GMS:MF6 MAW Package: Difference between revisions

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__NOINDEX__
{{MODFLOW 6 Beta}}
{{Version GMS 10.5}}
{{MODFLOW 6 Links}}
{{MODFLOW 6 Links}}
[[File:MF6-MAW Package.png|thumb|400px|right|The ''Multi-Aquifer Well (MAW) Package'' dialog]]
[[File:MF6-MAW Package_v2.png|thumb|450px|right|The ''Multi-Aquifer Well (MAW) Package'' dialog]]
The ''Multi-Aquifer Well (MAW) Package'' dialog is accessed by double-clicking on the WEL package under a MODFLOW 6 simulation in the Project Explorer. It contains the following sections and options:
The ''Multi-Aquifer Well (MAW) Package'' dialog is accessed by double-clicking on the MAW package under a MODFLOW 6 simulation in the Project Explorer. It contains the following sections and options:
*''Sections'' list – A list of sections that can be turned on or off:
*''Sections'' list – A list of sections that can be turned on or off:
**''Comments'' – Turn on to make the ''Comments'' section visible.
**''Comments'' – Turn on to make the ''Comments'' section visible.
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*''Comments'' section – Enter general alphanumeric comments. Comments entered here get written at the top of the file, preceded by a '#' symbol.
*''Comments'' section – Enter general alphanumeric comments. Comments entered here get written at the top of the file, preceded by a '#' symbol.
*''Options'' section – Temporal options and settings:
*''Options'' section – Temporal options and settings:
**'''Auxiliary Variables...''' – Click to bring up the [[#Auxiliary Variables Dialog|''Auxiliary Variables'' dialog]].
**''AUXILIARY'' – Click the '''Auxiliary Variables...''' button to bring up the [[#Auxiliary Variables Dialog|''Auxiliary Variables'' dialog]].  
**'''Time Series...''' – Click to bring up the [[#Time Series Files Dialog|''Time Series Files'' dialog]].  
**''BOUNDNAMES'' – Allow boundary names. If turned on, indicates that the list of multi-aquifer well cells will be provided with the associative boundary names.
**'''Observations...''' – Click to bring up the [[#Observation Files Dialog|''Observation Files'' dialog]].  
**''PRINT_INPUT'' – Print input to listing file. Print input to listing file. If turned on, indicates that the list of multi-aquifer well information will be written to the listing file after it is read.
*''Options'' section – Temporal options and settings:
**''PRINT_HEAD'' – Print head to listing file. If turned on, indicates that well heads will be printed to the listing file for each stress period that "HEAD PRINT" is specified.
**''BOUNDNAMES'' – If turned on, indicates that the list of multi-aquifer well cells will be provided with the associative boundary names.
**''PRINT_FLOWS'' – Print flows to listing file. If turned on, indicates that a list of multi-aquifer well flow rates will be printed to the listing file.
**''PRINT_INPUT'' – If turned on, indicates that the list of multi-aquifer well information will be written to the listing file after it is read.
**''SAVE_FLOWS'' – Saves flow to budget file. If turned on, indicates that the multi-aquifer well flow terms will be written to a specified file.
**''PRINT_HEAD'' – If turned on, indicates that well heads will be printed to the listing file for each stress period that "HEAD PRINT" is specified.
**''HEAD_FILEOUT'' – Save head to file. Enter the name of the output file to write stage information.
**''PRINT_FLOWS'' – If turned on, indicates that a list of multi-aquifer well flow rates will be printed to the listing file.
**''BUDGET_FILEOUT'' – Save budget to file. Allows the specification of a file to which desired flow terms will be written.
**''SAVE_FLOWS'' – If turned on, indicates that the multi-aquifer well flow terms will be written to a specified file.
**''HEAD_FILEOUT'' – The name of the output file to write stage information.
