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It is the complete and only authoritative description of what is required: the scientific question, the inputs under `data/`, the required output files and their exact keys, and the information-availability rules.\n- There is no network access. Use the Python interpreter `~/wp29/venv/bin/python` (numpy, pandas, scipy, statsmodels, matplotlib are installed). Standard shell tools are available. Do not try to install packages.\n- Write every deliverable under `./out/`. The required deliverables are listed in `TASK.md`; at minimum they always include `out/results.json`, `out/report.md`, and a replication entry point `out/analysis.py` that regenerates `out/results.json` from `data/` when run with `~/wp29/venv/bin/python out/analysis.py` from the workspace root.\n- You are working alone and unattended; nobody will answer questions. Make reasonable, documented decisions.\n\nIntegrity rules (identical for every task):\n- Never fabricate numbers, data, results, or references. Every number in `out/results.json` and `out/report.md` must be produced by code you ran on the provided inputs.\n- Respect the information-availability rules in `TASK.md` exactly (for example, never use information that would not have been available at the stated decision time).\n- If part of the task cannot be completed as specified, say so explicitly in `out/report.md`, explain why, and still write every required file (use `null` for values you could not legitimately produce). An honest statement of a limitation is always preferred to a fabricated or guessed value.\n- Do not modify anything under `data/`.\n- When you are done, end with a brief plain-text summary of what you produced and any limitations.\n\nComplete the task described in `TASK.md` by following this research protocol. The protocol adds no scientific information to the task; it organizes how you work and what evidence you leave behind.\n\nPHASES (execute in order; a phase is eligible only when its dependencies are satisfied):\n\nP0 Scope and contract (depends on: nothing)\n- Read `TASK.md` completely. In `out/state/contract.md`, restate in your own words: the scientific question; the quantity or quantities to be estimated (the estimands) and the assumptions under which they are meaningful; every required output file and key; the information-availability rules; what would make the task impossible or the result invalid.\n- Write the initial phase ledger `out/state/phases.json`: a JSON object mapping each phase id (P0 … P5) to {\"status\": \"pending\"|\"running\"|\"passed\"|\"failed\"|\"blocked\"|\"stale\"|\"skipped_optional\", \"checks\": [], \"notes\": \"\"}. Keep it current as you work. A phase may only be set to \"passed\" when the checks listed for it in this protocol have actually been executed and their outcome recorded in \"checks\".\n\nP1 Data audit and provenance (depends on: P0)\n- Inspect every input file: compute and record its SHA-256, row and column counts, schema, units, date ranges, missing values, duplicates and anomalies in `out/state/data_audit.md`.\n- Keep an exclusion ledger in `out/exclusions.csv` (columns: step, rule, n_before, n_after, n_removed, rationale) for every filtering step you apply, so that n_raw − total removed = n_analysed.\n- Identify any input that violates the information-availability rules and decide, in writing, how you will handle it.\n\nP2 Baseline (depends on: P1)\n- Before any elaborate method, compute the simplest valid baseline that answers the question (for example a naïve or unconditional estimate), with the same evaluation rule used later. Record it in `out/results.json` under the keys the task requires, or under `baseline_*` keys when the task does not name them.\n\nP3 Method and computation (depends on: P2)\n- Implement the analysis in `out/analysis.py` so that it reads only `data/`, writes `out/results.json` deterministically (fix every random seed you use and record it), and prints nothing that contradicts the written results. Any figure or table must be generated by this script.\n\nP4 Verification (depends on: P3)\n- Re-run `out/analysis.py` from a clean state and confirm it regenerates `out/results.json` with identical values. Record the check in `out/state/phases.json` under P4.\n- Check internal consistency: identities that must hold (for example counts that must add up, standard errors that must be positive, confidence intervals that must contain their estimates, date orderings that must respect the information rules), units, and magnitudes against the baseline. Record every check and its outcome in `out/state/checks.md`. A failed check must be fixed or honestly reported, never silently ignored.\n\nP5 Reporting (depends on: P4)\n- Write `out/report.md` with the sections: Question; Data and exclusions; Method; Results; Uncertainty; Limitations and open issues. Every quantitative statement must cite the key of `out/results.json` it comes from.\n- Write `out/claims.json`: a list of the central claims of your report, each as {\"id\": \"C1\", \"text\": \"...\", \"results_keys\": [\"...\"], \"status\": \"supported\"|\"unsupported\"|\"not_evaluated\", \"caveat\": \"...\"}. Do not state a claim in the report that is not in this ledger.\n- Set the final statuses in `out/state/phases.json`.\n\nSTOPPING RULES\n- Stop and declare the task complete only when every phase P0–P5 is \"passed\" with recorded checks. If a phase is \"blocked\" (missing information, impossible requirement, violated availability rule), stop, set the status, explain in `out/report.md` (section Limitations and open issues) and still write every required file with `null` for values you could not legitimately produce.\n- Do not spend effort on extensions that the task does not require.\n\nRECOVERY RULES\n- Append a short dated entry to `out/state/log.md` after each phase transition and after any important decision, so that work can be resumed by reading `out/state/`.\n- If you discover that an upstream input or decision changed after a downstream phase passed, mark the downstream phases \"stale\" and redo them; do not reuse stale results.\n- If you are interrupted and later resumed, first read `out/state/` and continue from the last consistent state; never re-run expensive steps that already have recorded, unchanged outputs.\n"}],"tools":[{"name":"Bash","description":"execute shell commands","input_schema":{"$schema":"https://json-schema.org/draft/2020-12/schema","type":"object","properties":{"command":{"description":"The command to execute","type":"string"},"timeout":{"description":"Optional timeout in milliseconds (max 600000 for a foreground command)","type":"number"},"description":{"description":"Clear, concise description of what this command does in active voice. 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The Bellman equation is V(y) = max_{0<c<y} { ln c + β V((y − c)^α) }. This model has a known closed-form solution for the optimal consumption policy c(y) and the value function V(y). The estimands are: the closed-form policy at three evaluation points of y; the policy obtained by value-function iteration (VFI) on the prescribed grid at the same points; the maximum absolute discrepancy between them over the evaluation points; the closed-form and numerical value function at y = 1; the savings rate implied by the closed form; and the contraction modulus of the Bellman operator in the sup norm.\n\n## Inputs\n- `data/model.csv` — columns `parameter`, `value`, `description`: `alpha`, `beta`, the grid specification (`y_min`, `y_max`, `grid_points`, `grid_spacing` = log, i.e. points equally spaced in ln y), the VFI stopping tolerance `vfi_tolerance` (sup-norm change between successive value functions), and the three evaluation points `eval_y_1`, `eval_y_2`, `eval_y_3`. Theoretical parameters, not observed data.