Keep in touch and stay productive with Teams and Officeeven when you're working remotely. Pie charts are a popular way to show how much individual amounts—such as quarterly sales figures—contribute to a total amount—such as annual sales. Or, skip down to learn more about pie charts. Data for pie charts. Other types of pie charts.
If you're using an earlier Office version your experience might be slightly different, but the steps will be the same. Excel In your spreadsheet, select the data to use for your pie chart. For more information about how pie chart data should be arranged, see Data for pie charts. Click the chart and then click the icons next to the chart to add finishing touches:.
To show, hide, or format things like axis titles or data labelsclick Chart Elements. To quickly change the color or style of the chartuse the Chart Styles. To show or hide data in your chart click Chart Filters. In the spreadsheet that appears, replace the placeholder data with your own information. For more information about how to arrange pie chart data, see Data for pie charts.
To arrange the chart and text in your document, click the Layout Options button. Pie charts can convert one column or row of spreadsheet data into a pie chart. Each slice of pie data point shows the size or percentage of that slice relative to the whole pie.
Pie charts work best when:. You have no more than seven categories, because more than seven slices can make a chart hard to read. In addition to 3-D pie charts, you can create a pie of pie or bar of pie chart. These charts show smaller values pulled out into a secondary pie or stacked bar chart, which makes them easier to distinguish.
To switch to one of these pie charts, click the chart, and then on the Chart Tools Design tab, click Change Chart Type. When the Change Chart Type gallery opens, pick the one you want. Select data for a chart in Excel. Create a chart in Excel.
Add a chart to your document in Word. Add a chart to your PowerPoint presentation. Available chart types in Office. Learn more. Import and analyze data. Expand your Office skills.I created a 3D pie chart using MS chart. The Pie is rendered as a full circle. I want the pie to look like an eclipse or oval. I can't find any property in the Series or Area3D properties.
Is there a property that defined the depth of the pie chart to look like an eclipse. Any input is appreciated. Use Area3DStyle. I want to increase the size of the plotted pie. You can also set the Area. Position to 0, 0,which will probably make the pie slightly bigger. Apart from setting the Area.
The Area3DStyle. PointDepth property defines the thickness of the pie. It worked.
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Thanks for the help. One more question. Thanks pieChart. ChartAreas[ "Default" ]. Wednesday, May 18, PM. Thursday, May 19, AM. Thanks When someone answers your question, please mark it as the answer. Ed Price a. Saturday, January 21, AM.Documentation Help Center. Each element in X is represented as a slice in the pie chart. X i,j is offset from the center of the pie chart if explode i,j is nonzero.
The number of labels must equal the number of elements in X. To offset the second pie slice, set the corresponding explode element to 1. Create vectors y and ythat contain financial data for two years. Then create a cell array containing the labels for the values. Create a 2 -by- 1 tiled chart layout, and display a pie chart and legend for y data in the first tile. Then display a pie chart and legend for the y data in the second tile. When you call the pie3 function, and specify data that contains zero values, your pie chart shows the zero values and corresponding labels.
If you call pie3 with an output argument, the output includes objects for each zero value. In previous releases, pie3 omitted the zero values from the chart, and it did not return any objects that corresponded to those values.
If you do not want to display zero values or return the corresponding objects, then remove the zeros from your data. A modified version of this example exists on your system. Do you want to open this version instead?Make a 3D Pie Chart That Actually Looks Good on PowerPoint
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Search MathWorks. Off-Canvas Navigation Menu Toggle. Syntax pie3 X pie3 X,explode pie Description pie3 X draws a three-dimensional pie chart using the data in X.
Examples collapse all Create 3-D Pie Chart. Open Live Script. Compare Two Pie Charts. Compatibility Considerations expand all Pie Charts Display Zero Values Behavior changed in Rb When you call the pie3 function, and specify data that contains zero values, your pie chart shows the zero values and corresponding labels. See Also pie.
