620 lines
28 KiB
VB.net
620 lines
28 KiB
VB.net
Imports SldWorks
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Public Class Multiple_Drawing
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Public Shared Sub Create_Models_For_Drawing()
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Dim gratingsPointsDS As DataSet = Create_GratingPoints()
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Dim gratingHeight As Decimal = User_Input.gratingHeight / 1000
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Dim swApp As SldWorks.SldWorks
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swApp = CType(System.Runtime.InteropServices.Marshal.GetActiveObject("SldWorks.Application"), SldWorks.SldWorks)
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Dim Model As ModelDoc2
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Dim RootPoint(2) As Decimal
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Dim Normal(2) As Decimal
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swApp.UserControl = True
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Dim swSkMgr As SketchManager
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Dim longstatus As Integer
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Dim boolstatus As Boolean
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Dim swModelDocExtension As ModelDocExtension
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Dim status As Boolean
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Dim swFeatureMgr As FeatureManager
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Dim swFeature As Feature
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Dim iPart As PartDoc
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Dim numOfGratings As Integer = Grating_Fill.numOfVertical * Grating_Fill.numOfHorizontal
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For i = 0 To numOfGratings - 1
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Model = swApp.NewDocument("C:\ProgramData\SOLIDWORKS\SOLIDWORKS 2020\templates\part.prtdot", 0, 0, 0)
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swSkMgr = Model.SketchManager
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swSkMgr.InsertSketch(True)
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boolstatus = Model.Extension.SelectByID2("Front Plane", "PLANE", 0, 0, 0, False, 0, Nothing, 0)
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Model.ClearSelection2(True)
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For Each DR As DataRow In gratingsPointsDS.Tables(i).Rows
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Dim skPoint As SketchPoint
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Dim pX = DR("X")
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Dim pY = DR("Y")
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skPoint = swSkMgr.CreatePoint(pX, pY, 0)
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Next
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For Each DR1 As DataRow In gratingsPointsDS.Tables(i).Rows
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Dim skLine As SketchLine
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Dim rowIndex = gratingsPointsDS.Tables(i).Rows.IndexOf(DR1)
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Dim DR2 As DataRow
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Try
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DR2 = gratingsPointsDS.Tables(i).Rows(rowIndex + 1)
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Catch ex As Exception
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DR2 = gratingsPointsDS.Tables(i).Rows(0)
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End Try
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Dim pX1 = DR1("X")
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Dim pY1 = DR1("Y")
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Dim pX2 = DR2("X")
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Dim pY2 = DR2("Y")
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skLine = swSkMgr.CreateLine(pX1, pY1, 0, pX2, pY2, 0)
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Next
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swSkMgr.InsertSketch(True)
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swModelDocExtension = Model.Extension
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status = swModelDocExtension.SelectByID2("Sketch1", "SKETCH", 0, 0, 0, False, 0, Nothing, 0)
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swFeatureMgr = Model.FeatureManager
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swFeature = swFeatureMgr.FeatureExtrusion3(True, False, False, 0, 0, gratingHeight, 0, False, False, False, False, 0, 0, False, False, False, False, True, True, True, 0, 0, False)
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' MIddle points if needed
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Model.ClearSelection2(True)
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boolstatus = Model.Extension.SelectByID2("Front Plane", "PLANE", 0, 0, 0, False, 0, Nothing, 0)
