skip to main content
Objects and Methods : Aggregate Diversion Site : User Methods : Aggregate Max Supplemental Request
Aggregate Max Supplemental Request
This method category is dependent on the Supplement Diversion Lumped method in the Conjunctive Use category.
It provides the option of using groundwater storage elevation to determine the maximum supplement request. Values for the Maximum Total Supplement Request slot are then used in Conjunctive Use calculations.
* None
This is the default method. It performs no calculations.
There are no slots specific to this method.
* Input Max Request
When selected, this method instantiates the Maximum Total Supplement Request series slot for user input.
Slots Specific to This Method
 Maximum Total Supplement Request
Type: Series Slot
Units: FLOW
Description: user input maximum supplemental request
Information:  
I/O: Required input
* GW Elevation Max Request
This method determines the Maximum Total Supplement Request based on the groundwater elevation at the previous timestep.
Values are propagated across a link from the Previous Groundwater Elevation slot on a Groundwater object to the Previous Groundwater Elevation slot on the Agg Diversion Site. An interpolation of these values, using the Max Request Table, provides the Maximum Total Supplement Request.
Slots Specific to This Method
 Previous Groundwater Elevation
Type: Series Slot
Units: Length
Description: previous groundwater elevation propagated across a link from a Groundwater object
Information:  
I/O: Optional; usually set by a link.
 Max Request Table
Type: TableSlot
Units: Length vs. flow
Description: user input related groundwater elevation and maximum supplemental request
Information:  
I/O: Required input
 Maximum Total Supplement Request
Type: Series Slot
Units: Flow
Description: maximum supplemental request based on the Max Request Table
Information: Maximum Total Supplement Request is calculated through table interpolation of the Max Request Table using the Previous Groundwater Elevation value.
I/O: Output only
Revised: 11/11/2019