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**''DATA'' – Turn on to make the ''DATA'' section visible. ...xiliary variables that can be provided, but subsequent blocks will require data for each of the auxiliary variables that are defined. Turning this on will

...elevation models (DEMs) and images. This GIS data will appear in the GIS Data section of the Project Explorer. ==GIS Data Conversion==

**''DATA'' – Turn on to make the ''DATA'' section visible. ...xiliary variables that can be provided, but subsequent blocks will require data for each of the auxiliary variables that are defined. Turning this on will

**''DATA'' – Turn on to make the ''DATA'' section visible. This section is on by default. **''BUDGET FILEOUT'' – Allows the specification of a binary output file to which desired flow terms will be written.

**''DATA'' – Turn on to make the ''DATA'' section visible. This section is on by default. ** ''GAMMAW'' – This allows the unit weight of water to be set. For freshwater, GAMMAW is 9806.65 Newtons/cubic meters (SI) or 62.48 lb/cu

**''DATA'' – Turn on to make the ''DATA'' section visible. This section is on by default. **''BUDGET FILEOUT'' – Allows the specification of a binary output file to which desired flow terms will be written.

==== Add GIS Data Command ==== ...ser to read many formats of vector and raster GIS data. After reading the data, it can be viewed or converted to a format that can be used for hydrologic

...e TUFLOW simulation and choose the appropriate menu command to edit either set of model parameters. This page is used to set the run times for the simulation. The optimum time step size is determined

...et of flags defining which of the other packages are to be used. The input data for this package should be entered before editing any of the other packages The type of binary executable can be specified using one or more of the following choices:

...e: MODFLOW will produce these files even if transport is turned off. These files are then read by MT3DMS and utilized as the flow field for the transport po ...put data for MT3DMS is generated by GMS and saved to a set of files. These files are then read by MT3DMS when MT3DMS is executed from the [[GMS:MT3DMS Comma

*AIG – Arc/Info Binary Grid *BT – VTP .bt Binary Terrain Format

Datasets can be stored to either ASCII or binary files. Multiple datasets can be stored in a single file and both scalar and vecto ...onents is listed per vertex, cell, node, or scatter point. If necessary, a set of status flags can be included in the file. If the status flag is false (0

* Data Visualization ...on consists of a geometric definition of the model domain (the mesh) and a set of numerical parameters. The parameters define the boundary conditions and

...n to the top of the geometry file when the simulation is saved. The second set is written to the top of the model file. ...tions'' dialog is used to set the simulation run parameters and to enter a set of general analysis options.

* ''Files'' – Specifies which input and output files are desired for the project ...o initialize the values of water level and velocity for a simulation. The files must have been saved from a previous run using the same finite element grid

...ersions will be converted to MODFLOW 2000, 2005, or NWT. MODFLOW 88 and 96 files will be automatically translated when imported, and will not use the [[#MOD ...Exporting Native MODFLOW Files]] for more information on exporting MODFLOW files.

:[[SMS:Data Toolbar|Data Toolbar]] :[[SMS:Materials Data|Materials Data]]

:[[SMS:Data Toolbar|Data Toolbar]] :[[SMS:Materials Data|Materials Data]]

...programs. This utility converts ASCII geometry into binary format and does data checking along the way. SMS will launch this utility as needed before runn ...till be constructed/edited in text editors and SMS can still read solution data.

:[[SMS:Data Toolbar|Data Toolbar]] :[[SMS:Select/Delete Data...|Select/Delete Data...]]