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电子商务网站的建设方式,百度做网站推广,微商引流人脉推广软件,聊城哪里做网站项目结构extenics-reading-system/├── main.py # 主程序入口├── pain_points.py # 痛点引入模块├── book_analyzer.py # 书籍分析模块├── reading_transformer.py # 可拓速读变换模块├── yearly_planner.py # 年度计划生成模块├── reading_tracker.py # 阅读…项目结构extenics-reading-system/├── main.py # 主程序入口├── pain_points.py # 痛点引入模块├── book_analyzer.py # 书籍分析模块├── reading_transformer.py # 可拓速读变换模块├── yearly_planner.py # 年度计划生成模块├── reading_tracker.py # 阅读追踪模块├── knowledge_cards.md # 核心知识点卡片└── README.md # 使用说明文档主程序 (main.py)可拓速读计划生成系统基于可拓创新思维设计精读泛读的阅读计划实现一年高效阅读50本书的目标作者可拓创新思维课程版本1.0import timefrom datetime import datetimefrom pain_points import display_reading_pain_pointsfrom book_analyzer import BookAnalyzerfrom reading_transformer import ReadingSpeedTransformerfrom yearly_planner import YearlyReadingPlannerfrom reading_tracker import ReadingTrackerdef display_core_logic():显示核心逻辑讲解print(\n *80)print( 核心逻辑可拓速读四步法)print(*80)print(\n 第一步物元建模 - 书籍精准分类)print( 用(书籍, 类型, 难度, 价值)描述阅读材料)print( 例《思考快与慢》(心理学, 中等, 高价值))print(\n 第二步发散树分析 - 阅读路径规划)print( 主题阅读心理学 → 认知科学 → 行为经济学 → 决策科学)print( 难度分级入门 → 进阶 → 专业 → 经典)print( 价值评估知识密度 × 应用价值 × 阅读难度)print(\n✨ 第三步可拓变换 - 速读策略创新)print( • 时间变换碎片时间 → 高效阅读时间)print( • 方法变换逐字阅读 → 结构阅读)print( • 内容变换全书通读 → 精要提取)print( • 场景变换固定阅读 → 移动阅读)print(\n⭐ 第四步优度评价 - 阅读计划优化)print( • 可行性计划可执行吗)print( • 有效性能提高阅读效率吗)print( • 成长性能实现知识积累吗)print( • 持续性能坚持一年吗)def collect_reading_goals():收集阅读目标和书籍清单print(\n *80)print( 请填写您的阅读目标和书籍清单)print(*80)reading_info {}# 基本信息print(\n 基本信息)reading_info[daily_time] int(input(每天可用于阅读的时间分钟: ))reading_info[reading_speed] int(input(您的阅读速度字/分钟默认300: ) or 300)reading_info[target_books] 50 # 一年目标50本# 学习目标print(\n 您的阅读目标是什么)print(1. 知识拓展)print(2. 技能提升)print(3. 思维升级)print(4. 职业发展)print(5. 兴趣培养)goals_input input(请选择目标可多选输入编号用逗号分隔: )goals_map {1: 知识拓展, 2: 技能提升, 3: 思维升级,4: 职业发展, 5: 兴趣培养}goals []for num in goals_input.split(,):num num.strip()if num in goals_map:goals.append(goals_map[num])reading_info[goals] goals if goals else [知识拓展]return reading_infodef get_book_list():获取书籍清单print(\n *80)print( 请输入您的书籍清单至少5本可后续添加)print(*80)books []categories [心理学, 经济学, 历史, 文学, 科学, 技术, 管理, 哲学, 传记, 其他]print(\n请按照以下格式输入书籍信息)print(书名,作者,分类,预计页数,重要性(1-5分),难度(1-5分))print(示例《思考快与慢》,丹尼尔·卡尼曼,心理学,500,5,3)while len(books) 5:book_input input(f\n请输入第{len(books)1}本书的信息输入done结束至少5本: )if book_input.lower() done:if len(books) 5:breakelse:print(f至少需要5本书当前只有{len(books)}本)continuetry:parts [part.strip() for part in book_input.split(,)]if len(parts) 6:book {title: parts[0],author: parts[1],category: parts[2] if parts[2] in categories else 其他,pages: int(parts[3]),importance: int(parts[4]),difficulty: int(parts[5])}books.append(book)print(f✅ 已添加{book[title]})else:print(❌ 输入格式不正确请按格式重新输入)except:print(❌ 输入格式不正确请按格式重新输入)return booksdef main():主函数# 显示痛点引入display_reading_pain_points()input(\n按Enter键开始制定您的年度阅读计划...)# 显示核心逻辑display_core_logic()# 收集阅读信息reading_info collect_reading_goals()books get_book_list()# 分析书籍print(\n *20)print(正在分析书籍清单...)print(*20)analyzer BookAnalyzer(books, reading_info)book_analysis analyzer.analyze_books()# 显示分析结果print(\n 书籍分析结果)print(-*40)print(f\n 总书籍数{book_analysis[total_books]}本)print(f 总页数{book_analysis[total_pages]:,}页)print(f⏱️ 预计总阅读时间{book_analysis[total_hours]:.1f}小时)print(f\n 书籍分类统计)for category, count in book_analysis[category_stats].items():print(f {category}: {count}本)# 生成可拓速读策略print(\n ✨*20)print(生成可拓速读策略...)print(✨*20)transformer ReadingSpeedTransformer(book_analysis, reading_info)transformations transformer.generate_transformations()print(\n 为您推荐的可拓速读策略)for i, trans in enumerate(transformations[:5], 1):print(f\n {i}. 