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Model.FeatureManager.InsertRefPlane(8, gratingHeight, 0, 0, 0, 0)
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iPart = swApp.ActiveDoc
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Dim newName As String
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newName = Settings.folderPaths("object_" & Data.objectNum & "_models3D_gratings_sw_support") & "\simplified_grating_" & i + 1 & ".SLDPRT"
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' Title head data
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longstatus = iPart.SaveAs3(newName, 0, 0)
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swApp.CloseDoc(newName)
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Next
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' --- Assembly ---
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Dim assembly As IAssemblyDoc
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Model = swApp.NewDocument("C:\ProgramData\SolidWorks\SOLIDWORKS 2020\templates\Assembly.asmdot", 0, 0, 0)
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assembly = Model
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Dim compNames(numOfGratings - 1) As String
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Dim coordNames(numOfGratings - 1) As String
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Dim transMatrix As Object = Nothing
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For i = 0 To numOfGratings - 1
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compNames(i) = Settings.folderPaths("object_" & Data.objectNum & "_models3D_gratings_sw_support") & "\simplified_grating_" & i + 1 & ".SLDPRT"
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coordNames(i) = ""
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Next
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Dim assemComps As Object
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assemComps = assembly.AddComponents3((compNames), (transMatrix), (coordNames))
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longstatus = Model.SaveAs3(Settings.folderPaths("object_" & Data.objectNum & "_models3D_gratings_sw_support") & "\simplified_grating_assembly.SLDASM", 0, 0)
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End Sub
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Private Shared Function Create_GratingPoints()
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Dim pointsDS As New DataSet
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Dim numOfGratings As Integer = Grating_Fill.numOfVertical * Grating_Fill.numOfHorizontal
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For i = 0 To numOfGratings - 1
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Dim pointsDT As New DataTable
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pointsDT.Columns.Add("NAME", GetType(String))
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pointsDT.Columns.Add("TYPE", GetType(String))
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pointsDT.Columns.Add("X", GetType(Decimal))
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pointsDT.Columns.Add("Y", GetType(Decimal))
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Dim GAPointsDT As New DataTable
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GAPointsDT.Columns.Add("NAME", GetType(String))
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GAPointsDT.Columns.Add("X", GetType(Decimal))
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GAPointsDT.Columns.Add("Y", GetType(Decimal))
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' --- Determine grossArea points ----
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Dim pX(3) As Decimal
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Dim pY(3) As Decimal
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Dim columnNum As Integer = (i + Grating_Fill.numOfHorizontal) Mod Grating_Fill.numOfHorizontal
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If columnNum <> (Grating_Fill.numOfHorizontal - 1) Then
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' Columnn: alla utom sista
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pX(0) = Data.grossAreaPoints.Rows(0)("X") + Grating_Fill.minLength * columnNum / 1000
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pX(1) = pX(0) + Grating_Fill.minLength / 1000
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pX(2) = pX(1)
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pX(3) = pX(0)
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Else
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' Column: sista
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pX(0) = Data.grossAreaPoints.Rows(0)("X") + Grating_Fill.minLength * columnNum / 1000
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pX(1) = Data.grossAreaPoints.Rows(1)("X")
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pX(2) = pX(1)
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pX(3) = pX(0)
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End If
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Dim rowNum As Integer = Math.Floor(i / Grating_Fill.numOfHorizontal)
