Class Select

Namespace

TimeSeriesAnalysis.Dynamic

Assembly

TimeSeriesAnalysis.dll

Simulatable select block

This block can function either as "minimum" or "maximum" selector, mainly inteded for simulating "min select" or "max selct" pid-control by combining with PidModel

public class Select : ModelBaseClass, ISimulatableModel

Inheritance

object

ModelBaseClass

Select

Implements

ISimulatableModel

Inherited Members

ModelBaseClass.ID

ModelBaseClass.ModelInputIDs

ModelBaseClass.additiveInputIDs

ModelBaseClass.outputID

ModelBaseClass.outputIdentID

ModelBaseClass.processModelType

ModelBaseClass.comment

ModelBaseClass.x

ModelBaseClass.y

ModelBaseClass.color

ModelBaseClass.GetID()

ModelBaseClass.SetID(string)

ModelBaseClass.SetProcessModelType(ModelType)

ModelBaseClass.GetProcessModelType()

ModelBaseClass.SetInputIDs(string[], int?)

ModelBaseClass.AddSignalToOutput(string)

ModelBaseClass.GetModelInputIDs()

ModelBaseClass.GetAdditiveInputIDs()

ModelBaseClass.GetBothKindsOfInputIDs()

ModelBaseClass.SetOutputID(string)

ModelBaseClass.GetOutputID()

ModelBaseClass.GetOutputIdentID()

ModelBaseClass.GetLengthOfInputVector()

object.Equals(object)

object.Equals(object, object)

object.GetHashCode()

object.GetType()

object.MemberwiseClone()

object.ReferenceEquals(object, object)

object.ToString()

Constructors

Select(SelectType, string)

Constructor

public Select(SelectType type, string ID)

Parameters

type SelectType

ID string

Fields

type

The type of select block

public SelectType type

Field Value

SelectType

Methods

Clone(string)

Create a deep copy of itself

public ISimulatableModel Clone(string ID = null)

Parameters

ID string

Returns

ISimulatableModel

deep copy

GetOutputSignalType()

Gives the type of the output signal

public override SignalType GetOutputSignalType()

Returns

SignalType

GetSteadyStateInput(double, int, double[])

Not implemented

public double? GetSteadyStateInput(double y0, int inputIdx = 0, double[] givenInputValues = null)

Parameters

y0 double

inputIdx int

givenInputValues double[]

Returns

double?

GetSteadyStateOutput(double[], double)

Get the steady state value of the model output

public double? GetSteadyStateOutput(double[] u0, double badDataID)

Parameters

u0 double[]

vector of inputs for which the steady state is to be calculated

badDataID double

special value that indicates "NaN"

Returns

double?

the steady-state value, if it is not possible to calculate, a null is returned

IsModelSimulatable(out string)

Answers if the model is simulatable with the given input

public bool IsModelSimulatable(out string explain)

Parameters

explain string

Returns

bool

Iterate(double[], double, double)

Iterate simulation

public double[] Iterate(double[] inputsU, double timeBase_s, double badDataID = -9999)

Parameters

inputsU double[]

timeBase_s double

badDataID double

Returns

double[]

WarmStart(double[], double)

Not implemented

public void WarmStart(double[] inputs, double output)

Parameters

inputs double[]

output double