【{trans[type]}】{trans[name]})print(f {trans[description]})for method in trans[methods][:2]:print(f → {method})# 生成年度阅读计划print(\n *20)print(生成年度阅读计划...)print(*20)planner YearlyReadingPlanner(book_analysis, transformations, reading_info)yearly_plan planner.generate_yearly_plan()# 显示计划概览print(\n *80)print( 您的年度阅读计划50本书目标)print(*80)# 总体统计print(f\n 总体规划)print(f 总目标{reading_info[target_books]}本书)print(f ⏱️ 每日阅读{reading_info[daily_time]}分钟)print(f 年度总阅读时间{yearly_plan[total_hours]:.0f}小时)print(f 完成可能性{yearly_plan[completion_probability]}%)# 月度计划print(f\n 月度阅读计划)for month, month_plan in yearly_plan[monthly_plans].items():if month_plan[books]:print(f\n {month_plan[name]}{month_plan[period]})print(f 阅读目标{month_plan[target_books]}本书)print(f 阅读重点{month_plan[focus]})for book in month_plan[books][:2]:print(f • {book})# 生成阅读策略print(\n ⚡*20)print(精读泛读策略)print(⚡*20)reading_strategies planner.generate_reading_strategies()print(f\n 精读书籍{reading_strategies[intensive_count]}本)for book in reading_strategies[intensive_books][:5]:print(f ✓ {book})print(f\n 泛读书籍{reading_strategies[extensive_count]}本)for book in reading_strategies[extensive_books][:5]:print(f ✓ {book})# 生成时间管理方案print(\n ⏰*20)print(时间管理方案)print(⏰*20)time_plan planner.generate_time_management_plan()for time_slot, activities in time_plan.items():if activities:print(f\n {time_slot}:)for activity in activities[:3]:print(f • {activity})# 建立阅读追踪系统print(\n *20)print(阅读追踪系统)print(*20)tracker ReadingTracker()tracking_system tracker.setup_tracking_system()print(\n 年度里程碑)for milestone, description in tracking_system[milestones].items():print(f {milestone}: {description})print(\n 阅读记录表)for record_type, methods in tracking_system[records].items():if methods:print(f {record_type}: {, .join(methods[:2])})# 显示总结display_summary()# 保存计划save_option input(\n是否保存您的阅读计划(y/n): )if save_option.lower() y:save_plan(reading_info, books, yearly_plan, reading_strategies)print(\n *30)print(计划生成完成立即开始阅读之旅)print(一年后您将读完50本书)print(*30)def display_summary():显示总结print(\n *80)print( 成功关键要素)print(*80)print(\n 核心原则)principles [1. 系统规划有计划地阅读而不是随意阅读,2. 精泛结合重要书籍精读一般书籍泛读,3. 时间管理利用碎片时间形成阅读习惯,4. 主动阅读带着问题读边读边思考,5. 输出倒逼通过输出来巩固学习成果]for principle in principles:print(f {principle})print(\n⚡ 立即行动)actions [明天就开始第一本书的阅读,设置每日阅读提醒,准备阅读工具笔记本、荧光笔等,找到阅读伙伴互相监督,记录每天的阅读进度]for action in actions:print(f ✓ {action})print(\n 温馨提示)tips [• 阅读质量比数量更重要,• 遇到难懂的书可以先放一放,• 适当休息保护眼睛,• 定期调整计划保持灵活性,• 享受阅读的过程而不仅仅是结果]for tip in tips:print(f {tip})def save_plan(reading_info, books, yearly_plan, reading_strategies):保存计划到文件filename f年度阅读计划_{datetime.now().strftime(%Y%m%d_%H%M)}.mdwith open(filename, w, encodingutf-8) as f:f.write(# 年度阅读计划50本书目标\n\n)f.write(f 生成时间{datetime.now().strftime(%Y年%m月%d日 %H:%M)}\n\n)f.write(## 基本信息\n)f.write(f- 每日阅读时间{reading_info[daily_time]}分钟\n)f.write(f- 阅读速度{reading_info[reading_speed]}字/分钟\n)f.write(f- 年度目标{reading_info[target_books]}本书\n)f.write(f- 