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If rowNum < Grating_Fill.numOfVertical - 2 Then
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' Row: alla utom sista och näst sista
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pY(0) = Data.grossAreaPoints.Rows(0)("Y") - Grating_Fill.maxSingleWidth * rowNum / 1000
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pY(1) = pY(0)
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pY(2) = pY(0) - Grating_Fill.maxSingleWidth / 1000
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pY(3) = pY(2)
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ElseIf rowNum < Grating_Fill.numOfVertical - 1 Then
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' Row: Näst sista
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pY(0) = Data.grossAreaPoints.Rows(0)("Y") - Grating_Fill.maxSingleWidth * rowNum / 1000
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pY(1) = pY(0)
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If Grating_Fill.widthRevNeeded = True Then
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pY(2) = pY(0) - Grating_Fill.revWidth / 1000
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Else
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pY(2) = pY(0) - Grating_Fill.maxSingleWidth / 1000
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End If
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pY(3) = pY(2)
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Else
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' Row: Sista
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If Grating_Fill.widthRevNeeded = True Then
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pY(0) = Data.grossAreaPoints.Rows(0)("Y") - Grating_Fill.maxSingleWidth * (rowNum - 1) / 1000 - Grating_Fill.revWidth / 1000
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Else
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pY(0) = Data.grossAreaPoints.Rows(0)("Y") - Grating_Fill.maxSingleWidth * rowNum / 1000
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End If
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pY(1) = pY(0)
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pY(2) = Data.grossAreaPoints.Rows(3)("Y")
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pY(3) = pY(2)
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End If
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For j = 0 To 3
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Dim DR As DataRow = pointsDT.NewRow()
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DR("NAME") = "GA_" & j + 1
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DR("TYPE") = "GA"
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DR("X") = pX(j)
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DR("Y") = pY(j)
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pointsDT.Rows.Add(DR)
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DR = GAPointsDT.NewRow()
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DR("NAME") = "GA_" & j + 1
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DR("X") = pX(j)
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DR("Y") = pY(j)
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GAPointsDT.Rows.Add(DR)
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Next
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' --- Add recess points ---
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Dim recessPointsDT As New DataTable
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recessPointsDT.Columns.Add("NAME", GetType(String))
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recessPointsDT.Columns.Add("TYPE", GetType(String))
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recessPointsDT.Columns.Add("SIDE", GetType(Integer))
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recessPointsDT.Columns.Add("X", GetType(Decimal))
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recessPointsDT.Columns.Add("Y", GetType(Decimal))
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For j = 1 To 4
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For Each DR As DataRow In Data.gratingPoints.Rows
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Dim recessDR As DataRow = recessPointsDT.NewRow()
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recessDR("NAME") = DR("NAME")
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recessDR("SIDE") = j
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recessDR("X") = DR("X")
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recessDR("Y") = DR("Y")
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Dim pointName As String = DR("NAME")
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If pointName.Substring(0, 2) = "CA" Then
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recessDR("TYPE") = "Corner Angle"
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ElseIf pointName.Substring(0, 2) = "CR" Then
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recessDR("TYPE") = "Corner Rectangle"
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ElseIf pointName.Substring(0, 2) = "CS" Then