**''BUDGET_FILEOUT'' – Allows the specification of a file to which desired flow terms will be written.
**''NO_WELL_STORAGE'' – If turned on, indicates that well storage will not be included in the continuity equation. It is used to control discharge rate oscillations.
**''NO_WELL_STORAGE'' – If turned on, indicates that well storage will not be included in the continuity equation. It is used to control discharge rate oscillations.
**''FLOW_CORRECTION'' – Activate flow corrections.
**''FLOWING_WELLS'' – If turned on, indicates that the flowing wells option is activated.
**''FLOWING_WELLS'' – If turned on, indicates that the flowing wells option is activated.
**''MOVER'' – When turned on, indicates that the Multi-Aquifer Well (MAW) Package, in this instance can be used in collaboration with the Water Mover (MVR) Package.
**''SHUTDOWN_THETA'' – Defines the weight that is applied to the discharge rate for wells that have water limitations.
**''SHUTDOWN_THETA'' – Defines the weight that is applied to the discharge rate for wells that have water limitations.
**''SHUTDOWN_KAPPA'' – Defines the weight that is applied to the discharge rate for wells that have water limitations. It is used to control discharge rate oscillations.
**''SHUTDOWN_KAPPA'' – Defines the weight that is applied to the discharge rate for wells that have water limitations. It is used to control discharge rate oscillations.
**''MOVER'' – When turned on, indicates that the Multi-Aquifer Well (MAW) Package, in this instance can be used in collaboration with the Water Mover (MVR) Package.
**''TS6 FILEIN'' – Define time series files. Click the '''Files...''' button to bring up the [[#Time Series Files Dialog|''Time Series Files'' dialog]].
**''OBS6 FILEIN'' – Define observation files. Click the '''Files...''' button to bring up the [[#Observation Files Dialog|''Observation Files'' dialog]].
*''Data'' section – Contains the following:
*''Data'' section – Contains the following:
**''Periods'' drop-down – Use the '''Increment Up and Down''' [[File:Increment up and down arrows.png|14px]] buttons to select the desired period.
**''PACKAGEDATA'' – Package data for each well.
**'''Define Period''' [[File:Add Note Icon.svg|14px]] – If no period is defined, click to make the spreadsheet editable.
***'''Add Rows''' – Brings up the ''Rows To Add'' dialog where the number of rows can be specified.
**'''Delete Period''' [[File:GMS Delete Icon.svg|14px]] – Click to delete the existing period.
***''WELLNO'' – Integer value that defines the well number associated with the data on the row. Must be greater than zero.
**'''Add Rows''' [[File:Row-add.svg|14px]] – Click to bring up the [[#Add Stresses Dialog|''Add Stresses'' dialog]].
***''RADIUS'' – Radius for the multi-aquifer well.
**'''Delete Rows''' [[File:Row-delete.svg|14px]] – Click to bring up a dialog with three options:
***''BOTTOM'' – Bottom elevation of the multi-aquifer well.
***'''Delete from All Periods''' – Click to delete matching stresses from all periods.
***''STRT'' – Starting head for the multi-aquifer well.
***'''Delete from Just This Period''' – Click to delete matching stresses from just this period.
***''CONDEQN'' – Defines the conductance equation that is used to calculate the saturated conductance for the multi-aquifer well.
**'''Plot All Periods''' [[File:Mf6time-series.svg|14px]] – Click to bring up the [[GMS:XY Series Editor|''XY Series Editor'' dialog]]. Requires that a cell be selected in the table.
****"SPECIFIED" –  Indicate the multi-aquifer well saturated conductance will be specified.
**'''Open Time Series''' [[File:Open Macro.svg|14px]] – Click to bring up the  
****"THIEM" – Indicate the multi-aquifer well saturated conductance will be calculated using the Thiem equation.
**'''Filter on Selected Cells''' [[File:Mf6filter.svg|14px]] – Click to turn on filtering on the selected cells.
