hydromodpy.solver.modflow6.build

MODFLOW 6 pre_processing: flopy package wiring and grid template helpers.

Functions

apply_preprocess_options(model[, options])	Apply preprocess options on the model (mutating).
ensure_solver_routing_context(model)	Build hydrologic routing rasters aligned with the solver grid.
guard_newton_linear_acceleration(runtime)	Reject CG linear acceleration under Newton: the Newton formulation builds a non-symmetric Jacobian, which the conjugate-gradient solver (symmetric matrices only) cannot solve.
guard_newton_rewet(runtime, rewet_record)	Reject NEWTON + REWET: MF6 forbids rewetting under the Newton formulation, which uses continuous upstream weighting.
log_xt3d_resolution(model[, solver_mesh])	Log the resolved XT3D mode.
mf6_output_name(model[, extension])	Return an output file stem that keeps MF6 paths usable on Windows.
mf6_safe_name(name[, max_len])	Return a safe MODFLOW 6 model name, hashed when longer than max_len.
newton_options(runtime)	Return MF6 GWF newtonoptions.
optional_ims_kwargs(runtime)	Return the optional IMS knobs that are set; None values keep flopy presets.
resolve_flow_regime(model)	Resolve the flow regime label from the bound flow config.
resolve_ims_complexity_for(model[, solver_mesh])	Return the resolved IMS complexity.
resolve_xt3d_options(model[, solver_mesh])	Return FloPy NPF XT3D options.
run_pre_processing(model, flow, domain[, ...])	Run MODFLOW 6 pre_processing: assemble flopy packages and discretizations.
select_active_dem(model, box)	Select the DEM raster to use according to the box option.
validate_pre_processing_inputs(model)	Validate that flow, domain and time grid are configured for pre_processing.
write_solver_grid_template(model)	Write a solver-grid template raster for structured grids.
xt3d_mode(model[, solver_mesh])	Return the XT3D activation mode.
xt3d_requested(model)	Return the configured XT3D override.