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Dwsim / data /DWSIM.SharedClasses /BaseClass /SimulationObjectBaseClasses.vb
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' Flowsheet Object Base Classes
' Copyright 2008-2024 Daniel Wagner O. de Medeiros
'
' This file is part of DWSIM.
'
' DWSIM is free software: you can redistribute it and/or modify
' it under the terms of the GNU General Public License as published by
' the Free Software Foundation, either version 3 of the License, or
' (at your option) any later version.
'
' DWSIM is distributed in the hope that it will be useful,
' but WITHOUT ANY WARRANTY; without even the implied warranty of
' MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
' GNU General Public License for more details.
'
' You should have received a copy of the GNU General Public License
' along with DWSIM. If not, see <http://www.gnu.org/licenses/>.
Imports System.Runtime.InteropServices
Imports System.Text
Imports DWSIM.Interfaces.Enums.GraphicObjects
Imports DWSIM.Interfaces.Enums
Imports System.Dynamic
Imports System.Reflection
Imports cv = DWSIM.SharedClasses.SystemsOfUnits.Converter
Namespace UnitOperations
<System.Serializable()> <ComVisible(True)> Public MustInherit Class BaseClass
Implements ICloneable, IDisposable, Interfaces.ICustomXMLSerialization
Implements Interfaces.ISimulationObject, Interfaces.IProductInformation
Public Const ClassId As String = ""
<System.NonSerialized()> Protected Friend m_flowsheet As Interfaces.IFlowsheet
Public Shared InitializationAction1 As Action(Of BaseClass)
Public Shared InitializationAction2 As Action(Of BaseClass)
Public Shared InitializationAction3 As Action(Of BaseClass)
Public Shared TransferAdditionalSolidDataAction As Action(Of BaseClass)
<Newtonsoft.Json.JsonIgnore> <Xml.Serialization.XmlIgnore> Public Property LastSolutionInputSnapshot As String = ""
Protected Friend _IsDirty As Boolean = True
ReadOnly Property IsDirty As Boolean Implements ISimulationObject.IsDirty
Get
Return _IsDirty
End Get
End Property
Protected Friend _CanUsePreviousResults As Boolean = False
ReadOnly Property CanUsePreviousResults As Boolean Implements ISimulationObject.CanUsePreviousResults
Get
Return _CanUsePreviousResults
End Get
End Property
Public Property DynamicsSpec As Enums.Dynamics.DynamicsSpecType = Dynamics.DynamicsSpecType.Pressure Implements ISimulationObject.DynamicsSpec
Public Property DynamicsOnly As Boolean = False Implements ISimulationObject.DynamicsOnly
Public Property ExtraProperties As New ExpandoObject Implements ISimulationObject.ExtraProperties
Public Property ExtraPropertiesUnitTypes As New ExpandoObject Implements ISimulationObject.ExtraPropertiesUnitTypes
Public Property ExtraPropertiesDescriptions As New ExpandoObject Implements ISimulationObject.ExtraPropertiesDescriptions
Public Property ExtraPropertiesTypes As New ExpandoObject Implements ISimulationObject.ExtraPropertiesTypes
Public Overridable Property Visible As Boolean = True
<NonSerialized()> <Xml.Serialization.XmlIgnore> Public LaunchExternalPropertyEditor() As Action(Of ISimulationObject)
<NonSerialized()> <Xml.Serialization.XmlIgnore> Public ExtraPropertiesEditor As Form
Public Property OverrideCalculationRoutine As Boolean = False
<System.NonSerialized()> <Xml.Serialization.XmlIgnore> Public CalculationRoutineOverride As Action
Public Property StoreDetailedDebugReport As Boolean = False
Public Property DetailedDebugReport As String
Public ReadOnly Property IsFunctional As Boolean = True Implements ISimulationObject.IsFunctional
Public Overridable Property ComponentDescription() As String = ""
Public Overridable Property ComponentName() As String = ""
Public Overrides Function ToString() As String
If GraphicObject IsNot Nothing Then
Return GraphicObject.Tag
Else
Return MyBase.ToString()
End If
End Function
''' <summary>
''' Gets the current flowsheet where this object is located.
''' </summary>
''' <value></value>
''' <returns>Flowsheet instance.</returns>
''' <remarks></remarks>
Public Overridable ReadOnly Property FlowSheet() As Interfaces.IFlowsheet
Get
If Not m_flowsheet Is Nothing Then
Return m_flowsheet
Else
Return Nothing
End If
End Get
End Property
Public Overridable Property ObjectClass As SimulationObjectClass = SimulationObjectClass.Other Implements ISimulationObject.ObjectClass
Public Overridable ReadOnly Property SupportsDynamicMode As Boolean = False Implements ISimulationObject.SupportsDynamicMode
Public Overridable ReadOnly Property HasPropertiesForDynamicMode As Boolean = False Implements ISimulationObject.HasPropertiesForDynamicMode
#Region " Constructors"
Public Sub New()
InitializationAction1?.Invoke(Me)
InitializationAction2?.Invoke(Me)
InitializationAction3?.Invoke(Me)
End Sub
Sub CreateNew()
If ExtraProperties.Count = 0 Then CreateDynamicProperties()
End Sub
#End Region
#Region " ISimulationObject"
Public Sub AddExtraProperty(pname As String, pvalue As Object) Implements ISimulationObject.AddExtraProperty
Dim col1 = DirectCast(ExtraProperties, IDictionary(Of String, Object))
If Not col1.ContainsKey(pname) Then
col1.Add(pname, pvalue)
Else
Throw New Exception("Property already exists.")
End If
End Sub
Public Sub RemoveExtraProperty(pname As String) Implements ISimulationObject.RemoveExtraProperty
Dim col1 = DirectCast(ExtraProperties, IDictionary(Of String, Object))
If col1.ContainsKey(pname) Then
col1.Remove(pname)
Else
Throw New Exception("Property doesn't exist.")
End If
End Sub
Public Sub SetExtraPropertyValue(pname As String, pvalue As Object) Implements ISimulationObject.SetExtraPropertyValue
Dim col1 = DirectCast(ExtraProperties, IDictionary(Of String, Object))
If col1.ContainsKey(pname) Then
col1(pname) = pvalue
Else
Throw New Exception("Property doesn't exist.")
End If
End Sub
Public Function GetExtraPropertyValue(pname As String) As Object Implements ISimulationObject.GetExtraPropertyValue
Dim col1 = DirectCast(ExtraProperties, IDictionary(Of String, Object))
If col1.ContainsKey(pname) Then
Return col1(pname)
Else
Throw New Exception("Property doesn't exist.")
End If
End Function
Public Sub ClearExtraProperties() Implements ISimulationObject.ClearExtraProperties
Dim col1 = DirectCast(ExtraProperties, IDictionary(Of String, Object))
Dim col2 = DirectCast(ExtraPropertiesDescriptions, IDictionary(Of String, Object))
Dim col3 = DirectCast(ExtraPropertiesUnitTypes, IDictionary(Of String, Object))
Dim col4 = DirectCast(ExtraPropertiesTypes, IDictionary(Of String, Object))
Dim toremove As New List(Of String)
For Each p In col1
If Not col2.ContainsKey(p.Key) And Not col3.ContainsKey(p.Key) Then
toremove.Add(p.Key)
End If
Next
For Each item In toremove
col1.Remove(item)
Next
End Sub
Public Sub AddDynamicProperty(pname As String, pdesc As String, pvalue As Double,
punittype As Enums.UnitOfMeasure, ptype As System.Type) Implements ISimulationObject.AddDynamicProperty
Dim col1 = DirectCast(ExtraProperties, IDictionary(Of String, Object))
Dim col2 = DirectCast(ExtraPropertiesDescriptions, IDictionary(Of String, Object))
Dim col3 = DirectCast(ExtraPropertiesUnitTypes, IDictionary(Of String, Object))
Dim col4 = DirectCast(ExtraPropertiesTypes, IDictionary(Of String, Object))
If Not col1.ContainsKey(pname) Then col1.Add(pname, pvalue)
If Not col2.ContainsKey(pname) Then col2.Add(pname, pdesc)
If Not col3.ContainsKey(pname) Then col3.Add(pname, punittype)
If Not col4.ContainsKey(pname) Then col4.Add(pname, ptype)
End Sub
Public Function SetDynamicProperty(id As String, value As Object) As Boolean Implements ISimulationObject.AddDynamicProperty
Dim col1 = DirectCast(ExtraProperties, IDictionary(Of String, Object))
col1(id) = value
Return True
End Function
Public Function GetDynamicProperty(id As String) As Object Implements ISimulationObject.GetDynamicProperty
Dim col1 = DirectCast(ExtraProperties, IDictionary(Of String, Object))
If col1.ContainsKey(id) Then Return col1(id) Else Return Nothing
End Function
Public Function GetDynamicPropertyUnitType(id As String) As Enums.UnitOfMeasure Implements ISimulationObject.GetDynamicPropertyUnitType
Dim col1 = DirectCast(ExtraPropertiesUnitTypes, IDictionary(Of String, Object))
If col1.ContainsKey(id) Then Return col1(id) Else Return Nothing
End Function
Public Sub RemoveDynamicProperty(pname As String) Implements ISimulationObject.RemoveDynamicProperty
Dim col1 = DirectCast(ExtraProperties, IDictionary(Of String, Object))
Dim col2 = DirectCast(ExtraPropertiesDescriptions, IDictionary(Of String, Object))
Dim col3 = DirectCast(ExtraPropertiesUnitTypes, IDictionary(Of String, Object))
Dim col4 = DirectCast(ExtraPropertiesTypes, IDictionary(Of String, Object))
If col1.ContainsKey(pname) Then col1.Remove(pname)
If col2.ContainsKey(pname) Then col2.Remove(pname)
If col1.ContainsKey(pname) Then col3.Remove(pname)
If col4.ContainsKey(pname) Then col4.Remove(pname)
End Sub
Public Function IsDynamicProperty(pname As String) As Boolean Implements ISimulationObject.IsDynamicProperty
Dim col1 = DirectCast(ExtraPropertiesDescriptions, IDictionary(Of String, Object))
Return col1.ContainsKey(pname)
End Function
Public Overridable Function GetChartModel(name As String) As Object Implements ISimulationObject.GetChartModel
If CreateChartAction IsNot Nothing Then
Return CreateChartAction.Invoke(name)
Else
Return Nothing
End If
End Function
Public Overridable Function GetPropertyDescription(prop As String) As String Implements ISimulationObject.GetPropertyDescription
Return "No description is available for this property."
