User:Jmonson/MODFLOW 6 Packages: Difference between revisions
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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 Variables...''' – Click 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]]. | **'''Time Series...''' – Click to bring up the [[#Time Series Files Dialog|''Time Series Files'' dialog]]. | ||
**'''Observations...''' – Click to bring up the [[#Observation Files Dialog|''Observation Files'' dialog]]. | **'''Observations...''' – Click to bring up the [[#Observation Files Dialog|''Observation Files'' dialog]]. | ||
**''Read as arrays (READASARRAYS) – Click to specify to use array-based input in the | **''Read as arrays (READASARRAYS) – Click to specify to use array-based input in the EVT package. | ||
**''Do not reassign to underlying cell if cell is inactive (FIXED_CELL)'' – Click to indicate that | **''Do not reassign to underlying cell if cell is inactive (FIXED_CELL)'' – Click to indicate that evapotranspiration will not be reassigned to a cell underlying the cell specified in the list if the specified cell is inactive. | ||
**''Use auxiliary variable as multiplier (AUXMULTNAME)'' – Name of auxiliary variable to be used as multiplier of | **''Use auxiliary variable as multiplier (AUXMULTNAME)'' – Name of auxiliary variable to be used as multiplier of evapotranspiration rate. | ||
**''Print input to listing file (PRINT_INPUT)'' – Turn on to write the list of | **''Print input to listing file (PRINT_INPUT)'' – Turn on to write the list of evapotranspiration information to the listing file immediately after it is read. | ||
**''Print flows to listing file (PRINT_FLOWS)'' – Turn on to write the list of | **''Print flows to listing file (PRINT_FLOWS)'' – Turn on to write the list of evapotranspiration flow rates to the listing file for every stress period time step in which "BUDGET PRINT" is specified in [[GMS:Output Control (MODFLOW 6)|Output Control]]. | ||
**''Save flows to budget file (SAVE_FLOWS)'' – Turn on to write | **''Save flows to budget file (SAVE_FLOWS)'' – Turn on to write evapotranspiration flow terms to the file specified with "BUDGET FILEOUT" in [[GMS:Output Control (MODFLOW 6)|Output Control]]. | ||
**''Specify petm0 (SURF_RATE_SPECIFIED)'' – | **''Specify petm0 (SURF_RATE_SPECIFIED)'' – When turned on, indicates that the proportion of the evapotranspiration rate at the ET surface will be specified as PETM0 in list input. | ||
**Number of ET Segments – Allows the documenting of a value that represents the number of ET segments. | |||
***'''Change...''' – Allows an increase or a decrease of the value within the Number of ET Segments field. | |||
*''Periods'' section – Contains the following: | *''Periods'' section – Contains the following: | ||
**''Period'' drop-down – Use the '''Increment Up and Down''' [[File:Increment up and down arrows.png|14px]] buttons to select the desired period. | **''Period'' drop-down – Use the '''Increment Up and Down''' [[File:Increment up and down arrows.png|14px]] buttons to select the desired period. | ||
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**'''Delete Period''' [[File:GMS Delete Icon.svg|14px]] – Click to delete the existing period. | **'''Delete Period''' [[File:GMS Delete Icon.svg|14px]] – Click to delete the existing period. | ||
***Table – Contains four tabs: | ***Table – Contains four tabs: | ||
****''IEVT'' – | ****''IEVT'' – The layer number that defines the layer in each vertical column. | ||
*****"UNDEFINED" – Indicates that there are no definite variables to be applied. | *****"UNDEFINED" – Indicates that there are no definite variables to be applied. | ||
*****"CONSTANT" – If "Constant" is selected from the drop-down, enter a decimal value in the ''Constant'' field to be applied to all cells in the layer(s). | *****"CONSTANT" – If "Constant" is selected from the drop-down, enter a decimal value in the ''Constant'' field to be applied to all cells in the layer(s). | ||
*****"ARRAY" – If "Array" is selected from the drop-down, enter an integer in the ''factor:'' field to be multiplied to the array after it is read. | *****"ARRAY" – If "Array" is selected from the drop-down, enter an integer in the ''factor:'' field to be multiplied to the array after it is read. | ||
*****" | *****"TIME-ARRAY SERIES" – Is not supported for ''IEVT'', ''SURFACE'', or ''DEPTH''. | ||
****''SURFACE'' – | ****''SURFACE'' – The elevation of the ET surface. | ||
*****"UNDEFINED" – Indicates that there are no definite variable to be applied. | *****"UNDEFINED" – Indicates that there are no definite variable to be applied. | ||
*****"CONSTANT" – If "Constant" is selected from the drop-down, enter a decimal value