Add MyST assembly for HANKSOME — Siying Li - #54
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The original images (Figure 3 channel decomposition, Figure 6 monetary policy) were stripped and replaced with text placeholders. This restores the base64-encoded cell attachments from the initial commit. Co-authored-by: Cursor <cursoragent@cursor.com>
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…prove-OpenHA-siyingli
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- Add portfolio composition / exchange rate revaluation subsection (Sec 1) - Add g(l) separability argument (Sec 2) - Add normalization discussion and Gamma=1 note (Sec 3) - Add explicit mapping from shocks-only stage to SolvingMicroDSOPs portable - Add FOC/EGM derivation with P_t factor for cons-noshocks stage - Add exchange rate note in between-period connector - Expand alternative decompositions with EGM trade-off rationale (Sec 4.3) - Add normalization and EGM section (Sec 4.4) - Add 7-step implementation roadmap (Sec 4.5) Made-with: Cursor
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Revised HANKSOME notebook: AI critique + class feedbackUpdated ChangesSection 1 — The paper and its model
Section 2 — Why multiple stages?
Section 3 — Stage decomposition
Section 4 — Comparison with the monolithic formulation
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- Add self.bib with de Ferra et al. (2020) BibTeX entry (DOI: 10.1016/j.jinteco.2020.103303) - Add references.bib with Carroll SolvingMicroDSOPs entry - Add myst.yml with bibliography configuration - Convert all plain-text references to DOI links (de Ferra et al.) and hyperlinks (SolvingMicroDSOPs) for MyST citation resolution Made-with: Cursor
Author
MyST-compatible citations and bibliographyAdded proper references and MyST bibliography setup for the HANKSOME entry. New files
Notebook citation changes
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This reverts commit 5a68405.
- Copy self.bib and references.bib from de-Ferra2019-co - Add myst.yml pointing to bib files and bellman-stages notebook - Use @de-Ferra2019-co pandoc citation syntax throughout notebook - Link all SolvingMicroDSOPs mentions to llorracc.github.io Made-with: Cursor
Author
MyST bibliography: using existing de-Ferra2019-co bib filesCopied Citation approach
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Store session name and Cursor rule so every matsya call uses --session topics2026-siying99-ballpark automatically. Made-with: Cursor
Focused markdown extracting the household optimization problem (states, controls, shocks, utility, constraints) from Shin_ARSS.md for use with Matsya stage decomposition (assignment #130). Made-with: Cursor
Update bellman-excerpt.md with AR(1) productivity process. Add dolo-plus-draft.yaml based on Matsya stage decomposition (YAML generation timed out on server; drafted from Matsya's perch decomposition output and canonical patterns). Made-with: Cursor
Matsya-assisted improvement using SolvingMicroDSOPs Sections 12-13 as template: adds stage composition diagram, perch table, EGM compatibility notes, and identity wiring description (assignment #130, step 3.4). Made-with: Cursor
…tation Remove LaTeX spacing hacks, use u(c_t)-v(N_t) with explicit formulas for CRRA utility, labor disutility, CES basket, and demand system. Add missing parameters (eta, alpha, varphi, psi) to table. Made-with: Cursor
Use \mid instead of | inside table cells for conditional expectations. Made-with: Cursor
Replace circle indicator with tilde (~) for the decision perch to match SolvingMicroDSOPs Sections 12-13 convention. Made-with: Cursor
- Update stage diagram arrows to use tilde notation
- Replace E_{e'|e} with explicit summation in tables for GitHub rendering
- Use \lbrace/\rbrace instead of \{ \} for GitHub compatibility
- Remove unnecessary braces from subscripts
- Add explanations of B (cntn-to-dcsn) and I (dcsn-to-arvl) abbreviations
Made-with: Cursor
Replace single-stage decomposition with disc / shocks-only / cons-noshocks pattern matching SolvingMicroDSOPs Sections 4 and 9.2, consistent with the de Ferra bellman-stages assignment. Add perch tables for each stage, three-stage period pipeline, and within/between-period connectors. Made-with: Cursor
- Remove section number reference from intro paragraph
- Use Decision(s) in all perch tables
- Define a_{t+1} = psi_t explicitly, add psi-type vs m-type explanation
- Use E_prec[v_succ] notation in shocks-only table with expanded formula
- Restructure pipeline section to match de Ferra format with connectors
Made-with: Cursor
- Soften Markov/AR(1) claim to match paper (unspecified process) - Use braces on all subscripts for GitHub rendering - Move FOC to display math so formulas show correctly - Remove e' from v_succ argument in shocks-only expectation - Show E_prec formula as display math with expanded sum - Replace LaTeX pipeline with text diagram for full visibility Made-with: Cursor
- Remove claim about paper not specifying process - Move shocks-only arrival value to display math (GitHub table issue) - Replace \; with \cdot to avoid semicolon rendering on GitHub Made-with: Cursor
- Cite paper: e follows first-order Markov chain, AR(1) log income - Restore v_prec = E_prec[v_succ] in shocks-only table Made-with: Cursor
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Compare Matsya output against paper and SolvingMicroDSOPs: accepted variable identification, rejected single-stage decomposition, edited shock process and notation. Made-with: Cursor
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Matsya session identifier
topics2026-siying99-ballparkAssignment #130 — Matsya, ballpark, and Dolo Plus draft (ARSS)
docs/bellman-excerpt.md): Focused extraction of the ARSS household dynamic program (states, controls, shocks, utility, constraints)docs/bellman-excerpt-SMD-polished.md): Three-stage decomposition (disc, shocks-only, cons-noshocks) following SolvingMicroDSOPs, with perch tables, pipeline, and connectorsdocs/dolo-plus-draft.yaml): YAML skeleton based on Matsya's stage decomposition outputdocs/verification.md): Comparison of Matsya output against the paper and SolvingMicroDSOPsVerification
Matsya's initial stage decomposition treated the household problem as a single stage with arrival, decision, and continuation perches. After comparing with the SolvingMicroDSOPs modular architecture, I rejected the single-stage decomposition and rewrote it as a three-stage period (disc, shocks-only, cons-noshocks), consistent with SolvingMicroDSOPs. I accepted Matsya's identification of the effective state and control variables: since the foreign/home goods split is mechanical given relative prices and hours are set by the union, the household effectively chooses only total consumption c and savings a'. I edited the shock process description: Matsya assumed a generic Markov process, but the ballpark notebook did not specify it; by checking the paper, I confirmed that productivity shocks follow a first-order Markov chain, calibrated as an AR(1) in log income. I also edited the notation to use the SolvingMicroDSOPs perch indicators and defined psi-type vs m-type variables explicitly. The YAML draft was constructed from Matsya's perch decomposition output rather than generated directly by Matsya (YAML generation timed out repeatedly on the server).
Earlier work on this branch
Four-notebook MyST assembly for the Household heterogeneity and the transmission of foreign shocks (de Ferra, Mitman & Romei 2019) ballpark entry:
de-Ferra2019-co_intro.ipynb — paper metadata, attribution (SST)
de-Ferra2019-co_prior-literature.ipynb — prior literature with MyST citations
de-Ferra2019-co_summary.ipynb — summary notebook scaffold with # heading, cross-reference links to prior/subsequent literature, and MyST citation; summary content to be added
de-Ferra2019-co_subsequent-literature.ipynb — subsequent literature with MyST citations
self.bib, references.bib, subsequent-literature.bib
myst.yml with TOC and bibliography configuration