End Function
Public Overridable Function GetReport(su As IUnitsOfMeasure, ci As Globalization.CultureInfo, numberformat As String) As String Implements ISimulationObject.GetReport
Return "No report is available for this object."
End Function
Public Overridable Function GetVersion() As Version Implements ISimulationObject.GetVersion
Return Me.GetType.Assembly.GetName.Version
End Function
Public MustOverride Function GetDisplayName() As String Implements ISimulationObject.GetDisplayName
Public MustOverride Function GetDisplayDescription() As String Implements ISimulationObject.GetDisplayDescription
Public MustOverride Function GetIconBitmap() As Object Implements ISimulationObject.GetIconBitmap
Public Overridable Function GetIconBitmapBytes() As Byte() Implements ISimulationObject.GetIconBitmapBytes
Return New Byte() {}
End Function
Protected Function GetBytesFromResource(resourcename As String) As Byte()
Dim assembly1 = Assembly.GetCallingAssembly()
Using stream = assembly1.GetManifestResourceStream(resourcename)
Dim streamLength As Integer = Convert.ToInt32(stream.Length)
Dim fileData As Byte() = New Byte(streamLength) {}
' Read the file into a byte array
stream.Read(fileData, 0, streamLength)
stream.Close()
Return fileData
End Using
End Function
<NonSerialized> Private _AttachedUtilities As New List(Of IAttachedUtility)
Public Property AttachedUtilities As List(Of IAttachedUtility) Implements ISimulationObject.AttachedUtilities
Get
If _AttachedUtilities Is Nothing Then _AttachedUtilities = New List(Of IAttachedUtility)
Return _AttachedUtilities
End Get
Set(value As List(Of IAttachedUtility))
_AttachedUtilities = value
End Set
End Property
Public Property PreferredFlashAlgorithmTag As String = "" Implements ISimulationObject.PreferredFlashAlgorithmTag
Public Property Calculated As Boolean = False Implements Interfaces.ISimulationObject.Calculated
Public Property DebugMode As Boolean = False Implements Interfaces.ISimulationObject.DebugMode
<Xml.Serialization.XmlIgnore> Public Property DebugText As String = "" Implements Interfaces.ISimulationObject.DebugText
Public Property LastUpdated As New Date Implements Interfaces.ISimulationObject.LastUpdated
''' <summary>
''' Calculates the object.
''' </summary>
''' <param name="args"></param>
''' <remarks>Use 'Solve()' to calculate the object instead.</remarks>
Public Overridable Sub Calculate(Optional ByVal args As Object = Nothing) Implements ISimulationObject.Calculate
Throw New NotImplementedException
End Sub
Public Sub DeCalculate(Optional args As Object = Nothing) Implements ISimulationObject.DeCalculate
'Throw New NotImplementedException
End Sub
Public Overridable Sub RunDynamicModel() Implements ISimulationObject.RunDynamicModel
Throw New Exception("This Unit Operation is not yet supported in Dynamic Mode.")
End Sub
Public Overridable Sub PerformPostCalcValidation() Implements ISimulationObject.PerformPostCalcValidation
If GraphicObject.ObjectType <> ObjectType.MaterialStream And GraphicObject.ObjectType <> ObjectType.EnergyStream And
GraphicObject.ObjectType <> ObjectType.OT_Adjust And GraphicObject.ObjectType <> ObjectType.OT_Spec And
GraphicObject.ObjectType <> ObjectType.OT_Recycle And GraphicObject.ObjectType <> ObjectType.OT_EnergyRecycle Then
'calculate mass balance
Dim mb As Double = 0.0#
Dim eb As Double = 0.0#
Dim mbe As Double = 0.0#
Dim ebe As Double = 0.0#
Dim mbt As Double = 0.0#
Dim ebt As Double = 0.0#
Dim mi, hi, hf As Double
Dim imsc As List(Of ISimulationObject) = GraphicObject.InputConnectors.Where(Function(x) x.IsAttached And Not (x.IsEnergyConnector Or x.Type = ConType.ConEn)).Select(Function(x) FlowSheet.SimulationObjects(x.AttachedConnector.AttachedFrom.Name)).ToList
Dim omsc As List(Of ISimulationObject) = GraphicObject.OutputConnectors.Where(Function(x) x.IsAttached And Not (x.IsEnergyConnector Or x.Type = ConType.ConEn)).Select(Function(x) FlowSheet.SimulationObjects(x.AttachedConnector.AttachedTo.Name)).ToList
For Each ims In imsc
If ims.GraphicObject.Active Then
If DirectCast(ims, IMaterialStream).DefinedFlow = FlowSpec.Mole Then
mi = Convert.ToDouble(ims.GetPropertyValue("PROP_MS_3")) / 1000.0 * Convert.ToDouble(ims.GetPropertyValue("PROP_MS_6"))
Else
mi = Convert.ToDouble(ims.GetPropertyValue("PROP_MS_2"))
End If
mb += mi
mbt += mi
hi = Convert.ToDouble(ims.GetPropertyValue("PROP_MS_7"))
eb -= mi * hi 'kg/s * kJ/kg = kJ/s = kW
ebt += Math.Abs(mi * hi)
'heats of formation
hf = DirectCast(ims, IMaterialStream).GetOverallHeatOfFormation()
eb -= hf
ebt += Math.Abs(hf)
End If
Next
For Each oms In omsc
If oms.GraphicObject.Active Then
If DirectCast(oms, IMaterialStream).DefinedFlow = FlowSpec.Mole Then
mi = Convert.ToDouble(oms.GetPropertyValue("PROP_MS_3")) / 1000.0 * Convert.ToDouble(oms.GetPropertyValue("PROP_MS_6"))
Else
mi = Convert.ToDouble(oms.GetPropertyValue("PROP_MS_2"))
End If
mb -= mi
mbt += mi
hi = Convert.ToDouble(oms.GetPropertyValue("PROP_MS_7"))
eb += mi * hi 'kg/s * kJ/kg = kJ/s = kW
ebt += Math.Abs(mi * hi)
'heats of formation
hf = DirectCast(oms, IMaterialStream).GetOverallHeatOfFormation()
eb += hf
ebt += Math.Abs(hf)
End If
Next
mbe = mb / mbt
Dim iesc As List(Of ISimulationObject) = GraphicObject.InputConnectors.Where(Function(x) x.IsAttached And (x.IsEnergyConnector Or x.Type = ConType.ConEn)).Select(Function(x) FlowSheet.SimulationObjects(x.AttachedConnector.AttachedFrom.Name)).ToList
Dim oesc As List(Of ISimulationObject) = GraphicObject.OutputConnectors.Where(Function(x) x.IsAttached And (x.IsEnergyConnector Or x.Type = ConType.ConEn)).Select(Function(x) FlowSheet.SimulationObjects(x.AttachedConnector.AttachedTo.Name)).ToList
For Each ies In iesc
If ies.GraphicObject.Active Then
eb -= Convert.ToDouble(ies.GetPropertyValue("PROP_ES_0"))
ebt += Math.Abs(Convert.ToDouble(ies.GetPropertyValue("PROP_ES_0")))
End If
Next
For Each oes In oesc
If oes.GraphicObject.Active Then
eb += Convert.ToDouble(oes.GetPropertyValue("PROP_ES_0"))
ebt += Math.Abs(Convert.ToDouble(oes.GetPropertyValue("PROP_ES_0")))
End If
Next
If GraphicObject.EnergyConnector.IsAttached Then
Dim inobj = FlowSheet.SimulationObjects(GraphicObject.EnergyConnector.AttachedConnector.AttachedFrom.Name)
If inobj.GraphicObject.IsEnergyStream And inobj.GraphicObject.Active Then
eb -= Convert.ToDouble(inobj.GetPropertyValue("PROP_ES_0"))
ebt += Math.Abs(Convert.ToDouble(inobj.GetPropertyValue("PROP_ES_0")))
End If
Dim outobj = FlowSheet.SimulationObjects(GraphicObject.EnergyConnector.AttachedConnector.AttachedTo.Name)
If outobj.GraphicObject.IsEnergyStream And outobj.GraphicObject.Active Then
eb += Convert.ToDouble(outobj.GetPropertyValue("PROP_ES_0"))
ebt += Math.Abs(Convert.ToDouble(outobj.GetPropertyValue("PROP_ES_0")))
End If
End If
If iesc.Count + oesc.Count = 0 And Not GraphicObject.EnergyConnector.IsAttached Then
eb = 0
End If
mbe = Math.Abs(mb / mbt)
ebe = Math.Abs(eb / ebt)
If FlowSheet.FlowsheetOptions.MassBalanceRelativeTolerance = 0.0 Then
FlowSheet.FlowsheetOptions.MassBalanceRelativeTolerance = 0.01
End If
If FlowSheet.FlowsheetOptions.EnergyBalanceRelativeTolerance = 0.0 Then
FlowSheet.FlowsheetOptions.EnergyBalanceRelativeTolerance = 0.01
End If
If mbe > FlowSheet.FlowsheetOptions.MassBalanceRelativeTolerance Then
If FlowSheet.FlowsheetOptions.MassBalanceCheck = WarningType.RaiseError Then
Throw New Exception(GraphicObject.Tag + ": " + FlowSheet.GetTranslatedString("MassBalanceMessage") + " (" + mbe.ToString() + " > " + FlowSheet.FlowsheetOptions.MassBalanceRelativeTolerance.ToString + ")")
