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- HF test step: max deviation visible
- HF test step: max deviation visible
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LabVIEW
- Standard measurement (increment grouping via position and measurement implemented, Excel protocols improved)
 r19 ' =========================================
LabVIEW
- HF limits test and excel report ready
 r32 ' 1) Widerstandsdiagramme für die Standard Messung
LabVIEW
- Standard measurement (increment grouping via position and measurement implemented, Excel protocols improved)
 r19 ' =========================================
LabVIEW
- Increment standard measurement: Excel protocol added
 r12 Sub AktualisiereXYDiagrammWiderstand()
Dim datenWs As Worksheet
Dim diagrammWs As Worksheet
Dim chartObj As ChartObject
Dim diagramm As Chart
Dim xRange As Range
Dim yRange As Range
Dim letzteSpalte As Long
Dim letzteZeile As Long
Dim i As Long
' Arbeitsblätter definieren
Set datenWs = ThisWorkbook.Worksheets(1) ' Blatt mit den Daten
Set diagrammWs = ThisWorkbook.Worksheets(3) ' Blatt mit dem Diagramm
' Diagramm definieren
Set chartObj = diagrammWs.ChartObjects(1) ' Diagrammname anpassen
Set diagramm = chartObj.Chart
' Letzte Zeile und Spalte der Daten finden
letzteZeile = datenWs.Cells(datenWs.Rows.Count, 1).End(xlUp).Row ' X-Werte in Spalte A
letzteSpalte = datenWs.Cells(3, datenWs.Columns.Count).End(xlToLeft).Column ' Y-Werte ab Spalte B
' MsgBox letzteZeile, vbInformation
' MsgBox letzteSpalte, vbInformation
' X-Werte-Bereich definieren (fix in Spalte A, ab Zeile 3)
Set xRange = datenWs.Range(datenWs.Cells(3, 1), datenWs.Cells(letzteZeile, 1)) ' Daten beginnen ab Zeile 3
' Bestehende Datenreihen im Diagramm entfernen
Do While diagramm.SeriesCollection.Count > 0
diagramm.SeriesCollection(1).Delete
Loop
' Neue Datenreihen hinzufügen
For i = 2 To letzteSpalte ' Y-Werte beginnen in Spalte B
Set yRange = datenWs.Range(datenWs.Cells(3, i), datenWs.Cells(letzteZeile, i))
' Neue Datenreihe hinzufügen
With diagramm.SeriesCollection.NewSeries
.Name = datenWs.Cells(2, i).Value ' Name der Reihe aus der Kopfzeile (Zeile 1)
.XValues = xRange
.Values = yRange
LabVIEW
- No smoothing for diagrams
 r18 .Smooth = False ' Glätten ausschalten
LabVIEW
- Increment standard measurement: Excel protocol added
 r12 End With
Next i
End Sub
LabVIEW
- Standard measurement (increment grouping via position and measurement implemented, Excel protocols improved)
 r19 ' =========================================
LabVIEW
- HF limits test and excel report ready
 r32 ' 2) Kraftdiagramme für die Standard Messung
LabVIEW
- Standard measurement (increment grouping via position and measurement implemented, Excel protocols improved)
 r19 ' =========================================
LabVIEW
- Increment standard measurement: Excel protocol added
 r12 Sub AktualisiereXYDiagrammKraft()
Dim datenWs As Worksheet
Dim diagrammWs As Worksheet
Dim chartObj As ChartObject
Dim diagramm As Chart
Dim xRange As Range
Dim yRange As Range
Dim letzteSpalte As Long
Dim letzteZeile As Long
Dim i As Long
' Arbeitsblätter definieren
Set datenWs = ThisWorkbook.Worksheets(2) ' Blatt mit den Daten
Set diagrammWs = ThisWorkbook.Worksheets(4) ' Blatt mit dem Diagramm
' Diagramm definieren
Set chartObj = diagrammWs.ChartObjects(1) ' Diagrammname anpassen
Set diagramm = chartObj.Chart
' Letzte Zeile und Spalte der Daten finden
letzteZeile = datenWs.Cells(datenWs.Rows.Count, 1).End(xlUp).Row ' X-Werte in Spalte A
