Insert Excel Graphs using Class to define parameters











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I have a loop in my main sub routine which creates multiple graphs. This is run across a number of sheets, creating the same graphs for each sheet, but with different ranges and other variables.



I have a separate subroutine for each graph (two are shown below, others are similar and can be posted if necessary), however it would seem more logical to organize this better, specifically using one sub with more variables to insert a graph, as I expand and add more graphs.



I can broadly see two solutions:




Make a sub routine with a large case select statement



Create a class to do this




I'm leaning towards the latter, as it seems like a neater way to achieve what I wish. Through what I've read from CPearson and stackoverflow, I can use classes to set/let/get properties, but I'm unsure as to the best way to organize the code overall.



Do I:




Use a method to let/set all properties at once, then insert a graph by
getting all of these



set each property individually in the main sub routine



Call a subroutine to specifically set the values of a class module




Or, leave the class altogether and just:




Use public variables defined in the main/ subroutine



Pass variables to the insert graph sub routine




Code for calling the insert graph sub routines is directly below, followed by the graphs themselves:



For Each b In rngQueries
Set ToPrint = Worksheets(b.Value).Range("A" & Rows.Count).End(xlUp).Offset(3, 0)
b.Offset(0, 3).Value = ToPrint.Address
b.Offset(0, 4).Value = Worksheets(b.Value).Range("A1000").End(xlUp).Address
Select Case b.Offset(0, 2).Value
Case "Today"
InsertBar ToPrint, b.Offset(0, 3).Value, b.Offset(0, 4).Value
Case "TimeSeries"
InsertLine ToPrint, b.Offset(0, 3).Value, b.Offset(0, 4).Value
End Select
Next


Graphs:



Sub InsertLine(ToPrint As Range, PosTopLeft As String, PosBottomLeft As String)
Dim strRange As String
Dim rngChart As Range
Dim myChart As Chart

lngStartRow = Sheets(ToPrint.Worksheet.Name).Range(PosTopLeft).Row
lngEndRow = Sheets(ToPrint.Worksheet.Name).Range(PosBottomLeft).Row

Sheets(ToPrint.Worksheet.Name).Activate
Sheets(ToPrint.Worksheet.Name).Range("$A$" & CStr(lngStartRow) & ":$C$" & CStr(lngEndRow)).Select

Set myChart = ActiveSheet.Shapes.AddChart(xlLine, 500, 200).Chart

With myChart
.ChartArea.Format.TextFrame2.TextRange.Font.Size = 8
.HasTitle = True
.ChartTitle.Text = ToPrint.Worksheet.Name & " Hits & Attempts - (Last 14 Days)"
.SeriesCollection(1).Name = Range("B" & lngStartRow - 1).Value
.SeriesCollection(2).Name = Range("C" & lngStartRow - 1).Value
End With
End sub

Sub InsertBar(ToPrint As Range, PosTopLeft As String, PosBottomLeft As String)
Dim strRange As String
Dim rngChart As Range
Dim myChart As Chart

lngStartRow = Sheets(ToPrint.Worksheet.Name).Range(PosTopLeft).Row
lngEndRow = Sheets(ToPrint.Worksheet.Name).Range(PosBottomLeft).Row

Sheets(ToPrint.Worksheet.Name).Activate
Sheets(ToPrint.Worksheet.Name).Range("$A$" & CStr(lngStartRow) & ":$D$" & CStr(lngEndRow)).Select

Set myChart = ActiveSheet.Shapes.AddChart(xlColumnClustered, 500, 10, , 175).Chart

With myChart
.ChartArea.Format.TextFrame2.TextRange.Font.Size = 8
.HasTitle = True
.ChartTitle.Text = ToPrint.Worksheet.Name & " Receiving Sim Stats - (Today Only)"
.SeriesCollection(1).Name = Range("B" & lngStartRow - 1).Value
.SeriesCollection(2).Name = Range("C" & lngStartRow - 1).Value
.SeriesCollection(3).Name = Range("D" & lngStartRow - 1).Value
End With
End Sub


To summarize, I am currently passing ToPrint, PosTopLeft and PosBottomLeft to the subroutine from a case select in the main sub, and defining some constants in the graphs sub routine, such as graph position, title etc. It seems more logical to organize this better. Which is the neatest, most logical way to proceed?



