mirror of
https://github.com/lllin000/PaperForge.git
synced 2026-07-22 17:00:23 +00:00
3cda942f96
3 distinct bugs found and fixed:
1. TABLE in figure regex (_FIGURE_NUMBER_PATTERN)
Removed TABLE/Table from figure regex — caused table captions to be
extracted as figure numbers and roadmapped into figure inventory.
Added unit tests (table_numeric_caption_is_not_a_figure_number,
table_appendix_caption_marker_has_no_figure_number).
2. int block_id type mismatch in cross-page lookup
CrossPageSettlementPass and PrimarySamePagePass compared block_id
with === but deduped_legends use int keys while ResourceRef stores
str. Fixed by casting both to str. Table continuation lookup
missed page filter, picking wrong page's same block_id. Added
page filter + int_block_id tests.
3. Table appendix support gaps
- Table prefix regex only accepted digits/roman, not 'TABLE A1'.
Added [A-Z]\d+ token and strip-leading-alpha in parse.
- _is_validation_first_table_candidate didn't cover figure_title
raw_label blocks with table_caption_like style. Added second
gate.
- _is_weak_explicit_table_caption only checked table_caption roles.
Extended to include validation-first candidates.
- Same-page tie-break didn't apply for weak-explicit captions.
Ported _bare_table_tie_break into vnext pass.
- figure_caption_candidate not excluded from note attachment.
- Continuation merge stripped leading duplicate table marker.
M84CTEM9 vault verification: 6/6 figures matched (3 main + 3
appendix + assets), 4/4 tables (Table 1,2 + Table A1,A2 + assets),
0 false positives, 0 figure asset leakage.
236 lines
No EOL
8.3 KiB
JSON
236 lines
No EOL
8.3 KiB
JSON
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"summary": {
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"Figure 1 Measurement of inferior osteophyte (O) and inferior joint distension (JD) on coronal image from magnetic resona",
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"Figure 3 shows a flow diagram of study enrollment. Between 2009 and 2014, 126 consecutive patients presented with clinic",
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"Figure 2 Compression of supraspinatus on sagittal images from magnetic resonance imaging scans: no contact (A), adjacent",
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"Figure 3 Flowchart of study enrollment. AC, acromioclavicular.",
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"FIGURE 1: The process of the OCD regeneration in rabbits. A: the OCD were generated by electric drill in the femoral pat"
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],
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"unclassified": [
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"Source: own",
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"Source: own",
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"Source: own",
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"Source: own",
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"Source: own"
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],
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"Figure I. Diagram displaying the relationship between level of performance (response) and activity (dose) with performan",
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"Figure I. Search algorithm used to identify and screen studies to be included in the review of published literature.",
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"Figure I. PEMF modulates AMSC-derived exosomes in the incubator. PEMF = pulsed electromagnetic field; AMSC = adipose tis",
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"Figure I. Study flow diagram.",
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"Figure I. Schematic diagram of an indirect coupling system to stimulate in vitro cell cultures. (A) Configuration to app"
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],
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"Figure 1A. International Cartilage Repair Society evaluation form showing the grid map of the knee. Published with permi",
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"Figure 1B. Anatomical grading of the depth of the cartilage injury according to the International Cartilage Repair Socie",
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"Fig. 2A–D (A) The inferior bony projection that looks like the heel of a shoe is shown in this diagram. This kind of spu",
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"Fig. 3A–B (A) The acromial spur is located at the lateral end of the acromion and is congruent with the acromial undersu",
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"Fig. 4A–C (A) The acromial spur is located at the lateral end of the acromion. It is not congruent with the acromial und"
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],
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"supplementary": [
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"Figure 1a and Figure S2 (Supporting Information) show the fabrication process for the coiled PDA/CNT yarn (CPCY) that is",
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"(A) Cells in the HPCS are present across all profiled tumors. Fraction of cells that were mappable (y axis) from each tu",
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"Fig. S1. (A) Titration curve in potentiometric titration method. (B) Storage (G') and loss (G\") modulus of CS-2GNP sampl",
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"Fig. S2. (A) Macroscopic image of chitosan-stabilized gold nanoparticle (CS-GNP) solution (2% w/v GNP). (B) Transmission",
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"Figure S1. $ ^{13} $C NMR spectra (a) P-37, (b) L-37."
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],
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"appendix": [
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"Figure A1. Odds ratios with CIs for the probability of a rotator cuff tear (full model). The bars represent 90% (dark bl",
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"Figure A2. Nomogram to predict the probability of a rotator cuff tear (full model). (A) I he values of a predictor varia",
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"Figure A3. Calibration curve for the fitted full model. Small vertical lines at the top of the graph denote the frequenc"
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]
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},
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"unmatched_details": {
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{
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"paper_id": "25K5KZAQ",
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"text_preview": "NMCH",
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{
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"paper_id": "25K5KZAQ",
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"text_preview": "BMCH",
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},
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"paper_id": "25K5KZAQ",
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"text_preview": "BMCH-TSPC",
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},
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{
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"paper_id": "82W2IJIP",
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"text_preview": "Mechano-iontronic conversion in cartilage",
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"fig_number": null
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},
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{
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"paper_id": "PZ8B59K4",
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"text_preview": "ROC: receiver operating characteristic",
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"fig_number": null
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},
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{
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"paper_id": "PZ8B59K4",
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"text_preview": "ROC curve of each trained model",
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"fig_number": null
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},
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{
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"paper_id": "UBM39DTB",
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"text_preview": "subtypes. F The heat map depicted the relative abundance of DEGs in three tendinopathy subtypes. G Venn diagram of DEGs ",
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"fig_number": null
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},
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{
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"paper_id": "UBM39DTB",
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"text_preview": "tendinopathy subtypes (Hw, n = 35; Iw, n = 12; Ir, n = 16). G Representative HE images of diseased tendons from the thre",
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"paper_id": "UBM39DTB",
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"text_preview": "signal pathways with characteristic changes. The treatment recommendation is primarily directed towards specific subtype",
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"paper_id": "XGT9Z257",
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"text_preview": "specificity, PPV and NPV calculated accordingly. d, Sensitivity of four subtypes (TAAD, TBAD, IMH and PAU) of AAS detect",
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},
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"paper_id": "XGT9Z257",
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"text_preview": "of the box indicate the 25th and 75th percentiles, respectively. The whiskers extend to 1.5 times the interquartile rang",
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},
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{
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"paper_id": "XGT9Z257",
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"text_preview": "the performance of the original model and the upgraded model, respectively.\ne, Model performance metrics (AUC, accuracy,",
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},
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"paper_id": "XGT9Z257",
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"text_preview": "(n = 14,436 data samples). The error bars denote the two-sided 95% CI computed from 1,000 bootstrapping iterations. The ",
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},
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{
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"paper_id": "XGT9Z257",
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"text_preview": "The features extracted from encoder are used for abnormal and normal classification. Decoder A and T are designed for th",
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}
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]
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},
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"Scheme N": 33,
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