\n\n## Information-availability rules\n- Use only `data/model.csv` and solve the model on the prescribed grid with the prescribed parameters; if any deviation from the prescribed design is necessary, record it in `data_issues`.\n- The numerical policy must come from the VFI, not from the closed form; the closed form must be derived (e.g. guess-and-verify on the Bellman equation) and stated in the report.\n\n## Required outputs\n- `out/results.json` with the keys:\n\n| key | type | unit | meaning |\n|---|---|---|---|\n| `task_id` | string | — | \"F5-conf-04\" |\n| `c_closed_y05`, `c_closed_y1`, `c_closed_y2` | number | units of output | closed-form optimal consumption at y = 0.5, 1.0, 2.0 |\n| `c_num_y05`, `c_num_y1`, `c_num_y2` | number | units of output | VFI consumption policy at y = 0.5, 1.0, 2.0 (interpolated on the grid if the point is not a grid node) |\n| `max_abs_error_policy` | number | units of output | max over the three evaluation points of \\|c_num − c_closed\\| |\n| `value_closed_y1` | number | utils | closed-form V(1) |\n| `value_num_y1` | number | utils | VFI value function at y = 1 |\n| `savings_rate_closed_form` | number | — | closed-form (y − c)/y (the baseline quantity) |\n| `contraction_modulus` | number | — | modulus of the Bellman operator as a contraction in the sup norm |\n| `grid_points_used` | integer | — | number of grid points actually used |\n| `n_iterations` | integer | — | VFI iterations until the stopping rule was met |\n| `final_sup_change` | number | utils | sup-norm change at the last iteration |\n| `feasibility` | string | — | \"complete\", \"partial\" or \"infeasible\" |\n| `feasibility_reason` | string or null | — | explanation if not complete |\n| `data_issues` | array of {\"issue\",\"handling\"} | — | data problems or design deviations and how handled (empty list if none) |\n| `n_input_rows` | object | — | {\"model.csv\": rows read} |\n| `n_analysed` | integer or null | — | number of grid points |\n| `random_seed` | integer or null | — | seed used, if any |\n\n- `out/report.md` with the sections: Question; Data and exclusions; Method; Results; Uncertainty; Limitations and open issues. State explicitly the assumptions of the closed form (log utility, Cobb–Douglas technology, full depreciation, interior solution), why the Bellman operator is a contraction and with what modulus, and the scope of the numerical validation (which grid, which parameter point, what the discretisation error depends on).\n- `out/analysis.py` — running `~/wp29/venv/bin/python out/analysis.py` from the workspace root must regenerate `out/results.json` from `data/` only, deterministically.\n- `out/claims.json` — a list of the central claims of the report: [{\"id\": \"C1\", \"text\": \"...\", \"results_keys\": [\"...\"], \"status\": \"supported\"|\"unsupported\"|\"not_evaluated\", \"caveat\": \"...\"}]. Each claim's status must be justified by the listed results keys.\n\n## Constraints\n- No network access. Python: `~/wp29/venv/bin/python` (numpy, pandas, scipy, statsmodels available). Do not modify `data/`.\n- This task is designed to be completed in well under 20 minutes of work; the VFI on the prescribed grid runs in seconds when vectorised.\ntotal 32\ndrwxr-xr-x 6 simon-pierreboucher staff 192 oct. 29 23:42 .\ndrwxr-xr-x 79 simon-pierreboucher staff 2528 oct. 30 00:37 ..\n-rw-r--r-- 1 simon-pierreboucher staff 419 oct. 29 23:42 bundle.json\ndrwxr-xr-x 3 simon-pierreboucher staff 96 oct. 29 23:28 data\n-rw-r--r-- 1 simon-pierreboucher staff 2193 oct. 29 23:32 gate_spec.json\n-rw-r--r-- 1 simon-pierreboucher staff 4470 oct. 29 23:32 TASK.md\ndata:\nmodel.csv","is_error":false}]},"uuid":"4c529ed9-3065-4774-9d75-8ec1d7b3aaa4","timestamp":"2026-10-30T04:37:17.804Z","toolUseResult":{"stdout":"# F5-conf-04 — Value-function iteration against a closed-form policy (optimal growth with log utility)\n\n## Scientific question\nA planner maximises Σ_t β^t ln c_t subject to y_{t+1} = (y_t − c_t)^α, 0 < c_t < y_t, with full depreciation and productivity normalised to one. The Bellman equation is V(y) = max_{0<c<y} { ln c + β V((y − c)^α) }. This model has a known closed-form solution for the optimal consumption policy c(y) and the value function V(y). The estimands are: the closed-form policy at three evaluation points of y; the policy obtained by value-function iteration (VFI) on the prescribed grid at the same points; the maximum absolute discrepancy between them over the evaluation points; the closed-form and numerical value function at y = 1; the savings rate implied by the closed form; and the contraction modulus of the Bellman operator in the sup norm.\n\n## Inputs\n- `data/model.csv` — columns `parameter`, `value`, `description`: `alpha`, `beta`, the grid specification (`y_min`, `y_max`, `grid_points`, `grid_spacing` = log, i.e. points equally spaced in ln y), the VFI stopping tolerance `vfi_tolerance` (sup-norm change between successive value functions), and the three evaluation points `eval_y_1`, `eval_y_2`, `eval_y_3`. Theoretical parameters, not observed data.\n\n## Information-availability rules\n- Use only `data/model.csv` and solve the model on the prescribed grid with the prescribed parameters; if any deviation from the prescribed design is necessary, record it in `data_issues`.\n- The numerical policy must come from the VFI, not from the closed form; the closed form must be derived (e.g. guess-and-verify on the Bellman equation) and stated in the report.\n\n## Required outputs\n- `out/results.json` with the keys:\n\n| key | type | unit | meaning |\n|---|---|---|---|\n| `task_id` | string | — | \"F5-conf-04\" |\n| `c_closed_y05`, `c_closed_y1`, `c_closed_y2` | number | units of output | closed-form optimal consumption at y = 0.5, 1.0, 2.0 |\n| `c_num_y05`, `c_num_y1`, `c_num_y2` | number | units of output | VFI consumption policy at y = 0.5, 1.0, 2.0 (interpolated on the grid if the point is not a grid node) |\n| `max_abs_error_policy` | number | units of output | max over the three evaluation points of \\|c_num − c_closed\\| |\n| `value_closed_y1` | number | utils | closed-form V(1) |\n| `value_num_y1` | number | utils | VFI value function at y = 1 |\n| `savings_rate_closed_form` | number | — | closed-form (y − c)/y (the baseline quantity) |\n| `contraction_modulus` | number | — | modulus of the Bellman operator as a contraction in the sup norm |\n| `grid_points_used` | integer | — | number of grid points actually used |\n| `n_iterations` | integer | — | VFI iterations until the stopping rule was met |\n| `final_sup_change` | number | utils | sup-norm change at the last iteration |\n| `feasibility` | string | — | \"complete\", \"partial\" or \"infeasible\" |\n| `feasibility_reason` | string or null | — | explanation if not complete |\n| `data_issues` | array of {\"issue\",\"handling\"} | — | data problems or design deviations and how handled (empty list if none) |\n| `n_input_rows` | object | — | {\"model.csv\": rows read} |\n| `n_analysed` | integer or null | — | number of grid points |\n| `random_seed` | integer or null | — | seed used, if any |\n\n- `out/report.md` with the sections: Question; Data and exclusions; Method; Results; Uncertainty; Limitations and open issues. State explicitly the assumptions of the closed form (log utility, Cobb–Douglas technology, full depreciation, interior solution), why the Bellman operator is a contraction and with what modulus, and the scope of the numerical validation (which grid, which parameter point, what the discretisation error depends on).\n- `out/analysis.py` — running `~/wp29/venv/bin/python out/analysis.py` from the workspace root must regenerate `out/results.json` from `data/` only, deterministically.\n- `out/claims.json` — a list of the central claims of the report: [{\"id\": \"C1\", \"text\": \"...\", \"results_keys\": [\"...\"], \"status\": \"supported\"|\"unsupported\"|\"not_evaluated\", \"caveat\": \"...\"}]. Each claim's status must be justified by the listed results keys.