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Imports DWSIM.Drawing.SkiaSharp.GraphicObjects
Imports DWSIM.Interfaces.Enums.GraphicObjects
Imports DWSIM.DrawingTools.Point
Namespace GraphicObjects.Shapes
Public Class ScriptGraphic
Inherits ShapeGraphic
#Region "Constructors"
Public Sub New()
Me.ObjectType = DWSIM.Interfaces.Enums.GraphicObjects.ObjectType.CustomUO
Me.Description = "Python Script Block"
EmbeddedResourceIconName = "python_script.png"
End Sub
Public Sub New(ByVal graphicPosition As SKPoint)
Me.New()
Me.SetPosition(graphicPosition)
End Sub
Public Sub New(ByVal posX As Integer, ByVal posY As Integer)
Me.New(New SKPoint(posX, posY))
End Sub
Public Sub New(ByVal graphicPosition As SKPoint, ByVal graphicSize As SKSize)
Me.New(graphicPosition)
Me.SetSize(graphicSize)
End Sub
Public Sub New(ByVal posX As Integer, ByVal posY As Integer, ByVal graphicSize As SKSize)
Me.New(New SKPoint(posX, posY), graphicSize)
End Sub
Public Sub New(ByVal posX As Integer, ByVal posY As Integer, ByVal width As Integer, ByVal height As Integer)
Me.New(New SKPoint(posX, posY), New SKSize(width, height))
End Sub
#End Region
Public Overrides Sub PositionConnectors()
CreateConnectors(0, 0)
End Sub
Public Overrides Sub CreateConnectors(InCount As Integer, OutCount As Integer)
Dim myIC1 As New ConnectionPoint
myIC1.Position = New Point(X, Y)
myIC1.Type = ConType.ConIn
myIC1.ConnectorName = "Inlet Port #1"
Dim myIC2 As New ConnectionPoint
myIC2.Position = New Point(X, Y + 1 * 0.13 * Height)
myIC2.Type = ConType.ConIn
myIC2.ConnectorName = "Inlet Port #2"
Dim myIC3 As New ConnectionPoint
myIC3.Position = New Point(X, Y + 2 * 0.13 * Height)
myIC3.Type = ConType.ConIn
myIC3.ConnectorName = "Inlet Port #3"
Dim myIC4 As New ConnectionPoint
myIC4.Position = New Point(X, Y)
myIC4.Type = ConType.ConEn
myIC4.Direction = ConDir.Up
myIC4.ConnectorName = "Inlet Energy Port"
Dim myIC5 As New ConnectionPoint
myIC5.Position = New Point(X, Y + 3 * 0.13 * Height)
myIC5.Type = ConType.ConIn
myIC5.ConnectorName = "Inlet Port #4"
Dim myIC6 As New ConnectionPoint
myIC6.Position = New Point(X, Y + 4 * 0.13 * Height)
myIC6.Type = ConType.ConIn
myIC6.ConnectorName = "Inlet Port #5"
Dim myIC7 As New ConnectionPoint
myIC7.Position = New Point(X, Y + 5 * 0.13 * Height)
myIC7.Type = ConType.ConIn
myIC7.ConnectorName = "Inlet Port #6"
Dim myOC1 As New ConnectionPoint
myOC1.Position = New Point(X + Width, Y)
myOC1.Type = ConType.ConOut
myOC1.ConnectorName = "Outlet Port #1"
Dim myOC2 As New ConnectionPoint
myOC2.Position = New Point(X + Width, Y + 1 * 0.13 * Height)
myOC2.Type = ConType.ConOut
myOC2.ConnectorName = "Outlet Port #2"
Dim myOC3 As New ConnectionPoint
myOC3.Position = New Point(X + Width, Y + 2 * 0.13 * Height)
myOC3.Type = ConType.ConOut
myOC3.ConnectorName = "Outlet Port #3"
Dim myOC4 As New ConnectionPoint
myOC4.Position = New Point(X + Width, Y + Height)
myOC4.Type = ConType.ConEn
myOC4.Direction = ConDir.Down
myOC4.ConnectorName = "Outlet Energy Port"
Dim myOC5 As New ConnectionPoint
myOC5.Position = New Point(X + Width, Y + 3 * 0.13 * Height)
myOC5.Type = ConType.ConIn
myOC5.ConnectorName = "Outlet Port #4"
Dim myOC6 As New ConnectionPoint
myOC6.Position = New Point(X + Width, Y + 4 * 0.13 * Height)
myOC6.Type = ConType.ConIn
myOC6.ConnectorName = "Outlet Port #5"
Dim myOC7 As New ConnectionPoint
myOC7.Position = New Point(X + Width, Y + 5 * 0.13 * Height)
myOC7.Type = ConType.ConIn
myOC7.ConnectorName = "Outlet Port #6"
With InputConnectors
If .Count <> 0 Then
If .Count = 3 Then
.Add(myIC4)
ElseIf .Count = 4 Then
.Add(myIC5)
.Add(myIC6)
.Add(myIC7)
Else
.Item(0).Position = New Point(X, Y)
.Item(1).Position = New Point(X, Y + 1 * 0.13 * Height)