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recessDR("TYPE") = "Side Rectangle"
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Else
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Continue For
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End If
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If j = 1 Then
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If DR("Y") = pointsDT.Rows(0)("Y") Then
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If DR("X") >= pointsDT.Rows(0)("X") AndAlso DR("X") <= pointsDT.Rows(1)("X") Then
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recessPointsDT.Rows.Add(recessDR)
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End If
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End If
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ElseIf j = 2 Then
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If DR("X") = pointsDT.Rows(1)("X") Then
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If DR("Y") <= pointsDT.Rows(1)("Y") AndAlso DR("Y") >= pointsDT.Rows(2)("Y") Then
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recessPointsDT.Rows.Add(recessDR)
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End If
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End If
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ElseIf j = 3 Then
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If DR("Y") = pointsDT.Rows(2)("Y") Then
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If DR("X") <= pointsDT.Rows(2)("X") AndAlso DR("X") >= pointsDT.Rows(3)("X") Then
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recessPointsDT.Rows.Add(recessDR)
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End If
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End If
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Else
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If DR("X") = pointsDT.Rows(3)("X") Then
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If DR("Y") >= pointsDT.Rows(3)("Y") AndAlso DR("Y") <= pointsDT.Rows(0)("Y") Then
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recessPointsDT.Rows.Add(recessDR)
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End If
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End If
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End If
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Next
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Next
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For Each DR As DataRow In recessPointsDT.Rows
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If DR("TYPE") = "Corner Angle" Then
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Dim pointName As String = DR("NAME")
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If pointName.Split("_")(1) = 1 Then
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Dim DR3 As DataRow = pointsDT.NewRow()
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DR3("NAME") = DR("NAME")
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DR3("TYPE") = "Recess CA"
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DR3("X") = DR("X")
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DR3("Y") = DR("Y")
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Dim index As Integer = Get_RowIndex(pointsDT, DR("SIDE"), DR("X"), DR("Y"), GAPointsDT)
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pointsDT.Rows.InsertAt(DR3, index + 1)
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If pointsDT.Rows.Count > index + 2 Then
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Dim temp As String = pointsDT.Rows(index + 2)("NAME")
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If temp.Substring(0, 2) = "GA" Then
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pointsDT.Rows.RemoveAt(index + 2)
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End If
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Else
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Dim temp As String = pointsDT.Rows(0)("NAME")
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If temp.Substring(0, 2) = "GA" Then
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pointsDT.Rows.RemoveAt(0)
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End If
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End If
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'Check if remove next point aswell (If angle crosses more than one grating)
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Dim cornerPoint(1) As Decimal
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Dim pointNumGA As Integer = DR("SIDE") + 2
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If pointNumGA > 4 Then
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pointNumGA -= 4
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End If
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cornerPoint(0) = GAPointsDT.Select("NAME = 'GA_" & pointNumGA & "'")(0)("X")
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cornerPoint(1) = GAPointsDT.Select("NAME = 'GA_" & pointNumGA & "'")(0)("Y")
