public class SluiceGate : Gate, ISluiceGate,
IGate, IStructure, IDoubleProxy, IQuantityProxy, IPlotableStructure,
ILinearZeroVariation| SluiceGate | Constructor method for the sluice gate |
| ActualGateLevel |
Actual gate level.
Type: River Structure Geometry
Unit: [m]
Default: 0
this is not a setup parameter, but a run parameter, which will change during the run (if the gate is controlled). If the gate is not controlled, this can be used to change the gate (manual/user defined control). (Inherited from Gate) |
| CfA | Factor used when calculating Yc for controlled free flow Type: Dimensional factor Unit: [] Default: 0.89 |
| CfB | Exponent used when calculating Yc for controlled free flow Type: Dimensional factor Unit: [] Default: 0.17 |
| CsA | Factor used when calculating Yc for controlled submerged flow Type: Dimensional factor Unit: [] Default: 1.12 |
| CsB | Exponent used when calculating Yc for controlled submerged flow Type: Dimensional factor Unit: [] Default: 0.21 |
| dDischargedDownStreamWaterLevel |
Calculated Discharge derivative with DownStreamWaterLevel. Downstream is relative to the direction of chainage.
The value is calculated by SetWaterLevels.
Unit: [m^2/s]
(Inherited from Structure) |
| dDischargedUpStreamWaterLevel |
Calculated Discharge derivative with UpStreamWaterLevel. Upstream is relative to the direction of chainage.
The value is calculated by SetWaterLevels.
Unit: [m^2/s]
(Inherited from Structure) |
| Delhs | Linear flow variation. For water level differences less than delhs use a linear Q variation between h1-h2=delhs and h1-h2=0. This is to avoid stability problems for small water level differences where dQdh goes to infinity. Unit: [m] Default: 0.01 |
| Discharge |
Calculated Discharge. The value is calculated by SetWaterLevels.
Unit: [m^3/s]
(Inherited from Structure) |
| DownstreamWaterLevel |
Downstream water level.Downstream refers to the direction of chainage. The water level is set by use of
SetWaterLevels
Unit: [m]
(Inherited from Structure) |
| DynamicMaxGateLevel |
Controllable maximum gate level
(Inherited from Gate) |
| DynamicMinGateLevel |
Controllable minimum gate level
(Inherited from Gate) |
| EnableCheckFlowDirectionOscillations |
Flag indicating whether to use special check and damping
for structure discharge oscillating around zero.
(Inherited from Structure) |
| ExtensionData |
Property used by (de)serializer, when it can not find proper target for
a data field. Support of forward compatible data contracts.
(Inherited from Structure) |
| FlowArea |
Flow area through structure. Used by most (but not all) structures.
(Inherited from Structure) |
| FlowFactor |
The discharge (and discharge derivatives) are scaled by the flow factor.
(Inherited from Structure) |
| Height | The height of the gate. This is used to evaluate if over topping can occur. Type: River Structure Geometry Unit: [m] Default: 0 |
| HorizontalOffSetFromMarker2 | Value used when plotting the structue Unit: [m] Defualt: 0 |
| ID |
Structure ID
(Inherited from Structure) |
| IDInUserUnit |
Used to get a consistent description of the structure. The ID comes in user units. Used e.g. when
reporting errors, warnings and hints.
(Inherited from Structure) |
| Implicit |
Flag to control if the structure is implicit or explicit. If the structure is explicit
(Implicit == false) then the derivatives of the dicharge are always zero.
Default value: true
(Inherited from Structure) |
| InitialGateLevel |
Initial value of the gate level.
Type: River Structure Geometry
Unit: [m]
Default: 0
(Inherited from Gate) |
| InvertLevelDownstream |
Invert level down stream
(Overrides StructureInvertLevelDownstream) |
| InvertLevelUpstream |
Invert level up stream
(Overrides StructureInvertLevelUpstream) |
| Length |
Length of the structure.
Unit: [m]
Default value: 0m
(Inherited from Structure) |
| Location |
Location property.