\n\n## Constraints\n- No network access. Python: `~/wp29/venv/bin/python` (numpy, pandas, scipy, statsmodels available). Do not modify `data/`.\n- This task is designed to be completed in well under 20 minutes of work; the VFI on the prescribed grid runs in seconds when vectorised.\ntotal 32\ndrwxr-xr-x 6 simon-pierreboucher staff 192 oct. 29 23:42 .\ndrwxr-xr-x 79 simon-pierreboucher staff 2528 oct. 30 00:37 ..\n-rw-r--r-- 1 simon-pierreboucher staff 419 oct. 29 23:42 bundle.json\ndrwxr-xr-x 3 simon-pierreboucher staff 96 oct. 29 23:28 data\n-rw-r--r-- 1 simon-pierreboucher staff 2193 oct. 29 23:32 gate_spec.json\n-rw-r--r-- 1 simon-pierreboucher staff 4470 oct. 29 23:32 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-p out/state && cd out/state && cat > contract.md <<'EOF'\n# Contract (P0)\n**Question.** Deterministic optimal growth, log utility, y' = (y-c)^alpha, full depreciation, A=1. Compare the closed-form policy/value with value-function iteration (VFI) on a prescribed log-spaced grid.\n\n**Estimands.** Closed-form c(y) at y=0.5,1,2; VFI policy at the same points (interpolated); max abs gap; closed-form and VFI V(1); closed-form savings rate (y-c)/y; sup-norm contraction modulus of the Bellman operator; plus diagnostics (grid points, iterations, final sup change).\nAssumptions: log utility, Cobb-Douglas technology, full depreciation, interior solution, 0<alpha<1, 0<beta<1. Contraction via Blackwell's conditions (monotonicity, discounting) on bounded functions -> modulus beta; log utility is unbounded on (0,inf) but bounded on the compact grid [y_min,y_max] with feasible choices bounded away from c=0.\n\n**Outputs.** out/results.json with keys task_id, c_closed_y05/y1/y2, c_num_y05/y1/y2, max_abs_error_policy, value_closed_y1, value_num_y1, savings_rate_closed_form, contraction_modulus, grid_points_used, n_iterations, final_sup_change, feasibility, feasibility_reason, data_issues, n_input_rows, n_analysed, random_seed. Also out/report.md (Question; Data and exclusions; Method; Results; Uncertainty; Limitations and open issues), out/analysis.py, out/claims.json.\n\n**Information rules.** Use only data/model.csv; prescribed grid & parameters; deviations go in data_issues. Numerical policy must come from VFI, not the closed form; closed form derived by guess-and-verify and stated in report.\n\n**Invalidity.** Grid not containing optimal choices (truncation binding), VFI not converging, using closed form inside VFI, missing parameters.\nEOF\ncat > phases.json <<'EOF'\n{\"P0\":{\"status\":\"passed\",\"checks\":[\"TASK.md read fully\",\"contract.md written\"],\"notes\":\"\"},\n\"P1\":{\"status\":\"pending\",\"checks\":[],\"notes\":\"\"},\n\"P2\":{\"status\":\"pending\",\"checks\":[],\"notes\":\"\"},\n\"P3\":{\"status\":\"pending\",\"checks\":[],\"notes\":\"\"},\n\"P4\":{\"status\":\"pending\",\"checks\":[],\"notes\":\"\"},\n\"P5\":{\"status\":\"pending\",\"checks\":[],\"notes\":\"\"}}\nEOF\necho \"- 2026-10-30 P0 passed: contract written. 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-p out/state && cd out/state && cat > contract.md <<'EOF'\n# Contract (P0)\n**Question.** Deterministic optimal growth, log utility, y' = (y-c)^alpha, full depreciation, A=1. Compare the closed-form policy/value with value-function iteration (VFI) on a prescribed log-spaced grid.\n\n**Estimands.** Closed-form c(y) at y=0.5,1,2; VFI policy at the same points (interpolated); max abs gap; closed-form and VFI V(1); closed-form savings rate (y-c)/y; sup-norm contraction modulus of the Bellman operator; plus diagnostics (grid points, iterations, final sup change).\nAssumptions: log utility, Cobb-Douglas technology, full depreciation, interior solution, 0<alpha<1, 0<beta<1. 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Numerical policy must come from VFI, not the closed form; closed form derived by guess-and-verify and stated in report.\n\n**Invalidity.** Grid not containing optimal choices (truncation binding), VFI not converging, using closed form inside VFI, missing parameters.\nEOF\ncat > phases.json <<'EOF'\n{\"P0\":{\"status\":\"passed\",\"checks\":[\"TASK.md read fully\",\"contract.md written\"],\"notes\":\"\"},\n\"P1\":{\"status\":\"pending\",\"checks\":[],\"notes\":\"\"},\n\"P2\":{\"status\":\"pending\",\"checks\":[],\"notes\":\"\"},\n\"P3\":{\"status\":\"pending\",\"checks\":[],\"notes\":\"\"},\n\"P4\":{\"status\":\"pending\",\"checks\":[],\"notes\":\"\"},\n\"P5\":{\"status\":\"pending\",\"checks\":[],\"notes\":\"\"}}\nEOF\necho \"- 2026-10-30 P0 passed: contract written. 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Units: y in units of output; tolerance in utils.\n- No missing values, no duplicate parameter names; no dates (theoretical parameters).\n- Sanity: 0<alpha<1, 0<beta<1, y_min<eval points<y_max. Steady state y*=(alpha*beta)^(alpha/(1-alpha))≈0.547 inside grid.\n- Grid adequacy (pre-check, analytic): optimal y'=(alpha*beta*y)^alpha ranges from ≈0.231 (y=0.05) to ≈1.21 (y=5) – strictly inside [0.05,5], so the grid bounds do not truncate the optimum. Min choice y'=0.05 needs k=0.05^(1/alpha)≈2.4e-4 < y_min, so every grid state has feasible choices.\n- Evaluation points 0.5, 1.0, 2.0 are not exactly grid nodes (log step ≈0.01154) -> interpolation required (as allowed by TASK.md).\n- No information-availability violations: file contains only design parameters.\nEOF\necho \"step,rule,n_before,n_after,n_removed,rationale\n0,none (all parameter rows used),10,10,0,theoretical parameter file; no filtering applied\" > exclusions.csv\necho \"- 2026-10-30 P1 passed: audit done, no exclusions, no availability issues.\" >> state/log.md","description":"Write data audit and exclusion 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/Users/simon-pierreboucher/wp29/runs/RC0122 && cat > out/analysis.py <<'EOF'\n\"\"\"F5-conf-04: VFI vs closed form, optimal growth with log utility.\nRun from workspace root: ~/wp29/venv/bin/python out/analysis.py\nReads only data/model.csv; writes out/results.json. Deterministic, no randomness.\"\"\"\nimport json, os\nimport numpy as np\nimport pandas as pd\n\nROOT = os.path.dirname(os.path.dirname(os.path.abspath(__file__)))\ndf = pd.read_csv(os.path.join(ROOT, \"data\", \"model.csv\"))\np = dict(zip(df[\"parameter\"], df[\"value\"]))\nalpha, beta = float(p[\"alpha\"]), float(p[\"beta\"])\ny_min, y_max, N = float(p[\"y_min\"]), float(p[\"y_max\"]), int(float(p[\"grid_points\"]))\ntol = float(p[\"vfi_tolerance\"])\nevals = [float(p[\"eval_y_1\"]), float(p[\"eval_y_2\"]), float(p[\"eval_y_3\"])]\nassert p[\"grid_spacing\"].strip().lower() == \"log\"\ndata_issues = []\n\n# ---- Closed form (guess-and-verify V = A + B ln y) ----\nab = alpha * beta\nB = 1.0 / (1.0 - ab)\nA = (np.log(1.0 - ab) + (ab / (1.0 - ab)) * np.log(ab)) / (1.0 - beta)\nc_closed = lambda y: (1.0 - ab) * np.asarray(y)\nV_closed = lambda y: A + B * np.log(np.asarray(y))\nsavings_rate = ab # baseline quantity (y-c)/y\n\n# ---- VFI on the prescribed log grid; choice = next-period output y' on the same grid ----\ny = np.exp(np.linspace(np.log(y_min), np.log(y_max), N))\nk_needed = y ** (1.0 / alpha) # capital (savings) needed to reach y'_j\nC = y[:, None] - k_needed[None, :] # consumption for state i, choice j\nfeasible = C > 0\nU = np.where(feasible, np.log(np.where(feasible, C, 1.0)), -np.inf)\nV = np.zeros(N)\nn_iter, sup = 0, np.inf\nwhile sup >= tol:\n TV = np.max(U + beta * V[None, :], axis=1)\n sup = float(np.max(np.abs(TV - V)))\n V = TV\n n_iter += 1\n if n_iter > 100000:\n raise RuntimeError(\"VFI did not converge\")\npol = np.argmax(U + beta * V[None, :], axis=1) # policy for the converged V\nc_grid = y - k_needed[pol]\nhits_bound = bool(np.any(pol == 0) or np.any(pol == N - 1))\nif hits_bound:\n data_issues.append({\"issue\": \"VFI policy hits grid boundary\", \"handling\": \"reported; results may be truncated\"})\n\nc_num = [float(np.interp(e, y, c_grid)) for e in