| _accepts |
List of quantities that are accepted
(Inherited from Structure) |
| _actualGateLevel |
Gate level
(Inherited from SquaredGatedBCWeir) |
| _controlIsActive | Flag indicating if gate control is active, i.e. gate is opening or closing (Inherited from SquaredGatedBCWeir) |
| _controlledMaxGateLevel |
Controllable maximum gate level
(Inherited from SquaredGatedBCWeir) |
| _controlledMinGateLevel |
Controllable minimum gate level
(Inherited from SquaredGatedBCWeir) |
| _controlStategyId |
If the structure is being controlled, then _controlStategyId contains the ID of the
active control strategy
(Inherited from Structure) |
| _controlTargetGateLevel | Target level of gate, i.e. the level that the gate currently approaches. (Inherited from SquaredGatedBCWeir) |
| _crossSection1 | Help variable for the upstream cross section relative to the actual flow. (Inherited from AbstractHeadLossStructure) |
| _crossSection2 | Help variable for the downstream cross section relative to the actual flow. (Inherited from AbstractHeadLossStructure) |
| _delhs | (Inherited from AbstractBroadCrestedCWeir) |
| _downstreamCrossSection |
Downstream cross section data. The cross section data is the processed level, with, area.
(Inherited from AbstractHeadLossStructure) |
| _downstreamWaterLevel |
Downstream water level, as set by SetWaterLevels(Double, Double)
Unit: [m]
(Inherited from Structure) |
| _dqdhDownstream |
The derivative of flow through the structure with downstream water level. The flow is
calculated in the derived classes when the SetWaterLevels method is called.
Unit: [m2/sec]
(Inherited from Structure) |
| _dqdhUpstream |
The derivative of flow through the structure with upstream water level. The flow is
calculated in the derived classes when the SetWaterLevels method is called.
Unit: [m2/sec]
(Inherited from Structure) |
| _flowArea |
Flow area through structure. Used by most (but not all) structures.
(Inherited from Structure) |
| _flowDir |
FlowDir is used to determine which parameters to use for the flow calculations.
Derived by the SetWaterLevels(Double, Double).
(Inherited from Structure) |
| _flowRegime | Flow regime for discharge mode. (Inherited from AbstractHeadLossStructure) |
| _flowRegimeHeadLoss | Flow regime for head loss mode. (Inherited from AbstractHeadLossStructure) |
| _h1 | Water level at cross section upstream (relative to actual flow direction) (Inherited from AbstractHeadLossStructure) |
| _h2 | Water level at cross section downstream (relative to actual flow direction) (Inherited from AbstractHeadLossStructure) |
| _headLossFreeOverflowNegativeFlow | (Inherited from AbstractBroadCrestedCWeir) |
| _headLossFreeOverflowPositiveFlow | (Inherited from AbstractBroadCrestedCWeir) |
| _headLossInflowNegativeFlow | (Inherited from AbstractBroadCrestedCWeir) |
| _headLossInflowPositiveFlow | (Inherited from AbstractBroadCrestedCWeir) |
| _headLossOutflowNegativeFlow | (Inherited from AbstractBroadCrestedCWeir) |
| _headLossOutflowPositiveFlow | (Inherited from AbstractBroadCrestedCWeir) |
| _id |
Identification name of the structure
(Inherited from Structure) |
| _implicit |
If _implicit == false, then the derivatives are always zero.
Default value: true.
(Inherited from Structure) |
| _location |
Location in the network
(Inherited from Structure) |
| _maxValue |
Maximum value of gate level that a control can set in Control()
(Inherited from SquaredGatedBCWeir) |
| _minimumHeadloss | (Inherited from AbstractBroadCrestedCWeir) |
| _multiplicator |
Multiplicator or "number of structures" of this type.
Used for modelling more structures at the same
location with the same geometry in one go.
Unit: []
Default: 1
(Inherited from SquaredGatedBCWeir) |
| _offers |
List of quantities that are offered
(Inherited from Structure) |
| _parameters |
A class which contains parameters passed from HD module to
Structure module during the run of the simulation.
(Inherited from AbstractHeadLossStructure) |
| _partOfCompositeFlow |
Part of the flow in a parallel structure that passes through this structure.
(Inherited from AbstractHeadLossStructure) |
| _q |
Flow through the structure. The flow is calculated in the derived classes when the
SetWaterLevels method is called.
Unit: [m3/sec]
(Inherited from Structure) |
| _qEnergyEquation | Discharge calculated after solving energy equation (Inherited from AbstractHeadLossStructure) |
| _qSaintVenant | Discharge leading to a head loss (used when HeadLossMode=true) (Inherited from AbstractHeadLossStructure) |
| _qSaintVenantFull | Discharge leading to a head loss without part of composite flow (used when HeadLossMode=true) (Inherited from AbstractHeadLossStructure) |
| _runTimeDiagnostics |
Diagnostics are written into this Diagnostics during calculations.
Set during Initialize(IDiagnostics) (Inherited from Structure) |
| _sillLevel |
The level of the sill just upstream of the gate.
(Inherited from SquareBroadCrestedWeir) |
| _structureIterationCentering | (Inherited from AbstractBroadCrestedCWeir) |
| _topoID |
Identification used to find referenced cross sections
(Inherited from Structure) |
| _upstreamCrossSection |
Upstream cross section data. The cross section data is the processed level, with, area.
(Inherited from AbstractHeadLossStructure) |
| _upstreamWaterLevel |
Upstream water level, as set by SetWaterLevels(Double, Double)
Unit: [m]
(Inherited from Structure) |
| _useControlledMaxGateLevel |
Flag indicating if controllable maximum gate level is enforced
(Inherited from SquaredGatedBCWeir) |
| _useControlledMinGateLevel |
Flag indicating if controllable minimum gate level is enforced
(Inherited from SquaredGatedBCWeir) |
| _v1 | Velocity estimate upstream relative to actual flow direction of the structure. (Inherited from AbstractHeadLossStructure) |
| _v2 | Velocity estimate at cross section downstream (relative to actual flow direction). (Inherited from AbstractHeadLossStructure) |
| _valveType |
Type of the valve
Default: None
(Inherited from AbstractHeadLossStructureValved) |
| _width |
Width of weir
(Inherited from SquareBroadCrestedWeir) |
| _zeroFlow |
Flag indicating no flow through structure (upstream water level below invert level).
(Inherited from AbstractHeadLossStructure) |