ElseIf FlowSheet.FlowsheetOptions.MassBalanceCheck = WarningType.ShowWarning Then
FlowSheet.ShowMessage(GraphicObject.Tag + ": " + FlowSheet.GetTranslatedString("MassBalanceMessage") + " (" + mbe.ToString() + " > " + FlowSheet.FlowsheetOptions.MassBalanceRelativeTolerance.ToString + ")", IFlowsheet.MessageType.Warning)
End If
End If
If ebe > FlowSheet.FlowsheetOptions.EnergyBalanceRelativeTolerance Then
If FlowSheet.FlowsheetOptions.EnergyBalanceCheck = WarningType.RaiseError Then
Throw New Exception(GraphicObject.Tag + ": " + FlowSheet.GetTranslatedString("EnergyBalanceMessage") + " (" + ebe.ToString() + " > " + FlowSheet.FlowsheetOptions.EnergyBalanceRelativeTolerance.ToString + ")")
ElseIf FlowSheet.FlowsheetOptions.EnergyBalanceCheck = WarningType.ShowWarning Then
FlowSheet.ShowMessage(GraphicObject.Tag + ": " + FlowSheet.GetTranslatedString("EnergyBalanceMessage") + " (" + ebe.ToString() + " > " + FlowSheet.FlowsheetOptions.EnergyBalanceRelativeTolerance.ToString + ")", IFlowsheet.MessageType.Warning)
End If
End If
End If
End Sub
Public Overridable Sub Solve() Implements ISimulationObject.Solve
If FlowSheet.FlowsheetOptions.ForceObjectSolving Then
Calculated = False
If OverrideCalculationRoutine Then
CalculationRoutineOverride.Invoke()
Else
Calculate()
End If
Calculated = True
Else
CheckDirtyStatus()
Calculated = False
If Not CanUsePreviousResults Then Calculate()
Calculated = True
PerformPostCalcValidation()
If GraphicObject IsNot Nothing Then
If GraphicObject.ObjectType <> ObjectType.EnergyStream And GraphicObject.ObjectType <> ObjectType.MaterialStream Then
Dim xdoc = New XDocument()
xdoc.Add(New XElement("Data"))
xdoc.Element("Data").Add(SaveData())
xdoc.Element("Data").Element("Calculated").Remove()
xdoc.Element("Data").Element("LastUpdated").Remove()
LastSolutionInputSnapshot = xdoc.ToString()
xdoc = Nothing
End If
End If
End If
TransferAdditionalSolidData()
If GHGEmissionData IsNot Nothing Then
GHGEmissionData.OwnerID = Name
GHGEmissionData.Flowsheet = FlowSheet
GHGEmissionData.Update()
End If
End Sub
Public Overridable Sub TransferAdditionalSolidData()
TransferAdditionalSolidDataAction?.Invoke(Me)
End Sub
<NonSerialized> <Xml.Serialization.XmlIgnore> Public fd As DynamicsPropertyEditor
Public Overridable Sub DisplayDynamicsEditForm() Implements ISimulationObject.DisplayDynamicsEditForm
If fd Is Nothing Then
fd = New DynamicsPropertyEditor With {.SimObject = Me}
fd.ShowHint = WeifenLuo.WinFormsUI.Docking.DockState.DockRight
fd.Tag = "ObjectEditor"
Me.FlowSheet.DisplayForm(fd)
Else
If fd.IsDisposed Then
fd = New DynamicsPropertyEditor With {.SimObject = Me}
fd.ShowHint = WeifenLuo.WinFormsUI.Docking.DockState.DockRight
fd.Tag = "ObjectEditor"
Me.FlowSheet.DisplayForm(fd)
Else
fd.Activate()
End If
End If
End Sub
Public Sub UpdateDynamicsEditForm() Implements ISimulationObject.UpdateDynamicsEditForm
If fd IsNot Nothing Then
If Not fd.IsDisposed Then
fd.UIThread(Sub() fd.UpdateInfo())
End If
End If
End Sub
Public Sub CloseDynamicsEditForm() Implements ISimulationObject.CloseDynamicsEditForm
If fd IsNot Nothing Then
If Not fd.IsDisposed Then
fd.Close()
fd = Nothing
End If
End If
End Sub
Public MustOverride Sub DisplayEditForm() Implements ISimulationObject.DisplayEditForm
Public MustOverride Sub UpdateEditForm() Implements ISimulationObject.UpdateEditForm
Public Overridable Function GetEditingForm() As Form Implements ISimulationObject.GetEditingForm
Return Nothing
End Function
''' <summary>
''' Energy Flow property. Only implemented for Energy Streams.
''' </summary>
''' <value></value>
''' <returns></returns>
''' <remarks></remarks>
<Xml.Serialization.XmlIgnore()> Overridable Property EnergyFlow() As Nullable(Of Double)
Get
Return Nothing
End Get
Set(ByVal value As Nullable(Of Double))
End Set
End Property
''' <summary>
''' Phase collection, only implemented for Material Streams.
''' </summary>
''' <value></value>
''' <returns></returns>
''' <remarks></remarks>
<Xml.Serialization.XmlIgnore()> Public Overridable ReadOnly Property Phases() As Dictionary(Of Integer, Interfaces.IPhase)
Get
Throw New NotImplementedException
End Get
End Property
''' <summary>
''' Validates the object, checking its connections and other parameters.
''' </summary>
''' <remarks></remarks>
Public Overridable Sub Validate() Implements Interfaces.ISimulationObject.Validate
Dim vForm As Interfaces.IFlowsheet = FlowSheet
Dim vCon As Interfaces.IConnectionPoint
'Validate input connections.
For Each vCon In Me.GraphicObject.InputConnectors
If Not vCon.IsAttached Then
Throw New Exception(Me.FlowSheet.GetTranslatedString("Verifiqueasconexesdo"))
End If
Next
'Validate output connections.
For Each vCon In Me.GraphicObject.OutputConnectors
If Not vCon.IsAttached Then
Throw New Exception(Me.FlowSheet.GetTranslatedString("Verifiqueasconexesdo"))
End If
Next
End Sub
Public Overridable Function GetDebugReport() As String Implements Interfaces.ISimulationObject.GetDebugReport
Return "Error - function not implemented"
End Function
Public Sub AppendDebugLine(text As String) Implements Interfaces.ISimulationObject.AppendDebugLine
DebugText += text & vbCrLf & vbCrLf
End Sub
''' <summary>
''' Gets or sets the error message regarding the last calculation attempt.
''' </summary>
''' <value></value>
''' <returns></returns>
''' <remarks></remarks>
Public Property ErrorMessage() As String Implements Interfaces.ISimulationObject.ErrorMessage
''' <summary>
''' Checks if a value is valid.
''' </summary>
''' <param name="val">Value to be checked.</param>
''' <param name="onlypositive">Value should be a positive double or not.</param>
''' <param name="paramname">Name of the parameter (ex. P, T, W, H etc.)</param>
''' <remarks></remarks>
Public Sub CheckSpec(val As Double, onlypositive As Boolean, paramname As String) Implements Interfaces.ISimulationObject.CheckSpec
If Not val.IsValid Then Throw New ArgumentException(Me.FlowSheet.GetTranslatedString("ErrorInvalidUOSpecValue") & " (name: " & paramname & ", value: " & val & ")")
If onlypositive Then If val.IsNegative Then Throw New ArgumentException(Me.FlowSheet.GetTranslatedString("ErrorInvalidUOSpecValue") & " (name: " & paramname & ", value: " & val & ")")
End Sub
Public Property Annotation() As String = "" Implements Interfaces.ISimulationObject.Annotation
''' <summary>
''' Checks if an Adjust operation is attached to this object.
''' </summary>
''' <value></value>
''' <returns></returns>
''' <remarks></remarks>
Public Property IsAdjustAttached() As Boolean = False Implements Interfaces.ISimulationObject.IsAdjustAttached
''' <summary>
''' If an Adjust object is attached to this object, returns its ID.
''' </summary>
''' <value></value>
''' <returns></returns>
''' <remarks></remarks>
Public Property AttachedAdjustId() As String = "" Implements Interfaces.ISimulationObject.AttachedAdjustId
''' <summary>
''' If an Adjust object is attached to this object, returns a variable describing how this object is used by it (manipulated, controlled or reference).
''' </summary>
''' <value></value>
''' <returns></returns>
''' <remarks></remarks>
Public Property AdjustVarType() As Interfaces.Enums.AdjustVarType Implements Interfaces.ISimulationObject.AdjustVarType
''' <summary>
''' Checks if an Specification operation is attached to this object.
''' </summary>
''' <value></value>
''' <returns></returns>
''' <remarks></remarks>
Public Property IsSpecAttached() As Boolean = False Implements Interfaces.ISimulationObject.IsSpecAttached
''' <summary>
''' If an Specification object is attached to this object, returns its ID.
