#!/usr/bin/env python3 """ 学术论文库查询工具 Academic Papers Query Tool Usage: python query_papers.py --list-all python query_papers.py --topic "K音" python query_papers.py --civilization "贵霜" python query_papers.py --keyword "Jade" python query_papers.py --phonetic "M" """ import json import argparse from pathlib import Path from typing import List, Dict, Any class PaperQuery: def __init__(self, metadata_path: str = "../metadata/papers-metadata.json"): """初始化查询工具""" self.metadata_path = Path(__file__).parent / metadata_path self.data = self._load_metadata() def _load_metadata(self) -> Dict[str, Any]: """加载元数据""" with open(self.metadata_path, 'r', encoding='utf-8') as f: return json.load(f) def list_all_papers(self) -> None: """列出所有论文""" print(f"\n{'='*80}") print(f"学术论文库总览 - 共 {self.data['metadata']['total_papers']} 篇") print(f"{'='*80}\n") for category, papers in self.data['categories'].items(): category_name = self._translate_category(category) print(f"\n【{category_name}】 ({len(papers)} 篇)") print("-" * 80) for i, paper in enumerate(papers, 1): print(f" {i}. {paper}") def query_by_topic(self, topic: str) -> List[str]: """按主题查询""" topic_key = self._get_topic_key(topic) if topic_key and topic_key in self.data['categories']: papers = self.data['categories'][topic_key] print(f"\n【{topic}】相关论文 ({len(papers)} 篇)：") print("-" * 80) for i, paper in enumerate(papers, 1): print(f" {i}. papers/{paper}") return papers else: print(f"\n未找到主题：{topic}") print("可用主题：K音, M音, Y/J音, S音, 贵霜, 北朝, 昆仑, 汉人, 粟特, 西方") return [] def query_by_civilization(self, civ: str) -> List[str]: """按文明系统查询""" civ_data = self.data['civilizations'].get(civ) if not civ_data: # 尝试中文匹配 civ_map = { "昆仑": "Kunlun", "北朝": "Northern Dynasty", "贵霜": "Kushan", "汉人": "Han", "粟特": "Sogdian", "西方": "Jerusalem" } civ = civ_map.get(civ, civ) civ_data = self.data['civilizations'].get(civ) if civ_data: print(f"\n【{civ}】文明系统") print(f"角色：{civ_data['role']}") print(f"论文数：{civ_data['paper_count']}") print(f"核心概念：{', '.join(civ_data['key_concepts'])}") print("-" * 80) # 在所有分类中查找相关论文 papers = self._find_papers_by_civilization(civ) for i, paper in enumerate(papers, 1): print(f" {i}. papers/{paper}") return papers else: print(f"\n未找到文明系统：{civ}") print("可用系统：Kunlun(昆仑), Northern Dynasty(北朝), Kushan(贵霜), Han(汉人), Sogdian(粟特), Jerusalem(西方)") return [] def query_by_keyword(self, keyword: str) -> List[str]: """按关键词查询""" results = [] print(f"\n搜索关键词：{keyword}") print("-" * 80) for paper in self.data.get('papers', []): if keyword.lower() in str(paper.get('keywords', [])).lower() or \ keyword.lower() in paper.get('title', '').lower() or \ keyword.lower() in paper.get('filename', '').lower(): results.append(paper) if results: print(f"找到 {len(results)} 篇相关论文：\n") for i, paper in enumerate(results, 1): print(f" {i}. {paper['filename']}") print(f" 标题：{paper['title']}") print(f" 关键词：{', '.join(paper['keywords'][:5])}") print() else: print(f"未找到包含关键词 '{keyword}' 的论文") return [p['filename'] for p in results] def query_by_phonetic(self, phonetic: str) -> List[str]: """按音韵系统查询""" phonetic = phonetic.upper() phonetic_data = self.data['phonetic_systems'].get(phonetic) or \ self.data['phonetic_systems'].get(f"{phonetic}_J") if phonetic_data: print(f"\n【{phonetic}音】系统") print(f"几何形态：{phonetic_data['geometry']}") print(f"本质：{phonetic_data['nature']}") print(f"核心概念：{', '.join(phonetic_data['concepts'][:8])}") print(f"论文数：{phonetic_data['paper_count']}") print("-" * 