****"SKIN" – Indicate that the multi-aquifer well saturated conductance will be calculated using the cell top and bottom, aquifer and screen hydraulic conductivity, and well and skin radius.
**Table – Allows the manual input of different variables for the MAW Package.
****"CUMALITIVE" – Indicate that the multi-aquifer well saturated conductance will be calculated using a combination of the Thiem and SKIN equations.
***''WELLNO'' – A value that defines the reach number associated with the specified PERIOD data.
****"MEAN" – Indicate the multi-aquifer well saturated conductance will be calculated using the aquifer and screen top and bottom, aquifer and screen hydraulic conductivity, and well and skin radius.
***''MAWSETTING'' – Information that is linked to keywords and values.
***''NGWFNODES'' – Integer value that defines the number of GWF nodes connected to this multi-aquifer well.
***''VALUE1'' – Value to be entered in relation to the specific project.
**''CONNECTIONDATA''
***''VALUE2'' – Value to be entered in relation to the specific project.
***'''Add Rows''' – Brings up the ''Rows To Add'' dialog where the number of rows can be specified.
***''VALUE3'' – Value to be entered in relation to the specific project.
***''WELLNO'' – Integer value that defines the well number associated with the data on the row. Must be greater than zero.
***''ICON'' – Integer value that defines the GWF connection number for this multi-aquifer well connection entry.
***''LAY'' – The well connection layer.
***''ROW'' – The well connection row.
***''COL'' – The well connection column.
***''SCRN_TOP'' – Defines the top elevation of the screen for the multi-aquifer well connection.
***''SCRN_BOT'' – Defines the bottom elevation of the screen for the multi-aquifer well connection.
***''HK_SKIN'' – Fefines the skin hydraulic conductivity or conductance for each GWF node connected to the multi-aquifer well.
***''RADIUS_SKIN'' – Defines the skin radius for the multi-aquifer well.
**''PERIODS'' drop-down – Use the '''Increment Up and Down''' [[File:Increment up and down arrows.png|14px]] buttons to select the desired period.
***'''Define Period''' [[File:Add Note Icon.svg|14px]] – If no period is defined, click to make the spreadsheet editable.
***'''Delete Period''' [[File:GMS Delete Icon.svg|14px]] – Click to delete the existing period.
***'''Add Rows''' [[File:Row-add.svg|14px]] – Click to bring up the [[#Add Stresses Dialog|''Add Stresses'' dialog]].
***'''Delete Rows''' [[File:Row-delete.svg|14px]] – Click to bring up a dialog with three options:
****'''Delete from All Periods''' – Click to delete matching stresses from all periods.
****'''Delete from Just This Period''' – Click to delete matching stresses from just this period.
***'''Plot All Periods''' [[File:Mf6time-series.svg|14px]] – Click to bring up the [[GMS:XY Series Editor|''XY Series Editor'' dialog]]. Requires that a cell be selected in the table.
***'''Open Time Series''' [[File:Open Macro.svg|14px]] – Click to bring up the  
***'''Filter on Selected Cells''' [[File:Mf6filter.svg|14px]] – Click to turn on filtering on the selected cells.
***Table – Allows the manual input of different variables for the MAW Package.
****''WELLNO'' – A value that defines the reach number associated with the specified PERIOD data.
****''MAWSETTING'' – Information that is linked to keywords and values.
****''VALUE1'' – Value to be entered in relation to the specific project.
****''VALUE2'' – Value to be entered in relation to the specific project.
****''VALUE3'' – Value to be entered in relation to the specific project.
{{Auxiliary Variables Dialog}}
{{Auxiliary Variables Dialog}}
{{MF6 Time Series Files Dialog}}
{{MF6 Time Series Files Dialog}}
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{{Navbox GMS}}
{{Navbox GMS}}
[[Category:MODFLOW 6|MAW]]
[[Category:MODFLOW 6|MAW]]
[[Category:MODFLOW 6 Dialogs|maw]]