evals] # linear in y\nV_num1 = float(np.interp(np.log(evals[1]), np.log(y), V)) # linear in ln y\ncc = [float(c_closed(e)) for e in evals]\ndata_issues.append({\"issue\": \"Evaluation points y=0.5,1,2 are not grid nodes\",\n \"handling\": \"VFI policy linearly interpolated in y, value function linearly interpolated in ln y between adjacent nodes (allowed by TASK.md)\"})\n\nres = {\n \"task_id\": \"F5-conf-04\",\n \"c_closed_y05\": cc[0], \"c_closed_y1\": cc[1], \"c_closed_y2\": cc[2],\n \"c_num_y05\": c_num[0], \"c_num_y1\": c_num[1], \"c_num_y2\": c_num[2],\n \"max_abs_error_policy\": float(max(abs(a - b) for a, b in zip(c_num, cc))),\n \"value_closed_y1\": float(V_closed(1.0)),\n \"value_num_y1\": V_num1,\n \"savings_rate_closed_form\": float(savings_rate),\n \"contraction_modulus\": beta,\n \"grid_points_used\": int(N),\n \"n_iterations\": int(n_iter),\n \"final_sup_change\": sup,\n \"feasibility\": \"complete\",\n \"feasibility_reason\": None,\n \"data_issues\": data_issues,\n \"n_input_rows\": {\"model.csv\": int(len(df))},\n \"n_analysed\": int(N),\n \"random_seed\": None,\n # supplementary diagnostics (not required keys)\n \"diag_closed_form_A\": float(A), \"diag_closed_form_B\": float(B),\n \"diag_max_abs_policy_error_grid\": float(np.max(np.abs(c_grid - c_closed(y)))),\n \"diag_max_abs_value_error_grid\": float(np.max(np.abs(V - V_closed(y)))),\n \"diag_vfi_error_bound_tol\": float(beta * tol / (1 - beta)),\n \"diag_log_grid_step\": float(np.log(y[1] / y[0])),\n \"diag_policy_hits_grid_boundary\": hits_bound,\n \"diag_policy_index_range\": [int(pol.min()), int(pol.max())],\n \"diag_eval_points\": evals,\n}\nwith open(os.path.join(ROOT, \"out\", \"results.json\"), \"w\") as f:\n json.dump(res, f, indent=2)\nfor k in [\"c_closed_y05\",\"c_num_y05\",\"c_closed_y1\",\"c_num_y1\",\"c_closed_y2\",\"c_num_y2\",\n \"max_abs_error_policy\",\"value_closed_y1\",\"value_num_y1\",\"n_iterations\",\"final_sup_change\"]:\n print(k, res[k])\nEOF\n~/wp29/venv/bin/python out/analysis.py && cat out/results.json | tail -22","description":"Write and run analysis 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0.329\nc_num_y05 0.32881734052248063\nc_closed_y1 0.658\nc_num_y1 0.6589770804373355\nc_closed_y2 1.316\nc_num_y2 1.3095934115917793\nmax_abs_error_policy 0.006406588408220726\nvalue_closed_y1 -19.524412221722393\nvalue_num_y1 -19.52475624982261\nn_iterations 361\nfinal_sup_change 9.996650618404601e-09\n \"n_input_rows\": {\n \"model.csv\": 10\n },\n \"n_analysed\": 400,\n \"random_seed\": null,\n \"diag_closed_form_A\": -19.524412221722393,\n \"diag_closed_form_B\": 1.519756838905775,\n \"diag_max_abs_policy_error_grid\": 0.02512152290513381,\n \"diag_max_abs_value_error_grid\": 0.0004835155258184898,\n \"diag_vfi_error_bound_tol\": 1.8999999999999982e-07,\n \"diag_log_grid_step\": 0.011541779914756887,\n \"diag_policy_hits_grid_boundary\": false,\n \"diag_policy_index_range\": [\n 133,\n 276\n ],\n \"diag_eval_points\": [\n 0.5,\n 1.0,\n 2.0\n 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/Users/simon-pierreboucher/wp29/runs/RC0122 && cat > out/analysis.py <<'EOF'\n\"\"\"F5-conf-04: VFI vs closed form, optimal growth with log utility.\nRun from workspace root: ~/wp29/venv/bin/python out/analysis.py\nReads only data/model.csv; writes out/results.json. Deterministic, no randomness.\"\"\"\nimport json, os\nimport numpy as np\nimport pandas as pd\n\nROOT = os.path.dirname(os.path.dirname(os.path.abspath(__file__)))\ndf = pd.read_csv(os.path.join(ROOT, \"data\", \"model.csv\"))\np = dict(zip(df[\"parameter\"], df[\"value\"]))\nalpha, beta = float(p[\"alpha\"]), float(p[\"beta\"])\ny_min, y_max, N = float(p[\"y_min\"]), float(p[\"y_max\"]), int(float(p[\"grid_points\"]))\ntol = float(p[\"vfi_tolerance\"])\nevals = [float(p[\"eval_y_1\"]), float(p[\"eval_y_2\"]), float(p[\"eval_y_3\"])]\nassert p[\"grid_spacing\"].strip().lower() == \"log\"\ndata_issues = []\n\n# ---- Closed form (guess-and-verify V = A + B ln y) ----\nab = alpha * beta\nB = 1.0 / (1.0 - ab)\nA = (np.log(1.0 - ab) + (ab / (1.0 - ab)) * np.log(ab)) / (1.0 - beta)\nc_closed = lambda y: (1.0 - ab) * np.asarray(y)\nV_closed = lambda y: A + B * np.log(np.asarray(y))\nsavings_rate = ab # baseline quantity (y-c)/y\n\n# ---- VFI on the prescribed log grid; choice = next-period output y' on the same grid ----\ny = np.exp(np.linspace(np.log(y_min), np.log(y_max), N))\nk_needed = y ** (1.0 / alpha) # capital (savings) needed to reach y'_j\nC = y[:, None] - k_needed[None, :] # consumption for state i, choice j\nfeasible = C > 0\nU = np.where(feasible, np.log(np.where(feasible, C, 1.0)), -np.inf)\nV = np.zeros(N)\nn_iter, sup = 0, np.inf\nwhile sup >= tol:\n TV = np.max(U + beta * V[None, :], axis=1)\n sup = float(np.max(np.abs(TV - V)))\n V = TV\n n_iter += 1\n if n_iter > 100000:\n raise RuntimeError(\"VFI did not converge\")\npol = np.argmax(U + beta * V[None, :], axis=1) # policy for the converged V\nc_grid = y - k_needed[pol]\nhits_bound = bool(np.any(pol == 0) or np.any(pol == N - 1))\nif hits_bound:\n data_issues.append({\"issue\": \"VFI policy hits grid boundary\", \"handling\": \"reported; results may be truncated\"})\n\nc_num = [float(np.interp(e, y, c_grid)) for e in evals] # linear in y\nV_num1 = float(np.interp(np.log(evals[1]), np.log(y), V)) # linear in ln y\ncc = [float(c_closed(e)) for e in evals]\ndata_issues.append({\"issue\": \"Evaluation points y=0.5,1,2 are not grid nodes\",\n \"handling\": \"VFI policy linearly interpolated in y, value function linearly interpolated in ln y between adjacent nodes (allowed by TASK.md)\"})\n\nres = {\n \"task_id\": \"F5-conf-04\",\n \"c_closed_y05\": cc[0], \"c_closed_y1\": cc[1], \"c_closed_y2\": cc[2],\n \"c_num_y05\": c_num[0], \"c_num_y1\": c_num[1], \"c_num_y2\": c_num[2],\n \"max_abs_error_policy\": float(max(abs(a - b) for a, b in zip(c_num, cc))),\n \"value_closed_y1\": float(V_closed(1.0)),\n \"value_num_y1\": V_num1,\n \"savings_rate_closed_form\": float(savings_rate),\n \"contraction_modulus\": beta,\n \"grid_points_used\": int(N),\n \"n_iterations\": int(n_iter),\n \"final_sup_change\": sup,\n \"feasibility\": \"complete\",\n \"feasibility_reason\": None,\n \"data_issues\": data_issues,\n \"n_input_rows\": {\"model.csv\": int(len(df))},\n \"n_analysed\": int(N),\n \"random_seed\": None,\n # supplementary diagnostics (not required keys)\n \"diag_closed_form_A\": float(A), \"diag_closed_form_B\": float(B),\n \"diag_max_abs_policy_error_grid\": float(np.max(np.abs(c_grid - c_closed(y)))),\n \"diag_max_abs_value_error_grid\": float(np.max(np.abs(V - V_closed(y)))),\n \"diag_vfi_error_bound_tol\": float(beta * tol / (1 - beta)),\n \"diag_log_grid_step\": float(np.log(y[1] / y[0])),\n \"diag_policy_hits_grid_boundary\": hits_bound,\n \"diag_policy_index_range\": [int(pol.min()), int(pol.max())],\n \"diag_eval_points\": evals,\n}\nwith open(os.path.join(ROOT, \"out\", \"results.json\"), \"w\") as f:\n json.dump(res, f, indent=2)\nfor k in [\"c_closed_y05\",\"c_num_y05\",\"c_closed_y1\",\"c_num_y1\",\"c_closed_y2\",\"c_num_y2\",\n \"max_abs_error_policy\",\"value_closed_y1\",\"value_num_y1\",\"n_iterations\",\"final_sup_change\"]:\n print(k, res[k])\nEOF\n~/wp29/venv/bin/python out/analysis.py && cat out/results.json | tail -22","description":"Write and 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out/results.json /tmp/r1.json && rm out/results.json && ~/wp29/venv/bin/python out/analysis.py >/dev/null && cmp out/results.json /tmp/r1.json && echo IDENTICAL && ~/wp29/venv/bin/python - <<'EOF'\nimport json,numpy as np\nr=json.load(open('out/results.json'))\na,b=0.36,0.95\nab=a*b\n# Bellman identity of closed form at several y\nA,B=r['diag_closed_form_A'],r['diag_closed_form_B']\nfor y in [0.3,1,3]:\n c=(1-ab)*y; lhs=A+B*np.log(y); rhs=np.log(c)+b*(A+B*a*np.log(y-c))\n print('bellman resid',y,lhs-rhs)\n# FOC optimality check: maximize over c numerically\nfrom