80) # 查找相关论文 category_key = f"{phonetic.lower()}_sound" if phonetic in ["Y", "J"]: category_key = "yj_sound" papers = self.data['categories'].get(category_key, []) for i, paper in enumerate(papers, 1): print(f" {i}. papers/{paper}") return papers else: print(f"\n未找到音韵系统：{phonetic}") print("可用系统：K, M, Y/J, S, Z") return [] def show_core_concepts(self) -> None: """显示核心概念""" print(f"\n{'='*80}") print("核心理论框架") print(f"{'='*80}\n") for concept, data in self.data['core_concepts'].items(): print(f"【{concept}】{data['english']}") print(f" 描述：{data['description']}") print(f" 核心论文：") for paper in data['papers']: print(f" - papers/{paper}") print() def show_reading_path(self, path_type: str = "beginner") -> None: """显示推荐阅读路径""" paths = self.data['reading_paths'] if path_type == "beginner": print(f"\n{'='*80}") print("推荐阅读路径 - 入门") print(f"{'='*80}\n") for i, paper in enumerate(paths['beginner'], 1): print(f" {i}. papers/{paper}") elif path_type == "phonetic": print(f"\n{'='*80}") print("推荐阅读路径 - 按音韵系统") print(f"{'='*80}\n") for phonetic, paper in paths['by_phonetics'].items(): print(f" {phonetic}音：papers/{paper}") else: print(f"\n可用路径：beginner, phonetic") def _translate_category(self, category: str) -> str: """翻译分类名称""" translations = { "core_theory": "核心理论框架", "k_sound": "K音系统研究", "m_sound": "M音系统研究", "yj_sound": "Y/J音系统研究", "s_sound": "S音系统研究", "jerusalem_western": "J/Jerusalem系统研究", "kushan_central_asia": "贵霜/中亚研究", "northern_dynasty": "北朝/辽金元研究", "literature_culture": "文学/文化分析" } return translations.get(category, category) def _get_topic_key(self, topic: str) -> str: """获取主题键""" topic_map = { "K音": "k_sound", "M音": "m_sound", "Y音": "yj_sound", "J音": "yj_sound", "S音": "s_sound", "核心理论": "core_theory", "贵霜": "kushan_central_asia", "中亚": "kushan_central_asia", "北朝": "northern_dynasty", "辽金元": "northern_dynasty", "昆仑": "core_theory", "文学": "literature_culture" } return topic_map.get(topic) def _find_papers_by_civilization(self, civ: str) -> List[str]: """根据文明系统查找论文""" # 这里简化处理，实际应该根据更详细的映射 civ_category_map = { "Kunlun": "core_theory", "Northern Dynasty": "northern_dynasty", "Kushan": "kushan_central_asia", "Jerusalem": "jerusalem_western" } category = civ_category_map.get(civ) if category: return self.data['categories'].get(category, []) return [] def main(): parser = argparse.ArgumentParser(description="学术论文库查询工具") parser.add_argument("--list-all", action="store_true", help="列出所有论文") parser.add_argument("--topic", type=str, help="按主题查询") parser.add_argument("--civilization", type=str, help="按文明系统查询") parser.add_argument("--keyword", type=str, help="按关键词查询") parser.add_argument("--phonetic", type=str, help="按音韵系统查询 (K/M/Y/J/S/Z)") parser.add_argument("--concepts", action="store_true", help="显示核心概念") parser.add_argument("--path", type=str, choices=["beginner", "phonetic"], help="显示推荐阅读路径") args = parser.parse_args() query = PaperQuery() if args.list_all: query.list_all_papers() elif args.topic: query.query_by_topic(args.topic) elif args.civilization: query.query_by_civilization(args.civilization) elif args.keyword: query.query_by_keyword(args.keyword) elif args.phonetic: query.query_by_phonetic(args.phonetic) elif args.concepts: query.show_core_concepts() elif args.path: query.show_reading_path(args.path) else: parser.print_help() if __name__ == "__main__": main()