dftbplus

To route DFTB+ computational chemistry tasks, this skill analyzes user intent and dispatches requests to the appropriate task-specific subskill for static, relax, md, or electronic workflows.

Generating input for DFTB+ calculations is handled by intent-driven routing, which analyzes your request and selects the correct subskill to coordinate prerequisites and prepare the standardized task layout.

Yes, the DFTB+ router supports automated submission by handing off the standardized task layout to dpdisp-submit, provided you supply the explicit assumptions and required inputs for execution.

Yes, you can use this skill to coordinate prerequisites for DFTB+ molecular dynamics, as it collects minimal shared context and validates required inputs before dispatching to the md subskill.

The intent-driven router for DFTB+ electronic calculations limits execution to predefined subskills and requires explicit assumptions and required inputs to successfully hand off to the dpdisp-submit workflow.