in the ''Constant'' field to be applied to all cells in the layer(s). | *****"CONSTANT" – If "Constant" is selected from the drop-down, enter a decimal value in the ''Constant'' field to be applied to all cells in the layer(s). | ||
*****"ARRAY" – If "Array" is selected from the drop-down, enter an integer in the ''factor:'' field to be multiplied to the array after it is read. | *****"ARRAY" – If "Array" is selected from the drop-down, enter an integer in the ''factor:'' field to be multiplied to the array after it is read. | ||
*****" | *****"TIME-ARRAY SERIES" – Is not supported for ''IEVT'', ''SURFACE'', or ''DEPTH''. | ||
****''RATE'' – | ****''RATE'' – The maximum ET flux rate. | ||
*****"UNDEFINED" – Indicates that there are no definite variables to be applied. | *****"UNDEFINED" – Indicates that there are no definite variables to be applied. | ||
*****"CONSTANT" – If "Constant" is selected from the drop-down, enter a decimal value in the ''Constant'' field to be applied to all cells in the layer(s). | *****"CONSTANT" – If "Constant" is selected from the drop-down, enter a decimal value in the ''Constant'' field to be applied to all cells in the layer(s). | ||
*****"ARRAY" – If "Array" is selected from the drop-down, enter an integer in the ''factor:'' field to be multiplied to the array after it is read. | *****"ARRAY" – If "Array" is selected from the drop-down, enter an integer in the ''factor:'' field to be multiplied to the array after it is read. | ||
*****" | *****"TIME-ARRAY SERIES" – If "Time-Array Series" is selected from the drop-down, indicate which Time-Array Series is being applied in the ''Series:'' field. | ||
****''DEPTH'' – | ****''DEPTH'' – The ET extinction depth. | ||
*****"UNDEFINED" – Indicates that there are no definite variable to be applied. | *****"UNDEFINED" – Indicates that there are no definite variable to be applied. | ||
*****"CONSTANT" – If "Constant" is selected from the drop-down, enter a decimal value in the ''Constant'' field to be applied to all cells in the layer(s). | *****"CONSTANT" – If "Constant" is selected from the drop-down, enter a decimal value in the ''Constant'' field to be applied to all cells in the layer(s). | ||
*****"ARRAY" – If "Array" is selected from the drop-down, enter an integer in the ''factor:'' field to be multiplied to the array after it is read. | *****"ARRAY" – If "Array" is selected from the drop-down, enter an integer in the ''factor:'' field to be multiplied to the array after it is read. | ||
*****" | *****"TIME-ARRAY SERIES" – Is not supported for ''IEVT'', ''SURFACE'', or ''DEPTH''. | ||
{{-}} | {{-}} | ||
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**''STAGE FILEOUT'' – Indicates that the record corresponds to a specific stage. Also allows the written indication of stage information. | **''STAGE FILEOUT'' – Indicates that the record corresponds to a specific stage. Also allows the written indication of stage information. | ||
**''BUDGET FILEOUT'' – Allows the specification of a file to which desired flow terms will be written. | **''BUDGET FILEOUT'' – Allows the specification of a file to which desired flow terms will be written. | ||
**''MOVER'' – When turned on, indicates that the | **''MOVER'' – When turned on, indicates that the Streamflow Routing (SFR) Package, in this instance can be used in collaboration with the Water Mover (MVR) Package. | ||
**''MAXIMUM_ITERATIONS'' – Allows the written indication of the maximum number of Streamflow Routing NewtonRaphson iterations allowed for a reach. | **''MAXIMUM_ITERATIONS'' – Allows the written indication of the maximum number of Streamflow Routing NewtonRaphson iterations allowed for a reach. | ||
**''MAXIMUM_DEPTH_CHANGE'' – Allows the written indication of the depth closure tolerance. | **''MAXIMUM_DEPTH_CHANGE'' – Allows the written indication of the depth closure tolerance. | ||
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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: | ||
**''Output listing file (LIST)'' – When turned on, indicates which file is in the output listing file. | |||
**''Print all model package input to listing file (PRINT_INPUT)'' – Turn on to write the list of information to the listing file immediately after it is read. | |||
**''Save model package flows to budget file (SAVE_FLOWS)'' – Turn on to write flow terms to the file specified with "BUDGET FILEOUT" in [[GMS:Output Control (MODFLOW 6)|Output Control]]. | |||
**''Activate Newton-Raphson formulation for groundwater flow (NEWTON)'' – When turned on, this selection allows the utilization of the Newton-Raphson formulation as opposed to the standard used in most previous MODFLOW versions. | |||
**''Under-relax computed heads that are below cell bottom elevations (UNDER_RELAXATION)'' – When turned on, it helps define the nonlinear under-relaxation schemes used. | |||
*''Packages'' – Allows the indication of specific file and project details for the module. | |||
