1{2 "verdict": "accept",3 "issues": [4 {5 "id": "R1",6 "severity": "minor",7 "location": "out/results.json harmonised.E3 / out/report.md Uncertainty",8 "issue": "E3 depends on reading the '% MW changes' value 0.047 as a proportion (4.7%). The table note says 'about 4%', so the printed figure and the note disagree somewhat. The deliverables flag this openly, but the headline value -1.82% is not shown alongside the -1.55% that would follow from the note's 4%. The report also calls eta*g a 'linear approximation', yet TASK.md defines this as the conversion convention.",9 "suggested_fix": "Optionally add the -1.55% figure (from the note's 'about 4%') as a sensitivity line in the report. Say that eta*g is the convention TASK.md prescribes, and that it is approximate only as a description of a log-linear model."10 },11 {12 "id": "R2",13 "severity": "minor",14 "location": "out/claims.json",15 "issue": "results_keys point to the whole 'harmonised' object rather than item-level keys (e.g. harmonised.E1.value). C6 and C7 have empty caveats; for C6, 'complete' depends on the E4 impossibility judgement and on the E3 unit reading.",16 "suggested_fix": "Use item-level keys and add short caveats to C6 and C7."17 },18 {19 "id": "R3",20 "severity": "minor",21 "location": "out/results.json harmonised.E2",22 "issue": "The 1.96% rests on two rounded printed inputs (1.47 pp and 75.0%), and the denominator is a raw control mean while the effect is block-adjusted. The report states both points. Only the 2-decimal precision slightly overstates exactness.",23 "suggested_fix": "None required. Optionally note that the rounding of the inputs limits precision to about ±0.01 percentage points of relative change."24 }25 ],26 "summary": "The script re-ran in a scratch copy and reproduced results.json byte-for-byte when compared as JSON. It reads every value from the extracts by parsing table rows (nothing relevant is hard-coded) and prints the source lines it uses. I checked all five inputs against the extracts. E1: -0.431 gives -35.01%, matching the printed -35.0%. E2: 1.47/75.0 gives 1.96%. E3: -0.388 x 0.047 gives -1.82%. E4: correctly declared not harmonisable, because no baseline level of the fatal rate is printed; I confirmed by reading Table 7, Section 6.1 and the abstract. E5: -0.0962 gives -9.62 pp. Counts, line counts, locators and feasibility='complete' are consistent. The data_issues I spot-checked are accurate: the abstract's 35% vs Table 7's 29.8%, SE 0.210 vs 0.218, 608 vs 640 control regions, and Tossou's 0.0855/18.79 abstract figures. Limitations are stated honestly. Only minor presentation issues remain."27}28