hydromodpy.solver.boussinesq.runtimes.picard.picard

Picard/VI cycles and strict VI obstacle assembly.

Functions

accept_failed_vi_cycle_candidate(*, ...)	Return True when a failed VI candidate is acceptable for the current cycle.
assemble_strict_steady_residual(mesh, head_m, *)	Assemble the strict steady residual with no artificial thickness floor.
bounded_picard_vi_cycles(inputs, *[, ...])	Alternate strict Picard blocks and strict VI correction attempts.
cycle_record(*, mesh, cycle, start_residual, ...)	Return a PicardViCycleRecord for one cycle.
cycle_summary(*, mesh, result, options, ...)	Return a JSON-friendly summary of the Picard/VI cycle run.
runtime_result_from_raw_assembly(*, mesh, ...)	Reconstruct an obstacle-aware runtime result from a raw residual assembly.
solve_strict_vi_obstacle(inputs, *, ...[, ...])	Run a strict PETSc SNESVI check with physical bounds and strict residual.
strict_drainage_conductance(mesh, *, ...)	Return only explicitly positive drainage conductance values.
strict_drainage_flux(mesh, head_m, *, ...)	Return the drainage flux for cells whose head exceeds z_top.
strict_jacobian_triplets(mesh, head_m, *, ...)	Build COO triplets for the strict steady Jacobian.
strict_result_for_head(inputs, head_m, *, ...)	Build a strict-residual runtime result starting from a clipped head guess.
strict_snes_diagnostics(snes, *, ...)	Return SNES diagnostics for the strict PETSc VI obstacle check.
strict_thickness_and_derivative(mesh, head_m)	Return clipped saturated thickness and the indicator derivative.