# Book Club Reading Scheduler AI Agent Connect > Book Club Reading Scheduler MCP helps you organize group reading sessions without the math headache. It builds schedules based on your specific availability, chapter lengths, and daily page limits. Your AI client can now handle the logistics of keeping a book club on track by respecting chapter boundaries and ensuring no one gets overwhelmed by a massive page count on a single day. ## Overview - **Category:** productivity - **Price:** Free - **Endpoint:** https://edge.vinkius.com/vk_preview_8AgWDItPt3Td9cpuYfInj7YPqBGD0yDeRtmZ7Es3/ai-agent-connect - **Tags:** book-club, reading-schedule, planning, productivity, education ## Description You can stop manually calculating page counts and dates for your next book club. This MCP gives your agent the tools to build reading plans that respect how books are actually written. Instead of arbitrary page counts, you can tell your AI client to respect chapter breaks so you never stop mid-sentence. If you have a busy week, you can set a maximum daily page limit to keep things manageable. The MCP can also account for blackout dates when you know you won't be able to read. If you want a more consistent experience, you can request a schedule that spreads the workload evenly across your available days. It even checks if your goals are actually possible before you commit to a plan. It's a practical way to turn a massive book into a series of achievable daily tasks. ## Tools ### generate_reading_schedule This tool builds a primary reading plan by looking at the book's structure and your specific constraints. ### get_balanced_schedule Use this to get a schedule that spreads the page count out evenly to avoid heavy reading days. ### get_chapter_summary This tool provides metadata about chapter lengths to help you decide how much to read at once. ### validate_reading_constraints This tool checks the math to see if your reading goals are actually achievable given your time and limits. ## Prompt Examples **Prompt:** ``` Create a reading schedule for a 300-page book with 10 chapters (each 30 pages). I can read on 2024-05-01, 2024-05-03, and 2024-05-05. My meeting is on 2024-05-06. I can read 40 pages per day. ``` **Response:** ``` Your reading schedule is set: May 1st (Chapters 1-2, 60 pages), May 3rd (Chapters 3-5, 90 pages - Note: this exceeds 40 pages, please adjust), May 5th (Chapters 6-10, 150 pages). Wait, let me recalculate based on your 40 page limit: May 1st (30 pages), May 3rd (30 pages), May 5th (30 pages)... ``` **Prompt:** ``` Is it possible to finish a 500-page book by 2024-06-01 if I only have 5 reading days and can read 50 pages per day? ``` **Response:** ``` No, it is not possible. With 5 reading days and a limit of 50 pages per day, your maximum capacity is 250 pages, which is less than the 500 pages required. ``` **Prompt:** ``` Give me a summary of a book with chapters at pages 1-20, 21-50, and 51-100. ``` **Response:** ``` The book has 3 chapters. The average chapter length is 30 pages. The longest chapter is 30 pages and the shortest chapter is 20 pages. ``` ## Capabilities ### Chapter-Aware Planning The AI uses chapter metadata to ensure you finish full chapters rather than stopping mid-page. ### Constraint Validation Your agent checks if your requested reading pace and deadline are mathematically possible. ### Workload Balancing The AI redistributes pages to minimize the difference between your lightest and heaviest reading days. ### Availability Mapping The AI builds schedules around specific dates you provide, skipping days when you are unavailable. ## Use Cases ### Monthly Book Clubs Create a schedule that works for every member's specific available days. ### Exam Prep Break down a large textbook into manageable daily chunks based on your study window. ### Reading Challenges Set a daily page limit to ensure you hit your yearly goal without overworking. ### Group Discussion Prep Use chapter summaries to plan exactly which sections to discuss during a meeting. ## Benefits - Prevents burnout by enforcing daily page limits. - Ensures reading sessions end at logical chapter breaks. - Eliminates manual calculation of reading progress and deadlines. - Identifies impossible reading goals before you start. ## How It Works Connect the MCP to your client and start giving it book details and your schedule. 1. Connect the MCP to your preferred client like Claude or Cursor. 2. Provide the book's page count and chapter structure to your agent. 3. Tell the agent your available reading dates and any daily page limits. 4. The AI uses the MCP tools to calculate and present your custom schedule. ## Frequently Asked Questions **How does this MCP handle chapter breaks?** The MCP uses chapter metadata to ensure the generated schedule respects chapter boundaries so you don't stop in the middle of a chapter. **Can I set a limit on how many pages I read per day?** Yes, you can specify a maximum daily page limit, and the AI will build the schedule to stay within that constraint. **What if my reading goal is impossible?** The validate_reading_constraints tool will check your math and tell you if your page limits and timeframe won't allow you to finish the book. **Can I skip certain days?** Yes, you can provide a specific list of dates when you are available to read, and the schedule will only be built for those days. **Which AI clients can I use this with?** You can use this MCP with any compatible client, including Claude, Cursor, Windsurf, and VS Code. **Can I split chapters between different days?** By default, the tool respects chapter integrity. However, you can set the `allowChapterSplitting` parameter to true if you want to break chapters into multiple days. **How do I handle days when I cannot read?** You can provide a list of `blackoutDates` to the `generate_reading_schedule` tool to ensure no reading is assigned to those specific days. **What happens if my reading goal is impossible?** If the total pages exceed your capacity based on `maxPagesPerDay` and available dates, the `isLate` flag will be true. You can use `validate_reading_constraints` to check feasibility before generating a full schedule.