scipy.optimize import minimize_scalar\no=minimize_scalar(lambda c:-(np.log(c)+b*(A+B*a*np.log(1-c))),bounds=(1e-9,1-1e-9),method='bounded',options={'xatol':1e-12})\nprint('argmax c at y=1',o.x,'vs',1-ab)\nprint('max err recompute',max(abs(r[f'c_num_{k}']-r[f'c_closed_{k}']) for k in ['y05','y1','y2']),r['max_abs_error_policy'])\nprint('savings',r['savings_rate_closed_form'],1-r['c_closed_y1']/1.0)\nprint('sup<tol',r['final_sup_change']<1e-8, 'value gap',r['value_num_y1']-r['value_closed_y1'])\nprint('rel policy err',[ (r[f'c_num_{k}']-r[f'c_closed_{k}'])/r[f'c_closed_{k}'] for k in ['y05','y1','y2']])\nEOF","description":"Rerun for reproducibility and consistency 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resid 0.3 0.0\nbellman resid 1 0.0\nbellman resid 3 0.0\nargmax c at y=1 0.6580000202453307 vs 0.658\nmax err recompute 0.006406588408220726 0.006406588408220726\nsavings 0.34199999999999997 0.34199999999999997\nsup<tol True value gap -0.0003440281002156098\nrel policy err [-0.0005551959803020876, 0.0014849246768016179, -0.0048682282737239554]","is_error":false}]},"uuid":"f1243cb2-c534-49db-aa02-ac8839b64085","timestamp":"2026-10-30T04:38:20.777Z","toolUseResult":{"stdout":"IDENTICAL\nbellman resid 0.3 0.0\nbellman resid 1 0.0\nbellman resid 3 0.0\nargmax c at y=1 0.6580000202453307 vs 0.658\nmax err recompute 0.006406588408220726 0.006406588408220726\nsavings 0.34199999999999997 0.34199999999999997\nsup<tol True value gap -0.0003440281002156098\nrel policy err [-0.0005551959803020876, 0.0014849246768016179, 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['y05','y1','y2']),r['max_abs_error_policy'])\nprint('savings',r['savings_rate_closed_form'],1-r['c_closed_y1']/1.0)\nprint('sup<tol',r['final_sup_change']<1e-8, 'value gap',r['value_num_y1']-r['value_closed_y1'])\nprint('rel policy err',[ (r[f'c_num_{k}']-r[f'c_closed_{k}'])/r[f'c_closed_{k}'] for k in ['y05','y1','y2']])\nEOF","description":"Rerun for reproducibility and consistency 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/Users/simon-pierreboucher/wp29/runs/RC0122/out && cat > state/checks.md <<'EOF'\n# Verification checks (P4)\n1. Reproducibility: deleted out/results.json, re-ran analysis.py, `cmp` against previous copy -> IDENTICAL. PASS\n2. Closed form satisfies Bellman equation: residual V(y) - [ln c(y) + beta V((y-c)^alpha)] = 0.0 at y=0.3,1,3. PASS\n3. Closed-form policy is the argmax of RHS: bounded scalar maximisation at y=1 gives c=0.65800002 vs 1-alpha*beta=0.658. PASS\n4. max_abs_error_policy recomputed from the six c keys = 0.0064066 (matches). PASS\n5. savings_rate_closed_form = 1 - c_closed_y1/1 = 0.342 = alpha*beta. PASS\n6. Stopping rule: final_sup_change 9.9967e-9 < tol 1e-8; n_iterations=361 consistent with beta^n*||TV0-V0|| decay. PASS\n7. Grid adequacy: VFI policy indices in [133,276] of [0,399] -> no boundary truncation. PASS\n8. Magnitudes: value gap V_num(1)-V_closed(1) = -3.4e-4 (grid-wide max 4.8e-4), well above VFI tolerance bound beta*tol/(1-beta)=1.9e-7, so the residual is discretisation error, not iteration error. Policy relative errors -0.06%, +0.15%, -0.49%; consistent with discrete choice of y' on a log grid with step h=0.01154 (implied savings k=y'^(1/alpha) has relative error up to ~h/(2 alpha)≈1.6%). PASS\n9. grid_points_used = n_analysed = 400 = grid_points in model.csv; n_input_rows=10 = rows in model.csv; exclusions ledger: 10 - 0 = 10. PASS\n10. No uncertainty intervals (deterministic computation); nothing to check for CI containment. N/A\nEOF\ncat > state/phases.json <<'EOF'\n{\"P0\":{\"status\":\"passed\",\"checks\":[\"TASK.md read fully\",\"contract.md written\"],\"notes\":\"\"},\n\"P1\":{\"status\":\"passed\",\"checks\":[\"sha256 matches bundle.json\",\"10 rows, 3 cols, no missing/duplicates\",\"grid adequacy pre-check\",\"exclusions.csv written (0 removed)\"],\"notes\":\"no availability violations\"},\n\"P2\":{\"status\":\"passed\",\"checks\":[\"baseline savings_rate_closed_form=alpha*beta=0.342 computed in analysis.py\",\"closed-form c and V computed\"],\"notes\":\"\"},\n\"P3\":{\"status\":\"passed\",\"checks\":[\"analysis.py reads only data/, writes results.json, no randomness (random_seed null)\",\"VFI converged in 361 iterations\"],\"notes\":\"discrete choice of y' on prescribed grid\"},\n\"P4\":{\"status\":\"passed\",\"checks\":[\"clean re-run identical (cmp)\",\"Bellman residual 0\",\"argmax check\",\"error recomputation\",\"stopping rule\",\"no boundary truncation\",\"magnitude check vs tolerance bound\",\"count identities\"],\"notes\":\"see checks.md\"},\n\"P5\":{\"status\":\"passed\",\"checks\":[\"report.md with 6 sections, keys cited\",\"claims.json written and each claim's keys exist\"],\"notes\":\"\"}}\nEOF\necho \"- 2026-10-30 P2/P3 passed: baseline (savings rate) and VFI implemented; 361 iterations.\n- 2026-10-30 P4 passed: identical re-run and 9 consistency checks (checks.md).\n- 2026-10-30 P5: report and claims written.\" >> state/log.md","description":"Write checks and update ledger/log"},"caller":{"type":"direct"}}],"container":null,"stop_reason":"tool_use","stop_sequence":null,"stop_details":null,"usage":{"input_tokens":2,"cache_creation_input_tokens":970,"cache_read_input_tokens":13099,"output_tokens":1473,"output_tokens_details":{"thinking_tokens":105},"server_tool_use":{"web_search_requests":0,"web_fetch_requests":0},"service_tier":"standard","cache_creation":{"ephemeral_1h_input_tokens":0,"ephemeral_5m_input_tokens":970},"inference_geo":"global","iterations":[],"speed":"standard","fallback_credit":null},"input_transformations":[],"diagnostics":null,"context_management":null},"apiBlockIndex":1,"requestId":"req_011CgXoZnBZVKv7ZDnUuxG9o","requestRef":"dde748fe-1288-4f95-b371-c8b0c8c2a4d5","requestedModel":"claude-opus-5-5","type":"assistant","uuid":"898577c7-71e3-4c00-9dfb-9d35a977fc47","timestamp":"2026-10-30T04:38:34.142Z","effort":"medium","perTurnEffort":"medium","userType":"external","entrypoint":"sdk-cli","cwd":"/Users/simon-pierreboucher/wp29/runs/RC0122","sessionId":"e85b7ce5-62db-4058-9331-784a8f826f50","version":"2.1.314","gitBranch":"HEAD"}52{"parentUuid":"898577c7-71e3-4c00-9dfb-9d35a977fc47","isSidechain":false,"promptId":"8d7f6217-62f6-4c61-ae94-2c9aca4921d4","type":"user","message":{"role":"user","content":[{"tool_use_id":"toolu_01C4ReizwsYYgZd7cTifrT6y","type":"tool_result","content":"(Bash completed with no output)","is_error":false}]},"uuid":"53caa828-c3ab-4b25-b547-939277acff4c","timestamp":"2026-10-30T04:38:34.168Z","toolUseResult":{"stdout":"","stderr":"","interrupted":false,"isImage":false,"noOutputExpected":false},"sandboxed":false,"sourceToolAssistantUUID":"898577c7-71e3-4c00-9dfb-9d35a977fc47","permissionDecision":{"decision":"accept","source":"config","reasonType":"rule","ruleSource":"cliArg"},"userType":"external","entrypoint":"sdk-cli","cwd":"/Users/simon-pierreboucher/wp29/runs/RC0122/out","sessionId":"e85b7ce5-62db-4058-9331-784a8f826f50","version":"2.1.314","gitBranch":"HEAD"}53{"type":"api-request-blob","sessionId":"e85b7ce5-62db-4058-9331-784a8f826f50","hash":"269e8a319c2023e6fde27ab2e11bc1bdc66c8d6d3df4bf026789082948a10a4d","message":{"role":"assistant","content":[{"type":"thinking","thinking":"","signature":"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"},{"type":"tool_use","id":"toolu_01C4ReizwsYYgZd7cTifrT6y","name":"Bash","input":{"command":"cd /Users/simon-pierreboucher/wp29/runs/RC0122/out && cat > state/checks.md <<'EOF'\n# Verification checks (P4)\n1. Reproducibility: deleted out/results.json, re-ran analysis.py, `cmp` against previous copy -> IDENTICAL. PASS\n2. Closed form satisfies Bellman equation: residual V(y) - [ln c(y) + beta V((y-c)^alpha)] = 0.0 at y=0.3,1,3. PASS\n3. Closed-form policy is the argmax of RHS: bounded scalar maximisation at y=1 gives c=0.65800002 vs 1-alpha*beta=0.658. PASS\n4. max_abs_error_policy recomputed from the six c keys = 0.0064066 (matches). PASS\n5. savings_rate_closed_form = 1 - c_closed_y1/1 = 0.342 = alpha*beta. PASS\n6. Stopping rule: final_sup_change 9.9967e-9 < tol 1e-8; n_iterations=361 consistent with beta^n*||TV0-V0|| decay. PASS\n7. Grid adequacy: VFI policy indices in [133,276] of [0,399] -> no boundary truncation. PASS\n8. Magnitudes: value gap V_num(1)-V_closed(1) = -3.4e-4 (grid-wide max 4.8e-4), well above VFI tolerance bound beta*tol/(1-beta)=1.9e-7, so the residual is discretisation error, not iteration error. Policy relative errors -0.06%, +0.15%, -0.49%; consistent with discrete choice of y' on a log grid with step h=0.01154 (implied savings k=y'^(1/alpha) has relative error up to ~h/(2 alpha)≈1.6%). PASS\n9. grid_points_used = n_analysed = 400 = grid_points in model.csv; n_input_rows=10 = rows in model.csv; exclusions ledger: 10 - 0 = 10. PASS\n10. No uncertainty intervals (deterministic computation); nothing to check for CI containment. N/A\nEOF\ncat > state/phases.json <<'EOF'\n{\"P0\":{\"status\":\"passed\",\"checks\":[\"TASK.md read fully\",\"contract.md written\"],\"notes\":\"\"},\n\"P1\":{\"status\":\"passed\",\"checks\":[\"sha256 matches bundle.json\",\"10 rows, 3 cols, no missing/duplicates\",\"grid adequacy pre-check\",\"exclusions.csv written (0 removed)\"],\"notes\":\"no availability violations\"},\n\"P2\":{\"status\":\"passed\",\"checks\":[\"baseline savings_rate_closed_form=alpha*beta=0.342 computed in analysis.py\",\"closed-form c and V computed\"],\"notes\":\"\"},\n\"P3\":{\"status\":\"passed\",\"checks\":[\"analysis.py reads only data/, writes results.json, no randomness (random_seed null)\",\"VFI converged in 361 iterations\"],\"notes\":\"discrete choice of y' on prescribed grid\"},\n\"P4\":{\"status\":\"passed\",\"checks\":[\"clean re-run identical (cmp)\",\"Bellman residual 0\",\"argmax check\",\"error recomputation\",\"stopping rule\",\"no boundary truncation\",\"magnitude check vs tolerance bound\",\"count identities\"],\"notes\":\"see checks.md\"},\n\"P5\":{\"status\":\"passed\",\"checks\":[\"report.md with 6 sections, keys cited\",\"claims.json written and each claim's keys exist\"],\"notes\":\"\"}}\nEOF\necho \"- 2026-10-30 P2/P3 passed: baseline (savings rate) and VFI implemented; 361 iterations.\n- 2026-10-30 P4 passed: identical re-run and 9 consistency checks (checks.md).\n- 2026-10-30 P5: report and claims written.\" >> state/log.md","description":"Write checks and update ledger/log"}}]}}54{"type":"api-request","sessionId":"e85b7ce5-62db-4058-9331-784a8f826f50","id":"7a4eaa34-9795-48e6-84d1-6be0f48115f1","timestamp":"2026-10-30T04:38:34.171Z","version":"2.1.314","querySource":"sdk","shapeHash":"7d86c4b98525e1e77e4c5d733be56bffca2be2f700449d4f8dcb651579ee49bf","params":{"model":"claude-opus-5-5","betas":["claude-code-20250219","interleaved-thinking-2025-05-14","context-management-2025-06-27","prompt-caching-scope-2026-01-05","per-turn-control-2026-07-01","thinking-token-count-2026-05-13","mid-conversation-system-clear-at-2026-08-21","effort-2025-11-24","thinking-binding-controls-2026-08-01","thinking-display-updates-2026-08-18","cache-diagnosis-2026-04-07"],"max_tokens":128000,"thinking":{"type":"adaptive","display":"updates"},"context_management":{"edits":[{"type":"clear_thinking_20251015","keep":"all"}]},"output_config":{"effort":"medium"}},"base":"dde748fe-1288-4f95-b371-c8b0c8c2a4d5","keep":16,"tail":["269e8a319c2023e6fde27ab2e11bc1bdc66c8d6d3df4bf026789082948a10a4d","040ea0a2f9118417321777189da99360a52fdf5e9ff03e28ea527a8b3e09862e"],"cacheControl":[{"path":["system",0],"value":{"type":"ephemeral"}},{"path":["system",1],"value":{"type":"ephemeral"}},{"path":["messages",17,"content",0],"value":{"type":"ephemeral"}}],"requestDigest":"4ad7b1635c583e83c61ec32e5afb76ff814144fcb39b8d1b75dcecd7e01a166e"}55{"type":"last-prompt","lastPrompt":"Begin","leafUuid":"53caa828-c3ab-4b25-b547-939277acff4c","sessionId":"e85b7ce5-62db-4058-9331-784a8f826f50"}56{"type":"atis-latch","atis":"","sessionId":"e85b7ce5-62db-4058-9331-784a8f826f50"}57{"parentUuid":"53caa828-c3ab-4b25-b547-939277acff4c","isSidechain":false,"message":{"model":"claude-opus-5-5","id":"msg_011CgXoammH8cpegwJXrfuex","type":"message","role":"assistant","content":[{"type":"tool_use","id":"toolu_01Xf9HXnTnqGfBvyi5nQAmS1","name":"Bash","input":{"command":"cat > report.md <<'EOF'\n# F5-conf-04 — VFI vs closed-form policy, optimal growth with log utility\n\n## Question\nA planner maximises Σ β^t ln c_t subject to y_{t+1} = (y_t − c_t)^α. Bellman equation: V(y) = max_{0<c<y} { ln c + β V((y−c)^α) }. We derive the closed-form solution, solve the model numerically by value-function iteration (VFI) on the prescribed grid, and compare the two at y = 0.5, 1, 2.\n\n## Data and exclusions\nOnly `data/model.csv` is used (`n_input_rows` = 10 rows; SHA-256 098123…6195b). The parameters are α = 0.36, β = 0.95, a log-spaced grid of 400 points on [0.05, 5], VFI tolerance 1e‑8, and evaluation points 0.5, 1.0, 2.0. No rows were excluded (`out/exclusions.csv`). There was no departure from the prescribed design. The evaluation points are not grid nodes, so interpolation was needed; this is recorded in `data_issues`. Grid points used: `grid_points_used` = `n_analysed` = 400.\n\n## Method\n**Closed form (guess and verify).** Assumptions: log utility, Cobb–Douglas technology y' = k^α with productivity 1, full depreciation, 0<α<1, 0<β<1, and an interior solution (0<c<y). Guess V(y) = A + B ln y. The first-order condition 1/c = βBα/(y−c) gives c = y/(1+αβB). Matching the coefficient on ln y gives B = 1 + αβB, so B = 1/(1−αβ). Then:\n- **c(y) = (1 − αβ) y**, and the savings rate is (y−c)/y = **αβ** (`savings_rate_closed_form` = 0.342, the baseline quantity).\n- **A = [ln(1−αβ) + (αβ/(1−αβ)) ln(αβ)] / (1−β)**, so V(1) = A (`value_closed_y1` = −19.5244; `diag_closed_form_A`, `diag_closed_form_B` = 1.5198).\n\nThe code checks that this solution satisfies the Bellman equation exactly (residual 0) and that it is the argmax of the right-hand side (`state/checks.md`).\n\n**VFI.** The state is y on the prescribed log grid. The choice is next-period output y' taken from the same grid, which requires savings k = y'^{1/α} and gives consumption c = y − k. Infeasible choices (c ≤ 0) get utility −∞. Starting from V₀ = 0, we apply TV = max_j {u_ij + βV_j} until ‖TV − V‖_∞ < 1e‑8. The policy is then read off from the converged V. The closed form is never used inside the VFI. The VFI policy c(y) is interpolated linearly in y at the evaluation points, and V is interpolated linearly in ln y at y = 1. The method is deterministic, so no random seed is used (`random_seed` = null).\n\n**Contraction.** The Bellman operator T is monotone (V ≤ W ⇒ TV ≤ TW) and discounts (T(V + a) = TV + βa). By Blackwell's sufficient conditions it is therefore a contraction in the sup norm with modulus β (`contraction_modulus` = 0.95). On (0,∞), log utility is unbounded, so this argument needs bounded returns. Those hold on the compact grid [0.05, 5], where every state has a feasible choice and returns are bounded. The modulus implies that after stopping, ‖V_n − V*_grid‖ ≤ β·tol/(1−β) = 1.9e‑7 (`diag_vfi_error_bound_tol`).\n\n## Results\n| y | closed form | VFI | key |\n|---|---|---|---|\n| 0.5 | 0.32900 | 0.32882 | `c_closed_y05`, `c_num_y05` |\n| 1.0 | 0.65800 | 0.65898 | `c_closed_y1`, `c_num_y1` |\n| 2.0 | 1.31600 | 1.30959 | `c_closed_y2`, `c_num_y2` |\n\n- The maximum absolute policy error over the three points is 0.00641 (`max_abs_error_policy`), reached at y = 2 (relative error −0.49%). At y = 0.5 and y = 1 the relative errors are −0.06% and +0.15%.\n- Value at y = 1: VFI −19.52476 (`value_num_y1`) against closed form −19.52441 (`value_closed_y1`), a gap of about 3.4e‑4.\n- VFI converged after 361 iterations (`n_iterations`), with a final sup-norm change of 9.997e‑9 (`final_sup_change`).\n- On the full grid, the maximum errors are 0.0251 for the policy (`diag_max_abs_policy_error_grid`) and 4.8e‑4 for the value function (`diag_max_abs_value_error_grid`).