''' </summary>
''' <value></value>
''' <returns></returns>
''' <remarks></remarks>
Public Property AttachedSpecId() As String = "" Implements Interfaces.ISimulationObject.AttachedSpecId
''' <summary>
''' If an Specification object is attached to this object, returns a variable describing how this object is used by it (target or source).
''' </summary>
''' <value></value>
''' <returns></returns>
''' <remarks></remarks>
Public Property SpecVarType() As Interfaces.Enums.SpecVarType Implements Interfaces.ISimulationObject.SpecVarType
''' <summary>
''' Gets or sets the graphic object representation of this object in the flowsheet.
''' </summary>
''' <value></value>
''' <returns></returns>
''' <remarks></remarks>
<Xml.Serialization.XmlIgnore> Public Property GraphicObject() As Interfaces.IGraphicObject Implements Interfaces.ISimulationObject.GraphicObject
''' <summary>
''' Object's Unique ID (Name)
''' </summary>
''' <value></value>
''' <returns></returns>
''' <remarks>This property is the same as the graphic object 'Name' property.</remarks>
Public Property Name() As String Implements Interfaces.ISimulationObject.Name
Get
Return ComponentName
End Get
Set(value As String)
ComponentName = value
End Set
End Property
Public Overridable Function GetProperties(proptype As PropertyType) As String() Implements Interfaces.ISimulationObject.GetProperties
Dim proplist As New List(Of String)
Dim col1 = DirectCast(ExtraProperties, IDictionary(Of String, Object))
Dim col2 = DirectCast(ExtraPropertiesDescriptions, IDictionary(Of String, Object))
Dim col3 = DirectCast(ExtraPropertiesUnitTypes, IDictionary(Of String, Object))
For Each p In col1
If col2.ContainsKey(p.Key) And col3.ContainsKey(p.Key) Then
If FlowSheet IsNot Nothing AndAlso FlowSheet.DynamicMode Then proplist.Add(p.Key)
Else
proplist.Add(p.Key)
End If
Next
If FlowSheet IsNot Nothing Then
If FlowSheet.FlowsheetOptions.EnableGHGEmissionsSubsystem Then
If proptype <> PropertyType.WR Then
proplist.Add("GHG Emission Factor")
proplist.Add("GHG Mass Emission")
proplist.Add("GHG Molar Emission")
proplist.Add("CO2eq GHG Mass Emission")
proplist.Add("CO2eq GHG Molar Emission")
proplist.Add("GHG Emission Reference Power Value")
End If
End If
End If
For Each item In AttachedUtilities
proplist.AddRange(item.GetPropertyList().ConvertAll(New Converter(Of String, String)(Function(s As String)
Return item.Name & ": " & s
End Function)))
Next
Return proplist.ToArray
End Function
Public Overridable Function GetPropertyUnit(prop As String, Optional su As Interfaces.IUnitsOfMeasure = Nothing) As String Implements Interfaces.ISimulationObject.GetPropertyUnit
If su Is Nothing Then
su = FlowSheet.FlowsheetOptions.SelectedUnitSystem
End If
Dim epcol = DirectCast(ExtraProperties, IDictionary(Of String, Object))
Dim epucol = DirectCast(ExtraPropertiesUnitTypes, IDictionary(Of String, Object))
If epcol.ContainsKey(prop) Then
If epucol.ContainsKey(prop) Then
Dim utype = epucol(prop)
Return su.GetCurrentUnits(utype)
Else
Return ""
End If
Else
Select Case prop
Case "GHG Emission Factor"
Return "[kg/s]/kW"
Case "GHG Mass Emission"
Return "kg/s"
Case "GHG Molar Emission"
Return "mol/s"
Case "CO2eq GHG Mass Emission"
Return "kg/s"
Case "CO2eq GHG Molar Emission"
Return "mol/s"
Case "GHG Emission Reference Power Value"
Return "kW"
End Select
End If
For Each item In AttachedUtilities
If prop.StartsWith(item.Name) Then
For Each prop1 In item.GetPropertyList()
If prop.Contains(prop1) Then Return item.GetPropertyUnits(prop.Split(": ")(1).Trim)
Next
End If
Next
Return "NF"
End Function
Public Overridable Function GetPropertyValue(prop As String, Optional su As Interfaces.IUnitsOfMeasure = Nothing) As Object Implements Interfaces.ISimulationObject.GetPropertyValue
If su Is Nothing Then
su = FlowSheet.FlowsheetOptions.SelectedUnitSystem
End If
Dim epcol = DirectCast(ExtraProperties, IDictionary(Of String, Object))
Dim epucol = DirectCast(ExtraPropertiesUnitTypes, IDictionary(Of String, Object))
If epcol.ContainsKey(prop) Then
If epucol.ContainsKey(prop) Then
Dim utype = epucol(prop)
Dim units = su.GetCurrentUnits(utype)
Return cv.ConvertFromSI(units, Convert.ToDouble(epcol(prop)))
Else
Return epcol(prop)
End If
Else
Select Case prop
Case "GHG Emission Factor"
If GHGEmissionData IsNot Nothing Then
Return cv.ConvertFromSI(su.emission_factor, GHGEmissionData.GHGEmissionFactor)
Else
Return 0.0
End If
Case "GHG Mass Emission"
If GHGEmissionData IsNot Nothing Then
Return cv.ConvertFromSI(su.massflow, GHGEmissionData.GHGEmissionMassFlow)
Else
Return 0.0
End If
Case "GHG Molar Emission"
If GHGEmissionData IsNot Nothing Then
Return cv.ConvertFromSI(su.molarflow, GHGEmissionData.GHGEmissionMolarFlow)
Else
Return 0.0
End If
Case "CO2eq GHG Mass Emission"
If GHGEmissionData IsNot Nothing Then
Return cv.ConvertFromSI(su.massflow, GHGEmissionData.CO2eqEmissionMassFlow)
Else
Return 0.0
End If
Case "CO2eq GHG Molar Emission"
If GHGEmissionData IsNot Nothing Then
Return cv.ConvertFromSI(su.molarflow, GHGEmissionData.CO2eqEmissionMolarFlow)
Else
Return 0.0
End If
Case "GHG Emission Reference Power Value"
If GHGEmissionData IsNot Nothing Then
Return cv.ConvertFromSI(su.heatflow, GetEnergyConsumption())
Else
Return 0.0
End If
End Select
End If
For Each item In AttachedUtilities
If prop.StartsWith(item.Name) Then
For Each prop1 In item.GetPropertyList()
If prop.Contains(prop1) Then Return item.GetPropertyValue(prop.Split(": ")(1).Trim)
Next
End If
Next
Return Nothing
End Function
Public Overridable Function SetPropertyValue(prop As String, propval As Object, Optional su As Interfaces.IUnitsOfMeasure = Nothing) As Boolean Implements Interfaces.ISimulationObject.SetPropertyValue
Dim epcol = DirectCast(ExtraProperties, IDictionary(Of String, Object))
If epcol.ContainsKey(prop) Then
epcol(prop) = propval
Return True
End If
For Each item In AttachedUtilities
If prop.StartsWith(item.Name) Then
For Each prop1 In item.GetPropertyList()
If prop.Contains(prop1) Then
item.SetPropertyValue(prop.Split(": ")(1).Trim, propval)
Return True
End If
Next
End If
Next
Return False
End Function
Public Overridable Function GetDefaultProperties() As String() Implements ISimulationObject.GetDefaultProperties
Return GetProperties(PropertyType.ALL)
End Function
Public Overridable Property PropertyPackage As IPropertyPackage Implements ISimulationObject.PropertyPackage
Public Function GetFlowsheet() As IFlowsheet Implements ISimulationObject.GetFlowsheet
Return FlowSheet
End Function
Public MustOverride Sub CloseEditForm() Implements ISimulationObject.CloseEditForm
Public MustOverride Function CloneXML() As Object Implements ISimulationObject.CloneXML
Public MustOverride Function CloneJSON() As Object Implements ISimulationObject.CloneJSON
Public MustOverride ReadOnly Property MobileCompatible As Boolean Implements ISimulationObject.MobileCompatible
Public Property UserDefinedChartNames As New List(Of String)
Public Property CreateChartAction As Func(Of String, Object)
Public Overridable Function GetChartModelNames() As List(Of String) Implements ISimulationObject.GetChartModelNames
If UserDefinedChartNames.Count > 0 Then
Return UserDefinedChartNames
Else
Return New List(Of String)
End If
End Function
#End Region
#Region " ICloneable"
''' <summary>
''' Clones the current object, returning a new one with identical properties.
''' </summary>
''' <returns>An object of the same type with the same properties.</returns>
''' <remarks>Properties and fields marked with the 'NonSerializable' attribute aren't cloned.</remarks>
Public Overridable Function Clone() As Object Implements System.ICloneable.Clone
Return ObjectCopy(Me)
End Function
Function ObjectCopy(ByVal obj As UnitOperations.BaseClass) As Object
Return Me.CloneXML
End Function
#End Region
#Region " IDisposable Support "
Public disposedValue As Boolean = False ' To detect redundant calls
Protected Overridable Sub Dispose(ByVal disposing As Boolean)
Me.disposedValue = True
End Sub
' This code added by Visual Basic to correctly implement the disposable pattern.
Public Overridable Sub Dispose() Implements IDisposable.Dispose
' Do not change this code. Put cleanup code in Dispose(ByVal disposing As Boolean) above.
