Network Economy Testbed Interpretation
Verdict
The learned three-layer economy is close to a clearing/Nash-type operating point. Tail clearing residual is 0.0022; VI residual proxy is 0.0107. Mean surplus is 15.3230; route entropy is 0.9882. Prometheus built 24 local PSR contexts from 6000 role reports.
Equilibrium Readout
A solved run has low market-clearing residual and low role-level one-step incentive gaps, a finite diagnostic proxy for the variational-inequality condition.
`network_clearing_like`: `True``tail_mean_market_residual`: `0.0022``tail_max_market_residual`: `0.0022``vi_residual_proxy`: `0.0107``tail_mean_total_surplus`: `15.323``tail_mean_unmet_demand`: `0.004``tail_mean_idle_supply`: `0.003``tail_mean_idle_transport`: `0.039``tail_mean_route_entropy`: `0.9882``tail_bottleneck_entropy`: `0.0``low_flow_warning`: `False`bottlenecks: `{'producer': 1500}`top routes: `{'P1>T1>C1': 750, 'P2>T1>C1': 250, 'P1>T2>C2': 250, 'P1>T1>C2': 250}`Role Strategies
Consumer
agents: `['C1', 'C2']`dominant tail action: `demand:high`dominant tail route: `P1>T1>C1`mean tail quantity: `8.775`mean tail price: `3.188`mean tail freight rate: `0.0`mean tail investment: `0.0`mean tail payoff: `7.663`one-step incentive gap: `0.0107`planner counts: `{'consumer_psr_route_utility_response': 2000}`Producer
agents: `['P1', 'P2']`dominant tail action: `offer:balanced|price:balanced`dominant tail route: `P1>T1>C1`mean tail quantity: `8.7745`mean tail price: `2.184`mean tail freight rate: `0.0`mean tail investment: `0.0`mean tail payoff: `8.1985`one-step incentive gap: `0.0076`planner counts: `{'producer_psr_price_quantity_response': 2000}`Transport
agents: `['T1', 'T2']`dominant tail action: `carry:balanced|rate:high|invest:low`dominant tail route: `P1>T1>C1`mean tail quantity: `8.7925`mean tail price: `0.0`mean tail freight rate: `0.906`mean tail investment: `0.006`mean tail payoff: `4.1745`one-step incentive gap: `0.0056`planner counts: `{'transport_psr_capacity_investment_response': 2000}`UDL Kan Loop
left Kan extension: `realized_network_rollout`rollout stream: `local signal -> role action -> market clearing -> payoff`right Kan extension: `strategy_from_role_local_psr`strategy objects: `{'consumer_psr_route_utility_response': 2000, 'producer_psr_price_quantity_response': 2000, 'transport_psr_capacity_investment_response': 2000}`readout: The left Kan side builds the network economy from realized token flows; the right Kan side queries role-local PSRs to adjust supply, capacity, and demand.Prometheus Artifacts
trace: `/Users/sridharmahadevan/Downloads/mac-cech_homology_GT/Prometheus_v1/runs/prometheus_gui/run-0003-run-the-network-economy-token-flow-demo-0b425c4cab/network_economy_demo/network_economy_agent_reports.jsonl`world model: `/Users/sridharmahadevan/Downloads/mac-cech_homology_GT/Prometheus_v1/runs/prometheus_gui/run-0003-run-the-network-economy-token-flow-demo-0b425c4cab/network_economy_demo/prometheus_world_model.json`PSR bundle: `/Users/sridharmahadevan/Downloads/mac-cech_homology_GT/Prometheus_v1/runs/prometheus_gui/run-0003-run-the-network-economy-token-flow-demo-0b425c4cab/network_economy_demo/prometheus_psr_bundle.html`Prometheus parses each role report into signal, local state, action, clearing, and payoff events. Those events induce role-local PSRs, agent-local PSRs, restriction diagnostics, and gluing diagnostics.