(Inherited from Structure) |
| LowerLimit1 | Lower limit between controlled submerged flow and controlled free flow Type: Dimensional factor Unit: [] Default: 0.95 |
| LowerLimit2 | Lower limit between controlled free flow and uncontrolled submerged flow Type: Dimensional factor Unit: [] Default: 1.45 |
| LowerLimit3 | Lower limit between uncontrolled submerged flow and uncontrolled free flow Type: Dimensional factor Unit: [] Default: 0.6 |
| MaxSpeed |
The maximum allowed rate of change of the gate level.
Type: River Structure Geometry / Time
Unit: [m]
Default: 0.001
(Inherited from Gate) |
| MaxValue |
Maximum gate level. The gate can not be raised above this level.
Type: River Structure Geometry
Unit: [m]
Default: 0
(Inherited from Gate) |
| 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 Gate) |
| RunTimeDiagnostics |
The getter is used to get a list of errors.
(Inherited from Structure) |
| SideStructureBank |
Bank side that side-structure is located on
If side structure contains reservoir, and has the Coordinate set, this is not used (and should be set to Undefined). (Inherited from Structure) |
| SideStructureReservoir |
Reservoir at end of side structure. Null if not side structure, or no reservoir is defined
(Inherited from Structure) |
| SillLevel |
Level of the sill of the gate.
Type: River Structure Geometry
Unit: [m]
Default: 0
(Inherited from Gate) |
| SmoothingFactor |
Exponential smoothing factor for structure discharge.
The smoothing factor is the weight of the previous discharge on the new discharge:
q = (1 - SmoothingFactor) * qStructure + SmoothingFactor * qPrevious
(Inherited from Structure) |
| StructureType |
Type of structure
(Inherited from Structure) |
| TopoID |
String used to identified cross sections
(Inherited from Structure) |
| Type |
Structure type, unique for each structure.
(Overrides StructureType) |
| UfA | Factor used when calculating Yc for uncontrolled free flow and overtopping flow Type: Dimensional factor Unit: [] Default: 0.77 |
| UpperLimit1 | Upper limit between controlled submerged flow and controlled free flow Type: Dimensional factor Unit: [] Default: 1.05 |
| UpperLimit2 | Upper limit between controlled free flow and uncontrolled submerged flow Type: Dimensional factor Unit: [] Default: 1.55 |
| UpperLimit3 | Upper limit between uncontrolled submerged flow and uncontrolled free flow Type: Dimensional factor Unit: [] Default: 0.7 |
| UpstreamWaterLevel |
Upstream water level. Upstream refers to the direction of chainage. The water level is set by use of
SetWaterLevels
Unit: [m]
(Inherited from Structure) |
| UsA | Factor used when calculating Yc for uncontrolled submerged flow Type: Dimensional factor Unit: [] Default: 0.86 |
| UsB | Exponent used when calculating Yc for uncontrolled submerged flow Type: Dimensional factor Unit: [] Default: 0.38 |
| UseControlledMaxGateLevel |
Use the controllable maximum gate level
(Inherited from Gate) |
| UseControlledMinGateLevel |
Use the controllable minimum gate level
(Inherited from Gate) |
| UseMaxValue |
Flag telling if the maximum gate level specified in _maxValue should be used
Type: boolean
Unit: [m]
Default: false
(Inherited from Gate) |
| UseMomentumEquation |
Flag to de-activate structure completely. If this flag is set, then
the momentum equation will be used to set the coefficents in HDStructureGridPoint
instead of the structure. The flag is cleared the next time Control() is called.
This is used in HDStructureGridPoint to determine if the structure should be active or or if the coefficients should be set using a HDQGridPoint. (Inherited from Gate) |
| WaterLevelDifferenceMinimal |
Water level difference below which it is assumed
that structure has no flow.
(Inherited from Structure) |
| Width |
Width of the weir opening. Width is perpendicular to the flow direction, i.e. "across the river"
(Inherited from Gate) |
| Accepts |
List of data types that is accepted, i.e., that you can get a ValueSetter for.
