websocietysimulator 1.0.0a2

Web Social Simulator for WWW'25 AgentSociety Challenge

WWW'25 AgentSociety Challenge: WebSocietySimulator

🚀 AgentSociety Challenge

 

Welcome to the WWW'25 AgentSociety Challenge! This repository provides the tools and framework needed to participate in a competition that focuses on building LLM Agents for user behavior simulation and recommendation systems based on open source datasets.

Participants are tasked with developing intelligent agents that interact with a simulated environment and perform specific tasks in two competition tracks:

1. User Behavior Simulation Track: Agents simulate user behavior, including generating reviews and ratings.
2. Recommendation Track: Agents generate recommendations based on provided contextual data.

This repository includes:

• The core library websocietysimulator for environment simulation.
• Scripts for dataset processing and analysis.
• Example usage for creating and evaluating agents.

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Directory Structure

1. websocietysimulator/

This is the core library containing all source code required for the competition.

• agents/: Contains base agent classes (SimulationAgent, RecommendationAgent) and their abstractions. Participants must extend these classes for their implementations.
• task/: Defines task structures for each track (SimulationTask, RecommendationTask).
• llm/: Contains base LLM client classes (DeepseekLLM, OpenAILLM).
• tools/: Includes utility tools:
  • InteractionTool: A utility for interacting with the Yelp dataset during simulations.
  • EvaluationTool: Provides comprehensive metrics for both recommendation (HR@1/3/5) and simulation tasks (RMSE, sentiment analysis).
• simulator.py: The main simulation framework, which handles task and groundtruth setting, evaluation and agent execution.

2. example/

Contains usage examples of the websocietysimulator library. Includes sample agents and scripts to demonstrate how to load scenarios, set agents, and evaluate them.

3. data_process.py

A script to process the raw Yelp dataset into the required format for use with the websocietysimulator library. This script ensures the dataset is cleaned and structured correctly for simulations.

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Quick Start

1. Install the Library

The repository is organized using Python Poetry. Follow these steps to install the library:

1. Clone the repository:

   git clone <this_repo>
   cd websocietysimulator
   

2. Install dependencies:

• Option 1: Install dependencies using Poetry: (Recommended)

  poetry install  && \
  poetry shell
  

• Option 2: Install dependencies using pip:

  pip install -r requirements.txt && \
  pip install .
  

• Option 3: Install dependencies using conda:

  conda create -n websocietysimulator python=3.11 && \
  conda activate websocietysimulator && \
  pip install -r requirements.txt && \
  pip install .
  

3. Verify the installation:

   import websocietysimulator
   

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2. Download the Dataset

Option One: Process the Raw Yelp Dataset

1. Download the raw Yelp dataset from the Yelp Dataset Challenge page.
2. Run the data_process.py script to process the dataset:

   python data_process.py --input <path_to_raw_dataset> --output <path_to_processed_dataset>
   

Option Two: Use a Preprocessed Dataset

1. Download the preprocessed dataset from TBD.
2. Unzip the dataset into your working directory.

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3. Organize Your Data

Ensure the dataset is organized in a directory structure similar to this:

<your_dataset_directory>/
├── business.json
├── review.json
├── user.json
├── tip.json
└── checkin.json

You can name the dataset directory whatever you prefer (e.g., dataset/).

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4. Develop Your Agent

Create a custom agent by extending either SimulationAgent or RecommendationAgent. Refer to the examples in the example/ directory. Here's a quick template:

from yelpsimulator.agents.simulation_agent import SimulationAgent

class MySimulationAgent(SimulationAgent):
    def forward(self):
        # Implement your logic here
        star = 4.0
        review_text = "Great experience!"
        behavior_metrics = (10, 2, 1)
        return star, review_text, behavior_metrics

• Check out the Tutorial for Agent Development.
• Check out the Baseline User Behavior Simulation Agent for the baseline implementation (Track 1).
• Check out the Baseline Recommendation Agent for the baseline implementation (Track 2).

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5. Evaluation your agent with training data

Run the simulation using the provided Simulator class:

from websocietysimulator import Simulator
from my_agent import MySimulationAgent

# Initialize Simulator
simulator = Simulator(data_dir="path/to/your/dataset", device="auto")

# Load scenarios
simulator.set_task_and_groundtruth(task_dir="path/to/task_directory", groundtruth_dir="path/to/groundtruth_directory")

# Set your custom agent
simulator.set_agent(MySimulationAgent)

# Run evaluation
agent_outputs = simulator.run_simulation()

# Evaluate the agent
evaluation_results = simulator.evaluate()

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Introduction to the InteractionTool

The InteractionTool is the core utility for interacting with the raw dataset. It provides an interface for querying user, business, review, tip, and check-in data within the context of a task.

Functions

• Get User Information: Retrieve user data by user ID or current scenario context.

  user_info = interaction_tool.get_user(user_id="example_user_id")
  

• Get Business Information: Retrieve business data by business ID or current scenario context.

  business_info = interaction_tool.get_business(business_id="example_business_id")
  

• Get Reviews: Fetch reviews related to a specific business or user, filtered by time.

  reviews = interaction_tool.get_reviews(business_id="example_business_id")
  

• Get Tips: Fetch tips related to a specific business or user, filtered by time.

  tips = interaction_tool.get_tips(business_id="example_business_id")
  

• Get Check-ins: Fetch check-in data related to a specific business, filtered by time.

  checkins = interaction_tool.get_checkins(business_id="example_business_id")
  

License

This project is licensed under the MIT License. See the LICENSE file for details.