Warrior0302/CAP-Bench huggingface dataset:
I am designing an occupational health and safety training system for a manufacturing enterprise, and I need to integrate authoritative data, online courses, and learning materials.

First, go to the BLS (U.S. Bureau of Labor Statistics) to search for occupational injury statistics in Manufacturing. Filter for annual data from 2020-2024 and record the trends in injury rates and days away from work.

Next, go to Coursera to search for Occupational Health and Safety-related courses. Requirements: rating above 4.5, include video lectures and hands-on projects, duration 4-8 weeks, suitable for Beginner or Intermediate level. Identify the 3 most suitable courses, expand to view each course's syllabus, and record the core module names.

Then, go to Khan Academy to search for educational videos related to ergonomics or occupational safety. Find 2-3 short videos (under 10 minutes) suitable for employees with no prior knowledge.

After that, go to MIT OCW to search for courses on industrial hygiene or occupational health engineering. Find one course with complete Lecture Notes and Assignments. View the Syllabus and record the main technical topics covered.

Finally, go to Goodreads to search for books related to occupational health management. Filter for books with a rating above 4.0 and more than 100 reviews. Find 3 recommended books and check the review section to understand what kind of audience readers recommend these books for.

Output:
(1) BLS Manufacturing Injury Data: Annual injury rates and days away from work for 2020-2024, and the link to the data page;
(2) Coursera Courses: Names of the 3 courses, ratings, durations, difficulty levels, list of core modules (at least 3 modules), and course links;
(3) Khan Academy Videos: Titles of 2-3 videos, durations, topics, and video links;
(4) MIT OCW Course: Course number, course name, instructor, list of main technical topics covered (at least 5), and course link;
(5) Goodreads Books: Titles of the 3 books, authors, ratings, number of reviews, target audience recommended by readers, and links to the book detail pages.
As an architecture student, I am currently writing my final paper on the Solomon R. Guggenheim Museum, designed by Frank Lloyd Wright, focusing on the controversies and current status of its 'spiral ramp' design.

First, navigate to Wikipedia and search for the museum. Utilize the table of contents to quickly locate the 'Architecture' or 'Criticism' sections. Record its opening year and the specific criticisms made by early critics regarding 'displaying artworks on sloped walls'.

Next, search for the museum on TripAdvisor. Review the 'AI Review Summary' for descriptions related to 'Atmosphere' or 'Layout'.

Then, sort the reviews by 'Newest first'. Within the most recent year of reviews available, read through and filter for 3 reviews that mention 'slope' or 'dizzy'. Record the reviewers' ratings (1-5 stars) and the specific content of their comments.

Finally, for a hypothetical site visit, use Google Maps to calculate the walking distance (in miles) and estimated time from The Metropolitan Museum of Art (The Met) to the Guggenheim Museum.

Output: Opening year, Wikipedia criticism summary, TripAdvisor AI summary content, ratings and content of the 3 selected reviews, walking distance between the two museums, walking time, and detailed page links for each website visited.
I’m 4 months pregnant and want to buy some pregnancy-safe skincare products. First, help me find 5 facial moisturizers on Sephora (either creams or serums), making sure they are priced between $30–$60, rated 4.5 or higher, and prioritizing products with a **Bestseller** tag. Then, check these 5 products one by one in the EWG Skin Deep database and prioritize keeping products with an EWG overall hazard score of 1–3 (low risk). If fewer than enough products meet the 1–3 range, keep the remaining products and clearly label their scores and risk differences in the results.  

Next, expand each product’s ingredient list, copy the key ingredients (first 5 ingredients), and search PubMed for “pregnancy safe [ingredient name]” (e.g., “pregnancy safe retinol”). Review the abstracts to confirm whether these ingredients have any pregnancy-related contraindications.  

Finally, output: product name, brand, Sephora price and rating, Sephora product link, whether it has a Bestseller tag, EWG overall score, EWG product link, key ingredient list (first 5), and a pregnancy safety note (e.g., “Contains retinol, not recommended during pregnancy” or “Ingredients appear safe and suitable for pregnancy”). Also recommend 2–3 products with the best overall performance and stronger pregnancy safety among the available results; if fewer than 2 are suitable, recommend all that are reasonably recommendable and explain why.
I just moved to Newark, New Jersey (ZIP code 07102), and I’m concerned about the quality of the local tap water. Please investigate and find a solution for me.

First, go to the EWG Tap Water Database, enter the ZIP code, and identify the contaminant with the **highest “times over EWG Health Guideline.”**

Next, go to the CDC website and use the A–Z index to find the health effects of that contaminant. If the CDC A–Z index does not have a standalone entry for the contaminant, then search within the CDC site for the health effects of the contaminant’s broader category (e.g., disinfection byproducts), and briefly note one key risk.

Finally, go to Amazon and find a water filter pitcher that can filter this specific contaminant.

Requirements:
- Price must be between **$20 and $60**
- Rating must be **4 stars or higher**
- Brand must be **Brita, PUR, or ZeroWater**

Carefully review product images or detailed technical specifications to ensure the product explicitly states it can remove or reduce this specific contaminant. If no product explicitly names the contaminant, choose a pitcher that clearly states it reduces related contaminant groups (e.g., disinfection byproducts, THMs/HAA5), and note in the output that this is a **“category-claim match.”**

Output required:
- Contaminant name
- Times over guideline
- CDC health risk
- Filter pitcher name
- Price
- Rating
- Supporting text proving it filters the contaminant
- Links for each step
I am writing an in-depth article on the 2025 status of autonomous driving deployment, focusing on the Mercedes-Benz Drive Pilot system.

First, navigate to Car and Driver and locate an in-depth review article about Drive Pilot. From this article, extract the specific hard limitations (maximum speed, applicable road types, weather requirements) for the system's activation.

Next, consult the 'SAE J3016' entry on Wikipedia to identify the core definitional differences between SAE Level 3 and Level 2 regarding 'fallback performance of dynamic driving task'.

Finally, go to Google Patents and search for a granted U.S. invention patent filed by Mercedes-Benz Group AG or Daimler AG. The patent should be related to either 'driver handover' or 'driver monitoring', and its application date must be after 2021.

**Output:**
*   System limitations mentioned in the Car and Driver article and its link.
*   Original definition text from Wikipedia regarding L3/L2 fallback performance differences and its link.
*   Found patent's title, patent number, application date, applicant, and a link to the patent's details page.
I'm a broke student looking to pass the time during the holidays. I'm debating whether to buy and play "The Witcher 3: Wild Hunt" or read the first book of "The Witcher" original series, "The Last Wish." Please help me calculate the "entertainment cost per hour" for each to aid my decision.

First, go to HowLongToBeat and find the average completion time for "The Witcher 3" in "Main + Extras" mode. Then, check its current price on Steam. While there, please also identify the minimum RAM required to run it, to help me gauge if my system can handle it.

Next, go to Goodreads and find the page count for the paperback edition of "The Last Wish" by Andrzej Sapkowski. Afterward, search Google Books for the price of its e-book version. Assume I read one page every 2 minutes.

Finally, calculate and compare the "price per hour" for both options and tell me which one is more cost-effective.