional ontology; Human Operating System; integrative hub; operator dynamics; phenomenology; scalar modulation; structural constructivism; synthetic affect; 3×3+1 hub system.