[mesh_input] MeshInputConfig

TOML section: [mesh_input]

Pydantic model: MeshInputConfig defined in hydromodpy.core.config_kit.mesh_input.

Source on GitHub

External pre-existing mesh declared in [mesh_input].

Either mesh_path or bundle_dir must be provided. Paths are stored as Path instances; relative paths are resolved by the call site (the simulation launcher resolves them against the TOML directory).

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Fields

mesh_path

Path | None default = None user source

Path to the external planar mesh file (typically a .msh). Required when bundle_dir is not provided. Relative paths are resolved against the TOML directory.

bundle_dir

Path | None default = None user source

Path to the solver-exchange mesh bundle directory associated with the external mesh. Required when mesh_path is not provided. Relative paths are resolved against the TOML directory.

Starter TOML snippet

Click to expand a copy-pasteable [mesh_input] TOML skeleton

Copy this block into your project.toml and uncomment the lines you want to set. Sub-tables ([parent.subfield]) appear in the order Pydantic expects them.

[mesh_input]
# mesh_path = ...  # default = None
# bundle_dir = ...  # default = None

Cases using this section

Validation gallery cases that reference fields from this section:

• Boussinesq Circular-Island Piecewise-K 2D

• Boussinesq Divide-Fixed-Head Piecewise-K 1D

• Boussinesq Fixed-Head Piecewise-K 1D

• Boussinesq Sloping-Substratum Constant-Thickness 1D

• Boussinesq Sloping-Substratum Fixed-Head 1D

• Boussinesq Sloping-Substratum Uniform-Recharge 1D

• Boussinesq Uniform-Recharge Piecewise-K 1D

• Brutsaert Recession Validation: Thin Nonlinear Aquifer

• Brutsaert Recession Validation: Deep Linearized Aquifer

• Dupuit Circular-Island Ocean 2D

• Dupuit Divide-River 1D

• Dupuit Fixed-Head 1D

• Dupuit Uniform Recharge 1D

• Late-Time Unconfined Pumping 2D

• Linearized Unconfined Boundary Piecewise 1D

• Linearized Unconfined 1D Boundary Step

• Linearized Unconfined Drainage 1D

• Linearized Unconfined Hillslope Drainage 1D

• Linearized Unconfined 1D Periodic Recharge

• Linearized Unconfined 1D Recharge Step

• Linearized Unconfined 1D Recharge Step (Deep Aquifer)

Entity-relationship diagram

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