.Item(2).Position = New Point(X, Y + 2 * 0.13 * Height)
.Item(3).Position = New Point(X, Y + Height)
.Item(4).Position = New Point(X, Y + 3 * 0.13 * Height)
.Item(5).Position = New Point(X, Y + 4 * 0.13 * Height)
.Item(6).Position = New Point(X, Y + 5 * 0.13 * Height)
End If
Else
.Add(myIC1)
.Add(myIC2)
.Add(myIC3)
.Add(myIC4)
.Add(myIC5)
.Add(myIC6)
.Add(myIC7)
End If
End With
With OutputConnectors
If .Count <> 0 Then
If .Count = 3 Then
.Add(myOC4)
ElseIf .Count = 4 Then
.Add(myOC5)
.Add(myOC6)
.Add(myOC7)
Else
.Item(0).Position = New Point(X + Width, Y)
.Item(1).Position = New Point(X + Width, Y + 1 * 0.13 * Height)
.Item(2).Position = New Point(X + Width, Y + 2 * 0.13 * Height)
.Item(3).Position = New Point(X + Width, Y + Height)
.Item(4).Position = New Point(X + Width, Y + 3 * 0.13 * Height)
.Item(5).Position = New Point(X + Width, Y + 4 * 0.13 * Height)
.Item(6).Position = New Point(X + Width, Y + 5 * 0.13 * Height)
End If
Else
.Add(myOC1)
.Add(myOC2)
.Add(myOC3)
.Add(myOC4)
.Add(myOC5)
.Add(myOC6)
.Add(myOC7)
End If
End With
Me.EnergyConnector.Active = False
End Sub
Public Overrides Sub Draw(ByVal g As Object)
Dim canvas As SKCanvas = DirectCast(g, SKCanvas)
CreateConnectors(0, 0)
UpdateStatus()
MyBase.Draw(g)
If Owner IsNot Nothing AndAlso Owner.UseEmbeddedImage = True AndAlso Owner.EmbeddedImageData <> "" Then
Dim p As New SKPaint
With p
p.IsAntialias = GlobalSettings.Settings.DrawingAntiAlias
p.FilterQuality = SKFilterQuality.High
End With
Using image As SKImage = EmbeddedImageGraphic.Base64ToImage(Owner.EmbeddedImageData)
canvas.DrawImage(image, New SKRect(X, Y, X + Width, Y + Height), p)
End Using
Else
Select Case DrawMode
Case 0
'default
Dim myPen2 As New SKPaint()
With myPen2
.Color = LineColor
.IsAntialias = GlobalSettings.Settings.DrawingAntiAlias
.IsStroke = True
.StrokeWidth = LineWidth
End With
Dim rect1 As New SKRect(X + 0.1 * Width, Y, X + 0.9 * Width, Y + Height)
Dim gradPen As New SKPaint()
With gradPen
.Color = LineColor.WithAlpha(50)
.StrokeWidth = LineWidth
.IsStroke = False
.IsAntialias = GlobalSettings.Settings.DrawingAntiAlias
End With
canvas.DrawRoundRect(rect1, 2, 2, gradPen)
canvas.DrawRoundRect(rect1, 2, 2, myPen2)
Dim tpaint As New SKPaint()
With tpaint
.TextSize = 10.0#
.IsAntialias = GlobalSettings.Settings.DrawingAntiAlias
.Color = LineColor
.IsStroke = False
.Typeface = BoldTypeFace
End With
Dim trect As New SKRect(0, 0, 2, 2)
tpaint.GetTextPath("PS", 0, 0).GetBounds(trect)
Dim ax, ay As Integer
ax = Me.X + (Me.Width - (trect.Right - trect.Left)) / 2
ay = Me.Y + (Me.Height - (trect.Top - trect.Bottom)) / 2
Using New SKAutoCanvasRestore(canvas)
StraightCanvas(canvas)
canvas.DrawText("PS", ax, ay, tpaint)
End Using
Case 1
'b/w
Dim myPen2 As New SKPaint()
With myPen2
.Color = SKColors.Black
.IsAntialias = GlobalSettings.Settings.DrawingAntiAlias
.IsStroke = True
.StrokeWidth = LineWidth
End With
Dim rect1 As New SKRect(X + 0.1 * Width, Y, X + 0.9 * Width, Y + Height)
canvas.DrawRoundRect(rect1, 2, 2, myPen2)
Dim tpaint As New SKPaint()
With tpaint
.TextSize = 10.0#
.IsAntialias = GlobalSettings.Settings.DrawingAntiAlias
.Color = SKColors.Black
.IsStroke = False
.Typeface = BoldTypeFace
End With
Dim trect As New SKRect(0, 0, 2, 2)
tpaint.GetTextPath("PS", 0, 0).GetBounds(trect)
Dim ax, ay As Integer
ax = Me.X + (Me.Width - (trect.Right - trect.Left)) / 2
ay = Me.Y + (Me.Height - (trect.Top - trect.Bottom)) / 2
Using New SKAutoCanvasRestore(canvas)
StraightCanvas(canvas)
canvas.DrawText("PS", ax, ay, tpaint)
End Using
Case 2
DrawIcon(canvas)
Case 3
'Temperature Gradients
Case 4
'Pressure Gradients
Case 5
'Temperature/Pressure Gradients
End Select
End If
End Sub
End Class
End Namespace