# Advanced BatchedGridWorkflow Examples This example demonstrates advanced usage patterns and configurations of the `BatchedGridWorkflow` for complex multi-agent scenarios. ## Custom Conversation Configuration ```python from swarms import Agent from swarms.structs.batched_grid_workflow import BatchedGridWorkflow # Create agents with specific roles researcher = Agent( model="gpt-4", system_prompt="You are a research specialist who conducts thorough investigations." ) writer = Agent( model="gpt-4", system_prompt="You are a technical writer who creates clear, comprehensive documentation." ) reviewer = Agent( model="gpt-4", system_prompt="You are a quality reviewer who ensures accuracy and completeness." ) # Create workflow with custom conversation settings workflow = BatchedGridWorkflow( id="custom-research-workflow", name="Custom Research Pipeline", description="Research, writing, and review pipeline with custom conversation tracking", agents=[researcher, writer, reviewer], conversation_args={ "message_id_on": True, "conversation_id": "research-pipeline-001" }, max_loops=2 ) # Research and documentation tasks tasks = [ "Research the latest developments in artificial intelligence safety", "Write comprehensive documentation for a new API endpoint", "Review and validate the technical specifications document" ] # Execute with custom configuration result = workflow.run(tasks) ``` ## Iterative Refinement Workflow ```python # Create refinement agents initial_creator = Agent( model="gpt-4", system_prompt="You are a creative content creator who generates initial ideas and drafts." ) detail_enhancer = Agent( model="gpt-4", system_prompt="You are a detail specialist who adds depth and specificity to content." ) polish_expert = Agent( model="gpt-4", system_prompt="You are a polish expert who refines content for maximum impact and clarity." ) # Create workflow with multiple refinement loops workflow = BatchedGridWorkflow( name="Iterative Content Refinement", description="Multi-stage content creation with iterative improvement", agents=[initial_creator, detail_enhancer, polish_expert], max_loops=4 ) # Content creation tasks tasks = [ "Create an initial draft for a product launch announcement", "Add detailed specifications and technical details to the content", "Polish and refine the content for maximum engagement" ] # Execute iterative refinement result = workflow.run(tasks) ``` ## Specialized Domain Workflow ```python # Create domain-specific agents medical_expert = Agent( model="gpt-4", system_prompt="You are a medical expert specializing in diagnostic procedures and treatment protocols." ) legal_advisor = Agent( model="gpt-4", system_prompt="You are a legal advisor specializing in healthcare regulations and compliance." ) technology_architect = Agent( model="gpt-4", system_prompt="You are a technology architect specializing in healthcare IT systems and security." ) # Create specialized workflow workflow = BatchedGridWorkflow( name="Healthcare Technology Assessment", description="Multi-domain assessment of healthcare technology solutions", agents=[medical_expert, legal_advisor, technology_architect], max_loops=1 ) # Domain-specific assessment tasks tasks = [ "Evaluate the medical efficacy and safety of a new diagnostic AI system", "Assess the legal compliance and regulatory requirements for the system", "Analyze the technical architecture and security implications of implementation" ] # Execute specialized assessment result = workflow.run(tasks) ``` ## Parallel Analysis Workflow ```python # Create analysis agents market_analyst = Agent( model="gpt-4", system_prompt="You are a market analyst who evaluates business opportunities and market trends." ) financial_analyst = Agent( model="gpt-4", system_prompt="You are a financial analyst who assesses investment potential and financial viability." ) risk_assessor = Agent( model="gpt-4", system_prompt="You are a risk assessor who identifies potential threats and mitigation strategies." ) # Create parallel analysis workflow workflow = BatchedGridWorkflow( name="Comprehensive Business Analysis", description="Parallel analysis of market, financial, and risk factors", agents=[market_analyst, financial_analyst, risk_assessor], max_loops=2 ) # Analysis tasks tasks = [ "Analyze the market opportunity for a new fintech product", "Evaluate the financial projections and investment requirements", "Assess the regulatory and operational risks associated with the venture" ] # Execute parallel analysis result = workflow.run(tasks) ``` ## Creative Collaboration Workflow ```python # Create creative agents visual_artist = Agent( model="gpt-4", system_prompt="You are a visual artist who creates compelling imagery and visual concepts." ) music_composer = Agent( model="gpt-4", system_prompt="You are a music composer who creates original compositions and soundscapes." ) story_writer = Agent( model="gpt-4", system_prompt="You are a story writer who crafts engaging narratives and character development." ) # Create creative collaboration workflow workflow = BatchedGridWorkflow( name="Multi-Media Creative Project", description="Collaborative creation across visual, audio, and narrative elements", agents=[visual_artist, music_composer, story_writer], max_loops=3 ) # Creative tasks tasks = [ "Design visual concepts for a fantasy adventure game", "Compose background music that enhances the game's atmosphere", "Write character backstories and dialogue for the main protagonists" ] # Execute creative collaboration result = workflow.run(tasks) ``` ## Quality Assurance Workflow ```python # Create QA agents functional_tester = Agent( model="gpt-4", system_prompt="You are a functional tester who validates system behavior and user workflows." ) security_tester = Agent( model="gpt-4", system_prompt="You are a security tester who identifies vulnerabilities and security issues." ) performance_tester = Agent( model="gpt-4", system_prompt="You are a performance tester who evaluates system speed and resource usage." ) # Create QA workflow workflow = BatchedGridWorkflow( name="Comprehensive Quality Assurance", description="Multi-faceted testing across functional, security, and performance domains", agents=[functional_tester, security_tester, performance_tester], max_loops=1 ) # QA tasks tasks = [ "Test the user registration and authentication workflows", "Conduct security analysis of the payment processing system", "Evaluate the performance characteristics under high load conditions" ] # Execute QA workflow result = workflow.run(tasks) ``` ## Advanced Features Demonstrated - **Custom Conversation Tracking**: Advanced conversation management with custom IDs - **Iterative Refinement**: Multiple loops for content improvement - **Domain Specialization**: Agents with specific expertise areas - **Parallel Analysis**: Simultaneous evaluation from multiple perspectives - **Creative Collaboration**: Multi-modal creative content generation - **Quality Assurance**: Comprehensive testing across multiple domains ## Best Practices 1. **Agent Specialization**: Create agents with specific roles and expertise 2. **Task Alignment**: Ensure tasks match agent capabilities 3. **Loop Configuration**: Use multiple loops for iterative processes 4. **Error Monitoring**: Monitor logs for execution issues 5. **Resource Management**: Consider computational requirements for multiple agents