The AGI Game - Grand Parameter Sweep Dataset

Overview. Complete output of a parameter sweep over the AGI Game — a game-theoretic model of AI dispensability dynamics. The sweep explores 31,944 distinct configurations of the model's five governance parameters — M (number of builder states ∈ {1,2,3,4}), C (frontier firms per state ∈ {1..6}), O (open-source level ∈ {0.0..1.0}), R (regulation ∈ {0.0..1.0}), E (enforcement deployment ∈ {0.0..1.0}) — at 100 simulation timesteps per configuration. Contents. grand_sweep_summary.csv — one row per configuration; 54 columns covering parameters, dominant trajectory archetype, final leverage / capability / commoditization, value-layer distribution, narrative-richness metrics, cluster-displacement event times. grand_sweep_timeseries/ — 31,944 per-configuration CSVs; full time series of κ (5-D capability), leverage, alignment, mobilization, coalition status, commoditization, value migration, and dispensability for each of 14 occupation clusters at every timestep × state archetype. cluster_index.csv — mapping of 14 occupation clusters to their dispensability vectors. pattern_analysis/ — derived analytical outputs: trajectory distribution, classification ambiguity, parameter-pair heatmaps (10 pairs × 3 metrics), adjacent-cell transitions, per-trajectory exemplars, and dramatic single-step trajectory flips. data_driven_findings.txt — human-readable findings report. Methodology. The simulation engine implements a 7-phase per-timestep loop: Nash equilibrium solve via Population Replicator Dynamics; supply-chain constraint update; open-source commoditization dynamics; company state updates; capability ODE evolution; dispensability and leverage computation with the governance-suppression formula; collective-action coalition dynamics. Each configuration runs for 100 timesteps from the canonical initial capability state. Trajectory classification uses a continuous scoring system over 8 named archetypes (Governed Multipolarity, Competitive Tension, Bipolar Standoff, Regulatory Preservation, Open-Source Paradox, Captured Hegemony, Gatekeeping Inversion, Algocratic Convergence). License. Released under CC-BY-4.0. Cite the dataset using the Zenodo DOI.