private bool FilterIncludesAvgSpatialDataForFlowType(int flowTypeId)
{
FlowType ft = this.m_FlowTypes[flowTypeId];
foreach (FlowGroupLinkage l in ft.FlowGroupLinkages)
{
if (this.FilterIncludesAvgSpatialDataForFlowGroup(l.FlowGroup.Id))
{
return(true);
}
}
return(false);
}
private FlowGroup GetAutoGeneratedFlowGroup(FlowType t)
{
string n = DataTableUtilities.GetAutoGeneratedGroupName(t.Name);
foreach (FlowGroup g in this.m_FlowGroups)
{
if (g.Name == n)
{
return(g);
}
}
throw new ArgumentException("Auto-generated group not found for flow type: " + t.Name);
}
private double GetFlowLateralMultiplier(int flowTypeId, Cell cell, int iteration, int timestep)
{
double Multiplier = 1.0;
FlowType ft = this.m_FlowTypes[flowTypeId];
foreach (FlowMultiplierType mt in this.m_FlowMultiplierTypes)
{
foreach (FlowGroupLinkage fgl in ft.FlowGroupLinkages)
{
if (this.m_IsSpatial && mt.FlowLateralMultiplierMap != null)
{
Multiplier *= this.GetFlowLateralMultiplier(
cell,
mt.FlowLateralMultiplierMap,
fgl.FlowGroup.Id,
iteration,
timestep);
}
}
}
Debug.Assert(Multiplier >= 0.0);
return(Multiplier);
}
private void RecordSummaryFlowOutputData(
int timestep,
Cell cell,
DeterministicTransition deterministicPathway,
Transition probabilisticPathway,
FlowPathway flowPathway,
double flowAmount)
{
int?TransitionTypeId = null;
int StratumIdDest = cell.StratumId;
int StateClassIdDest = cell.StateClassId;
if (probabilisticPathway != null)
{
TransitionTypeId = probabilisticPathway.TransitionTypeId;
if (probabilisticPathway.StratumIdDestination.HasValue)
{
StratumIdDest = probabilisticPathway.StratumIdDestination.Value;
}
if (probabilisticPathway.StateClassIdDestination.HasValue)
{
StateClassIdDest = probabilisticPathway.StateClassIdDestination.Value;
}
}
else
{
if (deterministicPathway != null)
{
if (deterministicPathway.StratumIdDestination.HasValue)
{
StratumIdDest = deterministicPathway.StratumIdDestination.Value;
}
if (deterministicPathway.StateClassIdDestination.HasValue)
{
StateClassIdDest = deterministicPathway.StateClassIdDestination.Value;
}
}
}
if (this.m_STSimTransformer.IsOutputTimestep(
timestep,
this.m_SummaryFlowOutputTimesteps,
this.m_CreateSummaryFlowOutput))
{
FlowType t = this.m_FlowTypes[flowPathway.FlowTypeId];
foreach (FlowGroupLinkage l in t.FlowGroupLinkages)
{
if (!l.FlowGroup.OutputFilter.HasFlag(Constants.OutputFilter.Tabular))
{
continue;
}
FifteenIntegerLookupKey k = new FifteenIntegerLookupKey(
cell.StratumId,
GetSecondaryStratumIdKey(cell),
GetTertiaryStratumIdKey(cell),
cell.StateClassId,
LookupKeyUtilities.GetOutputCollectionKey(flowPathway.FromStockTypeId),
LookupKeyUtilities.GetOutputCollectionKey(TransitionTypeId),
StratumIdDest,
StateClassIdDest,
LookupKeyUtilities.GetOutputCollectionKey(flowPathway.ToStockTypeId),
l.FlowGroup.Id,
LookupKeyUtilities.GetOutputCollectionKey(flowPathway.TransferToStratumId),
LookupKeyUtilities.GetOutputCollectionKey(flowPathway.TransferToSecondaryStratumId),
LookupKeyUtilities.GetOutputCollectionKey(flowPathway.TransferToTertiaryStratumId),
LookupKeyUtilities.GetOutputCollectionKey(flowPathway.TransferToStateClassId),
LookupKeyUtilities.GetOutputCollectionKey(flowPathway.TransferToMinimumAge));
if (this.m_SummaryOutputFlowRecords.Contains(k))
{
OutputFlow r = this.m_SummaryOutputFlowRecords[k];
r.Amount += (flowAmount * l.Value);
}
else
{
OutputFlow r = new OutputFlow(
cell.StratumId,
GetSecondaryStratumIdValue(cell),
GetTertiaryStratumIdValue(cell),
cell.StateClassId,
flowPathway.FromStockTypeId,
TransitionTypeId,
StratumIdDest,
StateClassIdDest,
flowPathway.ToStockTypeId,
l.FlowGroup.Id,
flowPathway.TransferToStratumId,
flowPathway.TransferToSecondaryStratumId,
flowPathway.TransferToTertiaryStratumId,
flowPathway.TransferToStateClassId,
flowPathway.TransferToMinimumAge,
flowAmount * l.Value);
this.m_SummaryOutputFlowRecords.Add(r);
}
}
}
}