(Inherited from Structure) |
| AddToOffers |
Add additional offers to structure
(Inherited from Structure) |
| ApplyFlowFactor |
Applies flow factor to discharge and it's derivatives
(Inherited from Structure) |
| ControlClose |
Control the gate, close it
(Inherited from Gate) |
| ControlOpen |
Control the gate, Open it
(Inherited from Gate) |
| ControlSetFlowFactor |
Set flow factor to specified value
(Inherited from Structure) |
| ControlSetGateLevel |
Control the gate, set gate level to specified value
(Inherited from Gate) |
| ControlSetMaxLevel |
Control the gate, set max gate level to specified value
(Inherited from Gate) |
| ControlSetMinLevel |
Control the gate, set min gate level to specified value
(Inherited from Gate) |
| Description |
Return a string that describes this structure. Includes structure type and ID
(Inherited from Structure) |
| Dispose |
Frees the licenses held.
(Inherited from Structure) |
| Equals | Determines whether the specified object is equal to the current object. (Inherited from Object) |
| ExplicitStructureSupport |
DEBUG: This method is called from Validate() if _implitcit == false to check if
the structure supports being Explicit.
Once all structures support explicit operation this method can be deleted.
(Inherited from Structure) |
| Finalize | Allows an object to try to free resources and perform other cleanup operations before it is reclaimed by garbage collection. (Inherited from Object) |
| GetActionInfos |
List of control action infos
(Inherited from Gate) |
| GetControlAction |
Get control action for the specified id. It always returns one of
the ActionControl delegates. It will return null if
controlActionId is not valid.
Base implementation for IControllable (Inherited from Gate) |
| GetCurrentValue |
Get the current value of the control for the specified id.
Base implementation for IControllable (Inherited from Gate) |
| GetHashCode | Serves as the default hash function. (Inherited from Object) |
| GetType | Gets the Type of the current instance. (Inherited from Object) |
| Initialize(IDiagnostics) |
Set up structure and set runtime diagnostics object
(Inherited from Structure) |
| Initialize(ICrossSection, ICrossSection, Boolean, IDiagnostics) |
Set initial gate level and runtime diagnostics.
(Overrides GateInitialize(ICrossSection, ICrossSection, Boolean, IDiagnostics)) |
| MemberwiseClone | Creates a shallow copy of the current Object. (Inherited from Object) |
| Offers |
A list of quantities available from this structure
(Inherited from Structure) |
| Prepare(HDParameterData, IDiagnostics) |
Set up structure and set runtime diagnostics object
(Inherited from Structure) |
| Prepare(DateTime, HDParameterData, IDiagnostics) |
Set up structure and set runtime diagnostics object
(Inherited from Structure) |
| PrepareTimeStep |
Prepare structure for time step
(Inherited from Gate) |
| ReadState |
Read state and apply to module.
Returns true if state was successfully read.
(Inherited from Gate) |
| ResetControlledState |
Reset internal state (if any) used by controlling class.
Called after a controlling class has performed a control sequence,
and simulation is restarted.
Base implementation for IControllable (Inherited from Gate) |
| SetControlStrategyId |
Set control strategy ID manually.
Base implementation for IControllable (Inherited from Structure) |
| SetInputWaterLevels |
Set the _upstreamWaterLevel, _downstreamWaterLevel and _flowDir (Inherited from Structure) |
| SetWaterLevels |
Sets up- and down- stream water level and forces the calculation of the discharge and its derivatives.
(Overrides StructureSetWaterLevels(Double, Double)) |
| SetZeroFlow |
Sets the conditions for zero flow
(Inherited from Structure) |
| ToString | Returns a string that represents the current object. (Inherited from Object) |
| UpdatedWaterLevels |
After a time step (or iteration) has finished, update the discharge to the actual value, based
on the final water levels and the discharge derivatives.
(Inherited from Structure) |
| Validate |
Validation of data for a sluice gate.