\n- The optimal choice indices lie in [133, 276] (`diag_policy_index_range`), so the grid bounds never bind (`diag_policy_hits_grid_boundary` = false).\n\n## Uncertainty\nThere is no statistical uncertainty: this is a deterministic computation on theoretical parameters. The numerical error has two parts:\n1. **Iteration error.** At most 1.9e‑7 utils (`diag_vfi_error_bound_tol`), which is negligible.\n2. **Discretisation error (dominant).** It comes from restricting y' to the grid. The log step is h = 0.01154 (`diag_log_grid_step`), so the implied savings k = y'^{1/α} can be off by up to about h/(2α) ≈ 1.6% in relative terms. This error grows with y in absolute terms (k is proportional to y), which is why the largest error is at y = 2. Interpolating between grid nodes adds a further small error.\n\nThe discretisation error shrinks as the grid gets finer (smaller h). It also depends on α, through the 1/α amplification from y' to k. It does not depend on the tolerance.\n\n## Limitations and open issues\n- The numerical check covers only one parameter point (α = 0.36, β = 0.95) and one grid (400 log-spaced points on [0.05, 5]). It does not show that the VFI is accurate for other parameters, grids, or states outside [0.05, 5].\n- The VFI uses a discrete choice on the state grid. A continuous-choice VFI (interpolating V off the grid) would give smaller policy errors. It was not run because the task prescribes the grid.\n- The contraction argument with modulus β relies on bounded returns on the compact grid. The unbounded log utility on (0,∞) needs a weighted-norm argument, which we did not develop.\n- `feasibility` = \"complete\"; no required value is null.\nEOF\ncat > claims.json <<'EOF'\n[\n{\"id\":\"C1\",\"text\":\"The closed-form policy is c(y)=(1-alpha*beta)y, giving c=0.329, 0.658, 1.316 at y=0.5,1,2 and savings rate alpha*beta=0.342.\",\"results_keys\":[\"c_closed_y05\",\"c_closed_y1\",\"c_closed_y2\",\"savings_rate_closed_form\"],\"status\":\"supported\",\"caveat\":\"Requires log utility, Cobb-Douglas, full depreciation, interior solution; verified by zero Bellman residual.\"},\n{\"id\":\"C2\",\"text\":\"VFI on the prescribed 400-point log grid reproduces the closed-form policy at the evaluation points with max absolute error 0.0064 (at y=2).\",\"results_keys\":[\"c_num_y05\",\"c_num_y1\",\"c_num_y2\",\"max_abs_error_policy\",\"grid_points_used\"],\"status\":\"supported\",\"caveat\":\"Discrete-choice discretisation error; single grid and parameter point.\"},\n{\"id\":\"C3\",\"text\":\"VFI value at y=1 (-19.52476) matches closed-form V(1) (-19.52441) to about 3.4e-4.\",\"results_keys\":[\"value_num_y1\",\"value_closed_y1\",\"diag_closed_form_A\"],\"status\":\"supported\",\"caveat\":\"Gap is discretisation error, far above the iteration error bound.\"},\n{\"id\":\"C4\",\"text\":\"The Bellman operator is a sup-norm contraction with modulus beta=0.95; VFI met the 1e-8 stopping rule after 361 iterations.\",\"results_keys\":[\"contraction_modulus\",\"n_iterations\",\"final_sup_change\",\"diag_vfi_error_bound_tol\"],\"status\":\"supported\",\"caveat\":\"Blackwell argument applies to bounded returns on the compact grid, not to unbounded log utility on (0,inf).\"},\n{\"id\":\"C5\",\"text\":\"The grid bounds do not truncate the optimal policy and the numerical error is dominated by grid discretisation, not iteration.\",\"results_keys\":[\"diag_policy_hits_grid_boundary\",\"diag_policy_index_range\",\"diag_max_abs_value_error_grid\",\"diag_vfi_error_bound_tol\",\"diag_log_grid_step\"],\"status\":\"supported\",\"caveat\":\"Grid-refinement study not performed.\"}\n]\nEOF\n~/wp29/venv/bin/python -c \"\nimport json;r=json.load(open('results.json'));c=json.load(open('claims.json'))\nprint(all(k in r for x in c for k in x['results_keys']))\"","description":"Write report and claims, validate keys"},"caller":{"type":"direct"}}],"container":null,"stop_reason":"tool_use","stop_sequence":null,"stop_details":null,"usage":{"input_tokens":2,"cache_creation_input_tokens":1488,"cache_read_input_tokens":14069,"output_tokens":3291,"output_tokens_details":{"thinking_tokens":0},"server_tool_use":{"web_search_requests":0,"web_fetch_requests":0},"service_tier":"standard","cache_creation":{"ephemeral_1h_input_tokens":0,"ephemeral_5m_input_tokens":1488},"inference_geo":"global","iterations":[],"speed":"standard","fallback_credit":null},"input_transformations":[],"diagnostics":null,"context_management":null},"apiBlockIndex":0,"requestId":"req_011CgXoamVfc1cTBvJRKRFnp","requestRef":"7a4eaa34-9795-48e6-84d1-6be0f48115f1","requestedModel":"claude-opus-5-5","type":"assistant","uuid":"0e1ade50-d156-4caa-bae5-7787af7567dd","timestamp":"2026-10-30T04:39:01.253Z","effort":"medium","perTurnEffort":"medium","userType":"external","entrypoint":"sdk-cli","cwd":"/Users/simon-pierreboucher/wp29/runs/RC0122/out","sessionId":"e85b7ce5-62db-4058-9331-784a8f826f50","version":"2.1.314","gitBranch":"HEAD"}58{"parentUuid":"0e1ade50-d156-4caa-bae5-7787af7567dd","isSidechain":false,"promptId":"8d7f6217-62f6-4c61-ae94-2c9aca4921d4","type":"user","message":{"role":"user","content":[{"tool_use_id":"toolu_01Xf9HXnTnqGfBvyi5nQAmS1","type":"tool_result","content":"True","is_error":false}]},"uuid":"b4226c4a-d03e-429a-bb0e-763d15072214","timestamp":"2026-10-30T04:39:01.313Z","toolUseResult":{"stdout":"True","stderr":"","interrupted":false,"isImage":false,"noOutputExpected":false},"sandboxed":false,"sourceToolAssistantUUID":"0e1ade50-d156-4caa-bae5-7787af7567dd","permissionDecision":{"decision":"accept","source":"config","reasonType":"rule","ruleSource":"cliArg"},"userType":"external","entrypoint":"sdk-cli","cwd":"/Users/simon-pierreboucher/wp29/runs/RC0122/out","sessionId":"e85b7ce5-62db-4058-9331-784a8f826f50","version":"2.1.314","gitBranch":"HEAD"}59{"type":"api-request-blob","sessionId":"e85b7ce5-62db-4058-9331-784a8f826f50","hash":"262fe2d31505c6b050396039d85096ba5698bcded6769b9063a2b1b16a33a1f9","message":{"role":"assistant","content":[{"type":"tool_use","id":"toolu_01Xf9HXnTnqGfBvyi5nQAmS1","name":"Bash","input":{"command":"cat > report.md <<'EOF'\n# F5-conf-04 — VFI vs closed-form policy, optimal growth with log utility\n\n## Question\nA planner maximises Σ β^t ln c_t subject to y_{t+1} = (y_t − c_t)^α. Bellman equation: V(y) = max_{0<c<y} { ln c + β V((y−c)^α) }. We derive the closed-form solution, solve the model numerically by value-function iteration (VFI) on the prescribed grid, and compare the two at y = 0.5, 1, 2.\n\n## Data and exclusions\nOnly `data/model.csv` is used (`n_input_rows` = 10 rows; SHA-256 098123…6195b). The parameters are α = 0.36, β = 0.95, a log-spaced grid of 400 points on [0.05, 5], VFI tolerance 1e‑8, and evaluation points 0.5, 1.0, 2.0. No rows were excluded (`out/exclusions.csv`). There was no departure from the prescribed design. The evaluation points are not grid nodes, so interpolation was needed; this is recorded in `data_issues`. Grid points used: `grid_points_used` = `n_analysed` = 400.\n\n## Method\n**Closed form (guess and verify).** Assumptions: log utility, Cobb–Douglas technology y' = k^α with productivity 1, full depreciation, 0<α<1, 0<β<1, and an interior solution (0<c<y). Guess V(y) = A + B ln y. The first-order condition 1/c = βBα/(y−c) gives c = y/(1+αβB). Matching the coefficient on ln y gives B = 1 + αβB, so B = 1/(1−αβ). Then:\n- **c(y) = (1 − αβ) y**, and the savings rate is (y−c)/y = **αβ** (`savings_rate_closed_form` = 0.342, the baseline quantity).\n- **A = [ln(1−αβ) + (αβ/(1−αβ)) ln(αβ)] / (1−β)**, so V(1) = A (`value_closed_y1` = −19.5244; `diag_closed_form_A`, `diag_closed_form_B` = 1.5198).\n\nThe code checks that this solution satisfies the Bellman equation exactly (residual 0) and that it is the argmax of the right-hand side (`state/checks.md`).\n\n**VFI.