Expand1. Solids to MODFLOW using boundary matching. Expand1. Assign layers to solids. In the Project Explorer, right-click on the solid dataset and select Properties. Enter layer range values in the Properties dialog. Expand2. Convert solids to MODFLOW using boundary matching. Select Solids | Solids → MODFLOW. Select the Boundary Matching option in the Solids → MODFLOW dialog. Expand2. Solids to MODFLOW using grid overlay. Select Solids | Solids → MODFLOW. Select the Grid Overlay option in the Solids → MODFLOW dialog. Expand3. Solids to MODFLOW using grid overlay with K equivalent. Select Solids | Solids → MODFLOW. Select the Grid Overlay with K Equivalent option in the Solids → MODFLOW dialog. Expand4. Solids to HUF package. Expand1. Select the HUF package. Select the MODFLOW | Global Options command. In the MODFLOW Global/Basic Package dialog, select Packages. In the MODLFOW Packages/Processes dialog, select the HUF – Hydrogeologic Unit Flow option. Expand2. Convert solids to HUF. Select Solids | Solids → HUF. Select options in the Solids → HUF dialog.
Expand1. Assign layers to solids. In the Project Explorer, right-click on the solid dataset and select Properties. Enter layer range values in the Properties dialog. Expand2. Convert solids to MODFLOW using boundary matching. Select Solids | Solids → MODFLOW. Select the Boundary Matching option in the Solids → MODFLOW dialog.
Expand1. Select the HUF package. Select the MODFLOW | Global Options command. In the MODFLOW Global/Basic Package dialog, select Packages. In the MODLFOW Packages/Processes dialog, select the HUF – Hydrogeologic Unit Flow option. Expand2. Convert solids to HUF. Select Solids | Solids → HUF. Select options in the Solids → HUF dialog.