Finally, I should say that I am relatively new to this board, if the question is not correctly presented, or not appropriate for here, please let me know and I'll update/ remove. Thanks in advance for any help you can give.










share|improve this question
















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    up vote
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    I have a loop in my main sub routine which creates multiple graphs. This is run across a number of sheets, creating the same graphs for each sheet, but with different ranges and other variables.



    I have a separate subroutine for each graph (two are shown below, others are similar and can be posted if necessary), however it would seem more logical to organize this better, specifically using one sub with more variables to insert a graph, as I expand and add more graphs.



    I can broadly see two solutions:




    Make a sub routine with a large case select statement



    Create a class to do this




    I'm leaning towards the latter, as it seems like a neater way to achieve what I wish. Through what I've read from CPearson and stackoverflow, I can use classes to set/let/get properties, but I'm unsure as to the best way to organize the code overall.



    Do I:




    Use a method to let/set all properties at once, then insert a graph by
    getting all of these



    set each property individually in the main sub routine



    Call a subroutine to specifically set the values of a class module




    Or, leave the class altogether and just:




    Use public variables defined in the main/ subroutine



    Pass variables to the insert graph sub routine




    Code for calling the insert graph sub routines is directly below, followed by the graphs themselves:



    For Each b In rngQueries
    Set ToPrint = Worksheets(b.Value).Range("A" & Rows.Count).End(xlUp).Offset(3, 0)
    b.Offset(0, 3).Value = ToPrint.Address
    b.Offset(0, 4).Value = Worksheets(b.Value).Range("A1000").End(xlUp).Address
    Select Case b.Offset(0, 2).Value
    Case "Today"
    InsertBar ToPrint, b.Offset(0, 3).Value, b.Offset(0, 4).Value
    Case "TimeSeries"
    InsertLine ToPrint, b.Offset(0, 3).Value, b.Offset(0, 4).Value
    End Select
    Next


    Graphs:



    Sub InsertLine(ToPrint As Range, PosTopLeft As String, PosBottomLeft As String)
    Dim strRange As String
    Dim rngChart As Range
    Dim myChart As Chart

    lngStartRow = Sheets(ToPrint.Worksheet.Name).Range(PosTopLeft).Row
    lngEndRow = Sheets(ToPrint.Worksheet.Name).Range(PosBottomLeft).Row

    Sheets(ToPrint.Worksheet.Name).Activate
    Sheets(ToPrint.Worksheet.Name).Range("$A$" & CStr(lngStartRow) & ":$C$" & CStr(lngEndRow)).Select

    Set myChart = ActiveSheet.Shapes.AddChart(xlLine, 500, 200).Chart

    With myChart
    .ChartArea.Format.TextFrame2.TextRange.Font.Size = 8
    .HasTitle = True
    .ChartTitle.Text = ToPrint.Worksheet.Name & " Hits & Attempts - (Last 14 Days)"
    .SeriesCollection(1).Name = Range("B" & lngStartRow - 1).Value
    .SeriesCollection(2).Name = Range("C" & lngStartRow - 1).Value
    End With
    End sub

    Sub InsertBar(ToPrint As Range, PosTopLeft As String, PosBottomLeft As String)
    Dim strRange As String
    Dim rngChart As Range
    Dim myChart As Chart

    lngStartRow = Sheets(ToPrint.Worksheet.Name).Range(PosTopLeft).Row
    lngEndRow = Sheets(ToPrint.Worksheet.Name).Range(PosBottomLeft).Row

    Sheets(ToPrint.Worksheet.Name).Activate
    Sheets(ToPrint.Worksheet.Name).Range("$A$" & CStr(lngStartRow) & ":$D$" & CStr(lngEndRow)).Select