Dispose(True)
GC.SuppressFinalize(Me)
End Sub
#End Region
#Region " IXMLSerialization"
''' <summary>
''' Loads object data stored in a collection of XML elements.
''' </summary>
''' <param name="data"></param>
''' <returns></returns>
''' <remarks></remarks>
Public Overridable Function LoadData(data As System.Collections.Generic.List(Of System.Xml.Linq.XElement)) As Boolean Implements Interfaces.ICustomXMLSerialization.LoadData
XMLSerializer.XMLSerializer.Deserialize(Me, data)
ExtraProperties = New ExpandoObject
Dim xel_d = (From xel2 As XElement In data Select xel2 Where xel2.Name = "DynamicProperties")
If Not xel_d Is Nothing Then
Dim dataDyn As List(Of XElement) = xel_d.Elements.ToList
For Each xel As XElement In dataDyn
Try
Dim propname = xel.Element("Name").Value
Dim proptype = xel.Element("PropertyType").Value
Dim ptype As Type = Type.GetType(proptype)
Dim propval = Newtonsoft.Json.JsonConvert.DeserializeObject(xel.Element("Data").Value, ptype)
DirectCast(ExtraProperties, IDictionary(Of String, Object))(propname) = propval
Catch ex As Exception
End Try
Next
End If
ExtraPropertiesDescriptions = New ExpandoObject
Dim xel_dd = (From xel2 As XElement In data Select xel2 Where xel2.Name = "DynamicPropertiesDescriptions")
If Not xel_dd Is Nothing Then
Dim dataDyn As List(Of XElement) = xel_dd.Elements.ToList
For Each xel As XElement In dataDyn
Try
Dim propname = xel.Element("Name").Value
Dim proptype = xel.Element("PropertyType").Value
Dim ptype As Type = Type.GetType(proptype)
Dim propval = Newtonsoft.Json.JsonConvert.DeserializeObject(xel.Element("Data").Value, ptype)
DirectCast(ExtraPropertiesDescriptions, IDictionary(Of String, Object))(propname) = propval
Catch ex As Exception
End Try
Next
End If
ExtraPropertiesUnitTypes = New ExpandoObject
Dim xel_ddt = (From xel2 As XElement In data Select xel2 Where xel2.Name = "DynamicPropertiesUnitTypes")
If Not xel_ddt Is Nothing Then
Dim dataDyn As List(Of XElement) = xel_ddt.Elements.ToList
For Each xel As XElement In dataDyn
Try
Dim propname = xel.Element("Name").Value
Dim proptype = xel.Element("PropertyType").Value
Dim ptype As Type = Type.GetType(proptype)
Dim propval = Newtonsoft.Json.JsonConvert.DeserializeObject(xel.Element("Data").Value, ptype)
DirectCast(ExtraPropertiesUnitTypes, IDictionary(Of String, Object))(propname) = propval
Catch ex As Exception
End Try
Next
End If
'If ExtraProperties.Count = 0 Then
CreateDynamicProperties()
'End If
Dim xel_u = (From xel2 As XElement In data Select xel2 Where xel2.Name = "AttachedUtilities")
If Not xel_u Is Nothing Then
Dim dataUtilities As List(Of XElement) = xel_u.Elements.ToList
For Each xel As XElement In dataUtilities
Try
Dim u = FlowSheet.GetUtility(xel.Element("UtilityType").Value)
u.ID = xel.Element("ID").Value
u.Name = xel.Element("Name").Value
u.AttachedTo = Me
u.Initialize()
u.LoadData(Newtonsoft.Json.JsonConvert.DeserializeObject(Of Dictionary(Of String, Object))(xel.Element("Data").Value))
Me.AttachedUtilities.Add(u)
Catch ex As Exception
FlowSheet.ShowMessage("Error restoring attached utility to " & Me.Name & ": " & ex.Message.ToString, IFlowsheet.MessageType.GeneralError)
End Try
Next
End If
If Me.Annotation = "DWSIM.DWSIM.Outros.Annotation" Then Me.Annotation = ""
If GHGEmissionData IsNot Nothing Then
GHGEmissionData.OwnerID = Name
GHGEmissionData.Flowsheet = FlowSheet
End If
Return True
End Function
''' <summary>
''' Saves object data in a collection of XML elements.
''' </summary>
''' <returns>A List of XML elements containing object data.</returns>
''' <remarks></remarks>
Public Overridable Function SaveData() As System.Collections.Generic.List(Of System.Xml.Linq.XElement) Implements Interfaces.ICustomXMLSerialization.SaveData
Dim elements As System.Collections.Generic.List(Of System.Xml.Linq.XElement) = XMLSerializer.XMLSerializer.Serialize(Me)
With elements
.Add(New XElement("DynamicProperties"))
Dim extraprops = DirectCast(ExtraProperties, IDictionary(Of String, Object))
For Each item In extraprops
Try
.Item(.Count - 1).Add(New XElement("Property", {New XElement("Name", item.Key),
New XElement("PropertyType", item.Value.GetType.ToString),
New XElement("Data", Newtonsoft.Json.JsonConvert.SerializeObject(item.Value))}))
Catch ex As Exception
End Try
Next
.Add(New XElement("DynamicPropertiesDescriptions"))
Dim extrapropsdesc = DirectCast(ExtraPropertiesDescriptions, IDictionary(Of String, Object))
For Each item In extrapropsdesc
Try
.Item(.Count - 1).Add(New XElement("Property", {New XElement("Name", item.Key),
New XElement("PropertyType", item.Value.GetType.ToString),
New XElement("Data", Newtonsoft.Json.JsonConvert.SerializeObject(item.Value))}))
Catch ex As Exception
End Try
Next
.Add(New XElement("DynamicPropertiesUnitTypes"))
Dim extrapropsunits = DirectCast(ExtraPropertiesUnitTypes, IDictionary(Of String, Object))
For Each item In extrapropsunits
Try
.Item(.Count - 1).Add(New XElement("Property", {New XElement("Name", item.Key),
New XElement("PropertyType", item.Value.GetType.ToString),
New XElement("Data", Newtonsoft.Json.JsonConvert.SerializeObject(item.Value))}))
Catch ex As Exception
End Try
Next
.Add(New XElement("AttachedUtilities"))
For Each util In AttachedUtilities
Try
.Item(.Count - 1).Add(New XElement("AttachedUtility", {New XElement("ID", util.ID),
New XElement("Name", util.Name),
New XElement("UtilityType", Convert.ToInt32(util.GetUtilityType)),
New XElement("Data", Newtonsoft.Json.JsonConvert.SerializeObject(util.SaveData))}))
Catch ex As Exception
End Try
Next
End With
Return elements
End Function
#End Region
#Region " Extras"
''' <summary>
''' Copies the object properties to the Clipboard.
