## Bar-Line (XY) Combination Chart in Excel

Combination charts combine data using more than one chart type, for example columns and a line. Building a combination chart in Excel is usually pretty easy. But if one series type is horizontal bars, then combining this with another type can be tricky. I’m here to help with Bar-Line, or rather, Bar-XY combination charts in Excel.

## Combination Charts in Excel

I’ll illustrate a simple combination chart with this simple data. The chart will use the first column for horizontal axis category labels, the second column for actual values plotted using lines with markers, and the third column using columns (vertical bars).

We start by selecting the data and inserting a column chart.

We finish by right clicking on the “Actual” data, choosing Change Series Chart Type from the pop-up menu, and selecting the new chart type we want. I’ve also used a lighter shade of orange for the columns, to make the markers stand out better.

Let’s do the same for a bar chart. Select the data, insert a bar chart.

Okay, the category labels are along the vertical axis, but we’ll continue by changing the Actual data to a line chart series. That didn’t work out at all. The markers are not positioned vertically along the centers of the horizontal bars, nor horizontally where the data lies in the Actual column of the worksheet.

In the chart below I’ve shown all axis scales and axis titles to illustrate the problem. When we converted the Actual series to a line type, Excel assigned it to the secondary axis, and we have no ability to reassign it to the primary axis. The primary axes used for the bar chart are not aligned with the secondary axes used for the line chart: the X axis for the bars is vertical and the X axis for the line is horizontal; the Y axis for the bars is horizontal and the Y axis for the line is vertical.

We can’t use a line chart at all. If we want to line up the markers horizontally with their proper position along the lengths of the bars, we need to use the Actual data as the X values of an XY series. We will need to generate some additional data for the Y values of the XY series.

## Bar-XY Combination Chart

We will not try to make a Bar-Line combination chart, because the Line chart type does not position the markers where we want them. We will make a Bar-XY chart type, using an XY chart type (a/k/a Scatter chart type) to position markers.

Here is the new data needed for our Bar-XY combination chart. The factor labels and Target values will be used by the Bar chart series, and the Actual values and Heights for the XY series. Don’t worry about the Height values: I’ll show how they are derived in a moment. The nice thing is that we can use dummy values now and type in the proper values later and the chart will update.

Select the first two columns of the data and insert a bar chart.

Since we probably want the categories listed in the same order as in the worksheet, let’s select the vertical axis (which in a bar chart is the X axis) and press Ctrl+1, the shortcut that opens the Format dialog or task pane for the selected object in Excel. Check the box for Categories in Reverse Order and also select Horizontal Axis Crosses at Maximum Category to move it next to Factor 5.

I’ve also recolored the bars orange, because blue markers show up better against light orange than orange markers against light blue.

Now copy the last two columns (Actual and Height), select the chart, and on the Home tab of the ribbon, click the Paste dropdown arrow, choose the options in this dialog (add cells as new series, values in columns, series names in first row, categories in first column), and click OK.

The data is added as another set of bars, which I’ve colored blue, but we’ll change that in a second.

Right-click on the added series, select Change Series Chart Type from the pop-up menu, and select XY with markers and lines.

We see that the horizontal positions of the markers is just what we want to show.

Now we can see where the values in the Heights column comes from. The right hand vertical axis is used for the Y values of the XY series. Looking at the positions of the horizontal bars and the markers in their correct positions, we can see that the Factor 1 bar is centered on Y=4.5, the Factor 2 bar is centered on 3.5, etc. If you hadn’t guessed this at the beginning, type these values into your data range, and let the chart update.

A few minor changes and we’ll be done. First, change the name of the XY series from Heights to Actual. The easiest way is to click on the series, then look at the highlighted ranges in the chart. The X values (C2:C6) are highlighted purple, the Y values (D2:D6) are highlighted blue, and the series name (cell D1) is highlighted red (highlight colors in Excel 2010 and earlier are different, but the concept is the same). Click on the red border of cell D2, and drag the highlighting rectangle to cover cell C2 to change the series name.

Click on the red border of cell D2, and drag the highlighting rectangle to cover cell C2 to change the series name.

