Coherence-Wooden-Spoon: Reproducible Simulation Code for Coupled Time-Allocation Dynamics

v2 This repository provides the complete simulation code and fully reproducible pipeline accompanying the study “Attractor Structure and Coherence Degradation in Coupled Time-Allocation Systems: A Dynamical Interpretation of ‘The Blacksmith’s House Has a Wooden Spoon’. The code implements a minimal nonlinear dynamical model designed to investigate how competence developed in one domain may fail to propagate to coupled domains, and how externally enforced coherence can generate structurally stable degraded attractors. The repository includes all numerical simulations, phase diagrams, time-series trajectories, and plotting routines required to reproduce the results reported in the associated paper. The framework is intentionally minimal, focusing on structural mechanisms—such as activation thresholds and fatigue accumulation—rather than empirical calibration. This software is intended to support reproducibility, methodological transparency, and further theoretical exploration of coherence and performance degradation in coupled nonlinear systems. Questions, comments, or potential extensions are welcome. You can reach me at fjmartinezsanchezact@gmail.com