All cases#
Note
This page and its static assets are auto-generated by python -m tools.doc_gallery. The Sphinx build only reads committed PNG and JSON artifacts.
Flat index of all 87 curated gallery cases. Cases are sorted alphabetically by title. Use the in-page browser search to filter by category or solver name.
Case |
Category |
Description |
|---|---|---|
10 km2, Strahler 3 Mesh, Outlet 1, Geology + rivers, 30% buffer |
Mesh Gallery |
10 km2 Strahler-3 catchment mesh with rivers, geology interfaces, watershed boundary, and outside coarsening kept active on a 30% buffered support. |
Mesh Gallery |
10 km2 Strahler-3 catchment mesh where only rivers constrain the internal mesh, while the watershed boundary and outside coarsening remain active on a 30% buffered support. |
|
10 km2, Strahler 3 Mesh, Outlet 2, Geology + rivers, 30% buffer |
Mesh Gallery |
10 km2 Strahler-3 catchment mesh with rivers, geology interfaces, watershed boundary, and outside coarsening kept active on a 30% buffered support. |
10 km2, Strahler 3 Mesh, Outlet 3, Geology + rivers, 30% buffer |
Mesh Gallery |
10 km2 Strahler-3 catchment mesh with rivers, geology interfaces, watershed boundary, and outside coarsening kept active on a 30% buffered support. |
10 km2, Strahler 3 Mesh, Outlet 4, Geology + rivers, 30% buffer |
Mesh Gallery |
10 km2 Strahler-3 catchment mesh with rivers, geology interfaces, watershed boundary, and outside coarsening kept active on a 30% buffered support. |
10 km2, Strahler 3 Mesh, Outlet 5, Geology + rivers, 30% buffer |
Mesh Gallery |
10 km2 Strahler-3 catchment mesh with rivers, geology interfaces, watershed boundary, and outside coarsening kept active on a 30% buffered support. |
100 km2, headwater Mesh, Outlet 1, Geology + rivers, 30% buffer |
Mesh Gallery |
100 km2 headwater catchment mesh with rivers, geology interfaces, watershed boundary, and outside coarsening kept active on a 30% buffered support. |
100 km2, headwater Mesh, Outlet 2, Geology + rivers, 30% buffer |
Mesh Gallery |
100 km2 headwater catchment mesh with rivers, geology interfaces, watershed boundary, and outside coarsening kept active on a 30% buffered support. |
100 km2, headwater Mesh, Outlet 27, floor 200 m, river target 200 m |
Mesh Gallery |
Controlled outlet-27 comparison where the river refinement still targets 200 m and the global mesh floor is also lowered to 200 m, so the local river field can actually be expressed. |
100 km2, headwater Mesh, Outlet 27, floor 340 m, river target 200 m |
Mesh Gallery |
Controlled outlet-27 comparison where river refinement still targets 200 m, but the global mesh floor stays at 340 m and therefore clips the local river field. |
100 km2, headwater Mesh, Outlet 27, Geology + rivers, 30% buffer |
Mesh Gallery |
100 km2 headwater catchment mesh with rivers, geology interfaces, watershed boundary, and outside coarsening kept active on a 30% buffered support. |
Mesh Gallery |
100 km2 headwater catchment mesh where only rivers constrain the internal mesh, while the watershed boundary and outside coarsening remain active on a 30% buffered support. |
|
100 km2, headwater Mesh, Outlet 3, Geology + rivers, 30% buffer |
Mesh Gallery |
100 km2 headwater catchment mesh with rivers, geology interfaces, watershed boundary, and outside coarsening kept active on a 30% buffered support. |
100 km2, headwater Mesh, Outlet 4, Geology + rivers, 30% buffer |
Mesh Gallery |
100 km2 headwater catchment mesh with rivers, geology interfaces, watershed boundary, and outside coarsening kept active on a 30% buffered support. |
100 km2, Strahler 3 Mesh, Outlet 2, Geology + rivers, 30% buffer |
Mesh Gallery |
100 km2 Strahler-3 catchment mesh with rivers, geology interfaces, watershed boundary, and outside coarsening kept active on a 30% buffered support. |
100 km2, Strahler 3 Mesh, Outlet 20, Geology + rivers, 30% buffer |
Mesh Gallery |
100 km2 Strahler-3 catchment mesh with rivers, geology interfaces, watershed boundary, and outside coarsening kept active on a 30% buffered support. |
100 km2, Strahler 3 Mesh, Outlet 25, Geology + rivers, 30% buffer |
Mesh Gallery |
100 km2 Strahler-3 catchment mesh with rivers, geology interfaces, watershed boundary, and outside coarsening kept active on a 30% buffered support. |
100 km2, Strahler 3 Mesh, Outlet 26, Geology + rivers, 30% buffer |
Mesh Gallery |
100 km2 Strahler-3 catchment mesh with rivers, geology interfaces, watershed boundary, and outside coarsening kept active on a 30% buffered support. |
100 km2, Strahler 3 Mesh, Outlet 31, Geology + rivers, 30% buffer |
Mesh Gallery |
100 km2 Strahler-3 catchment mesh with rivers, geology interfaces, watershed boundary, and outside coarsening kept active on a 30% buffered support. |
Mesh Gallery |
1000 km2 catchment mesh with rivers, geology interfaces, watershed boundary, and outside coarsening kept active on a 30% buffered support. |
|
Mesh Gallery |
1000 km2 catchment mesh with rivers, geology interfaces, watershed boundary, and outside coarsening kept active on a 30% buffered support. |
