otter.continue_plasma_workflow_from_electronic_result

otter.continue_plasma_workflow_from_electronic_result(cfg: PlasmaWorkflowConfig, *, electronic_kind: str, electronic_result: dict[str, Any], multicomponent_preparation: PreparedMulticomponentIonStructure | None = None) → dict[str, Any][source]

Continue the unified workflow from an already available electronic result.

Parameters:

  • cfg – Unified workflow configuration. The composition and thermodynamic state must match the supplied electronic payload.

  • electronic_kind – Either “single_species” or “mixture”.

  • electronic_result – Previously solved electronic payload in the same shape returned by the workflow electronic stage.

  • multicomponent_preparation – Optional reusable QOZ preparation returned by prepare_multicomponent_ion_structure_from_electronic_result(). It skips all ion-temperature-independent QOZ work; HNC is still solved independently at the requested T_i.

Returns:

dict – Top-level workflow payload with optional ion-structure results and the same electronic["species"] access as solve_plasma_workflow(). Each entry references the final AA dictionary in the legacy payload; no profile arrays are copied to provide the additional access path.

Notes

Reuses the electronic result while recalculating QOZ/HNC with the requested ionic controls.

Examples using continue_plasma_workflow_from_electronic_result

Ion-structure literature library

Ion-structure literature library

Two-temperature aluminium: Johnson et al. (2025)

Two-temperature aluminium: Johnson et al. (2025)

Equilibrium aluminium structure factors: Schörner et al. (2022)

Equilibrium aluminium structure factors: Schörner et al. (2022)

Carbon: local-field-correction sensitivity

Carbon: local-field-correction sensitivity