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...t Control option, then they will be printed for the last time step of each stress period. ...t Control option, then they will be printed for the last time step of each stress period.

...n, indicates that lake stages will be printed to the listing file for each stress period if "HEAD PRINT" is specified. ...te the list of streamflow routing flow rates to the listing file for every stress period time step in which "BUDGET PRINT" is specified in [[GMS:MF6 OC Packa

...n, indicates that lake stages will be printed to the listing file for each stress period if "HEAD PRINT" is specified. **''Periods'' tab

...es for a previous stress period are the same as those used for the current stress period, the ''Use previous'' option may be used. When the ''Use previous'' ...a cell will automatically change the type for the remainder of the stress periods at the same cell.

...ss period is steady-state) or initial stresses and GWF heads (if the first stress period is transient). ...t stress period is steady-state) or initial stresses (heads) (if the first stress period is transient).

**''Periods'' – Turn on to make the ''Periods'' section visible. This section is on by default. ...on to write the list of recharge flow rates to the listing file for every stress period time step in which "BUDGET PRINT" is specified in [[GMS:MF6 OC Packa

...aved, if the simulation is steady state or transient, the number of stress periods, and run options. The dialog also contains a ''Notes'' tab where comments a

...PCG iterations, and a running total of PCG iterations for all time/stress periods are printed.

...f mode (steady state vs. transient) and define [[GMS:Stress Periods|stress periods]] if necessary. Define a set of starting heads. Go to the ''LPF/BCF/HUF Pa ...y conditions, GMS also calculates the appropriate values to assign to each stress period of a transient simulation. The resulting numerical model is illustra

...on, indicates that well heads will be printed to the listing file for each stress period that "HEAD PRINT" is specified. **''PERIODS'' drop-down – Use the '''Increment Up and Down''' [[File:Increment up

...lect the ''Transient'' option. Then set up the [[GMS:Stress Periods|stress periods]] to use in the simulation. ...cell that has been previously assigned a constant head condition, the new stress is not assigned.

...kage'' dialog]] and set up the [[GMS:Basic Transport Package Dialog|stress periods]] to use in the simulation.

:[[GMS:Stress Periods|Stress Periods]]

#:*Support for Steady State Stress Periods in BTN package.

# [[GMS:Basic Transport Package Dialog#Stress Periods|Initialize MT3DMS Time Steps]] | 131 | IDD_MT_INIT_TIMESTEPS # [[GMS:Stress Periods|Stress Periods]] | 231 | IDD_INITIALIZE_TIMES

# [[GMS:Basic Transport Package Dialog#Stress Periods|Initialize MT3DMS Time Steps]] | 131 | IDD_MT_INIT_TIMESTEPS # [[GMS:Stress Periods|Stress Periods]] | 231 | IDD_INITIALIZE_TIMES

# [[GMS:Basic Transport Package Dialog#Stress Periods|Initialize MT3DMS Time Steps]] | 131 | IDD_MT_INIT_TIMESTEPS # [[GMS:Stress Periods|Stress Periods]] | 231 | IDD_INITIALIZE_TIMES

# [[GMS:Basic Transport Package Dialog#Stress Periods|Initialize MT3DMS Time Steps]] | 131 | IDD_MT_INIT_TIMESTEPS # [[GMS:Stress Periods|Stress Periods]] | 231 | IDD_INITIALIZE_TIMES

...rate for each stress period, or use the flow rate at the beginning of each stress period. Select the option that is best suited for the project. ...ter>no</center>||<center>If neither Date nor Time is specified, all stress periods will have the same Q.</center>

# [[GMS:Basic Transport Package Dialog#Stress Periods|Initialize MT3DMS Time Steps]] | 131 | IDD_MT_INIT_TIMESTEPS # [[GMS:Stress Periods|Stress Periods]] | 231 | IDD_INITIALIZE_TIMES