''' </summary>
''' <param name="su">Units system to use.</param>
''' <param name="nf">Number format to use.</param>
''' <remarks></remarks>
Public Sub CopyDataToClipboard(su As SystemsOfUnits.Units, nf As String)
Dim DT As New DataTable
DT.Columns.Clear()
DT.Columns.Add(("Propriedade"), GetType(System.String))
DT.Columns.Add(("Valor"), GetType(System.String))
DT.Columns.Add(("Unidade"), GetType(System.String))
DT.Rows.Clear()
Dim baseobj As BaseClass
Dim properties() As String
Dim description As String
Dim objtype As ObjectType
Dim propidx, r1, r2, r3, r4, r5, r6 As Integer
r1 = 5
r2 = 12
r3 = 30
r4 = 48
r5 = 66
r6 = 84
baseobj = Me
properties = baseobj.GetProperties(Interfaces.Enums.PropertyType.ALL)
objtype = baseobj.GraphicObject.ObjectType
description = Me.FlowSheet.GetTranslatedString(baseobj.GraphicObject.Description)
If objtype = ObjectType.MaterialStream Then
Dim value As String
For propidx = 0 To r1 - 1
value = baseobj.GetPropertyValue(properties(propidx), su)
If Double.TryParse(value, New Double) Then
DT.Rows.Add(New String() {Me.FlowSheet.GetTranslatedString(properties(propidx)), Format(Double.Parse(value), nf), baseobj.GetPropertyUnit(properties(propidx), su)})
Else
DT.Rows.Add(New String() {Me.FlowSheet.GetTranslatedString(properties(propidx)), value, baseobj.GetPropertyUnit(properties(propidx), su)})
End If
Next
For propidx = r1 To r2 - 1
value = baseobj.GetPropertyValue(properties(propidx), su)
If Double.TryParse(value, New Double) Then
DT.Rows.Add(New String() {Me.FlowSheet.GetTranslatedString(properties(propidx)), Format(Double.Parse(value), nf), baseobj.GetPropertyUnit(properties(propidx), su)})
Else
DT.Rows.Add(New String() {Me.FlowSheet.GetTranslatedString(properties(propidx)), value, baseobj.GetPropertyUnit(properties(propidx), su)})
End If
Next
DT.Rows.Add(New String() {Me.FlowSheet.GetTranslatedString("FraomolarnaMistura"), "", ""})
For Each subst As Interfaces.ICompound In CType(Me, Interfaces.IMaterialStream).Phases(0).Compounds.Values
DT.Rows.Add(New String() {Me.FlowSheet.GetTranslatedString(subst.Name), Format(subst.MoleFraction.GetValueOrDefault, nf), ""})
Next
For propidx = r2 To r3 - 1
value = baseobj.GetPropertyValue(properties(propidx), su)
If Double.TryParse(value, New Double) Then
DT.Rows.Add(New String() {Me.FlowSheet.GetTranslatedString(properties(propidx)), Format(Double.Parse(value), nf), baseobj.GetPropertyUnit(properties(propidx), su)})
Else
DT.Rows.Add(New String() {Me.FlowSheet.GetTranslatedString(properties(propidx)), value, baseobj.GetPropertyUnit(properties(propidx), su)})
End If
Next
DT.Rows.Add(New String() {Me.FlowSheet.GetTranslatedString("FraomolarnaPhaseVapor"), "", ""})
For Each subst As Interfaces.ICompound In CType(Me, Interfaces.IMaterialStream).Phases(2).Compounds.Values
DT.Rows.Add(New String() {Me.FlowSheet.GetTranslatedString(subst.Name), Format(subst.MoleFraction.GetValueOrDefault, nf), ""})
Next
For propidx = r3 To r4 - 1
value = baseobj.GetPropertyValue(properties(propidx), su)
If Double.TryParse(value, New Double) Then
DT.Rows.Add(New String() {Me.FlowSheet.GetTranslatedString(properties(propidx)), Format(Double.Parse(value), nf), baseobj.GetPropertyUnit(properties(propidx), su)})
Else
DT.Rows.Add(New String() {Me.FlowSheet.GetTranslatedString(properties(propidx)), value, baseobj.GetPropertyUnit(properties(propidx), su)})
End If
Next
DT.Rows.Add(New String() {Me.FlowSheet.GetTranslatedString("FraomolarnaPhaseLquid"), "", ""})
For Each subst As Interfaces.ICompound In CType(Me, Interfaces.IMaterialStream).Phases(1).Compounds.Values
DT.Rows.Add(New String() {Me.FlowSheet.GetTranslatedString(subst.Name), Format(subst.MoleFraction.GetValueOrDefault, nf), ""})
Next
For propidx = r4 To r5 - 1
value = baseobj.GetPropertyValue(properties(propidx), su)
If Double.TryParse(value, New Double) Then
DT.Rows.Add(New String() {Me.FlowSheet.GetTranslatedString(properties(propidx)), Format(Double.Parse(value), nf), baseobj.GetPropertyUnit(properties(propidx), su)})
Else
DT.Rows.Add(New String() {Me.FlowSheet.GetTranslatedString(properties(propidx)), value, baseobj.GetPropertyUnit(properties(propidx), su)})
End If
Next
DT.Rows.Add(New String() {Me.FlowSheet.GetTranslatedString("FraomolarnaPhaseLquid"), "", ""})
For Each subst As Interfaces.ICompound In CType(Me, Interfaces.IMaterialStream).Phases(3).Compounds.Values
DT.Rows.Add(New String() {Me.FlowSheet.GetTranslatedString(subst.Name), Format(subst.MoleFraction.GetValueOrDefault, nf), ""})
Next
For propidx = r5 To r6 - 1
value = baseobj.GetPropertyValue(properties(propidx), su)
If Double.TryParse(value, New Double) Then
DT.Rows.Add(New String() {Me.FlowSheet.GetTranslatedString(properties(propidx)), Format(Double.Parse(value), nf), baseobj.GetPropertyUnit(properties(propidx), su)})
Else
DT.Rows.Add(New String() {Me.FlowSheet.GetTranslatedString(properties(propidx)), value, baseobj.GetPropertyUnit(properties(propidx), su)})
End If
Next
DT.Rows.Add(New String() {Me.FlowSheet.GetTranslatedString("FraomolarnaPhaseLquid"), "", ""})
For Each subst As Interfaces.ICompound In CType(Me, Interfaces.IMaterialStream).Phases(4).Compounds.Values
DT.Rows.Add(New String() {Me.FlowSheet.GetTranslatedString(subst.Name), Format(subst.MoleFraction.GetValueOrDefault, nf), ""})
Next
For propidx = r6 To 101
value = baseobj.GetPropertyValue(properties(propidx), su)
If Double.TryParse(value, New Double) Then
DT.Rows.Add(New String() {Me.FlowSheet.GetTranslatedString(properties(propidx)), Format(Double.Parse(value), nf), baseobj.GetPropertyUnit(properties(propidx), su)})
Else
DT.Rows.Add(New String() {Me.FlowSheet.GetTranslatedString(properties(propidx)), value, baseobj.GetPropertyUnit(properties(propidx), su)})
End If
Next
DT.Rows.Add(New String() {Me.FlowSheet.GetTranslatedString("FraomolarnaPhaseLquid"), "", ""})
For Each subst As Interfaces.ICompound In CType(Me, Interfaces.IMaterialStream).Phases(6).Compounds.Values
DT.Rows.Add(New String() {Me.FlowSheet.GetTranslatedString(subst.Name), Format(subst.MoleFraction.GetValueOrDefault, nf), ""})
Next
Else
For Each prop As String In properties
DT.Rows.Add(New String() {Me.FlowSheet.GetTranslatedString(prop), Format(baseobj.GetPropertyValue(prop, su), nf), baseobj.GetPropertyUnit(prop, su)})
Next
End If
Dim st As New StringBuilder(Me.FlowSheet.GetTranslatedString(Me.ComponentDescription) & ": " & Me.GraphicObject.Tag & vbCrLf)
For Each r As DataRow In DT.Rows
Dim l As String = ""
For Each o As Object In r.ItemArray
l += o.ToString() & vbTab
Next
st.AppendLine(l)
Next
Clipboard.SetText(st.ToString())
DT.Clear()
DT.Dispose()
DT = Nothing
End Sub
''' <summary>
''' Formats a property string, adding its units in parenthesis.
''' </summary>
''' <param name="prop">Property string</param>
''' <param name="unit">Property units</param>
''' <returns></returns>
''' <remarks></remarks>
Public Function FT(ByRef prop As String, ByVal unit As String)
Return prop & " (" & unit & ")"
End Function
''' <summary>
''' Sets the Flowsheet to which this object belongs to.
''' </summary>
''' <param name="flowsheet">Flowsheet instance.</param>
''' <remarks></remarks>
Public Sub SetFlowsheet(ByVal flowsheet As Object) Implements Interfaces.ISimulationObject.SetFlowsheet
m_flowsheet = flowsheet
If GHGEmissionData IsNot Nothing Then GHGEmissionData.Flowsheet = flowsheet
End Sub
Public Overridable Function GetStructuredReport() As List(Of Tuple(Of ReportItemType, String())) Implements ISimulationObject.GetStructuredReport
Return New List(Of Tuple(Of ReportItemType, String()))
End Function
Public Overridable Sub CreateDynamicProperties() Implements ISimulationObject.CreateDynamicProperties
End Sub
Public Sub DisplayExtraPropertiesEditForm() Implements ISimulationObject.DisplayExtraPropertiesEditForm
Dim col1 = DirectCast(ExtraProperties, IDictionary(Of String, Object))
Dim col2 = DirectCast(ExtraPropertiesDescriptions, IDictionary(Of String, Object))
Dim count As Integer = 0
For Each prop In col1
If Not col2.ContainsKey(prop.Key) Then
count += 1
End If
Next
If count > 0 Then
If ExtraPropertiesEditor Is Nothing Then
ExtraPropertiesEditor = New FormExtraProperties With {.SimObject = Me}
Me.FlowSheet.DisplayForm(ExtraPropertiesEditor)
Else
If ExtraPropertiesEditor.IsDisposed Then
ExtraPropertiesEditor = New FormExtraProperties With {.SimObject = Me}
ExtraPropertiesEditor.Tag = "ObjectEditor"
Me.FlowSheet.DisplayForm(ExtraPropertiesEditor)
Else
DirectCast(ExtraPropertiesEditor, FormExtraProperties).Activate()
