Build a literature review map
Organize supplied papers into themes, methods, findings, and research gaps.
Verify that paper claims match analysis outputs before submission.
--- name: quality-gate description: Verify that paper claims match analysis outputs before submission. --- # Quality Gate: Paper ↔ Analysis Consistency Cross-check every numerical claim in the paper against analysis output files. Reports only — never edits. **Input:** `$ARGUMENTS` — path to the paper draft, or leave blank to auto-detect. --- ## Step 1: Locate the Paper Draft If `$ARGUMENTS` is provided, use that path. Otherwise glob for: - `manuscripts/**/*.tex` - `manuscripts/**/*.qmd` - `manuscripts/**/*.md` If multiple drafts are found, use `request_user_input` in Plan mode for a single-choice prompt when there are 2-3 clear candidates; otherwise ask conversationally. For the question UI: - header: "Paper" - question: "Multiple drafts found. Which manuscript should I check?" - options: list up to 3 found files (label: filename, description: path and file size). If more than 3, ask conversationally instead. --- ## Step 2: Extract Numerical Claims Read the full manuscript and extract every quantitative claim: - **Coefficients and standard errors** — e.g., "The effect is 0.23 (SE = 0.04)" - **Sample sizes** — e.g., "N = 4,521 observations" - **Percentages and proportions** — e.g., "42% of firms..." - **Means, medians, ranges** — e.g., "average income of $45,000" - **Table and figure references** — e.g., "Table 2 shows...", "as seen in Figure 1" - **p-values and significance statements** — e.g., "statistically significant at the 1% level" Record location (section, paragraph, line number if available) for each claim. --- ## Step 3: Inventory Output Files Glob for all output files: - `output/tables/**/*.tex` — regression and summary tables - `output/tables/**/*.html` — HTML versions - `output/figures/**/*.pdf`, `output/figures/**/*.png` — figures - `output/**/*.rds`, `output/**/*.pkl`, `output/**/*.parquet`, `output/**/*.csv` — saved objects Build an inventory with file paths and sizes. --- ## Step 4: Spawn Verifier Subagent Read `agents/verifier.md` before spawning the verifier subagent. Use it as the base verification protocol. Spawn a `default` subagent to perform the heavy verification work. Pass it: - The full list of numerical claims extracted in Step 2 (with locations) - The output file inventory from Step 3 - The paper draft path - The bibliography file path ``` Subagent prompt: "You are the verifier agent. Paper draft: [path]. Bibliography: [bib path]. CLAIMS TO VERIFY: [paste the full claims list from Step 2] OUTPUT FILE INVENTORY: [paste the inventory from Step 3] Verify each claim against the output files. Then do a reverse check — find output files NOT referenced in the paper. Then check all citation keys against the bibliography. Follow the verifier agent instructions and return your full verification report." ``` After the verifier completes, collect its results: - Claim verification table (MATCHED / UNVERIFIED / MISSING FILE per claim) - Unreferenced output files list - Missing citation keys --- ## Step 5: Save Report Save to `quality_reports/quality_gate_[YYYY-MM-DD]_[paper-name].md`: ```markdown # Quality Gate Report: [Paper Name] **Date:** [YYYY-MM-DD] **Paper:** [file path] ## Verdict: PASS / CONDITIONAL PASS / FAIL PASS = all claims matched, no missing citations, no unexplained unreferenced outputs CONDITIONAL PASS = minor unverified claims or informational unreferenced outputs FAIL = unverified critical claims or missing citations --- ## Claim Verification | Claim | Location | Found in Output? | Source File | Status | |-------|----------|-----------------|-------------|--------| | β = 0.23 (SE = 0.04) | Section 4, para 2 | Yes | output/tables/main_regs.tex | MATCHED | | N = 4,521 | Table 2 note | Yes | output/tables/main_regs.tex | MATCHED | | 42% of firms | Intro, para 1 | No | — | UNVERIFIED | --- ## Unreferenced Outputs Files in output/ not referenced in the paper: | File | Size | Recommended Action | |------|------|-------------------| | output/tables/robustness_het.tex | 4.2 KB | Reference in Section 7 or explain exclusion | --- ## Missing Citations | Key | Used At | Status | |-----|---------|--------| | SmithJones2021 | Section 3, para 1 | NOT IN BIBLIOGRAPHY — CRITICAL | --- ## Summary - Claims verified: N / M total - Claims unverified: K (see table above) - Unreferenced outputs: J - Missing citations: L ## Recommended Actions (Priority Order) 1. [BLOCKING] ... 2. [RECOMMENDED] ... ``` --- ## Key Rules - **Report only — never edit.** All fixes are the user's responsibility after reviewing the report. - **Tolerance:** For inline numbers, a claim is MATCHED if the value appears in any output file within reasonable display rounding (±0.005 for 2-decimal numbers). - **False positives are OK.** Flag uncertainties as UNVERIFIED rather than guessing MATCHED. - **Missing files are always BLOCKING** — a figure reference pointing to a non-existent file is a FAIL.