    Set myChart = ActiveSheet.Shapes.AddChart(xlColumnClustered, 500, 10, , 175).Chart

    With myChart
    .ChartArea.Format.TextFrame2.TextRange.Font.Size = 8
    .HasTitle = True
    .ChartTitle.Text = ToPrint.Worksheet.Name & " Receiving Sim Stats - (Today Only)"
    .SeriesCollection(1).Name = Range("B" & lngStartRow - 1).Value
    .SeriesCollection(2).Name = Range("C" & lngStartRow - 1).Value
    .SeriesCollection(3).Name = Range("D" & lngStartRow - 1).Value
    End With
    End Sub


    To summarize, I am currently passing ToPrint, PosTopLeft and PosBottomLeft to the subroutine from a case select in the main sub, and defining some constants in the graphs sub routine, such as graph position, title etc. It seems more logical to organize this better. Which is the neatest, most logical way to proceed?



    Finally, I should say that I am relatively new to this board, if the question is not correctly presented, or not appropriate for here, please let me know and I'll update/ remove. Thanks in advance for any help you can give.










    share|improve this question
















    bumped to the homepage by Community 54 mins ago


    This question has answers that may be good or bad; the system has marked it active so that they can be reviewed.

















      up vote
      2
      down vote

      favorite









      up vote
      2
      down vote

      favorite











      I have a loop in my main sub routine which creates multiple graphs. This is run across a number of sheets, creating the same graphs for each sheet, but with different ranges and other variables.



      I have a separate subroutine for each graph (two are shown below, others are similar and can be posted if necessary), however it would seem more logical to organize this better, specifically using one sub with more variables to insert a graph, as I expand and add more graphs.



      I can broadly see two solutions:




      Make a sub routine with a large case select statement



      Create a class to do this




      I'm leaning towards the latter, as it seems like a neater way to achieve what I wish. Through what I've read from CPearson and stackoverflow, I can use classes to set/let/get properties, but I'm unsure as to the best way to organize the code overall.



      Do I:




      Use a method to let/set all properties at once, then insert a graph by
      getting all of these



      set each property individually in the main sub routine



      Call a subroutine to specifically set the values of a class module




      Or, leave the class altogether and just:




      Use public variables defined in the main/ subroutine



      Pass variables to the insert graph sub routine




      Code for calling the insert graph sub routines is directly below, followed by the graphs themselves:



      For Each b In rngQueries
      Set ToPrint = Worksheets(b.Value).Range("A" & Rows.Count).End(xlUp).Offset(3, 0)
      b.Offset(0, 3).Value = ToPrint.Address
      b.Offset(0, 4).Value = Worksheets(b.Value).Range("A1000").End(xlUp).Address
      Select Case b.Offset(0, 2).Value
      Case "Today"
      InsertBar ToPrint, b.Offset(0, 3).Value, b.Offset(0, 4).Value
      Case "TimeSeries"
      InsertLine ToPrint, b.Offset(0, 3).Value, b.Offset(0, 4).Value
      End Select
      Next


      Graphs:



      Sub InsertLine(ToPrint As Range, PosTopLeft As String, PosBottomLeft As String)
      Dim strRange As String
      Dim rngChart As Range
      Dim myChart As Chart

      lngStartRow = Sheets(ToPrint.Worksheet.Name).Range(PosTopLeft).Row
      lngEndRow = Sheets(ToPrint.Worksheet.Name).Range(PosBottomLeft).Row

      Sheets(ToPrint.Worksheet.Name).Activate
      Sheets(ToPrint.Worksheet.Name).Range("$A$" & CStr(lngStartRow) & ":$C$" & CStr(lngEndRow)).Select

      Set myChart = ActiveSheet.Shapes.AddChart(xlLine, 500, 200).Chart

      With myChart
      .ChartArea.Format.TextFrame2.TextRange.Font.Size = 8
      .HasTitle = True
      .ChartTitle.Text = ToPrint.Worksheet.Name & " Hits & Attempts - (Last 14 Days)"
      .SeriesCollection(1).Name = Range("B" & lngStartRow - 1).Value
      .SeriesCollection(2).Name = Range("C" & lngStartRow - 1).Value
      End With
      End sub