letzteSpalte = datenWs.Cells(3, datenWs.Columns.Count).End(xlToLeft).Column ' Y-Werte ab Spalte B
'MsgBox letzteZeile, vbInformation
'MsgBox letzteSpalte, vbInformation
' X-Werte-Bereich definieren (fix in Spalte A, ab Zeile 3)
Set xRange = datenWs.Range(datenWs.Cells(3, 1), datenWs.Cells(letzteZeile, 1)) ' Daten beginnen ab Zeile 3
' Bestehende Datenreihen im Diagramm entfernen
Do While diagramm.SeriesCollection.Count > 0
diagramm.SeriesCollection(1).Delete
Loop
' Neue Datenreihen hinzufügen
For i = 2 To letzteSpalte ' Y-Werte beginnen in Spalte B
Set yRange = datenWs.Range(datenWs.Cells(3, i), datenWs.Cells(letzteZeile, i))
' Neue Datenreihe hinzufügen
With diagramm.SeriesCollection.NewSeries
.Name = datenWs.Cells(2, i).Value ' Name der Reihe aus der Kopfzeile (Zeile 1)
.XValues = xRange
.Values = yRange
LabVIEW
- No smoothing for diagrams
 r18 .Smooth = False ' Glätten ausschalten
LabVIEW
- Increment standard measurement: Excel protocol added
 r12 End With
Next i
End Sub
LabVIEW
- Standard measurement (increment grouping via position and measurement implemented, Excel protocols improved)
 r19 ' =========================================
LabVIEW
- HF limits test and excel report ready
 r32 ' 5) Widerstandsdiagramme für die Inkrement-Messung (Position-Gruppierung)
LabVIEW
- Standard measurement (increment grouping via position and measurement implemented, Excel protocols improved)
 r19 ' =========================================
Sub AktualisiereXYDiagrammInkrementWiderstandPosition()
Dim wsBasis As Worksheet
LabVIEW
- Increment standard measurement: Excel protocol added
 r12 Dim ws As Worksheet
Dim chartObj As ChartObject
Dim diagramm As Chart
Dim letzteZeile As Long
Dim letzteSpalte As Long
LabVIEW
- Standard measurement (increment grouping via position and measurement implemented, Excel protocols improved)
 r19 Dim blockAnzahl As Long
LabVIEW
- Increment standard measurement: Excel protocol added
 r12 Dim startZeile As Long
LabVIEW
- Standard measurement (increment grouping via position and measurement implemented, Excel protocols improved)
 r19 Dim posIndex As Integer
LabVIEW
- Increment standard measurement: Excel protocol added
 r12
' Arbeitsblatt "Widerstandsdiagramm" festlegen
LabVIEW
- Standard measurement (increment grouping via position and measurement implemented, Excel protocols improved)
 r19 Set wsBasis = ThisWorkbook.Worksheets("Widerstandsdiagramm")
LabVIEW
- Increment standard measurement: Excel protocol added
 r12
LabVIEW
- Standard measurement (increment grouping via position and measurement implemented, Excel protocols improved)
 r19 ' --- Schritt 1: Anzahl der Positions-Blöcke ermitteln ---
' Wir nehmen das erste Messblatt vor "Widerstandsdiagramm" als Referenz
For Each ws In ThisWorkbook.Worksheets
If ws.Index < wsBasis.Index Then
letzteSpalte = ws.Cells(2, ws.Columns.Count).End(xlToLeft).Column
blockAnzahl = Int(letzteSpalte / 3)
Exit For
End If
Next ws
If blockAnzahl = 0 Then
MsgBox "Keine Datenblöcke gefunden.", vbExclamation
LabVIEW
- Increment standard measurement: Excel protocol added
 r12 Exit Sub
End If
LabVIEW
- Standard measurement (increment grouping via position and measurement implemented, Excel protocols improved)
 r19 ' --- Schritt 2: Diagramm im Basisblatt für Position 1 aktualisieren ---
Call AktualisiereDiagrammFuerPosition(wsBasis, 1)
' --- Schritt 3: Für jede weitere Position Blatt kopieren und Diagramm anpassen ---
For posIndex = 2 To blockAnzahl
wsBasis.Copy After:=ThisWorkbook.Sheets(ThisWorkbook.Sheets.Count-1)