**ftype – Represents the file type. | |||
**fname – Represents the file name. | |||
**pname – Represents the package's name and cannot be altered in this dialog. | |||
{{-}} | {{-}} | ||
==Source/Sink Dialog== | ==Source/Sink Dialog== | ||
[[File:MF6-Source-Sink Dialog.png|thumb|400px|right|The ''Source/Sink Dialog'']] | [[File:MF6-Source-Sink Dialog.png|thumb|400px|right|The ''Source/Sink Dialog'']] | ||
The ''Source/Sink Dialog'' is accessed by selecting a cell, right-clicking and choosing the option ''MODFLOW 6 GWF_Model- Cell Properties...'' in the right-click menu provided. | |||
*''Packages:'' section – Provides a list of active packages within the module to choose and select depending on desired outcome. | |||
*''Periods'' section – Contains the following: | |||
**''Period'' 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]] – Only available if a time series has previously been defined, and the time series is specifically called in the ''Head'' column. For example, if a time series named "ts_1" is defined, enter "ts_1" in the Head column of the appropriate row. Click to bring up the | |||
**'''Filter on Selected Cells''' [[File:Mf6filter.svg|14px]] – Click to turn on filtering on the selected cells. | |||
***Table – Contains different information depending on the package chosen in the ''Packages:'' section. | |||
****Table – CHD options include: | |||
*****''LAY'' – Used to specify certain layers of the module. | |||
*****''ROW'' – Used to specify certain rows of the module. | |||
*****''COL'' – Used to specify certain columns of the module. | |||
*****''HEAD'' – Represents the head at the boundary. | |||
****Table – DRN options include: | |||
*****''LAY'' – Used to specify certain layers of the module. | |||
*****''ROW'' – Used to specify certain rows of the module. | |||
*****''COL'' – Used to specify certain columns of the module. | |||
*****''ELEV'' – Represents the elevation of the drain. | |||
*****''COND'' – Represents the hydraulic conductance between the aquifer and the drain. | |||
****Table – GHB options include: | |||
*****''LAY'' – Used to specify certain layers of the module. | |||
*****''ROW'' – Used to specify certain rows of the module. | |||
*****''COL'' – Used to specify certain columns of the module. | |||
*****''BHEAD'' – Represents the boundary head. | |||
*****''COND'' – Represents the hydraulic conductance between the aquifer cell and the boundary. | |||
****Table – HFB options include: | |||
*****''LAY1'' – Identifier for the first layer in the module. | |||
*****''ROW1'' – Identifier for the first in the module. | |||
*****''COL1'' – Identifier for the first column in the module. | |||
*****''LAY2'' – Identifier for the second layer in the module. | |||
*****''ROW2'' – Identifier for the second row in the module. | |||
*****''COL2'' – Identifier for the second column in the module. | |||
*****''HYDCHR'' – The hydraulic characteristic of the horizontal-flow barrier. When this variable is negative it multiplied by the conductance of two cells. | |||
****Table – LAK options include: | |||
*****''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. | |||
****Table – MAW options include: | |||
*****''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. | |||
****Table – RIV options include: | |||
*****''LAY'' – Represents which layer within the module to which the chosen well will be assigned. | |||
*****''ROW'' – Represents which row within the module to which the chosen well will be assigned. | |||
*****''COL'' – Represents which column within the module to which the chosen well will be assigned. | |||
*****''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. | |||
****Table – SFR options include: | |||
*****''LAY'' – Represents which layer within the module to which the chosen well will be assigned. | |||
*****''ROW'' – Represents which row within the module to which the chosen well will be assigned. | |||
*****''COL'' – Represents which column within the module to which the chosen well will be assigned. | |||
*****''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. | |||
****Table – UZF options include: | |||
*****''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. | |||
****Table – WEL options include: | |||
*****''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. | |||
{| | |||
! Header 1 | |||
! Header 2 | |||
! Header 3 | |||
|- | |||
| Cell 1 || Cell 2 || Cell 3 || | |||
|} | |||
{{-}} | {{-}} | ||