#Shade areas underline in excel chart how to#
#Shade areas underline in excel chart code#
#Shade areas underline in excel chart series#

Given the probability (PctClear) that a variable is within a certain distance of the mean, it finds the z valueвЂ¦the number of standard deviations. The NORM.S.INVВ functionВ is the inverse of the NORM.S.DIST function. ShadeLeft =NORM.S.INV(PctClear)*StdDev+Mean

The numbers in the Calculations section are returned by formulas:

PctClear is the minimum (left-most) probability that will be shaded.) (HereвЂ™s another way of looking at the PctShade and the PctClear: The PctShade is the maximum (right-most) probability that will be shaded beneath the curve. The percentage of the unshaded area from the left side of the curve, from. The percentage of the shaded area from the left side of the curve, from. The largest number of standard deviations to be plotted. The smallest number of standard deviations to be plotted. The number of rows of data to be plotted. The numbers in the Settings section are values enter them as shown. Ensure that only Left Column is checked, then choose OK. To do so, select the range A2:B8 and choose Formulas, Defined Names, Create from Selection. In the Control worksheet, first set up the area shown here.ДЄfter you enter the labels in column A, assign them as range names in column B. Name one of these Control, one Data, and the other Report. To set up the data, open a new workbook with at least three worksheets. In general, you create a normal curve just as you create any other chart in Excel: You set up the data and then chart it.

#Shade areas underline in excel chart how to#

This article explains how to create the figures in Excel.Д®ven if you have no particular reason to chart a normal curve, you might find the techniques interesting, because you might need to use similar techniques when you create other charts. In An Introduction to ExcelвЂ™s Normal Distribution Functions I presented several figures somewhat like the one above. And second, different versions of Excel change the way you work with error bars, which is the feature you use to assign the shading. First, the method is difficult to figure out in the first place. There are two reasons the task is challenging. But once you know how, itвЂ™s not difficult to do. ' .Adding shaded areas to normal curves like this is a challenging task in Excel charting.

'~~> Change the format of Y axis to show $ signs ForeColor.ObjectThemeColor = .msoThemeColorBackground1 '~~> Removing lines and the back color so plot area shows char's background color msoThemeColorBackground1 ' Make the corners of the Chart Rount XlWorkSheet = xlWorkBook.Sheets('Sheet1') '~~> Set the relebant sheet that we want to work with Private Sub Create_Chart_Click(sender As Object, e As EventArgs) Handles Create_Chart.Click basically, it's reading in a excel file and then creating a chart using the data in the file.

#Shade areas underline in excel chart code#

Here is the code block to generate the chart. I am not sure what I did wrong, so please help. (1).Values = xlWorkSheet.Range('$B$2', '$B$30')Д«ut it is throwing errors at me: COMException was unhandled on the above lines.

#Shade areas underline in excel chart series#

So I tried to set the XValues of the series with the line (1).XValues = xlWorkSheet.Range('$A$2', '$A$30') Because I don't know how the syntax works in vb.net and I could not find documents on how to do this in vb.net, I got some ideas from vba documentations( it can be defined like this in vba : Charts('Chart1').SeriesCollection(1).XValues =_Worksheets('Sheet1').Range('B1:B5') I am able to create the chart but it is plotting with two series of data, it is taking col X as one series, and col Y as another series.

The first col is X from cell A2 to A30, the second col is Y from cell B2 to B30 in the excel sheet. I am trying to create a XY-Scatter chart with two col of data.