hydromodpy.solver.boussinesq.runtimes.dry_equilibrium

Dry-equilibrium probes for Boussinesq obstacle solves.

The helpers in this module are deliberately small and PETSc-free. They are used to distinguish a physically dry lower-obstacle equilibrium from a failed Newton iterate that merely collapsed near the bottom bound.

Functions

assemble_effective_steady_balance(mesh, ...)	Assemble a steady balance using physical or effective transmissivity.
detect_dry_equilibrium(mesh, *[, ...])	Return whether h = z_bottom is a safe lower-obstacle VI solution.
effective_saturated_thickness(mesh, head_m, *)	Return the thickness used by a numerical transmissivity regularization.
physical_saturated_thickness(mesh, head_m)	Return the hydrologic saturated thickness, without numerical floor.
saturated_thickness_diagnostics(mesh, head_m, *)	Return physical/effective thickness statistics for diagnostics.

Classes

DryEquilibriumResult(*, candidate_checked, ...)	Result of a dry lower-obstacle equilibrium check.
EffectiveSteadyBalance(*, head_m, ...)	Steady balance evaluated with an optional effective-thickness floor.