Then, use a lighter shade of orange for the bars, so the blue markers stand out. Finally, hide the right-hand vertical axis: format it so it has no labels and no line color.

And there’s our completed Bar-XY Combination Chart.

## Salary Chart: Plot Markers on Floating Bars

In an organization it is often informative to plot individual salaries and grades to see how they fall within salary bands for those grades.

This is easily accomplished by constructing a combination chart using a floating bar chart and overlaying the individual points as an XY scatter plot.

The screenshot below shows salary ranges for six grades of engineers, along with actual salaries and grades for eight engineers, with the desired chart.

The data needed to construct the floating bar chart is shown below, with Span calculated in the column between Min and Max. The chart is constructed by selecting the orange shaded cells (Grade, Min, and Span) and inserting a stacked column chart (top chart below).

Fix up the chart (bottom chart below) by deleting the legend, formatting Min to use no fill and Span to use a light fill color, and setting a gap width of 50 or 75%. Clean up the vertical axis labels by using a custom number format of

``0,"k"``

The lone zero means display the value without decimal digits, and the comma after the zero means show thousands, not ones. I’ve deleted the chart title, but you should use a title that describes the data being displayed.

Add the individual salary data as follows. Set up the data as shown, using a MATCH formula to find which bar the engineer’s grade falls within:

``=MATCH(cell containing grade label,range containing list of grade labels,0)``

This column should be to the left of the salaries, since it will be used as X values for the XY series we will plot. Copy the shaded range (grade index and salary), select the chart, use Paste Special from the Home tab of the ribbon, and select the options shown in the dialog screen shot below:

• Add Cells as New Series
• Values (Y) in Columns
• Series Names in First Row
• Categories (X Labels) in First Column

The data is added as another stacked column series (below left).

Right click on the added bars, choose Change Series Chart Type from the pop-up menu, and select the XY Scatter option with markers only (below right).

Select the XY scatter series, and press Ctrl+1 (numeral one) to open the Format Series dialog or task pane. Under Series Options, select Primary Axis, then choose a marker color and style that shows up clearly against the floating bars (below left).

Finally, you may like to stretch the chart to improve resolution (below right). Add labels to make it easier to track each engineer. In Excel 2013, add labels, then use the Values from Cells option to use the cells containing the labels. In earlier versions, you can manually change the text of each label, or you can use Rob Bovey’s Chart Labeler, a free add-in, to link the data labels to the cells.

I’ve described these data labeling options in more detail in my tutorial Apply Custom Data Labels to Charted Points.

This tutorial is a rework of my answer to the October 2014 question need to create salary data with salary bands on Stack Overflow.

## Fill Under or Between Series in an Excel XY Chart

Shading between plotted lines with a light color can enhance some charts. The shading may help to indicate a target range for the data.

I’ve written earlier tutorials about this topic, but I have had to change sequences of steps in the protocol because more recent versions of Excel were not as flexible with order of operations as Excel 2003 (RIP).

## XY-Area Combination Charts

Recently in Shaded Quadrant Background for Excel XY Scatter Chart I showed how to generate a background grid of colored rectangles.

This technique plotted the XY chart data on the primary axes and the Area chart data on the secondary axes. It also took advantage of a trick using the category axis of an area (or line or column) chart: when used as a date axis, points that have the same date are plotted on the same vertical line, which allows adjacent colored areas to be separated by vertical as well as horizontal lines.

To fill under or between XY series, we’ll make use of this same approach: XY data on primary axes, Area data on secondary axes, with a secondary date axis.

## Fill Under One XY Series

Let’s start with the simple case of filling color below an XY plot. Simple data, simple chart of type Scatter With Straight Lines and Markers.

We need to do some calculations to produce data for the area chart series (see below). The min and max X for the XY chart’s X axis are entered in B11 and B12 (these are Excel’s automatic scale limits in the XY chart above). To provide reasonable resolution, we’ll scale the area chart’s X data from 0 to 1000. The formulas for the area chart’s X values in column D are simple interpolation formulas to properly rescale the data.