      Sub InsertBar(ToPrint As Range, PosTopLeft As String, PosBottomLeft As String)
      Dim strRange As String
      Dim rngChart As Range
      Dim myChart As Chart

      lngStartRow = Sheets(ToPrint.Worksheet.Name).Range(PosTopLeft).Row
      lngEndRow = Sheets(ToPrint.Worksheet.Name).Range(PosBottomLeft).Row

      Sheets(ToPrint.Worksheet.Name).Activate
      Sheets(ToPrint.Worksheet.Name).Range("$A$" & CStr(lngStartRow) & ":$D$" & CStr(lngEndRow)).Select

      Set myChart = ActiveSheet.Shapes.AddChart(xlColumnClustered, 500, 10, , 175).Chart

      With myChart
      .ChartArea.Format.TextFrame2.TextRange.Font.Size = 8
      .HasTitle = True
      .ChartTitle.Text = ToPrint.Worksheet.Name & " Receiving Sim Stats - (Today Only)"
      .SeriesCollection(1).Name = Range("B" & lngStartRow - 1).Value
      .SeriesCollection(2).Name = Range("C" & lngStartRow - 1).Value
      .SeriesCollection(3).Name = Range("D" & lngStartRow - 1).Value
      End With
      End Sub


      To summarize, I am currently passing ToPrint, PosTopLeft and PosBottomLeft to the subroutine from a case select in the main sub, and defining some constants in the graphs sub routine, such as graph position, title etc. It seems more logical to organize this better. Which is the neatest, most logical way to proceed?



      Finally, I should say that I am relatively new to this board, if the question is not correctly presented, or not appropriate for here, please let me know and I'll update/ remove. Thanks in advance for any help you can give.










      share|improve this question















      I have a loop in my main sub routine which creates multiple graphs. This is run across a number of sheets, creating the same graphs for each sheet, but with different ranges and other variables.



      I have a separate subroutine for each graph (two are shown below, others are similar and can be posted if necessary), however it would seem more logical to organize this better, specifically using one sub with more variables to insert a graph, as I expand and add more graphs.



      I can broadly see two solutions:




      Make a sub routine with a large case select statement



      Create a class to do this




      I'm leaning towards the latter, as it seems like a neater way to achieve what I wish. Through what I've read from CPearson and stackoverflow, I can use classes to set/let/get properties, but I'm unsure as to the best way to organize the code overall.



      Do I:




      Use a method to let/set all properties at once, then insert a graph by
      getting all of these



      set each property individually in the main sub routine



      Call a subroutine to specifically set the values of a class module




      Or, leave the class altogether and just:




      Use public variables defined in the main/ subroutine



      Pass variables to the insert graph sub routine




      Code for calling the insert graph sub routines is directly below, followed by the graphs themselves:



      For Each b In rngQueries
      Set ToPrint = Worksheets(b.Value).Range("A" & Rows.Count).End(xlUp).Offset(3, 0)
      b.Offset(0, 3).Value = ToPrint.Address
      b.Offset(0, 4).Value = Worksheets(b.Value).Range("A1000").End(xlUp).Address
      Select Case b.Offset(0, 2).Value
      Case "Today"
      InsertBar ToPrint, b.Offset(0, 3).Value, b.Offset(0, 4).Value
      Case "TimeSeries"
      InsertLine ToPrint, b.Offset(0, 3).Value, b.Offset(0, 4).Value
      End Select
      Next


      Graphs:



      Sub InsertLine(ToPrint As Range, PosTopLeft As String, PosBottomLeft As String)
      Dim strRange As String
      Dim rngChart As Range
      Dim myChart As Chart

      lngStartRow = Sheets(ToPrint.Worksheet.Name).Range(PosTopLeft).Row
      lngEndRow = Sheets(ToPrint.Worksheet.Name).Range(PosBottomLeft).Row