阅读目标{, .join(reading_info[goals])}\n\n)f.write(## 书籍清单\n)f.write(| 书名 | 作者 | 分类 | 页数 | 重要性 | 难度 |\n)f.write(|------|------|------|------|--------|------|\n)for book in books:f.write(f| {book[title]} | {book[author]} | {book[category]} | {book[pages]} | {book[importance]} | {book[difficulty]} |\n)f.write(\n)f.write(## 年度计划概览\n)f.write(f- 总目标{reading_info[target_books]}本书\n)f.write(f- 年度总阅读时间{yearly_plan[total_hours]:.0f}小时\n)f.write(f- 完成可能性{yearly_plan[completion_probability]}%\n\n)f.write(## 月度阅读计划\n)for month, month_plan in yearly_plan[monthly_plans].items():if month_plan[books]:f.write(f\n### {month_plan[name]}{month_plan[period]}\n)f.write(f- 阅读目标{month_plan[target_books]}本书\n)f.write(f- 阅读重点{month_plan[focus]}\n)f.write(- 阅读书目\n)for book in month_plan[books]:f.write(f - {book}\n)f.write(\n## 精读泛读策略\n)f.write(f### 精读书籍{reading_strategies[intensive_count]}本\n)for book in reading_strategies[intensive_books]:f.write(f- ✓ {book}\n)f.write(f\n### 泛读书籍{reading_strategies[extensive_count]}本\n)for book in reading_strategies[extensive_books]:f.write(f- ✓ {book}\n)f.write(\n## 成功建议\n)f.write(1. 每天坚持阅读哪怕只有15分钟\n)f.write(2. 每周回顾阅读进度调整计划\n)f.write(3. 每月总结记录读书心得\n)f.write(4. 寻找阅读伙伴互相激励\n)f.write(5. 享受阅读长期坚持\n)print(f✅ 计划已保存到{filename})if __name__ __main__:main()痛点引入模块 (pain_points.py)痛点引入模块直击阅读痛点def display_reading_pain_points():显示阅读痛点print(*80)print( 读书人你是不是也遇到了这些问题)print(*80)print(\n 痛点一买书如山倒读书如抽丝)print( • 书架上堆满了没拆封的书)print( • 每次打折都忍不住买买买)print( • 但真正读完的寥寥无几)print(\n 痛点二没有时间阅读)print( • 工作太忙没时间看书)print( • 碎片时间都被手机占用)print( • 想读书但总是被各种事情打断)print(\n 痛点三读了就忘)print( • 很认真地读完一本书)print( • 但过几天就忘得差不多了)print( • 感觉读了很多但什么都没留下)print(\n 痛点四阅读没有体系)print( • 东读一本西读一本)print( • 知识不成体系难以积累)print( • 读完没有实际收获)print(\n 痛点五阅读效率低)print( • 逐字逐句读速度太慢)print( • 不会区分精读和泛读)print( • 找不到重点浪费时间)print(\n 痛点六难以坚持)print( • 年初立下flag要读50本书)print( • 过了三个月就放弃了)print( • 缺乏监督和激励机制)print(\n *80)print( 解决方案可拓速读系统)print( • 科学制定年度阅读计划)print( • 精读泛读结合高效阅读)print( • 可拓速读法3倍提升阅读效率)print( • 完整的追踪系统确保一年读完50本)print(*80)书籍分析模块 (book_analyzer.py)书籍分析模块分析书籍清单制定阅读策略class BookAnalyzer:书籍分析器def __init__(self, books, reading_info):self.books booksself.reading_info reading_infoself.analysis_result {}def analyze_books(self):分析书籍清单if not self.books:return {}# 基础统计total_pages sum(book[pages] for book in self.books)total_books len(self.books)# 分类统计categories {}for book in self.books:category book[category]categories[category] categories.get(category, 0) 1# 难度分析difficulty_stats {easy: 0, # 难度1-2medium: 0, # 难度3hard: 0 # 难度4-5}for book in self.books:if book[difficulty] 2:difficulty_stats[easy] 1elif book[difficulty] 3:difficulty_stats[medium] 1else:difficulty_stats[hard] 1# 重要性分析important_books [book for book in self.books if book[importance] 4]normal_books [book for book in self.books if book[importance] 3]less_important_books [book for book in self.books if book[importance] 2]# 计算阅读时间# 假设平均每页500字每分钟阅读300字words_per_page 500reading_speed self.reading_info.get(reading_speed, 300)minutes_per_page words_per_page / reading_speedtotal_minutes total_pages * minutes_per_pagetotal_hours total_minutes / 60# 分析结果self.analysis_result {total_books: total_books,total_pages: total_pages,total_hours: total_hours,category_stats: categories,difficulty_stats: difficulty_stats,importance_stats: {important: len(important_books),normal: len(normal_books),less_important: len(less_important_books)},books_by_category: self._group_books_by_category(),books_by_difficulty: {easy: [book for book in self.books if book[difficulty] 2],medium: [book for book in self.books if book[difficulty] 3],hard: [book for book in self.books if book[difficulty] 4]},books_by_importance: {important: important_books,normal: normal_books,less_important: less_important_books}}return self.analysis_resultdef _group_books_by_category(self):按分类分组书籍books_by_category {}for book in self.books:category book[category]if category not in books_by_category:books_by_category[category] []books_by_category[category].append(book)return books_by_categorydef recommend_reading_order(self):推荐阅读顺序if not self.analysis_result:self.analyze_books()# 按重要性-难度排序# 先读重要且简单的建立信心# 再读重要但难的深入学习# 最后读不重要的作为补充recommended_order []# 第一阶段重要且简单important_easy [book for book in self.booksif book[importance] 4 and book[difficulty] 3]# 第二阶段重要但难important_hard [book for book in self.booksif book[importance] 4 and book[difficulty] 4]# 第三阶段一般重要normal_books [book for book in self.booksif book[importance] 3]# 第四阶段不重要less_important [book for book in self.booksif book[importance] 2]# 组合推荐顺序recommended_order.extend(sorted(important_easy, keylambda x: x[difficulty]))recommended_order.extend(sorted(important_hard, keylambda x: x[difficulty]))recommended_order.extend(sorted(normal_books, keylambda x: x[difficulty]))recommended_order.extend(sorted(less_important, keylambda x: x[difficulty]))return recommended_orderdef calculate_feasibility(self):计算完成可行性if not self.analysis_result:self.analyze_books()total_hours self.analysis_result[total_hours]daily_time self.reading_info.get(daily_time, 30)# 计算需要的天数days_needed total_hours * 60 / daily_time# 一年365天考虑80%的有效阅读天数effective_days 365 * 0.8if days_needed effective_days:feasibility 100else:feasibility (effective_days / days_needed) * 100return min(100, feasibility)可拓速读变换模块 (reading_transformer.py)可拓速读变换模块生成速读策略变换方案class ReadingSpeedTransformer:可拓速读变换器def __init__(self, book_analysis, reading_info):self.analysis book_analysisself.reading_info reading_infoself.transformations []def generate_transformations(self):生成可拓速读变换方案# 清空之前的变换self.transformations []# 添加时间变换self._add_time_transformations()# 添加方法变换self._add_method_transformations()# 添加内容变换self._add_content_transformations()# 添加场景变换self._add_scene_transformations()return self.transformationsdef _add_time_transformations(self):时间变换阅读时间优化time_transforms [{type: 时间变换,name: 碎片时间阅读法,description: 将碎片时间转化为高效阅读时间,methods: [通勤时间听有声书或读电子书,午休时间专注阅读30分钟,等待时间手机阅读APP,睡前时间纸质书深度阅读]},{type: 时间变换,name: 番茄阅读法,description: 用番茄工作法提高阅读专注力,methods: [25分钟专注阅读 5分钟休息,每天完成4-6个阅读番茄钟,记录每个番茄钟的阅读进度,定期回顾阅读效率]},{type: 时间变换,name: 时间段优化法,description: 根据不同时间段安排不同阅读内容,methods: [早晨阅读需要思考的书籍,午间阅读轻松有趣的书籍,晚上阅读需要深度的书籍,周末长时间专注阅读]}]self.transformations.extend(time_transforms)def _add_method_transformations(self):方法变换阅读方式创新method_transforms [{type: 方法变换,name: 主题阅读法,description: 围绕同一主题阅读多本书籍建立知识体系,methods: [选择核心主题如认知科学,同时阅读3-5本相关书籍,比较不同作者的观点,建立主题知识框架]},{type: 方法变换,name: 检视阅读法,description: 快速了解书籍内容判断阅读价值,methods: [5分钟浏览封面、目录、序言,10分钟快速翻阅全书,判断书籍价值和阅读方式,决定精读、泛读或放弃]},{type: 方法变换,name: 结构阅读法,description: 从书籍结构入手快速掌握核心内容,如果你觉得这个工具好用欢迎关注我