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Create_SecondAnglePoint(pointsDT, DR, cornerPoint, GAPointsDT, recessPointsDT)
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Else
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Dim DR3 As DataRow = pointsDT.NewRow()
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DR3("NAME") = DR("NAME")
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DR3("TYPE") = "Recess CA"
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DR3("X") = DR("X")
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DR3("Y") = DR("Y")
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Dim index As Integer = Get_RowIndex(pointsDT, DR("SIDE"), DR("X"), DR("Y"), GAPointsDT)
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pointsDT.Rows.InsertAt(DR3, index + 1)
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Dim temp As String = pointsDT.Rows(index)("NAME")
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If temp.Substring(0, 2) = "GA" Then
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pointsDT.Rows.RemoveAt(index)
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End If
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Dim cornerPoint(1) As Decimal
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Dim pointNumGA As Integer = DR("SIDE") - 1
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If pointNumGA < 1 Then
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pointNumGA += 4
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End If
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cornerPoint(0) = GAPointsDT.Select("NAME = 'GA_" & pointNumGA & "'")(0)("X")
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cornerPoint(1) = GAPointsDT.Select("NAME = 'GA_" & pointNumGA & "'")(0)("Y")
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Create_SecondAnglePoint(pointsDT, DR, cornerPoint, GAPointsDT, recessPointsDT)
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End If
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End If
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Next
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pointsDT.TableName = "Grating " & i & " - C" & columnNum & " R" & rowNum
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pointsDS.Tables.Add(pointsDT)
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Next
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Return pointsDS
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End Function
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Private Shared Function Get_RowIndex(pDT As DataTable, side As Integer, pX As Decimal, pY As Decimal, GApDT As DataTable)
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Dim rowName As String = ""
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Dim newX As Decimal = pX
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Dim newY As Decimal = pY
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If side = 1 Then
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Dim sidePoints = pDT.Select("Y = '" & pY & "'")
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For Each DR2 As DataRow In sidePoints
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If DR2("X") < pX Then
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rowName = DR2("NAME")
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Else
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newX = GApDT.Select("NAME = 'GA_1'")(0)("X")
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Exit For
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End If
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Next
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ElseIf side = 2 Then
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Dim sidePoints = pDT.Select("X = '" & pX & "'")
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For Each DR2 As DataRow In sidePoints
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If DR2("Y") > pY Then
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rowName = DR2("NAME")
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Else
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newY = GApDT.Select("NAME = 'GA_2'")(0)("Y")
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Exit For
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End If
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Next
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ElseIf side = 3 Then
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Dim sidePoints = pDT.Select("Y = '" & pY & "'")
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For Each DR2 As DataRow In sidePoints
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If DR2("X") > pX Then
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rowName = DR2("NAME")
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Else
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newX = GApDT.Select("NAME = 'GA_3'")(0)("X")
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Exit For
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End If
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Next