      Sheets(ToPrint.Worksheet.Name).Activate
      Sheets(ToPrint.Worksheet.Name).Range("$A$" & CStr(lngStartRow) & ":$C$" & CStr(lngEndRow)).Select

      Set myChart = ActiveSheet.Shapes.AddChart(xlLine, 500, 200).Chart

      With myChart
      .ChartArea.Format.TextFrame2.TextRange.Font.Size = 8
      .HasTitle = True
      .ChartTitle.Text = ToPrint.Worksheet.Name & " Hits & Attempts - (Last 14 Days)"
      .SeriesCollection(1).Name = Range("B" & lngStartRow - 1).Value
      .SeriesCollection(2).Name = Range("C" & lngStartRow - 1).Value
      End With
      End sub

      Sub InsertBar(ToPrint As Range, PosTopLeft As String, PosBottomLeft As String)
      Dim strRange As String
      Dim rngChart As Range
      Dim myChart As Chart

      lngStartRow = Sheets(ToPrint.Worksheet.Name).Range(PosTopLeft).Row
      lngEndRow = Sheets(ToPrint.Worksheet.Name).Range(PosBottomLeft).Row

      Sheets(ToPrint.Worksheet.Name).Activate
      Sheets(ToPrint.Worksheet.Name).Range("$A$" & CStr(lngStartRow) & ":$D$" & CStr(lngEndRow)).Select

      Set myChart = ActiveSheet.Shapes.AddChart(xlColumnClustered, 500, 10, , 175).Chart

      With myChart
      .ChartArea.Format.TextFrame2.TextRange.Font.Size = 8
      .HasTitle = True
      .ChartTitle.Text = ToPrint.Worksheet.Name & " Receiving Sim Stats - (Today Only)"
      .SeriesCollection(1).Name = Range("B" & lngStartRow - 1).Value
      .SeriesCollection(2).Name = Range("C" & lngStartRow - 1).Value
      .SeriesCollection(3).Name = Range("D" & lngStartRow - 1).Value
      End With
      End Sub


      To summarize, I am currently passing ToPrint, PosTopLeft and PosBottomLeft to the subroutine from a case select in the main sub, and defining some constants in the graphs sub routine, such as graph position, title etc. It seems more logical to organize this better. Which is the neatest, most logical way to proceed?



      Finally, I should say that I am relatively new to this board, if the question is not correctly presented, or not appropriate for here, please let me know and I'll update/ remove. Thanks in advance for any help you can give.







      vba






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      edited Nov 29 '16 at 14:12

























      asked Nov 29 '16 at 14:07









      User632716

      9310




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      bumped to the homepage by Community 54 mins ago


      This question has answers that may be good or bad; the system has marked it active so that they can be reviewed.







      bumped to the homepage by Community 54 mins ago


      This question has answers that may be good or bad; the system has marked it active so that they can be reviewed.
























          1 Answer
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          oldest

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          up vote
          0
          down vote













          I'm not sure a class is exactly what you want - a chart is already an object with the properties/methods you want. You want to create a sub that takes the arguments you need, like



          Sub CreateChart(ByVal targetRange As Range, ByVal PosTopLeft As String, byval PosBottomLeft As String, ByVal lastColumn As Long, ByVal chartType As XlChartType)
          Dim strRange As String
          Dim rngChart As Range
          Dim myChart As Chart
          lngstartrow = Sheets(ToPrint.Worksheet.Name).Range(PosTopLeft).Row
          lngendrow = Sheets(ToPrint.Worksheet.Name).Range(PosBottomLeft).Row

          Sheets(ToPrint.Worksheet.Name).Activate
          Sheets(ToPrint.Worksheet.Name).Range(.Cells(lngstartrow, 1), (.Cells(lngendrow, lastColumn))).Select

          Select Case XlChartType
          Case xlLine
          Set myChart = ActiveSheet.Shapes.AddChart(xlLine, 500, 200).Chart
          Case xlColumnClustered
          Set myChart = ActiveSheet.Shapes.AddChart(xlColumnClustered, 500, 10, , 175).Chart
          End Select
          End Sub


          And then you can have some variable that picks the number of series by the type of chart, then add all the series with a loop. You can also have a string that picks the title based on case.