Latest revision as of 22:35, 20 December 2022

Gnome globe current event.png
 MODFLOW 6 is currently in Beta release for GMS
Some features and capabilities of MODFLOW 6 are still in development for GMS.
GMS Icon.png
MODFLOW 6
Models & Tools
GWF Model
GWT Model
Cell Properties Dialog
Zone File
Packages
Flow: GNC, HFB, NPF
GWF: BUY, CHD, CSUB,
DRN, EVT, GHB,
LAK, MAW, MVR,
OBS, RCH,RIV,
SFR, STO, UZF,
WEL
GWT: ADV, CNC, DSP
FMI, IC, IST, LKT,
MDT, MST, MVT,
MWT, OBS, SFT,
SRC,SSM, UZT
Other DIS, DISU, DISV,
IMS, OC, TDIS,
PEST
v • e

The Multi-Aquifer Well (MAW) Package dialog

The Multi-Aquifer Well (MAW) Package dialog is accessed by double-clicking on the MAW package under a MODFLOW 6 simulation in the Project Explorer. It contains the following sections and options:

  • Sections list – A list of sections that can be turned on or off:
    • Comments – Turn on to make the Comments section visible.
    • Options – Turn on to make the Options section visible.
    • Data – Turn on to make the Data section visible. This section is on by default.
  • Comments section – Enter general alphanumeric comments. Comments entered here get written at the top of the file, preceded by a '#' symbol.
  • Options section – Temporal options and settings:
    • AUXILIARY – Click the Auxiliary Variables... button to bring up the Auxiliary Variables dialog.
    • BOUNDNAMES – Allow boundary names. If turned on, indicates that the list of multi-aquifer well cells will be provided with the associative boundary names.
    • PRINT_INPUT – Print input to listing file. Print input to listing file. If turned on, indicates that the list of multi-aquifer well information will be written to the listing file after it is read.
    • PRINT_HEAD – Print head to listing file. If turned on, indicates that well heads will be printed to the listing file for each stress period that "HEAD PRINT" is specified.
    • PRINT_FLOWS – Print flows to listing file. If turned on, indicates that a list of multi-aquifer well flow rates will be printed to the listing file.
    • SAVE_FLOWS – Saves flow to budget file. If turned on, indicates that the multi-aquifer well flow terms will be written to a specified file.
    • HEAD_FILEOUT – Save head to file. Enter the name of the output file to write stage information.
    • BUDGET_FILEOUT – Save budget to file. Allows the specification of a file to which desired flow terms will be written.
    • NO_WELL_STORAGE – If turned on, indicates that well storage will not be included in the continuity equation. It is used to control discharge rate oscillations.
    • FLOW_CORRECTION – Activate flow corrections.
    • FLOWING_WELLS – If turned on, indicates that the flowing wells option is activated.
    • MOVER – When turned on, indicates that the Multi-Aquifer Well (MAW) Package, in this instance can be used in collaboration with the Water Mover (MVR) Package.
    • SHUTDOWN_THETA – Defines the weight that is applied to the discharge rate for wells that have water limitations.
    • SHUTDOWN_KAPPA – Defines the weight that is applied to the discharge rate for wells that have water limitations. It is used to control discharge rate oscillations.
    • TS6 FILEIN – Define time series files. Click the Files... button to bring up the Time Series Files dialog.
    • OBS6 FILEIN – Define observation files. Click the Files... button to bring up the Observation Files dialog.
  • Data section – Contains the following:
    • PACKAGEDATA – Package data for each well.
      • Add Rows – Brings up the Rows To Add dialog where the number of rows can be specified.
      • WELLNO – Integer value that defines the well number associated with the data on the row. Must be greater than zero.
      • RADIUS – Radius for the multi-aquifer well.
      • BOTTOM – Bottom elevation of the multi-aquifer well.
      • STRT – Starting head for the multi-aquifer well.
      • CONDEQN – Defines the conductance equation that is used to calculate the saturated conductance for the multi-aquifer well.
        • "SPECIFIED" – Indicate the multi-aquifer well saturated conductance will be specified.
        • "THIEM" – Indicate the multi-aquifer well saturated conductance will be calculated using the Thiem equation.
        • "SKIN" – Indicate that the multi-aquifer well saturated conductance will be calculated using the cell top and bottom, aquifer and screen hydraulic conductivity, and well and skin radius.
        • "CUMALITIVE" – Indicate that the multi-aquifer well saturated conductance will be calculated using a combination of the Thiem and SKIN equations.
        • "MEAN" – Indicate the multi-aquifer well saturated conductance will be calculated using the aquifer and screen top and bottom, aquifer and screen hydraulic conductivity, and well and skin radius.
      • NGWFNODES – Integer value that defines the number of GWF nodes connected to this multi-aquifer well.
    • CONNECTIONDATA
      • Add Rows – Brings up the Rows To Add dialog where the number of rows can be specified.
      • WELLNO – Integer value that defines the well number associated with the data on the row. Must be greater than zero.
      • ICON – Integer value that defines the GWF connection number for this multi-aquifer well connection entry.
      • LAY – The well connection layer.
      • ROW – The well connection row.
      • COL – The well connection column.
      • SCRN_TOP – Defines the top elevation of the screen for the multi-aquifer well connection.
      • SCRN_BOT – Defines the bottom elevation of the screen for the multi-aquifer well connection.
      • HK_SKIN – Fefines the skin hydraulic conductivity or conductance for each GWF node connected to the multi-aquifer well.
      • RADIUS_SKIN – Defines the skin radius for the multi-aquifer well.
    • PERIODS drop-down – Use the Increment Up and Down Increment up and down arrows.png buttons to select the desired period.
      • Define Period Add Note Icon.svg – If no period is defined, click to make the spreadsheet editable.
      • Delete Period GMS Delete Icon.svg – Click to delete the existing period.
      • Add Rows Row-add.svg – Click to bring up the Add Stresses dialog.
      • Delete Rows Row-delete.svg – Click to bring up a dialog with three options:
        • Delete from All Periods – Click to delete matching stresses from all periods.
        • Delete from Just This Period – Click to delete matching stresses from just this period.
      • Plot All Periods Mf6time-series.svg – Click to bring up the XY Series Editor dialog. Requires that a cell be selected in the table.
      • Open Time Series Open Macro.svg – Click to bring up the
      • Filter on Selected Cells Mf6filter.svg – Click to turn on filtering on the selected cells.
      • Table – Allows the manual input of different variables for the MAW Package.
        • WELLNO – A value that defines the reach number associated with the specified PERIOD data.
        • MAWSETTING – Information that is linked to keywords and values.
        • VALUE1 – Value to be entered in relation to the specific project.
        • VALUE2 – Value to be entered in relation to the specific project.
        • VALUE3 – Value to be entered in relation to the specific project.

