https://youtu.be/hQt1RX6_PvM

This showcase demonstrates how the supervisor orchestrates a complex creative task that involves generating multiple poems on diverse topics (vikings, neutrinos, marshmallows, and cats), synthesizing them into a cohesive hip-hop song, and then analyzing how elements from each poem were integrated into the final composition.

The showcase prompt

Create four distinct poems on these topics: vikings, neutrinos, marshmallows, and cats. Then craft a hip-hop song that deliberately incorporates specific imagery, phrases, and themes from each poem. Then take the hip-hop song and generated poems and highlight which elements from each original poem were integrated into your hip-hop lyrics there, demonstrating parallelization and how multiple specialized outputs enhance the final creative synthesis. So the final output should consist of original poems, the song and the analysis.

This prompt demonstrates the sophisticated orchestration capabilities of the supervisor system:

• Complex Task Decomposition: The supervisor breaks down the creative challenge into distinct, manageable subtasks for poem generation and synthesis.
• Task Dependencies: The system manages sequential dependencies where the hip-hop song creation depends on the completion of all individual poems, and subsequently, the highlight analysis task depends on both the poems and hip-hop song being complete.
• Parallel Processing: Multiple creative tasks (four different poems) can be executed simultaneously through efficient task distribution.
• Integration Management: The system coordinates the synthesis of individual outputs into a cohesive final product while maintaining creative consistency.

This exemplifies how the supervisor effectively manages complex, multi-stage workflows while ensuring quality and coherence across all outputs.

▶️ Start it!

Run 💬 Chat UI to interact with supervisor:

# Run chat supervisor in Chat UI
pnpm start --chat

# Or standard CLI
pnpm start

To kick off the runtime creation process, the system initializes two essential built-in objects that form the foundation of its operational architecture. The first is a specialized supervisor agent instance, designated with the identifier boss. This supervisor agent is established through a two-step process: first, the system generates a built-in supervisor configuration that defines its core capabilities and parameters, and then it creates a single active instance based on this configuration. This instance becomes the primary supervisory entity within the runtime environment:

The second critical object established during runtime creation is a fundamental task configuration labeled process_input_and_plan assigned to the boss agent config. For this task, the system generates only the configuration template without immediately instantiating an active instance. Once these two objects are properly initialized and their respective configurations are in place, the runtime environment reaches its operational state and becomes fully prepared to accept and process incoming user inputs.

Run 🖥️ Monitor UI to see what is happening