          The key is to combine as many parts of the process into a single process. Combining something a little like this -



          Case xlLine
          numberofseries = 2
          Case xlColumnClustered
          numberofseries = 3

          For i = 1 To numberofseries
          .SeriesCollection(i).Name = .Cells(lngstartrow - 1, i + 1).Value
          Next


          So your case statements don't have to do very much, all they need to do is assign the proper variables to be used in the next parts.






          share|improve this answer





















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            1 Answer
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            1 Answer
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            up vote
            0
            down vote













            I'm not sure a class is exactly what you want - a chart is already an object with the properties/methods you want. You want to create a sub that takes the arguments you need, like



            Sub CreateChart(ByVal targetRange As Range, ByVal PosTopLeft As String, byval PosBottomLeft As String, ByVal lastColumn As Long, ByVal chartType As XlChartType)
            Dim strRange As String
            Dim rngChart As Range
            Dim myChart As Chart
            lngstartrow = Sheets(ToPrint.Worksheet.Name).Range(PosTopLeft).Row
            lngendrow = Sheets(ToPrint.Worksheet.Name).Range(PosBottomLeft).Row

            Sheets(ToPrint.Worksheet.Name).Activate
            Sheets(ToPrint.Worksheet.Name).Range(.Cells(lngstartrow, 1), (.Cells(lngendrow, lastColumn))).Select

            Select Case XlChartType
            Case xlLine
            Set myChart = ActiveSheet.Shapes.AddChart(xlLine, 500, 200).Chart
            Case xlColumnClustered
            Set myChart = ActiveSheet.Shapes.AddChart(xlColumnClustered, 500, 10, , 175).Chart
            End Select
            End Sub


            And then you can have some variable that picks the number of series by the type of chart, then add all the series with a loop. You can also have a string that picks the title based on case.



            The key is to combine as many parts of the process into a single process. Combining something a little like this -



            Case xlLine
            numberofseries = 2
            Case xlColumnClustered
            numberofseries = 3

            For i = 1 To numberofseries
            .SeriesCollection(i).Name = .Cells(lngstartrow - 1, i + 1).Value
            Next


            So your case statements don't have to do very much, all they need to do is assign the proper variables to be used in the next parts.






            share|improve this answer

























              up vote
              0
              down vote













              I'm not sure a class is exactly what you want - a chart is already an object with the properties/methods you want. You want to create a sub that takes the arguments you need, like



              Sub CreateChart(ByVal targetRange As Range, ByVal PosTopLeft As String, byval PosBottomLeft As String, ByVal lastColumn As Long, ByVal chartType As XlChartType)
              Dim strRange As String
              Dim rngChart As Range
              Dim myChart As Chart
              lngstartrow = Sheets(ToPrint.Worksheet.Name).Range(PosTopLeft).Row
              lngendrow = Sheets(ToPrint.Worksheet.Name).Range(PosBottomLeft).Row

              Sheets(ToPrint.Worksheet.Name).Activate
              Sheets(ToPrint.Worksheet.Name).Range(.Cells(lngstartrow, 1), (.Cells(lngendrow, lastColumn))).Select

              Select Case XlChartType
              Case xlLine
              Set myChart = ActiveSheet.Shapes.AddChart(xlLine, 500, 200).Chart
              Case xlColumnClustered
              Set myChart = ActiveSheet.Shapes.AddChart(xlColumnClustered, 500, 10, , 175).Chart
              End Select
              End Sub


              And then you can have some variable that picks the number of series by the type of chart, then add all the series with a loop. You can also have a string that picks the title based on case.



