GMS:Output Control: Difference between revisions

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; '' *.hff File For Transport'' : Select this option to output the head and flow file (*.hff) used by MT3DMS to generate the flow fields for transport modeling.
; '' *.hff File For Transport'' : Select this option to output the head and flow file (*.hff) used by MT3DMS to generate the flow fields for transport modeling.
; ''Save Arrays Using Binary Files'' : Choose this option to save all 2D arrays used as MODFLOW input as binary arrays in external files.  If this option is not selected, the 2D arrays are written within the respective files in ASCII format.  The binary option results in more files, but uses less disk space.  There is also a time savings during running for MODFLOW models with large grids.


; ''Enable saving of computed flows for all source/sink objects'' : This option allows GMS to create a flow observation for all sources/sinks that were created using the '''Map→MODFLOW''' command so that the user can see the computed flux through the group of boundary conditions. If the user is doing a transient simulation then having this option may cause MODFLOW to crash because MODFLOW attempts to allocate more memory than any of us have available. Turning off this option in this situation is the best course of action.
; ''Enable saving of computed flows for all source/sink objects'' : This option allows GMS to create a flow observation for all sources/sinks that were created using the '''Map→MODFLOW''' command so that the user can see the computed flux through the group of boundary conditions. If the user is doing a transient simulation then having this option may cause MODFLOW to crash because MODFLOW attempts to allocate more memory than any of us have available. Turning off this option in this situation is the best course of action.

Revision as of 16:16, 14 December 2017

MODFLOW
Pre-processing
MODFLOW Commands
Building a MODFLOW Model
Map to MODFLOW
Calibration
Packages Supported in GMS
Saving a MODFLOW Simulation
Importing MODFLOW Files
Unsupported MODFLOW Features
Run MODFLOW
Post-processing
MODFLOW Display Options
MODFLOW Post-Processing Viewing Options
Reading a MODFLOW Simulation
Tutorials
Packages
Flow: BCF6, HUF, LPF, UPW
Solvers:

DE4, GMG, NWT, PCG,

PCGN, LMG, SIP, SOR,

SMS
Other:

BAS6, BFH, CHD1, CLN,

DRN1, DRT1, EVT1, ETS1,

GAGE, GHB1, GNC, HFB1,

HUF, LAK3, MNW1, MNW2,

OUT1, RCH1, RIV1, SFR2,

STR1, SUB1, SWI2, WEL1,

UZF1
v • e

The Output Control dialog is accessed from the MODFLOW menu. The Output Control dialog contains the following options:

Output Interval Options

The Output Interval section allows choosing which files to output and when to output the results. By default, GMS instructs MODFLOW to output heads and volume data to both data files and text output files. Drawdown is not output by default.

Other Output Options

Global Output File
Choose this option to use the global output file (*.glo). This file contains information about the input files and, during an inverse run using the PES process, will contain information about each iteration. Either the global file, list file, or both must be used with MODFLOW.
List Output File
Choose this option to use the list output file (*.out). This file contains information about the current MODFLOW run. This file will be overwritten during an inverse run using the PES process for each inverse iteration.
*.hff File For Transport
Select this option to output the head and flow file (*.hff) used by MT3DMS to generate the flow fields for transport modeling.
Enable saving of computed flows for all source/sink objects
This option allows GMS to create a flow observation for all sources/sinks that were created using the Map→MODFLOW command so that the user can see the computed flux through the group of boundary conditions. If the user is doing a transient simulation then having this option may cause MODFLOW to crash because MODFLOW attempts to allocate more memory than any of us have available. Turning off this option in this situation is the best course of action.
The MODFLOW Output Control dialog.


v • e
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