|
Mesh Gallery |
1000 km2 catchment mesh with rivers, geology interfaces, watershed boundary, and outside coarsening kept active on a 30% buffered support. |
|
Mesh Gallery |
1000 km2 catchment mesh with rivers, geology interfaces, watershed boundary, and outside coarsening kept active on a 30% buffered support. |
|
Mesh Gallery |
1000 km2 catchment mesh with rivers, geology interfaces, watershed boundary, and outside coarsening kept active on a 30% buffered support. |
|
Data Overview |
Minimal data-overview case showing only the BD Topage river network over the DEM backdrop. |
|
Validation Benchmarks |
Steady synthetic groundwater-flow case used to validate the launcher workflow against the axisymmetric Dupuit-Boussinesq solution for a circular island with: |
|
Validation Benchmarks |
Steady synthetic groundwater-flow case used to validate the launcher workflow against the exact 1D Boussinesq solution written on U = h^2 for an unconfined aquifer with: |
|
Validation Benchmarks |
Steady synthetic groundwater-flow case used to validate the launcher workflow against the exact 1D Boussinesq solution written on U = h^2 for an unconfined aquifer with: |
|
Validation Benchmarks |
Steady synthetic groundwater-flow case used to validate the PETSc VI obstacle flow/boussinesq runtime on a sloping hillslope where the water table reaches the land surface near the outlet. |
|
Validation Benchmarks |
Transient synthetic groundwater-flow case used to validate the dense in-house flow/boussinesq runtime on a sloping hillslope where a recharge step causes an interception zone to appear progressively from the outlet toward the divide. |
|
Validation Benchmarks |
Steady synthetic groundwater-flow case used to validate the handling of one sloping impermeable bottom on the simplest exact Boussinesq profile. |
|
Validation Benchmarks |
Steady synthetic groundwater-flow case used to validate one sloping substratum profile beyond the trivial constant-thickness solution. |
|
Validation Benchmarks |
Steady synthetic groundwater-flow case used to validate one sloping substratum profile under uniform recharge. |
|
Validation Benchmarks |
Steady synthetic groundwater-flow case used to validate the launcher workflow against the exact 1D Boussinesq solution written on U = h^2 for an unconfined aquifer with: |
|
Validation Benchmarks |
This transient validation case checks that the available modflow_nwt, modflow6, and PETSc boussinesq backends reproduce the linearized Brutsaert recession law on a deep aquifer. |
|
Validation Benchmarks |
This transient validation case checks that the available modflow_nwt, modflow6, and PETSc boussinesq backends reproduce the nonlinear Brutsaert recession law on a thin aquifer. |
|
Calibration Benchmarks |
Steady modflow6 twin calibration benchmark with K_global. |
|
Calibration Benchmarks |
Steady modflow6 twin calibration benchmark with K_global. |
|
Calibration Benchmarks |
Steady modflow6 twin calibration benchmark with K_west, K_middle, K_east. |
|
Calibration Benchmarks |
Transient modflow6 twin calibration benchmark with K_global, Sy_global. |
|
Calibration Benchmarks |
Transient modflow6 twin calibration benchmark with K_global, Sy_global. |
|
Geometry Diagnostics |
Basin outline, hydro network, geology units, and regional context rendered without mesh overlays. |
|
Geometry Diagnostics |
Hypsometry and slope diagnostics derived from the regional DEM and catchment mask. |
|
Geometry Diagnostics |
Topography and slope diagnostics shown alongside the catchment boundary. |
|
Mesh Gallery |
Relative contributions of river, geology, and boundary constraints across three scales. |
|
Hydraulic Properties |
Depth-profiled conductivity maps and profiles rendered on a synthetic square mesh. |
|
Validation Benchmarks |
Steady synthetic groundwater-flow case used to validate the launcher workflow against the axisymmetric Dupuit-Boussinesq solution for a circular island with: |
|
Validation Benchmarks |
Steady synthetic groundwater-flow case used to validate the launcher workflow against the Dupuit analytical profile for a homogeneous unconfined aquifer with: |
|
Validation Benchmarks |
Steady synthetic groundwater-flow case used to validate the launcher workflow against the Dupuit analytical profile for an unconfined aquifer with fixed heads at both ends. |
|
Validation Benchmarks |
Steady synthetic groundwater-flow case used to validate the launcher workflow against the Dupuit analytical profile for a homogeneous unconfined aquifer with uniform recharge and fixed heads at both ends. |
|
Simulation Comparison |
One annual moderate suite spanning MF6 and NWT on structured support plus MF6 and Boussinesq on committed triangles. |
|
Four-Simulation Moderate Suite with Surface-Excess Diagnostics |
Simulation Comparison |
Diagnostic extension of the four-simulation moderate suite, adding surface-excess observables and Boussinesq budget diagnostics. |
Hydraulic Properties |