End If
End If
End If
End Sub
Public Sub UpdateExtraPropertiesEditForm() Implements ISimulationObject.UpdateExtraPropertiesEditForm
If ExtraPropertiesEditor IsNot Nothing Then
If Not ExtraPropertiesEditor.IsDisposed Then
ExtraPropertiesEditor.UIThread(Sub() DirectCast(ExtraPropertiesEditor, FormExtraProperties).UpdateValues())
End If
End If
End Sub
Public Function GetDebugWriter() As StringBuilder
If StoreDetailedDebugReport Then
Dim drw As New Text.StringBuilder()
If GraphicObject IsNot Nothing Then
drw?.AppendLine("Debug Report: " + GraphicObject.Tag)
Else
drw?.AppendLine("Debug Report: " + ComponentName)
End If
drw?.AppendLine("Date: " + Date.Now.ToString())
drw?.AppendLine()
drw?.AppendLine()
drw?.AppendLine("Solver Settings: ")
drw?.AppendLine()
drw?.AppendLine(String.Format("Solver Option: {0}", GlobalSettings.Settings.SolverMode))
drw?.AppendLine(String.Format("Use Parallel CPU Acceleration: {0}", GlobalSettings.Settings.EnableParallelProcessing))
drw?.AppendLine()
drw?.AppendLine("Calculation Report: ")
drw?.AppendLine()
Return drw
Else
Return Nothing
End If
End Function
Public Sub StoreDebugReport(DebugReportWriter As StringBuilder)
If DebugReportWriter IsNot Nothing Then
DetailedDebugReport = DebugReportWriter.ToString()
End If
End Sub
Public Function GetEnergyBalanceResidual() As Double Implements ISimulationObject.GetEnergyBalanceResidual
If GraphicObject.ObjectType <> ObjectType.MaterialStream And GraphicObject.ObjectType <> ObjectType.EnergyStream And
GraphicObject.ObjectType <> ObjectType.OT_Adjust And GraphicObject.ObjectType <> ObjectType.OT_Spec And
GraphicObject.ObjectType <> ObjectType.OT_Recycle And GraphicObject.ObjectType <> ObjectType.OT_EnergyRecycle Then
Dim eb As Double = 0.0#
Dim ebe As Double = 0.0#
Dim mi, hi, hf As Double
Dim imsc As List(Of ISimulationObject) = GraphicObject.InputConnectors.Where(Function(x) x.IsAttached And Not (x.IsEnergyConnector Or x.Type = ConType.ConEn)).Select(Function(x) FlowSheet.SimulationObjects(x.AttachedConnector.AttachedFrom.Name)).ToList
Dim omsc As List(Of ISimulationObject) = GraphicObject.OutputConnectors.Where(Function(x) x.IsAttached And Not (x.IsEnergyConnector Or x.Type = ConType.ConEn)).Select(Function(x) FlowSheet.SimulationObjects(x.AttachedConnector.AttachedTo.Name)).ToList
For Each ims In imsc
If ims.GraphicObject.Active Then
If DirectCast(ims, IMaterialStream).DefinedFlow = FlowSpec.Mole Then
mi = Convert.ToDouble(ims.GetPropertyValue("PROP_MS_3")) / 1000.0 * Convert.ToDouble(ims.GetPropertyValue("PROP_MS_6"))
Else
mi = Convert.ToDouble(ims.GetPropertyValue("PROP_MS_2"))
End If
hi = Convert.ToDouble(ims.GetPropertyValue("PROP_MS_7"))
eb -= mi * hi 'kg/s * kJ/kg = kJ/s = kW
'heats of formation
hf = DirectCast(ims, IMaterialStream).GetOverallHeatOfFormation()
eb -= hf
End If
Next
For Each oms In omsc
If oms.GraphicObject.Active Then
If DirectCast(oms, IMaterialStream).DefinedFlow = FlowSpec.Mole Then
mi = Convert.ToDouble(oms.GetPropertyValue("PROP_MS_3")) / 1000.0 * Convert.ToDouble(oms.GetPropertyValue("PROP_MS_6"))
Else
mi = Convert.ToDouble(oms.GetPropertyValue("PROP_MS_2"))
End If
hi = Convert.ToDouble(oms.GetPropertyValue("PROP_MS_7"))
eb += mi * hi 'kg/s * kJ/kg = kJ/s = kW
'heats of formation
hf = DirectCast(oms, IMaterialStream).GetOverallHeatOfFormation()
eb += hf
End If
Next
Dim iesc As List(Of ISimulationObject) = GraphicObject.InputConnectors.Where(Function(x) x.IsAttached And (x.IsEnergyConnector Or x.Type = ConType.ConEn)).Select(Function(x) FlowSheet.SimulationObjects(x.AttachedConnector.AttachedFrom.Name)).ToList
Dim oesc As List(Of ISimulationObject) = GraphicObject.OutputConnectors.Where(Function(x) x.IsAttached And (x.IsEnergyConnector Or x.Type = ConType.ConEn)).Select(Function(x) FlowSheet.SimulationObjects(x.AttachedConnector.AttachedTo.Name)).ToList
For Each ies In iesc
If ies.GraphicObject.Active Then
eb -= Convert.ToDouble(ies.GetPropertyValue("PROP_ES_0"))
End If
Next
For Each oes In oesc
If oes.GraphicObject.Active Then
eb += Convert.ToDouble(oes.GetPropertyValue("PROP_ES_0"))
End If
Next
If GraphicObject.EnergyConnector.IsAttached Then
Dim inobj = FlowSheet.SimulationObjects(GraphicObject.EnergyConnector.AttachedConnector.AttachedFrom.Name)
If inobj.GraphicObject.IsEnergyStream And inobj.GraphicObject.Active Then
eb -= Convert.ToDouble(inobj.GetPropertyValue("PROP_ES_0"))
End If
Dim outobj = FlowSheet.SimulationObjects(GraphicObject.EnergyConnector.AttachedConnector.AttachedTo.Name)
If outobj.GraphicObject.IsEnergyStream And outobj.GraphicObject.Active Then
eb += Convert.ToDouble(outobj.GetPropertyValue("PROP_ES_0"))
End If
End If
'If iesc.Count + oesc.Count = 0 And Not GraphicObject.EnergyConnector.IsAttached Then
' eb = 0
'End If
Return eb
End If
Return 0
End Function
Public Function GetMassBalanceResidual() As Double Implements ISimulationObject.GetMassBalanceResidual
If GraphicObject.ObjectType <> ObjectType.MaterialStream And GraphicObject.ObjectType <> ObjectType.EnergyStream And
GraphicObject.ObjectType <> ObjectType.OT_Adjust And GraphicObject.ObjectType <> ObjectType.OT_Spec And
GraphicObject.ObjectType <> ObjectType.OT_Recycle And GraphicObject.ObjectType <> ObjectType.OT_EnergyRecycle Then
'calculate mass balance
Dim mb As Double = 0.0#
Dim mi As Double
Dim imsc As List(Of ISimulationObject) = GraphicObject.InputConnectors.Where(Function(x) x.IsAttached And Not (x.IsEnergyConnector Or x.Type = ConType.ConEn)).Select(Function(x) FlowSheet.SimulationObjects(x.AttachedConnector.AttachedFrom.Name)).ToList
Dim omsc As List(Of ISimulationObject) = GraphicObject.OutputConnectors.Where(Function(x) x.IsAttached And Not (x.IsEnergyConnector Or x.Type = ConType.ConEn)).Select(Function(x) FlowSheet.SimulationObjects(x.AttachedConnector.AttachedTo.Name)).ToList
For Each ims In imsc
If ims.GraphicObject.Active Then
If DirectCast(ims, IMaterialStream).DefinedFlow = FlowSpec.Mole Then
mi = Convert.ToDouble(ims.GetPropertyValue("PROP_MS_3")) / 1000.0 * Convert.ToDouble(ims.GetPropertyValue("PROP_MS_6"))
Else
mi = Convert.ToDouble(ims.GetPropertyValue("PROP_MS_2"))
End If
mb += mi
End If
Next
For Each oms In omsc
If oms.GraphicObject.Active Then
If DirectCast(oms, IMaterialStream).DefinedFlow = FlowSpec.Mole Then
mi = Convert.ToDouble(oms.GetPropertyValue("PROP_MS_3")) / 1000.0 * Convert.ToDouble(oms.GetPropertyValue("PROP_MS_6"))
Else
mi = Convert.ToDouble(oms.GetPropertyValue("PROP_MS_2"))
End If
mb -= mi
End If
Next
Return mb
End If
Return 0
End Function
Public Function GetPowerGeneratedOrConsumed() As Double Implements ISimulationObject.GetPowerGeneratedOrConsumed
If GraphicObject.ObjectType <> ObjectType.MaterialStream And GraphicObject.ObjectType <> ObjectType.EnergyStream And
GraphicObject.ObjectType <> ObjectType.OT_Adjust And GraphicObject.ObjectType <> ObjectType.OT_Spec And
GraphicObject.ObjectType <> ObjectType.OT_Recycle And GraphicObject.ObjectType <> ObjectType.OT_EnergyRecycle Then
Dim eb As Double = 0.0#
Dim ebe As Double = 0.0#
Dim mi, hi, hf As Double
Dim iesc As List(Of ISimulationObject) = GraphicObject.InputConnectors.Where(Function(x) x.IsAttached And (x.IsEnergyConnector Or x.Type = ConType.ConEn)).Select(Function(x) FlowSheet.SimulationObjects(x.AttachedConnector.AttachedFrom.Name)).ToList
Dim oesc As List(Of ISimulationObject) = GraphicObject.OutputConnectors.Where(Function(x) x.IsAttached And (x.IsEnergyConnector Or x.Type = ConType.ConEn)).Select(Function(x) FlowSheet.SimulationObjects(x.AttachedConnector.AttachedTo.Name)).ToList
If iesc.Count + oesc.Count = 0 Then
Dim imsc As List(Of ISimulationObject) = GraphicObject.InputConnectors.Where(Function(x) x.IsAttached And Not (x.IsEnergyConnector Or x.Type = ConType.ConEn)).Select(Function(x) FlowSheet.SimulationObjects(x.AttachedConnector.AttachedFrom.Name)).ToList
Dim omsc As List(Of ISimulationObject) = GraphicObject.OutputConnectors.Where(Function(x) x.IsAttached And Not (x.IsEnergyConnector Or x.Type = ConType.ConEn)).Select(Function(x) FlowSheet.SimulationObjects(x.AttachedConnector.AttachedTo.Name)).ToList
For Each ims In imsc
If ims.GraphicObject.Active Then
If DirectCast(ims, IMaterialStream).DefinedFlow = FlowSpec.Mole Then
mi = Convert.ToDouble(ims.GetPropertyValue("PROP_MS_3")) / 1000.0 * Convert.ToDouble(ims.GetPropertyValue("PROP_MS_6"))
Else
mi = Convert.ToDouble(ims.GetPropertyValue("PROP_MS_2"))
End If
hi = Convert.ToDouble(ims.GetPropertyValue("PROP_MS_7"))
