Template:MODFLOW Generating Data from Solids Workflow

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Revision as of 16:04, 21 February 2017 by Jcreer (talk | contribs)

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1. Generate or import solids.
2. Define materials.
3. Generate a 3D grid.
4. Convert solids to MODFLOW.
1. Solids to MODFLOW using boundary matching.
1. Assign layers to solids.
  1. In the Project Explorer, right-click on the solid dataset and select Properties.
  2. Enter layer range values in the Properties dialog.
2. Convert solids to MODFLOW using boundary matching.
  1. Select Solids | Solids → MODFLOW.
  2. Select the Boundary Matching option in the Solids → MODFLOW dialog.
2. Solids to MODFLOW using grid overlay.
  1. Select Solids | Solids → MODFLOW.
  2. Select the Grid Overlay option in the Solids → MODFLOW dialog.
3. Solids to MODFLOW using grid overlay with K equivalent.
  1. Select Solids | Solids → MODFLOW.
  2. Select the Grid Overlay with K Equivalent option in the Solids → MODFLOW dialog.
4. Solids to HUF package.
1. Select the HUF package.
  1. Select the MODFLOW | Global Options command.
  2. In the MODFLOW Global/Basic Package dialog, select Packages.
  3. In the MODLFOW Packages/Processes dialog, select the HUF – Hydrogeologic Unit Flow option.
2. Convert solids to HUF.
  1. Select Solids | Solids → HUF.
  2. Select options in the Solids → HUF dialog.


1. Solids to MODFLOW using boundary matching.
1. Assign layers to solids.
  1. In the Project Explorer, right-click on the solid dataset and select Properties.
  2. Enter layer range values in the Properties dialog.
2. Convert solids to MODFLOW using boundary matching.
  1. Select Solids | Solids → MODFLOW.
  2. Select the Boundary Matching option in the Solids → MODFLOW dialog.
2. Solids to MODFLOW using grid overlay.
  1. Select Solids | Solids → MODFLOW.
  2. Select the Grid Overlay option in the Solids → MODFLOW dialog.
3. Solids to MODFLOW using grid overlay with K equivalent.
4. Solids to HUF package.