(Overrides StructureValidate) |
| ValueGetter |
Get value setter for the specified data quantity
(Inherited from Gate) |
| ValueSetter |
Get value setter for the specified data type
(Inherited from Structure) |
| WriteState |
Write current state of module
(Inherited from Gate) |
| _accepts |
List of quantities that are accepted
(Inherited from Structure) |
| _actualGateLevel |
Gate level.
Type: River Structure Geometry
Unit: [m]
Default: 0
(Inherited from Gate) |
| _controlStategyId |
If the structure is being controlled, then _controlStategyId contains the ID of the
active control strategy
(Inherited from Structure) |
| _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) |
| _dynamicMaxGateLevel |
Controllable minimum gate level
(Inherited from Gate) |
| _dynamicMinGateLevel |
Controllable maximum gate level
(Inherited from Gate) |
| _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) |
| _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) |
| _initialGateLevel |
Initial value of the gate level.
Type: River Structure Geometry
Unit: [m]
Default: 0
(Inherited from Gate) |
| _location |
Location in the network
(Inherited from Structure) |
| _maxSpeed |
The maximum allowed rate of change of the gate level.
Type: River Structure Geometry / Time
Unit: [m]
Default: 0.001
(Inherited from Gate) |
| _maxValue |
Maximum gate level. The gate can not be raised above this level.
Type: River Structure Geometry
Unit: [m]
Default: 0
(Inherited from Gate) |
| _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 Gate) |
| _offers |
List of quantities that are offered
(Inherited from Structure) |
| _previousGateLevel |
Previous gate level. Used when control is active, to assure the correct speed of the gate.
(Inherited from Gate) |
| _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) |
| _runTimeDiagnostics |
Diagnostics are written into this Diagnostics during calculations.
Set during Initialize(IDiagnostics) (Inherited from Structure) |
| _sillLevel |
Level of the sill of the gate.
(Inherited from Gate) |
| _timeOfPreviousGateLevelChange |
Time of previous gate level change
(Inherited from Gate) |
| _topoID |
Identification used to find referenced cross sections
(Inherited from Structure) |
| _upstreamWaterLevel |
Upstream water level, as set by SetWaterLevels(Double, Double)
Unit: [m]
(Inherited from Structure) |
| _useDynamicMaxGateLevel |
Use the controllable maximum gate level
(Inherited from Gate) |
| _useDynamicMinGateLevel |
Use the controllable minimum gate level
(Inherited from Gate) |
| _useMaxValue |
Flag telling if the maximum gate level specified in _maxValue should be used
Type: boolean
Unit: [m]
Default: false
(Inherited from Gate) |
| _width |
Width of the weir opening. Width is perpendicular to the flow direction, i.e. "across the river"
(Inherited from Gate) |
| Getter | From the proxy, return an FuncTResult for the specified quantity. It returns the first quantity of that type that is offered, and null if the quantity is not offered. (Defined by ProxyExtensions) |
| Getters |
Returns a set of FuncTResult for the quantity.
We can return several quantities with the same id (usually they will differ in their description).
If the quantity is not offerent, an empty list is returned.
(Defined by ProxyExtensions) |
| GettersFraction |
Returns a set of FuncT, TResult for the quantity.
We can return several quantities with the same id (usually they will differ in their description).
If the quantity is not offerent, an empty list is returned.
(Defined by ProxyExtensions) |
| GetterUnboxed | From the proxy, return an FuncTResult for the specified quantity. It returns the first quantity of that type that is offered, and null if the quantity is not offered. (Defined by ProxyExtensions) |
| Initialize |
Helper function for some unit tests. Do not use.
(Defined by StructureExtensions) |
| Initialize |
Helper function for some unit tests. Do not use.
(Defined by StructureExtensions) |
| IsSideStructure |
Returns true if the structure is a side structure
(Defined by StructureExtensions) |
| Setter | From the proxy, return an IDoubleGetSet for the specified quantity. It returns the first quantity of that type that is accepted, and null if the quantity is not accepted. (Defined by ProxyExtensions) |