With ActiveSheet
.Name = "Widerstandsdiagramm" & posIndex
Call AktualisiereDiagrammFuerPosition(ActiveSheet, posIndex)
End With
Next posIndex
End Sub
Private Sub AktualisiereDiagrammFuerPosition(wsDiagramm As Worksheet, posIndex As Integer)
Dim ws As Worksheet
Dim chartObj As ChartObject
Dim diagramm As Chart
Dim letzteZeile As Long
Dim datenBereichX As Range
Dim datenBereichY1 As Range
Dim datenReihe As Series
Dim startSpalte As Long
Dim startZeile As Long
Dim reihenName As String
' Diagramm im Blatt suchen
If wsDiagramm.ChartObjects.Count = 0 Then Exit Sub
Set chartObj = wsDiagramm.ChartObjects(1)
LabVIEW
- Increment standard measurement: Excel protocol added
 r12 Set diagramm = chartObj.Chart
' Vorhandene Datenreihen löschen
Do While diagramm.SeriesCollection.Count > 0
diagramm.SeriesCollection(1).Delete
Loop
LabVIEW
- Standard measurement (increment grouping via position and measurement implemented, Excel protocols improved)
 r19 ' Spalten für gewünschte Position bestimmen
startSpalte = (posIndex - 1) * 3 + 1
startZeile = 3
' Alle Messblätter vor "Widerstandsdiagramm" durchlaufen
LabVIEW
- Increment standard measurement: Excel protocol added
 r12 For Each ws In ThisWorkbook.Worksheets
LabVIEW
- Standard measurement (increment grouping via position and measurement implemented, Excel protocols improved)
 r19 If ws.Index < ThisWorkbook.Worksheets("Widerstandsdiagramm").Index Then
LabVIEW
- Increment standard measurement: Excel protocol added
 r12 letzteZeile = ws.Cells(ws.Rows.Count, 1).End(xlUp).Row
LabVIEW
- Standard measurement (increment grouping via position and measurement implemented, Excel protocols improved)
 r19 If letzteZeile >= startZeile Then
With ws
' X und Y1 für diese Position
Set datenBereichX = .Range(.Cells(startZeile, startSpalte), .Cells(letzteZeile, startSpalte))
Set datenBereichY1 = .Range(.Cells(startZeile, startSpalte + 1), .Cells(letzteZeile, startSpalte + 1))
' Reihenname: Blattname + A1 + Position
reihenName = ws.Name
' Datenreihe hinzufügen
Set datenReihe = diagramm.SeriesCollection.NewSeries
datenReihe.Values = datenBereichY1
datenReihe.XValues = datenBereichX
datenReihe.Name = reihenName
On Error Resume Next
datenReihe.Smooth = False
On Error GoTo 0
End With
LabVIEW
- Increment standard measurement: Excel protocol added
 r12 End If
End If
Next ws
End Sub
LabVIEW
- Standard measurement (increment grouping via position and measurement implemented, Excel protocols improved)
 r19
' =========================================
LabVIEW
- HF limits test and excel report ready
 r32 ' 6) Kraftdiagramme für die Inkrement-Messung (Position-Gruppierung)
LabVIEW
- Standard measurement (increment grouping via position and measurement implemented, Excel protocols improved)
 r19 ' =========================================
Sub AktualisiereXYDiagrammInkrementKraftPosition()
Dim wsBasis As Worksheet
Dim ws As Worksheet
Dim chartObj As ChartObject
Dim diagramm As Chart
Dim letzteZeile As Long
Dim letzteSpalte As Long
Dim blockAnzahl As Long
Dim posIndex As Integer
' Arbeitsblatt "Kraftdiagramm" festlegen
Set wsBasis = ThisWorkbook.Worksheets("Kraftdiagramm")
' --- Schritt 1: Anzahl der Positions-Blöcke ermitteln ---
' Wir nehmen das erste Messblatt vor "Widerstandsdiagramm" als Referenz
For Each ws In ThisWorkbook.Worksheets
If ws.Index < ThisWorkbook.Worksheets("Widerstandsdiagramm").Index Then
letzteSpalte = ws.Cells(2, ws.Columns.Count).End(xlToLeft).Column
blockAnzahl = Int(letzteSpalte / 3)
Exit For
End If
