note-accuracy

name	note-accuracy
description	Evaluate accuracy of unstructured clinical notes and radiology reports in a QUIQ-format table using Claude CLI. Detects diagnostic, procedural, drug, demographic, and date errors in clinical notes; identifies critical errors in radiology impressions. No API key required. Use for LYDUS data quality assessment of note_clinical and note_rad variables.
tier	community
category	lydus
parameters	{"quiq_path":{"description":"Path to QUIQ-format CSV file (output of quiq skill). Must contain rows where Mapping_info_1 is 'note_clinical' or 'note_rad'.","type":"string"},"save_path":{"description":"Directory path to save output files.","type":"string"}}

Note Accuracy

Evaluates the accuracy of unstructured clinical notes and radiology reports by sending each note to Claude CLI for error detection. Covers clinical notes (note_clinical) and radiology reports (note_rad).

When to Use This Skill

• After QUIQ conversion, to assess quality of free-text clinical documentation
• To detect clinically significant errors in admission/discharge notes, surgery notes, radiology impressions, etc.
• As part of LYDUS quality management assessment

SQL Support

Not applicable. Requires Claude CLI for note review.

Filtering Logic

Type	Mapping_info_1	Description
Clinical note	note_clinical	Admission, discharge, surgery, emergency notes
Radiology report	note_rad	CT, X-ray, echocardiography impression sections

Mapping_info_2 Code Reference

Code	Note Type
ACT	CT abdomen
BCT	CT brain
CCT	CT chest
SCT	CT spine
CXR	X-ray chest
AXR	X-ray abdomen
SXR	X-ray spine
ECH	Echocardiography
ADM	Admission note
DIS	Discharge summary
SUR	Surgery note
EME	Emergency note

Evaluation Logic

Clinical Notes (note_clinical)

LLM checks 6 error categories per note:

1. Spelling or grammatical error
2. Diagnostic Information Error (counted)
3. Drug Information Error
4. Procedure Information Error (counted)
5. Demographic Information Error
6. Date Information Error

Score = (# of "No" responses among Diagnostic + Procedure) / 2 × 100

• 100% = both categories error-free
• 50% = one of two has an error
• 0% = both have errors

Radiology Reports (note_rad)

LLM identifies one critical error in the Impression section.

Score = 100 if no error, 0 if error found.

Overall Note Accuracy

Unweighted mean across all notes (clinical + radiology combined).

Output

File	Description
note_accuracy_total.txt	Overall Note Accuracy (%)
note_accuracy_summary.csv	Per-(Mapping_info_1, Mapping_info_2) accuracy summary
note_accuracy_total_detail.csv	Per-note: LLM response + accuracy score
note_accuracy_plot.png	Box plot of accuracy by note category

How to Run

import pandas as pd
from scripts.note_accuracy import get_note_accuracy

quiq = pd.read_csv("/path/to/quiq.csv")

df_clinical, df_radiology, result_df, summary_df = get_note_accuracy(
    quiq=quiq
)

mean_accuracy = round(result_df['Accuracy_results'].mean(), 2)
print(f"Note Accuracy (%) = {mean_accuracy}")

As a script with config

# config.yaml
quiq_path: /path/to/quiq.csv
save_path: /path/to/output

python scripts/note_accuracy.py --config config.yaml

Critical Notes

1. Subprocess with timeout — each Claude CLI call runs via subprocess.run with 60-second timeout. Failed rows return an empty result.

2. Clinical score logic — only Diagnostic + Procedure categories count toward the clinical note score (not spelling, drug, demographic, date). This matches the original LYDUS specification.

3. Radiology score parsing — the LLM response is parsed as a Python dict using ast.literal_eval. Responses that cannot be parsed return None (excluded from average).

4. 원본 코드 개선 사항:

   • api_call(results=[]) 가변 기본인자 제거 → _call_api_threaded 함수로 리팩터링
   • _run_clinical과 _run_radiology에 중복된 api_call/process_rows 내부 함수 → _process_notes 공통 함수로 통합
   • get_unstructured_accuracy → get_note_accuracy 로 명칭 변경 (스킬 이름과 일관성)

5. Dependencies — pandas, seaborn, matplotlib, tqdm (LLM: Claude CLI via subprocess)

References

• LYDUS 품질관리 프로그램 활용 가이드라인 (비공개 내부 문서)
• Original Python implementation: LYDUS_Note_Accuracy.py (이성민 작성)