Conductivity mapping from vector geology polygons onto a local structured mesh using FieldParam. |
|
Hydraulic Properties |
Multiple geology-driven conductivity cases compared in tabbed panels. |
|
Simulation Workflows |
Committed-mesh MODFLOW 6 replay on the 100 km2 outlet-2 basin, published as stable transient postprocess figures. |
|
Hydraulic Properties |
Conductivity transfer on a synthetic square domain using a stochastic unstructured mesh. |
|
Validation Benchmarks |
This v1 case validates one transient non-confined pumping response in a pragmatic way. |
|
Validation Benchmarks |
This case validates the transient linearized Boussinesq-Dupuit response of an unconfined 1D aquifer submitted to a west-boundary head step at t = 0. |
|
Validation Benchmarks |
This case validates the transient linearized Boussinesq-Dupuit response of an unconfined 1D aquifer submitted to a sinusoidal recharge forcing. |
|
Validation Benchmarks |
This case validates the transient linearized Boussinesq-Dupuit response of an unconfined 1D aquifer submitted to a recharge step at t = 0. |
|
Validation Benchmarks |
Variant of the recharge-step transient benchmark with a deeper aquifer, so the linearization error remains smaller for the same recharge forcing. |
|
Validation Benchmarks |
Transient synthetic groundwater-flow case used to validate the launcher workflow against the linearized unconfined analytical response for: |
|
Validation Benchmarks |
Steady synthetic groundwater-flow case used to validate HydroModPy’s top drainage boundary condition against a closed-form linearized 1D reference with: |
|
Validation Benchmarks |
Steady synthetic groundwater-flow case used to validate one sloping-topography setup with distributed top drainage under the linearized unconfined model. |
|
Mesh Gallery |
Aspect ratio and minimum-angle diagnostics computed directly from one mesh bundle. |
|
Mesh Gallery |
Standalone overview of one bundled catchment mesh, with geology and topography panels. |
|
Mesh Gallery |
Full mesh view plus three zoom panels around river-rich areas. |
|
Simulation Comparison |
Different-support comparison on the more expressive demonstrative annual setup, including flux and timing diagnostics. |
|
Simulation Comparison |
Annual moderate comparison where both solver family and mesh family change, with a common fine raster used for map alignment. |
|
Simulation Comparison |
Annual moderate comparison on one shared structured grid, isolating MODFLOW-family differences from mesh effects. |
|
Validation Benchmarks |
Pedagogical comparison of MODFLOW 6 irregular triangles with and without XT3D on the steady analytical strip benchmarks affected by the default change. |
|
Simulation Workflows |
End-to-end launcher run with embedded Gmsh meshing, MODFLOW 6 flow, and GWT transport. |
|
Data Overview |
Committed data-overview synthesis combining basin maps, climate summary, station inventory, and compact observation stats. |
|
Data Overview |
Committed observation chronologies for discharge, piezometry, intermittency, and water quality on one watershed. |
|
Simulation Workflows |
Observed-basin transient MODFLOW-NWT run with stable figures linking hydrography diagnostics, groundwater state, hydrograph, and basin budget. |
|
Code Comparison |
Cross-code benchmark on the same hillslope after lifting the ground surface above the imposed east head to suppress seepage. |
|
Simulation Workflows |
Recipe-focused orchestration view isolating the committed backend-comparison workflow across the headwater screening population. |
|
Simulation Workflows |
Dry-run orchestration example showing how one regional site catalog expands into simulation and comparison recipes. |
|
Simulation Workflows |
Recipe-focused orchestration view isolating the committed MF6 replay workflow across the selected headwater population. |
|
Regional Lab Transient Backend Comparison Recipe on Headwater 100 km2 |
Simulation Workflows |
Recipe-focused orchestration view isolating the transient pulsed-recharge backend-comparison workflow across the committed headwater population. |
Mesh Gallery |
Cell-area distributions compared across 10, 100, and 1000 km2 bundles. |
|
Simulation Comparison |
Shared-mesh comparison of MODFLOW 6 and Boussinesq on Naizin, combining map snapshots and three head chronicle probes. |
|
Simulation Comparison |
Published MODFLOW 6 and Boussinesq comparison artifacts, reused by the documentation without rerunning the solvers. |
|
Simulation Comparison |
Published MODFLOW 6 and Boussinesq comparison artifacts, reused by the documentation without rerunning the solvers. |
|
Hydraulic Properties |
Synthetic conductivity and storage examples comparing structured and triangular supports, inline units, and vertical profiles. |
|
Code Comparison |
Cross-code benchmark on one sloping strip with recharge ramp, dry recovery, drainage, and one fixed east head. |
|
Data Overview |
Versioned watershed context figures copied into the documentation as stable teaching assets. |