WSPC00040

• File Number: 8272
• Description: Colorado River - Colorado River Basin Salinity Control Program - CRBSCP
• State: CO
• Basin: Colorado Mainstem
• Water Division: 5
• Date: 9/28/1995
• Title: Functional Requirements Document for PRSYM - CRSS Modeling of Total Dissolved Solids - Draft
• Water Supply Pro - Doc Type: Report/Study

OjJ58~

.

if (returnFlowSaltPickup >= 0.0 )
(
returnFlowSaltConc = concentrated + returnFlowSaltPickup;
return METHOD_SUCCESS;
}
else
(

II an infamous wqip - need to see if the river has enough salt to
II satisfy a hungry wqip - if not, send the river an Iou
II a wqip can not be linked to a reservoir for this to work
II if we need a wqip hooked to a reservoir, we'll have to add
II a minSaltConc slot to the reservoir objects
II Cjlternatively, we could create a minSaltConc here and
II not use the linking process

II note - crss added the concentrating affect in but the numbers were
II skewed so that the concentrating affect was minimal
II they probably intended it to be nothing
II for testing purposes, will leave in for now

.

double mass_requested, mass_that_can_be;
double riv_inflow ;
double riv_minimum = 50.0;
TableSlot 'riv_minSlot;
SeriesSlot 'rinSlot;
SimObj* reachptr;

II in case we don't resolve below, assign to the concentrated value ???

returnFlowSaltConc = concentrated;
retu rn FlowSaltDe bt = retu rnFlowSaltDebt( -1 );
mass_requested = -1.0' (revol' returnFlowSaltPickup);

II get reach of river that we're hooked to

SeriesSlot * reachptrReturnFlows =
(SeriesSlot ') totaIReturnFlows.firstOutSlotO;
reachptr = reachptrReturnFlows->getSimObjO;

II verify that user hooked return flow to a reach or reach segment

.

if (!(reachptr->getTypeO == "ReachSegment") &&
!(reachptr->getTypeO == "Reach"))
prsymerror("WOIP must be linked to a Reach or Reach Segment\

n");