Next ws
If blockAnzahl = 0 Then
MsgBox "Keine Datenblöcke gefunden.", vbExclamation
Exit Sub
End If
' --- Schritt 2: Diagramm im Basisblatt für Position 1 aktualisieren ---
Call AktualisiereDiagrammFuerPosition_Kraft(wsBasis, 1)
' --- Schritt 3: Für jede weitere Position Blatt kopieren und Diagramm anpassen ---
For posIndex = 2 To blockAnzahl
wsBasis.Copy After:=ThisWorkbook.Sheets(ThisWorkbook.Sheets.Count)
With ActiveSheet
.Name = "Kraftdiagramm" & posIndex
Call AktualisiereDiagrammFuerPosition_Kraft(ActiveSheet, posIndex)
End With
Next posIndex
End Sub
LabVIEW
- Increment standard measurement: Excel protocol added
 r12
LabVIEW
- Standard measurement (increment grouping via position and measurement implemented, Excel protocols improved)
 r19 Private Sub AktualisiereDiagrammFuerPosition_Kraft(wsDiagramm As Worksheet, posIndex As Integer)
LabVIEW
- Increment standard measurement: Excel protocol added
 r12 Dim ws As Worksheet
Dim chartObj As ChartObject
Dim diagramm As Chart
Dim letzteZeile As Long
Dim datenBereichX As Range
Dim datenBereichY2 As Range
Dim datenReihe As Series
LabVIEW
- Standard measurement (increment grouping via position and measurement implemented, Excel protocols improved)
 r19 Dim startSpalte As Long
LabVIEW
- Increment standard measurement: Excel protocol added
 r12 Dim startZeile As Long
LabVIEW
- Standard measurement (increment grouping via position and measurement implemented, Excel protocols improved)
 r19 Dim reihenName As String
' Diagramm im Blatt suchen
If wsDiagramm.ChartObjects.Count = 0 Then Exit Sub
Set chartObj = wsDiagramm.ChartObjects(1)
Set diagramm = chartObj.Chart
' Vorhandene Datenreihen löschen
Do While diagramm.SeriesCollection.Count > 0
diagramm.SeriesCollection(1).Delete
Loop
' Spalten für gewünschte Position bestimmen
startSpalte = (posIndex - 1) * 3 + 1
startZeile = 3
' Alle Messblätter vor "Widerstandsdiagramm" durchlaufen
For Each ws In ThisWorkbook.Worksheets
If ws.Index < ThisWorkbook.Worksheets("Widerstandsdiagramm").Index Then
letzteZeile = ws.Cells(ws.Rows.Count, 1).End(xlUp).Row
If letzteZeile >= startZeile Then
With ws
' X und Y2 für diese Position
Set datenBereichX = .Range(.Cells(startZeile, startSpalte), .Cells(letzteZeile, startSpalte))
Set datenBereichY2 = .Range(.Cells(startZeile, startSpalte + 2), .Cells(letzteZeile, startSpalte + 2))
' Reihenname: Blattname
reihenName = ws.Name
' Datenreihe hinzufügen
Set datenReihe = diagramm.SeriesCollection.NewSeries
datenReihe.Values = datenBereichY2
datenReihe.XValues = datenBereichX
datenReihe.Name = reihenName
On Error Resume Next
datenReihe.Smooth = False
On Error GoTo 0
End With
End If
End If
Next ws
End Sub
' =========================================
LabVIEW
- HF limits test and excel report ready
 r32 ' 3) Widerstandsdiagramme für die Inkrement-Messung (Messung-Gruppierung)
LabVIEW
- Standard measurement (increment grouping via position and measurement implemented, Excel protocols improved)
 r19 ' =========================================
Sub AktualisiereXYDiagrammInkrementWiderstand()
Dim wsBasis As Worksheet
Dim ws As Worksheet
Dim chartObj As ChartObject
Dim diagramm As Chart
Dim letzteSpalte As Long
LabVIEW
- Increment standard measurement: Excel protocol added
 r12 Dim blockAnzahl As Long
LabVIEW
- Standard measurement (increment grouping via position and measurement implemented, Excel protocols improved)
 r19 Dim messungIndex As Integer
LabVIEW
- Increment standard measurement: Excel protocol added
 r12
LabVIEW