eb -= mi * hi 'kg/s * kJ/kg = kJ/s = kW
'heats of formation
hf = DirectCast(ims, IMaterialStream).GetOverallHeatOfFormation()
eb -= hf
End If
Next
For Each oms In omsc
If oms.GraphicObject.Active Then
If DirectCast(oms, IMaterialStream).DefinedFlow = FlowSpec.Mole Then
mi = Convert.ToDouble(oms.GetPropertyValue("PROP_MS_3")) / 1000.0 * Convert.ToDouble(oms.GetPropertyValue("PROP_MS_6"))
Else
mi = Convert.ToDouble(oms.GetPropertyValue("PROP_MS_2"))
End If
hi = Convert.ToDouble(oms.GetPropertyValue("PROP_MS_7"))
eb += mi * hi 'kg/s * kJ/kg = kJ/s = kW
'heats of formation
hf = DirectCast(oms, IMaterialStream).GetOverallHeatOfFormation()
eb += hf
End If
Next
Return -eb
Else
For Each ies In iesc
If ies.GraphicObject.Active Then
eb -= Convert.ToDouble(ies.GetPropertyValue("PROP_ES_0"))
End If
Next
For Each oes In oesc
If oes.GraphicObject.Active Then
eb += Convert.ToDouble(oes.GetPropertyValue("PROP_ES_0"))
End If
Next
If GraphicObject.EnergyConnector.IsAttached Then
Dim inobj = FlowSheet.SimulationObjects(GraphicObject.EnergyConnector.AttachedConnector.AttachedFrom.Name)
If inobj.GraphicObject.IsEnergyStream And inobj.GraphicObject.Active Then
eb -= Convert.ToDouble(inobj.GetPropertyValue("PROP_ES_0"))
End If
Dim outobj = FlowSheet.SimulationObjects(GraphicObject.EnergyConnector.AttachedConnector.AttachedTo.Name)
If outobj.GraphicObject.IsEnergyStream And outobj.GraphicObject.Active Then
eb += Convert.ToDouble(outobj.GetPropertyValue("PROP_ES_0"))
End If
End If
Return eb
End If
End If
Return 0
End Function
Public Overridable Function GetDynamicResidenceTime() As Double Implements ISimulationObject.GetDynamicResidenceTime
Return Double.NaN
End Function
Public Overridable Function GetDynamicVolume() As Double Implements ISimulationObject.GetDynamicVolume
Return Double.NaN
End Function
Public Overridable Function GetDynamicContents() As Double Implements ISimulationObject.GetDynamicContents
Return Double.NaN
End Function
Public Function GetAsObject() As Object Implements ISimulationObject.GetAsObject
Return Me
End Function
#End Region
#Region " IProductInformation"
Public Overridable ReadOnly Property ProductName As String Implements IProductInformation.ProductName
Get
Return GetDisplayName()
End Get
End Property
Public Overridable ReadOnly Property ProductDescription As String Implements IProductInformation.ProductDescription
Get
Return GetDisplayDescription()
End Get
End Property
Public Overridable ReadOnly Property ProductAuthor As String Implements IProductInformation.ProductAuthor
Get
Return "Daniel Wagner"
End Get
End Property
Public Overridable ReadOnly Property ProductContactInfo As String Implements IProductInformation.ProductContactInfo
Get
Return "https://dwsim.inforside.com.br"
End Get
End Property
Public Overridable ReadOnly Property ProductPage As String Implements IProductInformation.ProductPage
Get
Return "https://dwsim.inforside.com.br"
End Get
End Property
Public Overridable ReadOnly Property ProductVersion As String Implements IProductInformation.ProductVersion
Get
Return Assembly.GetExecutingAssembly().GetName().Version.ToString()
End Get
End Property
Public Overridable ReadOnly Property ProductAssembly As String Implements IProductInformation.ProductAssembly
Get
Return Assembly.GetExecutingAssembly().GetName().Name
End Get
End Property
Public Overridable ReadOnly Property IsSource As Boolean = False Implements ISimulationObject.IsSource
Public Overridable ReadOnly Property IsSink As Boolean = False Implements ISimulationObject.IsSink
Public Property GHGEmissionData As IGHGEmitter Implements ISimulationObject.GHGEmissionData
#End Region
Public Sub ConnectFeedMaterialStream(stream As ISimulationObject, portnumber As Integer) Implements ISimulationObject.ConnectFeedMaterialStream
FlowSheet.ConnectObjects(stream.GraphicObject, GraphicObject, 0, portnumber)
End Sub
Public Sub ConnectProductMaterialStream(stream As ISimulationObject, portnumber As Integer) Implements ISimulationObject.ConnectProductMaterialStream
FlowSheet.ConnectObjects(GraphicObject, stream.GraphicObject, portnumber, 0)
End Sub
Public Sub ConnectFeedEnergyStream(stream As ISimulationObject, portnumber As Integer) Implements ISimulationObject.ConnectFeedEnergyStream
FlowSheet.ConnectObjects(stream.GraphicObject, GraphicObject, 0, portnumber)
End Sub
Public Sub ConnectProductEnergyStream(stream As ISimulationObject, portnumber As Integer) Implements ISimulationObject.ConnectProductEnergyStream
FlowSheet.ConnectObjects(GraphicObject, stream.GraphicObject, 0, portnumber)
End Sub
Public Sub ConnectEnergyStream(stream As ISimulationObject) Implements ISimulationObject.ConnectEnergyStream
If GraphicObject.EnergyConnector.Active Then
FlowSheet.ConnectObjects(GraphicObject, stream.GraphicObject, 0, 0)
Else
Dim i As Integer = 0
For Each con In GraphicObject.InputConnectors
If con.IsEnergyConnector Or con.Type = GraphicObjects.ConType.ConEn Then
FlowSheet.ConnectObjects(stream.GraphicObject, GraphicObject, 0, i)
End If
i += 1
Next
i = 0
For Each con In GraphicObject.InputConnectors
If con.IsEnergyConnector Or con.Type = GraphicObjects.ConType.ConEn Then
FlowSheet.ConnectObjects(GraphicObject, stream.GraphicObject, i, 0)
End If
i += 1
Next
End If
End Sub
Public Function GetConnectionPortsList() As List(Of String) Implements ISimulationObject.GetConnectionPortsList
Dim l As New List(Of String)
Dim i As Integer = 0
For Each con In GraphicObject.InputConnectors
l.Add(String.Format("Inlet Port #{0}, Name: {1}, Type: {2}, Connected: {3}", i, con.ConnectorName, con.Type.ToString(), con.IsAttached))
i += 1
Next
i = 0
For Each con In GraphicObject.OutputConnectors
l.Add(String.Format("Outlet Port #{0}, Name: {1}, Type: {2}, Connected: {3}", i, con.ConnectorName, con.Type.ToString(), con.IsAttached))
i += 1
Next
If GraphicObject.EnergyConnector.Active Then
Dim con = GraphicObject.EnergyConnector
l.Add(String.Format("Energy Stream Port, Name: {1}, Type: {2}, Connected: {3}", i, con.ConnectorName, con.Type.ToString(), con.IsAttached))
End If
Return l
End Function
Public Function GetConnectionPortsInfo() As List(Of IConnectionPortInfo) Implements ISimulationObject.GetConnectionPortsInfo
Dim list As New List(Of IConnectionPortInfo)
Dim i As Integer
If GraphicObject IsNot Nothing Then
i = 0
For Each con In GraphicObject.InputConnectors
Dim ci As New ConnectionPortInfo()
ci.Name = con.ConnectorName
ci.Index = i
ci.IsInput = True
ci.IsConnected = con.IsAttached
If con.IsAttached Then
ci.ConnectedObject = con.AttachedConnector.AttachedFrom.Owner
End If
list.Add(ci)
i += 1
Next
i = 0
For Each con In GraphicObject.OutputConnectors
Dim ci As New ConnectionPortInfo()
ci.Name = con.ConnectorName
ci.Index = i
ci.IsOutput = True
ci.IsConnected = con.IsAttached
If con.IsAttached Then
ci.ConnectedObject = con.AttachedConnector.AttachedTo.Owner
End If
list.Add(ci)
i += 1
Next
If GraphicObject.EnergyConnector.Active Then
Dim econ = GraphicObject.EnergyConnector
Dim ci As New ConnectionPortInfo()
ci.Name = econ.ConnectorName
ci.Index = 0
ci.IsEnergyPort = True
ci.IsConnected = econ.IsAttached
If econ.IsAttached Then
ci.ConnectedObject = econ.AttachedConnector.AttachedTo.Owner
End If
list.Add(ci)
End If
End If
Return list
End Function
Public Sub SetDirtyStatus(value As Boolean) Implements ISimulationObject.SetDirtyStatus
_IsDirty = value
SetCanUsePreviousResults(Not _IsDirty)
End Sub
Public Sub SetCanUsePreviousResults(value As Boolean) Implements ISimulationObject.SetCanUsePreviousResults
_CanUsePreviousResults = value
End Sub
Public Overridable Sub CheckDirtyStatus() Implements ISimulationObject.CheckDirtyStatus
SetDirtyStatus(True)
SetCanUsePreviousResults(False)
End Sub
Public Overridable Sub SetPropertyPackageInstance(PP As IPropertyPackage) Implements ISimulationObject.SetPropertyPackageInstance
End Sub
Public Overridable Function ClearPropertyPackageInstance() As Boolean Implements ISimulationObject.ClearPropertyPackageInstance
Return False
End Function
Public Overridable Function GetEnergyConsumption() As Double Implements ISimulationObject.GetEnergyConsumption
Return 0.0
End Function
Public Overridable Function GetPreferredGraphicObjectWidth() As Double Implements ISimulationObject.GetPreferredGraphicObjectWidth
Return 40.0
End Function
Public Overridable Function GetPreferredGraphicObjectHeight() As Double Implements ISimulationObject.GetPreferredGraphicObjectHeight
Return 40.0
End Function
End Class
End Namespace