              The key is to combine as many parts of the process into a single process. Combining something a little like this -



              Case xlLine
              numberofseries = 2
              Case xlColumnClustered
              numberofseries = 3

              For i = 1 To numberofseries
              .SeriesCollection(i).Name = .Cells(lngstartrow - 1, i + 1).Value
              Next


              So your case statements don't have to do very much, all they need to do is assign the proper variables to be used in the next parts.






              share|improve this answer























                up vote
                0
                down vote










                up vote
                0
                down vote









                I'm not sure a class is exactly what you want - a chart is already an object with the properties/methods you want. You want to create a sub that takes the arguments you need, like



                Sub CreateChart(ByVal targetRange As Range, ByVal PosTopLeft As String, byval PosBottomLeft As String, ByVal lastColumn As Long, ByVal chartType As XlChartType)
                Dim strRange As String
                Dim rngChart As Range
                Dim myChart As Chart
                lngstartrow = Sheets(ToPrint.Worksheet.Name).Range(PosTopLeft).Row
                lngendrow = Sheets(ToPrint.Worksheet.Name).Range(PosBottomLeft).Row

                Sheets(ToPrint.Worksheet.Name).Activate
                Sheets(ToPrint.Worksheet.Name).Range(.Cells(lngstartrow, 1), (.Cells(lngendrow, lastColumn))).Select

                Select Case XlChartType
                Case xlLine
                Set myChart = ActiveSheet.Shapes.AddChart(xlLine, 500, 200).Chart
                Case xlColumnClustered
                Set myChart = ActiveSheet.Shapes.AddChart(xlColumnClustered, 500, 10, , 175).Chart
                End Select
                End Sub


                And then you can have some variable that picks the number of series by the type of chart, then add all the series with a loop. You can also have a string that picks the title based on case.



                The key is to combine as many parts of the process into a single process. Combining something a little like this -



                Case xlLine
                numberofseries = 2
                Case xlColumnClustered
                numberofseries = 3

                For i = 1 To numberofseries
                .SeriesCollection(i).Name = .Cells(lngstartrow - 1, i + 1).Value
                Next


                So your case statements don't have to do very much, all they need to do is assign the proper variables to be used in the next parts.






                share|improve this answer












                I'm not sure a class is exactly what you want - a chart is already an object with the properties/methods you want. You want to create a sub that takes the arguments you need, like



                Sub CreateChart(ByVal targetRange As Range, ByVal PosTopLeft As String, byval PosBottomLeft As String, ByVal lastColumn As Long, ByVal chartType As XlChartType)
                Dim strRange As String
                Dim rngChart As Range
                Dim myChart As Chart
                lngstartrow = Sheets(ToPrint.Worksheet.Name).Range(PosTopLeft).Row
                lngendrow = Sheets(ToPrint.Worksheet.Name).Range(PosBottomLeft).Row

                Sheets(ToPrint.Worksheet.Name).Activate
                Sheets(ToPrint.Worksheet.Name).Range(.Cells(lngstartrow, 1), (.Cells(lngendrow, lastColumn))).Select

                Select Case XlChartType
                Case xlLine
                Set myChart = ActiveSheet.Shapes.AddChart(xlLine, 500, 200).Chart
                Case xlColumnClustered
                Set myChart = ActiveSheet.Shapes.AddChart(xlColumnClustered, 500, 10, , 175).Chart
                End Select
                End Sub


                And then you can have some variable that picks the number of series by the type of chart, then add all the series with a loop. You can also have a string that picks the title based on case.



                The key is to combine as many parts of the process into a single process. Combining something a little like this -



                Case xlLine
                numberofseries = 2
                Case xlColumnClustered
                numberofseries = 3

                For i = 1 To numberofseries
                .SeriesCollection(i).Name = .Cells(lngstartrow - 1, i + 1).Value
                Next


                So your case statements don't have to do very much, all they need to do is assign the proper variables to be used in the next parts.







                share|improve this answer












                share|improve this answer



                share|improve this answer










                answered Mar 22 at 21:41









                Raystafarian

                5,8241048




                5,8241048






























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