- Standard measurement (increment grouping via position and measurement implemented, Excel protocols improved)
 r19 ' Arbeitsblatt "Widerstandsdiagramm" festlegen
Set wsBasis = ThisWorkbook.Worksheets("Widerstandsdiagramm")
LabVIEW
- Increment standard measurement: Excel protocol added
 r12
LabVIEW
- Standard measurement (increment grouping via position and measurement implemented, Excel protocols improved)
 r19 ' --- Anzahl der Positions-Blöcke ermitteln (aus erstem Messblatt) ---
For Each ws In ThisWorkbook.Worksheets
If ws.Index < wsBasis.Index Then
letzteSpalte = ws.Cells(2, ws.Columns.Count).End(xlToLeft).Column
blockAnzahl = Int(letzteSpalte / 3)
Exit For
End If
Next ws
If blockAnzahl = 0 Then
MsgBox "Keine Datenblöcke gefunden.", vbExclamation
LabVIEW
- Increment standard measurement: Excel protocol added
 r12 Exit Sub
End If
LabVIEW
- Standard measurement (increment grouping via position and measurement implemented, Excel protocols improved)
 r19 ' --- Diagramm im Basisblatt für Messung 1 aktualisieren ---
Call AktualisiereDiagrammFuerMessung_Widerstand(wsBasis, 1, blockAnzahl)
' --- Für jede weitere Messung: Blatt kopieren ---
For messungIndex = 2 To wsBasis.Index - 1
wsBasis.Copy After:=ThisWorkbook.Sheets(ThisWorkbook.Sheets.Count-1)
With ActiveSheet
.Name = "Widerstandsdiagramm" & messungIndex
Call AktualisiereDiagrammFuerMessung_Widerstand(ActiveSheet, messungIndex, blockAnzahl)
End With
Next messungIndex
End Sub
Private Sub AktualisiereDiagrammFuerMessung_Widerstand(wsDiagramm As Worksheet, messungNr As Integer, blockAnzahl As Long)
Dim ws As Worksheet
Dim chartObj As ChartObject
Dim diagramm As Chart
Dim letzteZeile As Long
Dim datenBereichX As Range
Dim datenBereichY1 As Range
Dim datenReihe As Series
Dim posIndex As Integer
Dim startSpalte As Long
Dim startZeile As Long
' Diagramm im Blatt suchen
If wsDiagramm.ChartObjects.Count = 0 Then Exit Sub
Set chartObj = wsDiagramm.ChartObjects(1)
LabVIEW
- Increment standard measurement: Excel protocol added
 r12 Set diagramm = chartObj.Chart
' Vorhandene Datenreihen löschen
Do While diagramm.SeriesCollection.Count > 0
diagramm.SeriesCollection(1).Delete
Loop
LabVIEW
- Standard measurement (increment grouping via position and measurement implemented, Excel protocols improved)
 r19 startZeile = 3
Set ws = ThisWorkbook.Worksheets(messungNr)
letzteZeile = ws.Cells(ws.Rows.Count, 1).End(xlUp).Row
If letzteZeile >= startZeile Then
For posIndex = 1 To blockAnzahl
startSpalte = (posIndex - 1) * 3 + 1
Set datenBereichX = ws.Range(ws.Cells(startZeile, startSpalte), ws.Cells(letzteZeile, startSpalte))
Set datenBereichY1 = ws.Range(ws.Cells(startZeile, startSpalte + 1), ws.Cells(letzteZeile, startSpalte + 1))
Set datenReihe = diagramm.SeriesCollection.NewSeries
datenReihe.Values = datenBereichY1
datenReihe.XValues = datenBereichX
datenReihe.Name = "Position " & posIndex
datenReihe.Smooth = False
Next posIndex
End If
End Sub
' =========================================
LabVIEW
- HF limits test and excel report ready
 r32 ' 4) Kraftdiagramme für die Inkrement-Messung (Messung-Gruppierung)
LabVIEW
- Standard measurement (increment grouping via position and measurement implemented, Excel protocols improved)
 r19 ' =========================================
Sub AktualisiereXYDiagrammInkrementKraft()
Dim wsBasis As Worksheet
Dim ws As Worksheet
Dim chartObj As ChartObject
Dim diagramm As Chart
Dim letzteSpalte As Long
Dim blockAnzahl As Long
Dim messungIndex As Integer
' Arbeitsblatt "Kraftdiagramm" festlegen
