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coefficient_form_pde

Create Telion's executable scalar coefficient-form PDE. The current v2 runtime solves the differentiable elliptic form ``-div(c*grad(u)) + a*u = f`` with Dirichlet values ``r`` and fluxes ``g``. Supported scalar weak-form residuals can use ``custom_physics``.

Reference

FieldValueDescription
symboltelion_api.Model.coefficient_form_pde—
signature(label: 'str' = 'Coefficient Form PDE', c: 'Any' = '1', a: 'Any' = '0', f: 'Any' = '0', selection: 'str' = 'all', dirichlet: 'Iterable[dict[str, Any]] | None' = None, flux: 'Iterable[dict[str, Any]] | None' = None, dependent_variable: 'str' = 'u') -> 'Feature'—
returnFeature—

Create Telion's executable scalar coefficient-form PDE. The current v2 runtime solves the differentiable elliptic form -div(c*grad(u)) + a*u = f with Dirichlet values r and fluxes g. Supported scalar weak-form residuals can use custom_physics.

Contract

PropertyValue
symboltelion_api.Model.coefficient_form_pde
signature(label: 'str' = 'Coefficient Form PDE', c: 'Any' = '1', a: 'Any' = '0', f: 'Any' = '0', selection: 'str' = 'all', dirichlet: 'Iterable[dict[str, Any]] | None' = None, flux: 'Iterable[dict[str, Any]] | None' = None, dependent_variable: 'str' = 'u') -> 'Feature'
returnFeature

Signature

telion_api.Model.coefficient_form_pde(label: 'str' = 'Coefficient Form PDE', c: 'Any' = '1', a: 'Any' = '0', f: 'Any' = '0', selection: 'str' = 'all', dirichlet: 'Iterable[dict[str, Any]] | None' = None, flux: 'Iterable[dict[str, Any]] | None' = None, dependent_variable: 'str' = 'u') -> 'Feature'