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Else
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Dim sidePoints = pDT.Select("X = '" & pX & "'")
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If sidePoints(0)("NAME") = "GA_1" Then
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Dim pointList As New List(Of DataRow)
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For i = 1 To sidePoints.Length - 1
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pointList.Add(sidePoints(i))
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Next
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pointList.Add(sidePoints(0))
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For Each DR2 As DataRow In pointList
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If DR2("Y") < pY Then
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rowName = DR2("NAME")
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Else
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newY = GApDT.Select("NAME = 'GA_4'")(0)("Y")
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Exit For
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End If
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Next
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Else
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For Each DR2 As DataRow In sidePoints
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If DR2("Y") < pY Then
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rowName = DR2("NAME")
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Else
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newY = GApDT.Select("NAME = 'GA_4'")(0)("Y")
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Exit For
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End If
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Next
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End If
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End If
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Dim index As Integer = 0
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If rowName = "" Then
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index = Get_RowIndex(pDT, side - 1, newX, newY, GApDT)
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Else
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For j = 0 To pDT.Rows.Count - 1
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If pDT.Rows(j)("NAME") = rowName Then
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index = j
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Exit For
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End If
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Next
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End If
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Return index
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End Function
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Private Shared Sub Create_SecondAnglePoint(pDT As DataTable, rpDR As DataRow, gp As Decimal(), GApDT As DataTable, rDT As DataTable)
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Dim p0(1) As Decimal
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Dim p1(1) As Decimal
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Dim p2(1) As Decimal
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Dim newDR As DataRow = pDT.NewRow
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newDR("TYPE") = "Recess CA"
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Dim side As Integer = 0
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Dim pointName As String = rpDR("NAME")
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If pointName.Split("_")(1) = 1 Then
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Dim DR = Data.gratingPoints.Select("NAME = '" & pointName.Split("_")(0) & "_2" & "'")
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newDR("NAME") = pointName.Split("_")(0) & "_2"
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p0(0) = rpDR("X")
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p0(1) = rpDR("Y")
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p2(0) = DR(0)("X")
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p2(1) = DR(0)("Y")
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If rpDR("SIDE") + 1 > 4 Then
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side = rpDR("SIDE") + 1 - 4
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Else
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side = rpDR("SIDE") + 1
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End If
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Else
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Dim DR = Data.gratingPoints.Select("NAME = '" & pointName.Split("_")(0) & "_1" & "'")
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newDR("NAME") = pointName.Split("_")(0) & "_1"
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p0(0) = rpDR("X")
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p0(1) = rpDR("Y")
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p2(0) = DR(0)("X")