No, overwrite the modified version Yes. Select a Web Site Choose a web site to get translated content where available and see local events and offers. Select web site.A pie chart is a visual representation of data and is used to display the amounts of several categories relative to the total value of all categories. Pie charts are used, for example, to show the production of one factory in relation to the output of the company or to show the revenue generated by one product relative to the sales of the entire product line.
Before you create a pie chart, enter the chart data. Then, highlight the data you want to use in the pie chart. To follow along with this tutorial, enter the data shown in the image above into a blank worksheet. The basic pie chart is a plain, unformatted chart that displays the categories of data, a legend, and a default chart title.
On the ribbongo to the Insert tab.
Choose a chart type. To separate the title into two lines, place the cursor between two words and press Enter. For example, place the cursor between and Revenue. There are many different parts to a chart in Excel, such as the plot area that contains the pie chart representing the selected data series, the legend, and the chart title and labels.
All these parts are separate objects, and each can be formatted separately. To tell Excel which part of the chart you want to format, select it. If you don't get the desired results, the right part of the chart was not selected. A common mistake is selecting the plot area in the center of the chart when the intention is to select the entire chart. The easiest way to select the entire chart is to select a corner of the chart.
If you make a mistake, use the Excel undo feature to remove the mistake. Then, select the right part of the chart and try again. Select Add Data Labels. In this example, the sales for each cookie is added to the slices of the pie chart. When a chart is created in Excel, or whenever an existing chart is selected, two additional tabs are added to the ribbon. These Chart Tools tabs, Design and Format, contain formatting and layout options specifically for charts.
To change the background color of the pie chart, go to the Chart Tools Format tab. To change the color of the text in the title and data labels, select the Text Fill dropdown arrow.
When you want to add emphasis to a slice of the pie, drag or explode the slice from the rest of the pie. After a slide is exploded, the rest of the pie chart shrinks so that the chart area stays the same size. Resizing a chart may move the data labels outside the pie slices.
Drag a data label to reposition it inside a slice. Select a slice of the pie chart to surround the slice with small blue highlight dots.
3D Pie Chart
Tweet Share Email. To create a pie chart, highlight the data in cells A3 to B6 and follow these directions:. Select Insert Pie Chart to display the available pie chart types. Hover over a chart type to read a description of the chart and to preview the pie chart. Edit the default chart title to add a more suitable one.
Select the default chart title. A box appears around the title. Click on the text to put Excel in edit mode and place the cursor inside the title box. Press Delete or Backspace to delete the existing text. Type a chart title. To add data labels to a pie chart:.Search Keywords: PowerPoint, diagram, template, presentation, graph, graphic, icons, infographic, information, idea, layout, data, design, process, progress, shape, step, symbol, concept, connection, creative, editable, analysis, analyze, audit, business, chart, element, management, part, report, research, result, statistics, stats, pie, circle, round, 3D.
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A colorful charts has a visual effect. This pie chart can easily adjust numeric values with formula inputs. This PowerPoint diagram template has theme color applied. So when you do simple copying and pasting, the color will be applied automatically. Leave a Reply Want to join the discussion? Feel free to contribute! Leave a Reply Cancel reply Your email address will not be published. We are using cookies on our website. Please confirm, if you accept our tracking cookies.
You can also decline the tracking, so you can continue to visit our website without any data sent to third-party services.It is of interest to note that pie chart and donut chart are built using exactly the same process in d3. Thus, you probably want to visit the donut section for more examples. Building a pie chart in d3. This function transform the value of each group to a radius that will be displayed on the chart. This radius is then provided to the d3. The most basic pie chart you can do in d3.
Keeping only the core code. How to use the centroid function to add labels at the right position of each slice. Have a smooth transition between 2 datasets. Note that the number of group can even be different from one dataset to the other. Good illustration on how to animate transition between 2 input data. Most basic The most basic pie chart you can do in d3. Add annotation How to use the centroid function to add labels at the right position of each slice.
