/design-round — Complete Round Lifecycle

Automate a complete protein design campaign round by orchestrating design generation, result synchronization, multi-stage CPU and GPU evaluation, and findings publication. This workflow manages iterative design processes by advancing round numbers and updating project documentation automatically.

Managing iterative protein design rounds involves advancing round numbers, submitting jobs, collecting results, evaluating them, and updating the project dashboard. This lifecycle orchestration enables structured analysis and planning for subsequent computational biology design rounds.

Protein design round orchestration works with multi-tool support, integrating design tools like BoltzGen and RFdiffusion3. It coordinates these tools within a full lifecycle workflow that includes design generation, synchronization, evaluation, and publishing.

Lyceum integration is required for job submission during computational biology design rounds. The workflow relies on Lyceum to manage job submission while utilizing local scripts for data handling and page generation.

Multi-stage CPU and GPU evaluation for protein binder design is supported within a single workflow. The orchestration handles submitting jobs, collecting results, and executing both evaluation stages before publishing the final findings.

Start a new round of protein binder design by initiating the lifecycle for the current round N. The orchestration handles submitting design generation jobs, collecting results, evaluating them, and publishing findings to the project dashboard.