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p2(1) = DR(0)("Y")
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If rpDR("SIDE") - 1 < 1 Then
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side = rpDR("SIDE") - 1 + 4
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Else
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side = rpDR("SIDE") - 1
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End If
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End If
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For Each rDR As DataRow In rDT.Rows
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If rDR("NAME") = newDR("NAME") Then
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Exit Sub
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End If
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Next
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If rpDR("SIDE") = 1 OrElse rpDR("SIDE") = 3 Then
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p1(0) = p2(0)
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p1(1) = p0(1)
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'If Data.gratingPoints.Select("NAME = '" & newDR("NAME") & "'")(0)("X") = GApDT.Select("NAME = 'GA_2'")(0)("X") OrElse
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' Data.gratingPoints.Select("NAME = '" & newDR("NAME") & "'")(0)("X") = GApDT.Select("NAME = 'GA_4'")(0)("X") Then
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' If Data.gratingPoints.Select("NAME = '" & newDR("NAME") & "'")(0)("Y") > GApDT.Select("NAME = 'GA_3'")(0)("Y") AndAlso
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' Data.gratingPoints.Select("NAME = '" & newDR("NAME") & "'")(0)("Y") < GApDT.Select("NAME = 'GA_2'")(0)("Y") Then
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' Exit Sub
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' ElseIf Data.gratingPoints.Select("NAME = '" & newDR("NAME") & "'")(0)("Y") > GApDT.Select("NAME = 'GA_4'")(0)("Y") AndAlso
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' Data.gratingPoints.Select("NAME = '" & newDR("NAME") & "'")(0)("Y") < GApDT.Select("NAME = 'GA_1'")(0)("Y") Then
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' Exit Sub
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' End If
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'End If
|
|
ElseIf rpDR("SIDE") = 2 OrElse rpDR("SIDE") = 4 Then
|
|
p1(0) = p0(0)
|
|
p1(1) = p2(1)
|
|
|
|
'If Data.gratingPoints.Select("NAME = '" & newDR("NAME") & "'")(0)("Y") = GApDT.Select("NAME = 'GA_3'")(0)("Y") OrElse
|
|
' Data.gratingPoints.Select("NAME = '" & newDR("NAME") & "'")(0)("Y") = GApDT.Select("NAME = 'GA_1'")(0)("Y") Then
|
|
' If Data.gratingPoints.Select("NAME = '" & newDR("NAME") & "'")(0)("X") < GApDT.Select("NAME = 'GA_3'")(0)("X") AndAlso
|
|
' Data.gratingPoints.Select("NAME = '" & newDR("NAME") & "'")(0)("X") > GApDT.Select("NAME = 'GA_4'")(0)("X") Then
|
|
|
|
' Exit Sub
|
|
' ElseIf Data.gratingPoints.Select("NAME = '" & newDR("NAME") & "'")(0)("X") > GApDT.Select("NAME = 'GA_1'")(0)("X") AndAlso
|
|
' Data.gratingPoints.Select("NAME = '" & newDR("NAME") & "'")(0)("X") < GApDT.Select("NAME = 'GA_2'")(0)("X") Then
|
|
|
|
' Exit Sub
|
|
' End If
|
|
'End If
|
|
End If
|
|
|
|
Dim gpInside As Boolean = Calculate_Triangle_Bool(gp, p0, p1, p2)
|
|
|
|
Dim insertIndex As Integer = 0
|
|
If gpInside = False Then
|
|
' If false => new point at side rpDR("SIDE")+1
|
|
|
|
If side = 1 Then
|
|
Dim x As Decimal = 0
|
|
If pointName.Split("_")(1) = 1 Then
|
|
x = Data.gratingPoints.Select("NAME = '" & newDR("NAME") & "'")(0)("X") - GApDT.Select("NAME = 'GA_1'")(0)("X")
|
|
Else
|
|
x = GApDT.Select("NAME = 'GA_2'")(0)("X") - Data.gratingPoints.Select("NAME = '" & newDR("NAME") & "'")(0)("X")
|
|
End If
|
|
Dim c As Decimal = GApDT.Select("NAME = 'GA_1'")(0)("Y") - rpDR("Y")
|
|
Dim z As Decimal = Data.gratingPoints.Select("NAME = '" & newDR("NAME") & "'")(0)("Y") - rpDR("Y")
|
|
newDR("X") = GApDT.Select("NAME = 'GA_1'")(0)("X") + c * x / z ' Triangle likformighet
|
|
newDR("Y") = GApDT.Select("NAME = 'GA_1'")(0)("Y")
|
|
ElseIf side = 2 Then
|
|
Dim x As Decimal = 0
|
|
If pointName.Split("_")(1) = 1 Then
|
|
x = GApDT.Select("NAME = 'GA_2'")(0)("Y") - Data.gratingPoints.Select("NAME = '" & newDR("NAME") & "'")(0)("Y")
|
|
Else
|
|
x = Data.gratingPoints.Select("NAME = '" & newDR("NAME") & "'")(0)("Y") - GApDT.Select("NAME = 'GA_3'")(0)("Y")
|
|
End If
|
|
Dim c As Decimal = GApDT.Select("NAME = 'GA_2'")(0)("X") - rpDR("X")
|
|
Dim z As Decimal = Data.gratingPoints.Select("NAME = '" & newDR("NAME") & "'")(0)("X") - rpDR("X")
|
|
newDR("X") = GApDT.Select("NAME = 'GA_2'")(0)("X")
|
|
newDR("Y") = GApDT.Select("NAME = 'GA_2'")(0)("Y") - c * x / z ' Triangle likformighet
|
|
ElseIf side = 3 Then
|
|
Dim x As Decimal = 0
|
|
If pointName.Split("_")(1) = 1 Then
|
|
x = GApDT.Select("NAME = 'GA_3'")(0)("X") - Data.gratingPoints.Select("NAME = '" & newDR("NAME") & "'")(0)("X")
|
|
Else
|
|
x = Data.gratingPoints.Select("NAME = '" & newDR("NAME") & "'")(0)("X") - GApDT.Select("NAME = 'GA_4'")(0)("X")
|
|
End If
|
|