Set wsBasis = ThisWorkbook.Worksheets("Kraftdiagramm")
' --- Anzahl der Positions-Blöcke ermitteln (aus erstem Messblatt) ---
LabVIEW
- Increment standard measurement: Excel protocol added
 r12 For Each ws In ThisWorkbook.Worksheets
LabVIEW
- Standard measurement (increment grouping via position and measurement implemented, Excel protocols improved)
 r19 If ws.Index < ThisWorkbook.Worksheets("Widerstandsdiagramm").Index Then
letzteSpalte = ws.Cells(2, ws.Columns.Count).End(xlToLeft).Column
blockAnzahl = Int(letzteSpalte / 3)
Exit For
LabVIEW
- Increment standard measurement: Excel protocol added
 r12 End If
Next ws
LabVIEW
- Standard measurement (increment grouping via position and measurement implemented, Excel protocols improved)
 r19
If blockAnzahl = 0 Then
MsgBox "Keine Datenblöcke gefunden.", vbExclamation
Exit Sub
End If
' --- Diagramm im Basisblatt für Messung 1 aktualisieren ---
Call AktualisiereDiagrammFuerMessung_Kraft(wsBasis, 1, blockAnzahl)
' --- Für jede weitere Messung: Blatt kopieren ---
For messungIndex = 2 To ThisWorkbook.Worksheets("Widerstandsdiagramm").Index - 1
wsBasis.Copy After:=ThisWorkbook.Sheets(ThisWorkbook.Sheets.Count)
With ActiveSheet
.Name = "Kraftdiagramm" & messungIndex
Call AktualisiereDiagrammFuerMessung_Kraft(ActiveSheet, messungIndex, blockAnzahl)
End With
Next messungIndex
LabVIEW
- Increment standard measurement: Excel protocol added
 r12 End Sub
LabVIEW
- Standard measurement (increment grouping via position and measurement implemented, Excel protocols improved)
 r19
Private Sub AktualisiereDiagrammFuerMessung_Kraft(wsDiagramm As Worksheet, messungNr As Integer, blockAnzahl As Long)
Dim ws As Worksheet
Dim chartObj As ChartObject
Dim diagramm As Chart
Dim letzteZeile As Long
Dim datenBereichX As Range
Dim datenBereichY2 As Range
Dim datenReihe As Series
Dim posIndex As Integer
Dim startSpalte As Long
Dim startZeile As Long
' Diagramm im Blatt suchen
If wsDiagramm.ChartObjects.Count = 0 Then Exit Sub
Set chartObj = wsDiagramm.ChartObjects(1)
Set diagramm = chartObj.Chart
' Vorhandene Datenreihen löschen
Do While diagramm.SeriesCollection.Count > 0
diagramm.SeriesCollection(1).Delete
Loop
startZeile = 3
Set ws = ThisWorkbook.Worksheets(messungNr)
letzteZeile = ws.Cells(ws.Rows.Count, 1).End(xlUp).Row
If letzteZeile >= startZeile Then
For posIndex = 1 To blockAnzahl
startSpalte = (posIndex - 1) * 3 + 1
Set datenBereichX = ws.Range(ws.Cells(startZeile, startSpalte), ws.Cells(letzteZeile, startSpalte))
Set datenBereichY2 = ws.Range(ws.Cells(startZeile, startSpalte + 2), ws.Cells(letzteZeile, startSpalte + 2))
Set datenReihe = diagramm.SeriesCollection.NewSeries
datenReihe.Values = datenBereichY2
datenReihe.XValues = datenBereichX
datenReihe.Name = "Position " & posIndex
datenReihe.Smooth = False
Next posIndex
End If
End Sub
LabVIEW
- HF limits test and excel report ready
 r32
' =========================================
' 7) Diagramme für die HF-Messung
' =========================================
Sub AktualisiereXYDiagrammHF()
Dim datenWs As Worksheet
Dim diagrammWs As Worksheet
Dim chartObj As ChartObject
Dim diagramm As Chart
Dim xRange As Range
Dim yRange As Range
Dim letzteSpalte As Long
Dim letzteZeile As Long
Dim dataIndex As Long
Dim chartIndex As Long
Dim i As Long
Dim s As Series
Application.ScreenUpdating = False
Application.EnableEvents = False
LabVIEW
- HF limts test: limits optimized
 r34 ' Für Paare 2->18, 3->19...17->33
LabVIEW
- HF-Template for 4 ch network analyser...