--- name: quality-gate description: Verify that paper claims match analysis outputs before submission. --- # Quality Gate: Paper ↔ Analysis Consistency Cross-check every numerical claim in the paper against analysis output files. Reports only — never edits. **Input:** `$ARGUMENTS` — path to the paper draft, or leave blank to auto-detect. --- ## Step 1: Locate the Paper Draft If `$ARGUMENTS` is provided, use that path. Otherwise glob for: - `manuscripts/**/*.tex` - `manuscripts/**/*.qmd` - `manuscripts/**/*.md` If multiple drafts are found, use `request_user_input` in Plan mode for a single-choice prompt when there are 2-3 clear candidates; otherwise ask conversationally. For the question UI: - header: "Paper" - question: "Multiple drafts found. Which manuscript should I check?" - options: list up to 3 found files (label: filename, description: path and file size). If more than 3, ask conversationally instead. --- ## Step 2: Extract Numerical Claims Read the full manuscript and extract every quantitative claim: - **Coefficients and standard errors** — e.g., "The effect is 0.23 (SE = 0.04)" - **Sample sizes** — e.g., "N = 4,521 observations" - **Percentages and proportions** — e.g., "42% of firms..." - **Means, medians, ranges** — e.g., "average income of $45,000" - **Table and figure references** — e.g., "Table 2 shows...", "as seen in Figure 1" - **p-values and significance statements** — e.g., "statistically significant at the 1% level" Record location (section, paragraph, line number if available) for each claim. --- ## Step 3: Inventory Output Files Glob for all output files: - `output/tables/**/*.tex` — regression and summary tables - `output/tables/**/*.html` — HTML versions - `output/figures/**/*.pdf`, `output/figures/**/*.png` — figures - `output/**/*.rds`, `output/**/*.pkl`, `output/**/*.parquet`, `output/**/*.csv` — saved objects Build an inventory with file paths and sizes. --- ## Step 4: Spawn Verifier Subagent Read `agents/verifier.md` before spawning the verifier subagent. Use it as the base verification protocol. Spawn a `default` subagent to perform the heavy verification work. Pass it: - The full list of numerical claims extracted in Step 2 (with locations) - The output file inventory from Step 3 - The paper draft path - The bibliography file path ``` Subagent prompt: "You are the verifier agent. Paper draft: [path]. Bibliography: [bib path]. CLAIMS TO VERIFY: [paste the full claims list from Step 2] OUTPUT FILE INVENTORY: [paste the inventory from Step 3] Verify each claim against the output files. Then do a reverse check — find output files NOT referenced in the paper. Then check all citation keys against the bibliography. Follow the verifier agent instructions and return your full verification report." ``` After the verifier completes, collect its results: - Claim verification table (MATCHED / UNVERIFIED / MISSING FILE per claim) - Unreferenced output files list - Missing citation keys --- ## Step 5: Save Report Save to `quality_reports/quality_gate_[YYYY-MM-DD]_[paper-name].md`: ```markdown # Quality Gate Report: [Paper Name] **Date:** [YYYY-MM-DD] **Paper:** [file path] ## Verdict: PASS / CONDITIONAL PASS / FAIL PASS = all claims matched, no missing citations, no unexplained unreferenced outputs CONDITIONAL PASS = minor unverified claims or informational unreferenced outputs FAIL = unverified critical claims or missing citations --- ## Claim Verification | Claim | Location | Found in Output? | Source File | Status | |-------|----------|-----------------|-------------|--------| | β = 0.23 (SE = 0.04) | Section 4, para 2 | Yes | output/tables/main_regs.tex | MATCHED | | N = 4,521 | Table 2 note | Yes | output/tables/main_regs.tex | MATCHED | | 42% of firms | Intro, para 1 | No | — | UNVERIFIED | --- ## Unreferenced Outputs Files in output/ not referenced in the paper: | File | Size | Recommended Action | |------|------|-------------------| | output/tables/robustness_het.tex | 4.2 KB | Reference in Section 7 or explain exclusion | --- ## Missing Citations | Key | Used At | Status | |-----|---------|--------| | SmithJones2021 | Section 3, para 1 | NOT IN BIBLIOGRAPHY — CRITICAL | --- ## Summary - Claims verified: N / M total - Claims unverified: K (see table above) - Unreferenced outputs: J - Missing citations: L ## Recommended Actions (Priority Order) 1. [BLOCKING] ... 2. [RECOMMENDED] ... ``` --- ## Key Rules - **Report only — never edit.** All fixes are the user's responsibility after reviewing the report. - **Tolerance:** For inline numbers, a claim is MATCHED if the value appears in any output file within reasonable display rounding (±0.005 for 2-decimal numbers). - **False positives are OK.** Flag uncertainties as UNVERIFIED rather than guessing MATCHED. - **Missing files are always BLOCKING** — a figure reference pointing to a non-existent file is a FAIL.
Imported from the listed AgentSkill.sh category. Complete supplied package files and notices are retained. Required external tools and credentials are not installed. No bundled code was executed during import. Individual agent task behavior has not been tested.