The X values are extended so that the first calculated X value in D5 is repeated in D4, and a zero is placed in D3; also the last calculated X value in D9 is repeated in D10, and the X max of 1000 is entered into D11. These duplicate X values will provide the vertical edges of the shaded region.

The formulas for the area chart’s Y values in column E provide the same Y values for both chart series. The Y values are extended by two cells above and below the calculations, which contain zeros.

The chart already contained the XY data in the first two columns of the data range (B4:C9). Copy the next two columns (D2:E11) , select the chart, then click on the Paste dropdown on the Home tab and choose Paste Special (below left). The Paste Special dialog will appear; make sure the same settings are selected as shown below right.

Here is the computed data and the chart. The added series is an XY chart type, like the first. Don’t change it yet.

Select the newly added series, press Ctrl+1 (numeral one) to open the Format Series Task Pane (Excel 2013) or the Format Series Dialog (2010 or 2007), and under Series Options, select Secondary Axis (below left). Excel adds a secondary vertical axis along the right edge of the chart (below right).

Excel adds a secondary vertical axis along the right edge of the chart.

In Excel 2013, click the plus icon beside the chart, click on the right-facing arrow beside Axes, and check the Secondary Horizontal box. In Excel 2010 or 2007, you’ll have to trudge up the the Chart Tools > Layout tab, click on the Axes dropdown, click Secondary Horizontal, and finally click Show Left to Right Axis.

Now all axes are present and accounted for.

Right click on the “Area” series (which is still of type XY), and choose Change Series Chart Type. In Excel 2013, the Change Chart Type dialog appears. Click the Chart type dropdown in the Area series row, and select Area or Stacked Area (doesn’t matter which in this case, since there’s only one area series). You actually could have switched the area series to the secondary axis in this dialog (as long as you do it before changing the chart type), but I usually forget that it’s become this simple.

In Excel 2007 and 2010, select Area or Stacked Area from the pop-up window.

The series has now been converted to an area series.

Select the secondary horizontal axis (top of chart) and press Ctrl+1 to open the Format Axis Task Pane or the Format Axis Dialog. Under Axis Type, select Date Axis (below left). The area chart series is now perfectly aligned with the XY series. Since it’s plotted on the secondary axis, the area series fills the space between the secondary horizontal axis at the top of the chart and the data points. So it’s above the data, not below. But we’re clever enough not to panic.

Delete the secondary vertical axis (right edge of chart) and the secondary horizontal axis (top of chart). The fill moves into position below the XY plot.

## Fill Between Two XY Series

The protocol for filling between two plotted lines is pretty much the same as above. We start with two XY scatter chart series, one above and one below the filled area. We will also need two stacked area chart series, one for the clear region below the lower XY line, and one stacked on top to fill between the XY lines.

Here is the data and the initial chart for the two XY curves. It takes up space, but I’ll leave the legend there until the end to help us keep track of which series is which.

The formulas to calculate the area chart X and Y values are like those used in the simpler example above. Note that the Bottom Area data is the same as the Bottom Line data, while the Delta Fill data is the difference between the Top Line and Bottom Line data.

Copy the area chart data (E2:G11) , select the chart, then click on the Paste dropdown on the Home tab, choose Paste Special, then make sure the settings are correct. The new data is added as additional XY series, which is fine.

Select one of the Area data series (still plotted as XY), press Ctrl+1 to open the Format Series Task Pane or Dialog, and choose Secondary Axis. Excel gives us the secondary vertical axis along the right edge of the chart. Repeat for the other Area data series.

In Excel 2013, click the plus icon beside the chart, click on the right-facing arrow beside Axes, and check the Secondary Horizontal box. In Excel 2010 or 2007, you’ll have to trudge up the the Chart Tools > Layout tab, click on the Axes dropdown, click Secondary Horizontal, and finally click Draw Left to Right Axis.

Right click on the “Area” series (which is still of type XY), and choose Change Series Chart Type. In Excel 2013, the Change Chart Type dialog appears. Click the Chart type dropdown in each of the Area series rows, and select Stacked Area. You could have switched the area series to the secondary axis in this dialog (as long as you do it before changing the chart type).