 r33 For dataIndex = 2 To 17
LabVIEW
- HF limts test: limits optimized
 r34
LabVIEW
- HF-Template for 4 ch network analyser...
 r33 chartIndex = dataIndex + 16
LabVIEW
- HF limts test: limits optimized
 r34
LabVIEW
- HF limits test and excel report ready
 r32 Set datenWs = ThisWorkbook.Worksheets(dataIndex)
Set diagrammWs = ThisWorkbook.Worksheets(chartIndex)
Set chartObj = diagrammWs.ChartObjects(1)
Set diagramm = chartObj.Chart
LabVIEW
- HF limts test: limits optimized
 r34
LabVIEW
- HF limits test and excel report ready
 r32 letzteZeile = datenWs.Cells(datenWs.Rows.Count, 1).End(xlUp).Row
letzteSpalte = datenWs.Cells(2, datenWs.Columns.Count).End(xlToLeft).Column
LabVIEW
- HF limts test: limits optimized
 r34
LabVIEW
- HF limits test and excel report ready
 r32 Set xRange = datenWs.Range(datenWs.Cells(3, 1), datenWs.Cells(letzteZeile, 1))
LabVIEW
- HF limts test: limits optimized
 r34
LabVIEW
- HF limits test and excel report ready
 r32 Do While diagramm.SeriesCollection.Count > 0
diagramm.SeriesCollection(1).Delete
Loop
LabVIEW
- HF limts test: limits optimized
 r34
LabVIEW
- HF limits test and excel report ready
 r32 For i = 2 To letzteSpalte
Set yRange = datenWs.Range(datenWs.Cells(3, i), datenWs.Cells(letzteZeile, i))
With diagramm.SeriesCollection.NewSeries
.Name = datenWs.Cells(2, i).Value
.XValues = xRange
.Values = yRange
.Smooth = False
.ChartType = xlXYScatterLines
LabVIEW
- HF limts test: limits optimized
 r34
LabVIEW
- HF limits test and excel report ready
 r32 ' --- Nur Linie, keine Punkte ---
.MarkerStyle = xlMarkerStyleNone
End With
Next i
LabVIEW
- HF limts test: limits optimized
 r34
LabVIEW
- HF limits test and excel report ready
 r32 ' ---- Farben der ersten 3 Serien fest zuweisen ----
If diagramm.SeriesCollection.Count >= 1 Then diagramm.SeriesCollection(1).Format.Line.ForeColor.RGB = RGB(255, 128, 64)
If diagramm.SeriesCollection.Count >= 2 Then diagramm.SeriesCollection(2).Format.Line.ForeColor.RGB = RGB(255, 0, 0)
If diagramm.SeriesCollection.Count >= 3 Then diagramm.SeriesCollection(3).Format.Line.ForeColor.RGB = RGB(0, 128, 189)
LabVIEW
- HF limts test: limits optimized
 r34 ' ---- Legende nur ausblenden, wenn:
' Datensatz 1 leer, Datensatz 2 leer, Datensatz 3 hat Werte ----
Dim hat1 As Boolean, hat2 As Boolean, hat3 As Boolean
hat1 = WorksheetFunction.CountA(datenWs.Range(datenWs.Cells(3, 2), datenWs.Cells(letzteZeile, 2))) > 0 ' Spalte B
hat2 = WorksheetFunction.CountA(datenWs.Range(datenWs.Cells(3, 3), datenWs.Cells(letzteZeile, 3))) > 0 ' Spalte C
hat3 = WorksheetFunction.CountA(datenWs.Range(datenWs.Cells(3, 4), datenWs.Cells(letzteZeile, 4))) > 0 ' Spalte D
If (Not hat1) And (Not hat2) And hat3 Then
diagramm.HasLegend = False
Else
diagramm.HasLegend = True
End If
LabVIEW
- HF limits test and excel report ready
 r32 Next dataIndex
Application.EnableEvents = True
Application.ScreenUpdating = True
LabVIEW
- HF limts test: limits optimized
 r34 End Sub