Data input selection Have a smooth transition between 2 datasets. Pie chart with annotation A pie chart by Mike Bostock with fancy annotation for each group. Clean layout Clean labeling of groups. Use d3 v3 though. Pie chart with animation Good illustration on how to animate transition between 2 input data. Related chart types.At first, this seemed quite simple, since there is a DrawPie method already available in the Graphics class.
This method accepts start angle and sweep angle as arguments, so it should not be a problem to use it: just sum up all values and then calculate the portion for each one, converting it to sweep angle for the corresponding pie slice. And this works for a circular chart. However, if you want to add 3-D perspective i. Instead of a direct insertion of the sweep angle, the parametric equation for ellipse has to be used. The above problem thus solved, adding a real 3-D look to the chart requires only one additional step: drawing a cylinder brink.
However, if you want to draw pie slices displaced from the common center, then the slice cut sides become visible and have to be drawn too.
Since these sides may partially overlap, the order of drawing is of utmost importance to obtain the correct 3-D appearance. Note that t does not have direct interpretation in terms of an angle but as anyone familiar with trigonometry will conclude from the figure below can be related to the polar angle from the ellipse center as:. Consequently, when initializing individual shapes for rendering, the corresponding start and sweep angles have to be transformed by the following method:.
The width and height of this rectangle are equal to the major and minor axes of the ellipse, respectively. When drawing a 3-D pie slice with some finite heightit is necessary to draw the slice cut sides as well as the outer periphery of the cylinder from which the slice is cut out. These points are used to constitute GraphicsPath s: paths for cut sides consist of four lines, while the path for the cylinder periphery consists of two vertical lines and two arcs.
It is worthy to note that the slice side corresponding to the start angle is visible only when the start angle is larger than 90 and less than degrees, while the side corresponding to the end angle is visible only when the angle is between and 90 degrees. Also, the cylinder brink is visible only for angles between 0 and degrees. As already mentioned, the drawing order is important when the chart contains several slices displaced from the center. The pie shape that is crossing the degrees boundary must be drawn first because it may be partially covered by another pie slice.
The slice closest to the degrees axis regardless if it is from the left or the right side is drawn next, the procedure being repeated for the slices to follow. To achieve this order, the pie slices are stored into an array starting with the shape that crosses the degrees axis.
Consequently, neighboring shapes will be placed in the second and in the last position of the array. Therefore, the search for the next shape to be drawn goes from the start and from the end of the list simultaneously, selecting the shape which is closer to the degrees axis to be drawn first.
Pie slices crossing the degrees axis have a unique feature: both cut sides corresponding to the start and the end angle are visible - c. Moreover, if both the start and the end angles are within 0 and degrees range, the slice will have its cylinder brink consisting of two parts figure below right. To handle this, the slice is split into two sub-slices in the course of drawing, with the common top side.
This splitting comes into play with drawing charts like the one shown below: if the blue slice was drawn first and completely, the green slice would completely overlap it, resulting in an irregular illusion. The numbers on each shape indicate the correct order of drawing.
When the first version of the article was published, several readers suggested to add tool tips and pie slice highlighting when the mouse is over it. This feature has been implemented in version 1. The main problem was to find and implement the algorithm that searches for the pie slice currently under the mouse cursor.
Add a pie chart
The search order for the entire chart is the reverse of the drawing order, starting from the foremost slice. However, processing of individual slices is cumbersome because of their irregular shapes. To test if a pie is hit, the pie slice shape has to be decomposed into several surfaces as shown on the figure below, and each of these surfaces is tested if it contains the hit point. Note that the cylinder outer periphery hitting is not tested directly in fact, I have no idea how it could be done simplybut is covered by testing the top 1 and the bottom 2 pie surfaces and the quadrilateral defined by the periphery points 3.
Hit testing for the top and bottom slice surfaces is straightforward - the distance of the point from the center of the ellipse is compared to the ellipse radius for the corresponding angle:. For quadrilaterals, a well know algorithm for testing if a point is inside a polygon is used: a ray is traced from the point to test and the number of intersections of this ray with the polygon is counted.
If the number is odd, the point is inside the polygon, if it is even, the point is outside c.