fithub.ipynb
is a comprehensive notebook hosted on GitHub, designed to provide tools and methods related to fitness queries. Leveraging powerful libraries such as openai
and llama_index
, the notebook offers capabilities to understand and process natural language queries about fitness.
The notebook can be seamlessly accessed and executed in Google Colab using the provided link: Open in Google Colab
Before diving into the functionalities, ensure the llama-index
package is installed:
!pip install llama-index
For seamless integration with OpenAI, ensure you import the necessary libraries and initialize your API key:
import openai
from getpass import getpass
openai.api_key = getpass("Enter your openai key: ")
The notebook heavily relies on various libraries and modules. Here's a breakdown:
- OpenAI & Llama Index: Provides the backbone for processing natural language queries.
- SQLAlchemy: Used for setting up the database and ORM structures.
- Nest Asyncio: Helps in handling asynchronous tasks.
- Logging: Assists in debugging and logging information.
The notebook sets up various components of the llama_index
library, such as the node parser and LLM, to integrate with OpenAI's capabilities.
Using SQLAlchemy, the notebook defines tables and relationships for fitness exercises, tags, and associations between them.
The notebook boasts powerful query engines that translate natural language queries:
- SQL Tool: Handles queries related to exercises, tags, and their relationships.
- Semantic Engine Tool: Answers semantic questions about exercises and fitness.
- Join Query Engine: Combines the capabilities of the above tools for a comprehensive query solution.
The execute_query
function provides an interactive way for users to input their queries, which are then processed using the configured query engines.
For developers, the notebook sets up logging configurations for better output handling and debugging, ensuring clarity during troubleshooting.
fithub.ipynb
is a powerful notebook for anyone interested in processing and understanding fitness-related queries. By integrating advanced libraries and providing user-friendly tools, it stands as a valuable resource in the domain of fitness data processing.