In Excel 2007 and 2010, select Area or Stacked Area from the pop-up window. The chart probably looks like it’s broken right about now, but don’t panic. Right click on the other area series, choose Change Series Chart Type, and again select Stacked Area.

Select the secondary horizontal axis (top of chart) and press Ctrl+1 to open the Format Axis Task Pane or the Format Axis Dialog. Under Axis Type, select Date Axis. The area chart series are now perfectly aligned with the XY series. Since they’re plotted on the secondary axis, the Bottom Area series fills the space between the secondary horizontal axis at the top of the chart and the Bottom Line data points. So it’s above the data, not below. The Delta Fill area has filled the space between the XY lines.

Delete the secondary horizontal and vertical axes. The Bottom Area now fills below the Bottom Line, while the Delta Fill fills between Bottom Line and Top Line.

Format the Bottom Area series so it has no fill.

Finally, delete the legend.

## Fill Between Overlapping Regions

It is possible to extend this approach even further. Suppose we want to fill between two pairs of lines. The following simple data has four series, min and max for set A and min and max for set B. We want to fill between Amin and Amax, and between Bmin and Bmax. If these areas overlap, we’d like to see both.

We can set up the area chart data below, where we have an area below Amin (“Bottom”), one between Amax and Amin (“Afill”), one between Bmin and Amax (“Blank”), and one between Bmax and Bmin (“Bfill”). The “Blank” area between Bmin and Amax extends from Bmin down to Amax, if Bmin is greater, or from Bmin UP to Amax, if Bmin is smaller.

I won’t go through the whole procedure, because it’s really the same as filling between two lines, above. The lines are shown on the left, A in blue, B in orange. The finished overlapping filled regions are shown on the right, again A in blue and B in orange. I’ve used a transparency setting of 50% so we can see gridlines and other data behind the area fills.

The four charts below show each area in turn with the others hidden. First, “Bottom” fills from the axis up to Amin, then “Afill” fills from Amin up to Amax, “Blank” fills from Amax up (or down) to Bmin, and finally “Bfill” fills from Bmin up to Bmax.

## Another Simple Baseline for Excel Column Chart

A reader of this blog asked how to add a series to a 3D column chart, to show reference values. Excel doesn’t allow combination charts if one of the chart types is 3D (fortunately!), so she added lines from the Insert Shapes group on the ribbon. Here is the result.

As a quick response I sent the following chart, which uses a hollow column on the secondary axis to indicate the baseline, and I wrote up the tutorial in Simple Baseline for Excel Column Chart.

In a comment to that post, a reader suggested a horizontal line, rather than a whole box, as the baseline marker. The following protocol describes how to accomplish this

Here’s the data for these two examples.

The first step is to create a clustered column chart.

The second step is to switch rows and columns in the source data orientation if necessary (it was).

Now we’ll clean up the chart a bit. Let’s remove the chart area border, remove the line for the vertical axis, use lighter gray lines for the gridlines and horizontal axis, and remove the tick marks from the horizontal axis.

Change the Baseline series to the XY (Scatter) type, which also moves it to the secondary axis.

Reassign the Baseline XY series to the primary axis.

Apply a consistent set of colors to the Q1 through Q4 series.

Add error bars to the Baseline series. The default is horizontal and vertical error bars of length 1 in the positive and negative directions.

Select and delete the vertical error bars.

Resize the horizontal error bars. Use trial and error, or if you’re good at math:

``````Error bar total width (2 error bars) = 4 column widths
Total category width = 4 column widths + gap width
Gap width = 150, which means 1.5 column widths
Single error bar width = 4/5.5/2 = 0.364``````

Format the error bars as desired.

Add data labels. If you select the whole chart and then use the Data Labels command on the ribbon, all series will be labeled in one step. This saves a lot of time over labeling one series at a time.

Change each set of labels from Value to Series Name, and change the Baseline label position to Below.

Finally, if desired, use a darker shade of the series colors for the labels. Change the Baseline marker style to none, and delete the legend

It’s a lot of steps, slightly more involved than the “hollow box” technique of the previous post, but it’s still quick and easy.