This project implements an agent that attempts to answer complex, multi-hop questions (similar to the GAIA benchmark) using Google's Gemini APIs, orchestrated by the LangGraph framework.
- Stateful Multi-Step Reasoning: Uses LangGraph to manage the state (query, plan, intermediate results) across multiple steps.
- Clear Control Flow: Defines nodes for planning, execution (tool use simulation), and synthesis, with conditional edges managing the process.
- Information Retrieval: Leverages Gemini's knowledge base.
- Image Analysis (Potential): Can incorporate Gemini Pro Vision via a dedicated step if needed.
- Structured Output: Synthesizes the final answer based on intermediate findings and original query requirements.
- State: A dictionary (
AgentState) tracks the query, plan, current step, results, and errors. - Nodes: Python functions representing key actions:
plan_step: Generates the execution plan.execute_tool_step: Executes the current step of the plan (simulating tool use via Gemini calls).synthesize_result: Combines results into the final answer.
- Edges: Control logic determines the next node based on the current state (e.g., if planning failed, if more steps exist, if errors occurred).