Dim c As Decimal = rpDR("Y") - GApDT.Select("NAME = 'GA_3'")(0)("Y")
|
|
Dim z As Decimal = rpDR("Y") - Data.gratingPoints.Select("NAME = '" & newDR("NAME") & "'")(0)("Y")
|
|
newDR("X") = GApDT.Select("NAME = 'GA_3'")(0)("X") - c * x / z ' Triangle likformighet
|
|
newDR("Y") = GApDT.Select("NAME = 'GA_3'")(0)("Y")
|
|
Else
|
|
Dim x As Decimal = 0
|
|
If pointName.Split("_")(1) = 1 Then
|
|
x = Data.gratingPoints.Select("NAME = '" & newDR("NAME") & "'")(0)("Y") - GApDT.Select("NAME = 'GA_4'")(0)("Y")
|
|
Else
|
|
x = GApDT.Select("NAME = 'GA_1'")(0)("Y") - Data.gratingPoints.Select("NAME = '" & newDR("NAME") & "'")(0)("Y")
|
|
End If
|
|
Dim c As Decimal = rpDR("X") - GApDT.Select("NAME = 'GA_4'")(0)("X")
|
|
Dim z As Decimal = rpDR("X") - Data.gratingPoints.Select("NAME = '" & newDR("NAME") & "'")(0)("X")
|
|
newDR("X") = GApDT.Select("NAME = 'GA_4'")(0)("X")
|
|
newDR("Y") = GApDT.Select("NAME = 'GA_4'")(0)("Y") + c * x / z ' Triangle likformighet
|
|
End If
|
|
|
|
newDR("X") = Math.Round(newDR("X"), 3)
|
|
newDR("Y") = Math.Round(newDR("Y"), 3)
|
|
|
|
insertIndex = Get_RowIndex(pDT, side, newDR("X"), newDR("Y"), GApDT) + 1
|
|
Else
|
|
' If true => remove point gp and new point at side rpDR("SIDE")+2
|
|
Dim temp As String = newDR("NAME")
|
|
If temp.Split("_")(1) = 1 Then
|
|
If side = 1 Then
|
|
side = 4
|
|
Else
|
|
side -= 1
|
|
End If
|
|
Else
|
|
If side = 4 Then
|
|
side = 1
|
|
Else
|
|
side += 1
|
|
End If
|
|
End If
|
|
|
|
If side = 1 Then
|
|
Dim x As Decimal = rpDR("X") - Data.gratingPoints.Select("NAME = '" & newDR("NAME") & "'")(0)("X")
|
|
Dim b As Decimal = Data.gratingPoints.Select("NAME = '" & newDR("NAME") & "'")(0)("Y") - GApDT.Select("NAME = 'GA_1'")(0)("Y")
|
|
Dim y As Decimal = Data.gratingPoints.Select("NAME = '" & newDR("NAME") & "'")(0)("Y") - rpDR("Y")
|
|
newDR("X") = GApDT.Select("NAME = 'GA_1'")(0)("X") + x * b / y - (GApDT.Select("NAME = 'GA_1'")(0)("X") - Data.gratingPoints.Select("NAME = '" & newDR("NAME") & "'")(0)("X")) ' Triangle likformighet
|
|
newDR("Y") = GApDT.Select("NAME = 'GA_1'")(0)("Y")
|
|
ElseIf side = 2 Then
|
|
Dim x As Decimal = Data.gratingPoints.Select("NAME = '" & newDR("NAME") & "'")(0)("Y") - rpDR("Y")
|
|
Dim b As Decimal = Data.gratingPoints.Select("NAME = '" & newDR("NAME") & "'")(0)("X") - GApDT.Select("NAME = 'GA_2'")(0)("X")
|
|
Dim y As Decimal = Data.gratingPoints.Select("NAME = '" & newDR("NAME") & "'")(0)("X") - rpDR("X")
|
|
newDR("X") = GApDT.Select("NAME = 'GA_2'")(0)("X")
|
|
newDR("Y") = GApDT.Select("NAME = 'GA_2'")(0)("Y") - x * b / y + (Data.gratingPoints.Select("NAME = '" & newDR("NAME") & "'")(0)("Y") - GApDT.Select("NAME = 'GA_2'")(0)("Y")) ' Triangle likformighet
|
|
ElseIf side = 3 Then
|
|
Dim x As Decimal = Data.gratingPoints.Select("NAME = '" & newDR("NAME") & "'")(0)("X") - rpDR("X")
|
|
Dim b As Decimal = GApDT.Select("NAME = 'GA_3'")(0)("Y") - Data.gratingPoints.Select("NAME = '" & newDR("NAME") & "'")(0)("Y")
|
|
Dim y As Decimal = rpDR("Y") - Data.gratingPoints.Select("NAME = '" & newDR("NAME") & "'")(0)("Y")
|
|
newDR("X") = GApDT.Select("NAME = 'GA_3'")(0)("X") - x * b / y + (Data.gratingPoints.Select("NAME = '" & newDR("NAME") & "'")(0)("X") - GApDT.Select("NAME = 'GA_3'")(0)("X")) ' Triangle likformighet
|
|
newDR("Y") = GApDT.Select("NAME = 'GA_3'")(0)("Y")
|
|
Else
|
|
Dim x As Decimal = rpDR("Y") - Data.gratingPoints.Select("NAME = '" & newDR("NAME") & "'")(0)("Y")
|
|
Dim b As Decimal = GApDT.Select("NAME = 'GA_4'")(0)("X") - Data.gratingPoints.Select("NAME = '" & newDR("NAME") & "'")(0)("X")
|
|
Dim y As Decimal = rpDR("X") - Data.gratingPoints.Select("NAME = '" & newDR("NAME") & "'")(0)("X")
|
|
newDR("X") = GApDT.Select("NAME = 'GA_4'")(0)("X")
|
|
newDR("Y") = GApDT.Select("NAME = 'GA_4'")(0)("Y") + x * b / y - (GApDT.Select("NAME = 'GA_4'")(0)("Y") - Data.gratingPoints.Select("NAME = '" & newDR("NAME") & "'")(0)("Y")) ' Triangle likformighet
|
|
End If
|
|
|
|
insertIndex = Get_RowIndex(pDT, side, newDR("X"), newDR("Y"), GApDT)
|
|
|
|
If pointName.Split("_")(1) = 1 Then
|
|
pDT.Rows.RemoveAt(insertIndex)
|
|
Else
|
|
If pDT.Rows.Count > insertIndex + 1 Then
|
|
pDT.Rows.RemoveAt(insertIndex + 1)
|
|
insertIndex += 1
|
|
Else
|
|
pDT.Rows.RemoveAt(0)
|
|
insertIndex = 0
|
|
End If
|
|
End If
|
|
|
|
End If
|
|
|
|
pDT.Rows.InsertAt(newDR, insertIndex)
|
|
End Sub
|
|
|
|
Private Shared Function Calculate_Triangle_Bool(gp As Decimal(), p0 As Decimal(), p1 As Decimal(), p2 As Decimal())
|
|
|
|
Dim s As Decimal = p0(1) * p2(0) - p0(0) * p2(1) + (p2(1) - p0(1)) * gp(0) + (p0(0) - p2(0)) * gp(1)
|
|
Dim t As Decimal = p0(0) * p1(1) - p0(1) * p1(0) + (p0(1) - p1(1)) * gp(0) + (p1(0) - p0(0)) * gp(1)
|
|
|
|
If (s < 0 AndAlso t >= 0) OrElse (s >= 0 AndAlso t < 0) Then
|
|
Return False
|
|
End If
|
|
|
|
Dim area As Decimal = -p1(1) * p2(0) + p0(1) * (p2(0) - p1(0)) + p0(0) * (p1(1) - p2(1)) + p1(0) * p2(1)
|
|
|
|
If area < 0 Then
|
|
If s <= 0 AndAlso s + t >= area Then
|
|
Return True
|
|
Else
|
|
Return False
|
|
End If
|
|
Else
|
|
If s >= 0 AndAlso s + t <= area Then
|
|
Return True
|
|
Else
|
|
Return False
|
|
End If
|
|
End If
|
|
End Function
|
|
End Class
|