Auxiliary Variables Dialog

The Auxiliary Variables dialog

The Auxiliary Variables dialog is accessed by clicking Auxiliary Variables... in the Options section of many package dialogs. It is used to define an array of one or more auxiliary variable names. It contains the following sections and buttons:

  • At the top is an unlabeled section listing all of the variables, one per line. Double-click on a variable name to rename it.
  • Insert Row Row-insert.svg – Click to insert a row above the currently-selected row.
  • Add Row Row-add.svg – Click to add a row below the currently-selected row.
  • Delete Row Row-delete.svg – Click to delete the selected row.
  • Move Up Row-up.svg – Move the selected row up.
  • Move Down Row-down.svg – Move the selected row down.

Note that each variable name must be unique. If two or more variables share a name, variables added since opening the dialog will not be saved.

Time Series Files Dialog

The Time Series Files dialog

The Time Series Files dialog is accessed by clicking Time Series Files... in the Options section of many of the package dialogs. It is used to define an array of one or more time series files. It contains the following sections and buttons:

  • At the top is an unlabeled section listing all of the time series files, one per line.
    • Double-click on the first field to see the full file path and name.
    • Click Edit... to open the time series file.
  • Insert Row Row-insert.svg – Click to insert a row above the currently-selected row.
  • Add Row Row-add.svg – Click to add a row below the currently-selected row.
  • Delete Row Row-delete.svg – Click to delete the selected row.
  • Move Up Row-up.svg – Move the selected row up.
  • Move Down Row-down.svg – Move the selected row down.


Observation Files Dialog

The Observation Files dialog

The Observation Files dialog is accessed by clicking Observations... in the Options section of many of the package dialogs. It is used to define an array of one or more observation files. It contains the following sections and buttons:

  • At the top is an unlabeled section listing all of the observation files, one per line.
  • Insert Row Row-insert.svg – Click to insert a row above the currently-selected row.
  • Add Row Row-add.svg – Click to add a row below the currently-selected row.
  • Delete Row Row-delete.svg – Click to delete the selected row.
  • Move Up Row-up.svg – Move the selected row up.
  • Move Down Row-down.svg – Move the selected row down.