** The state is y on the prescribed log grid. The choice is next-period output y' taken from the same grid, which requires savings k = y'^{1/α} and gives consumption c = y − k. Infeasible choices (c ≤ 0) get utility −∞. Starting from V₀ = 0, we apply TV = max_j {u_ij + βV_j} until ‖TV − V‖_∞ < 1e‑8. The policy is then read off from the converged V. The closed form is never used inside the VFI. The VFI policy c(y) is interpolated linearly in y at the evaluation points, and V is interpolated linearly in ln y at y = 1. The method is deterministic, so no random seed is used (`random_seed` = null).\n\n**Contraction.** The Bellman operator T is monotone (V ≤ W ⇒ TV ≤ TW) and discounts (T(V + a) = TV + βa). By Blackwell's sufficient conditions it is therefore a contraction in the sup norm with modulus β (`contraction_modulus` = 0.95). On (0,∞), log utility is unbounded, so this argument needs bounded returns. Those hold on the compact grid [0.05, 5], where every state has a feasible choice and returns are bounded. The modulus implies that after stopping, ‖V_n − V*_grid‖ ≤ β·tol/(1−β) = 1.9e‑7 (`diag_vfi_error_bound_tol`).\n\n## Results\n| y | closed form | VFI | key |\n|---|---|---|---|\n| 0.5 | 0.32900 | 0.32882 | `c_closed_y05`, `c_num_y05` |\n| 1.0 | 0.65800 | 0.65898 | `c_closed_y1`, `c_num_y1` |\n| 2.0 | 1.31600 | 1.30959 | `c_closed_y2`, `c_num_y2` |\n\n- The maximum absolute policy error over the three points is 0.00641 (`max_abs_error_policy`), reached at y = 2 (relative error −0.49%). At y = 0.5 and y = 1 the relative errors are −0.06% and +0.15%.\n- Value at y = 1: VFI −19.52476 (`value_num_y1`) against closed form −19.52441 (`value_closed_y1`), a gap of about 3.4e‑4.\n- VFI converged after 361 iterations (`n_iterations`), with a final sup-norm change of 9.997e‑9 (`final_sup_change`).\n- On the full grid, the maximum errors are 0.0251 for the policy (`diag_max_abs_policy_error_grid`) and 4.8e‑4 for the value function (`diag_max_abs_value_error_grid`).\n- The optimal choice indices lie in [133, 276] (`diag_policy_index_range`), so the grid bounds never bind (`diag_policy_hits_grid_boundary` = false).\n\n## Uncertainty\nThere is no statistical uncertainty: this is a deterministic computation on theoretical parameters. The numerical error has two parts:\n1. **Iteration error.** At most 1.9e‑7 utils (`diag_vfi_error_bound_tol`), which is negligible.\n2. **Discretisation error (dominant).** It comes from restricting y' to the grid. The log step is h = 0.01154 (`diag_log_grid_step`), so the implied savings k = y'^{1/α} can be off by up to about h/(2α) ≈ 1.6% in relative terms. This error grows with y in absolute terms (k is proportional to y), which is why the largest error is at y = 2. Interpolating between grid nodes adds a further small error.\n\nThe discretisation error shrinks as the grid gets finer (smaller h). It also depends on α, through the 1/α amplification from y' to k. It does not depend on the tolerance.\n\n## Limitations and open issues\n- The numerical check covers only one parameter point (α = 0.36, β = 0.95) and one grid (400 log-spaced points on [0.05, 5]). It does not show that the VFI is accurate for other parameters, grids, or states outside [0.05, 5].\n- The VFI uses a discrete choice on the state grid. A continuous-choice VFI (interpolating V off the grid) would give smaller policy errors. It was not run because the task prescribes the grid.\n- The contraction argument with modulus β relies on bounded returns on the compact grid. The unbounded log utility on (0,∞) needs a weighted-norm argument, which we did not develop.\n- `feasibility` = \"complete\"; no required value is null.\nEOF\ncat > claims.json <<'EOF'\n[\n{\"id\":\"C1\",\"text\":\"The closed-form policy is c(y)=(1-alpha*beta)y, giving c=0.329, 0.658, 1.316 at y=0.5,1,2 and savings rate alpha*beta=0.342.\",\"results_keys\":[\"c_closed_y05\",\"c_closed_y1\",\"c_closed_y2\",\"savings_rate_closed_form\"],\"status\":\"supported\",\"caveat\":\"Requires log utility, Cobb-Douglas, full depreciation, interior solution; verified by zero Bellman residual.\"},\n{\"id\":\"C2\",\"text\":\"VFI on the prescribed 400-point log grid reproduces the closed-form policy at the evaluation points with max absolute error 0.0064 (at y=2).\",\"results_keys\":[\"c_num_y05\",\"c_num_y1\",\"c_num_y2\",\"max_abs_error_policy\",\"grid_points_used\"],\"status\":\"supported\",\"caveat\":\"Discrete-choice discretisation error; single grid and parameter point.\"},\n{\"id\":\"C3\",\"text\":\"VFI value at y=1 (-19.52476) matches closed-form V(1) (-19.52441) to about 3.4e-4.\",\"results_keys\":[\"value_num_y1\",\"value_closed_y1\",\"diag_closed_form_A\"],\"status\":\"supported\",\"caveat\":\"Gap is discretisation error, far above the iteration error bound.\"},\n{\"id\":\"C4\",\"text\":\"The Bellman operator is a sup-norm contraction with modulus beta=0.95; VFI met the 1e-8 stopping rule after 361 iterations.\",\"results_keys\":[\"contraction_modulus\",\"n_iterations\",\"final_sup_change\",\"diag_vfi_error_bound_tol\"],\"status\":\"supported\",\"caveat\":\"Blackwell argument applies to bounded returns on the compact grid, not to unbounded log utility on (0,inf).\"},\n{\"id\":\"C5\",\"text\":\"The grid bounds do not truncate the optimal policy and the numerical error is dominated by grid discretisation, not iteration.\",\"results_keys\":[\"diag_policy_hits_grid_boundary\",\"diag_policy_index_range\",\"diag_max_abs_value_error_grid\",\"diag_vfi_error_bound_tol\",\"diag_log_grid_step\"],\"status\":\"supported\",\"caveat\":\"Grid-refinement study not performed.\"}\n]\nEOF\n~/wp29/venv/bin/python -c \"\nimport json;r=json.load(open('results.json'));c=json.load(open('claims.json'))\nprint(all(k in r for x in c for k in x['results_keys']))\"","description":"Write report and claims, validate 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solved the model both ways. Value-function iteration (VFI) on the prescribed grid matches the closed-form solution to within 0.0064 units of output at the three evaluation points. A clean re-run of the script reproduced `out/results.json` exactly, and all the consistency checks I ran passed.\n\n**Closed form.** I derived it by guess-and-verify, assuming log utility, Cobb–Douglas technology, full depreciation and an interior solution:\n- **Policy:** c(y) = (1 − αβ)·y, so the savings rate is αβ = 0.342.\n- **Value function:** V(y) = A + B·ln y, with B = 1/(1 − αβ) and A = [ln(1 − αβ) + (αβ/(1 − αβ))·ln(αβ)]/(1 − β). This gives V(1) = A = −19.52441.\n\nThe script confirms the solution satisfies the Bellman equation exactly.\n\n**Numerical solution (α = 0.36, β = 0.95, 400 log-spaced points on [0.05, 5]).** Next period's output is chosen from the same grid, and the closed form is not used anywhere in the VFI.\n\n| y | closed form | VFI |\n|---|---|---|\n| 0.5 | 0.329 | 0.32882 |\n| 1.0 | 0.658 | 0.65898 |\n| 2.0 | 1.316 | 1.30959 |\n\n- **Policy error:** the largest gap is 0.0064, at y = 2 (−0.49%).\n- **Value at y = 1:** VFI gives −19.52476, about 3.4e-4 below the closed form.\n- **Convergence:** the stopping rule (change below 1e-8) was met after 361 iterations.\n- **Grid bounds:** the optimal choices stay well inside the grid, so the bounds never cut off the solution.\n- **Contraction modulus:** β = 0.95, from Blackwell's conditions applied on the bounded grid.\n\nAlmost all of the remaining error comes from restricting next period's output to grid points, not from stopping the iteration early. The iteration error is at most 1.9e-7.\n\n**Limitations:**\n- The check covers one parameter point and one grid, and I did not run a grid-refinement study.\n- The contraction argument relies on returns being bounded on the compact grid. Log utility is unbounded in general, which would need a different argument that I did not develop.\n- The evaluation points are not grid nodes, so the VFI results there are interpolated. 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