Add Stresses Dialog

The Add Stresses dialog for the HFB package

The Add Stresses dialog is accessed by clicking Add Rows Row-add.svg in the Periods section of several MODFLOW 6 package dialogs. It contains the following sections and options:

  • Table – Table Options differ according to each package. See chart below.
  • Number of rows to add – Use the Increment Up and Down Increment up and down arrows.png buttons to select the desired number of rows to add.
  • Add to section – Radio buttons with the following options:
    • All defined periods – Select to add the rows to all defined periods.
    • Only this period – Select to add the rows to only this period.
Package Add Stresses Dialog Table Options
CHD
CHD Options
  • LAY – Used to specify certain layers.
  • ROW – Used to specify certain rows.
  • COL – Used to specify certain columns.
  • HEAD – Represents the head at the boundary.
DRN
DRN Options
  • LAY – Used to specify which layer is being applied.
  • ROW – Used to specify which row is being applied.
  • COL – Used to specify which column is being applied.
  • ELEV – Represents the elevation of the drain.
  • COND – Represents the hydraulic conductance between the aquifer and the drain.
GHB
GHB Options
  • LAY – Used to specify certain layers of the module.
  • ROW – Used to specify which row is being applied.
  • COL – Used to specify which column is being applied.
  • BHEAD – Represents the boundary head.
  • COND – Represents the hydraulic conductance between the aquifer cell and the boundary.
HFB
HFB Options
  • LAY1 – Represents the first of two chosen layers.
  • ROW1 – Represents the first of two chosen rows.
  • COL1 – Represents the first of two chosen columns.
  • LAY2 – Represents the second of two chosen layers.
  • ROW2 – Represents the second of two chosen rows.
  • COL2 – Represents the second of two chosen columns.
  • HYDCHR – The hydraulic characteristic of the horizontal-flow barrier. When this variable is negative it multiplied by the conductance of two cells.
LAK
LAK Options
  • LAKENO_OUTLETNO – A value that defines the reach number associated with the specified PERIOD data.
  • SETTING – Information that is linked to keywords and values.
  • VALUE1 – Value to be entered in relation to the specific project.
  • VALUE2 – Value to be entered in relation to the specific project.
MAW
MAW Options
  • WELLNO – A value that defines the reach number associated with the specified PERIOD data.
  • MAWSETTING – Information that is linked to keywords and values.
  • VALUE1 – Value to be entered in relation to the specific project.
  • VALUE2 – Value to be entered in relation to the specific project.
  • VALUE3 – Value to be entered in relation to the specific project.
RIV
RIV Options
  • LAY – Used to specify which row is being applied.
  • ROW – Used to specify which row is being applied.
  • COL – Used to specify which column is being applied.
  • STAGE – Variable that represents the head in the river.
  • COND – Variable that represents the riverbed hydraulic conductance.
  • RBOT – Variable that represents the elevation of the bottom of the riverbed.
SFR
SFR Options
  • RNO – A value that defines the reach number associated with the specified PERIOD data.
  • SFRSETTING – Information that is linked to keywords and values.
  • VALUE1 – Value to be entered in relation to the specific project.
  • VALUE2 – Value to be entered in relation to the specific project.
UZF
UZF Options
  • IUZNO – An integer value that defines the UZF cell number associated with the specified PERIOD data on the line.
  • FINF – A value that defines the applied infiltration rate of the UZF cell.
  • PET – A value that defines the ET rate of the UZF cell and specified GWF cell.
  • EXDP – A value that defines the ET extinction depth of the UZF cell.
  • EXTWC – A value that defines the amount of water removed from the UZF cell through evapotranspiration.
  • HA – A value that defines the amount of potential air that enters the UZF cell.
  • HROOT – A value that defines the root potential of the UZF cell.
  • ROOTACT – A value that defines how much root activity exists in the UZF cell.
WEL
WEL Options
  • LAY – Represents which layer within the grid to which the chosen well will be assigned.
  • ROW – Represents which row within the grid to which the chosen well will be assigned.
  • COL – Represents which column within the grid to which the chosen well will be assigned.
  • Q – Represents the volumetric well rate at which the recharge (positive value) and discharge (negative value) of the well will be.


Related Topics


v • e
GMS – Groundwater Modeling System
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