#Star chart maker series
Use this chart when you have multiple data series and you want to emphasize the total.ġ00% stacked column A 100% stacked column chart shows values in 2-D columns that are stacked to represent 100%. Stacked column A stacked column chart shows values in 2-D stacked columns. Names that are not in any specific order (for example, item names, geographic names, or the names of people). Specific scale arrangements (for example, a Likert scale with entries, like strongly agree, agree, neutral, disagree, strongly disagree). Ranges of values (for example, item counts).
Use this chart when you have categories that represent: A column chart typically displays categories along the horizontal axis and values along the vertical axis, like shown in this chart:Ĭlustered column A clustered column chart shows values in 2-D columns. To see the results of your changes, switch back to Word or PowerPoint.ĭata that’s arranged in columns or rows on a worksheet can be plotted in a column chart. In the following example, the table is expanded to include additional categories and data series. To change the number of rows and columns included in the chart, rest the pointer on the lower-right corner of the selected data, and then drag to select additional data. In columns, putting x values in the first column and corresponding y values in adjacent columns, as in the following examples: In columns or rows in the following order, using names or dates as labels, as in the following examples: In one column or row of data and one column or row of data labels, as in the following examples: In columns, putting x values in the first column and corresponding y values and bubble size values in adjacent columns, as in the following examples: In columns or rows, as in the following examples:
#Star chart maker how to
If you already have your data in another table, you can copy the data from that table and then paste it over the sample data. See the following table for guidelines for how to arrange the data to fit your chart type.Īrea, bar, column, doughnut, line, radar, or surface chart In Excel, replace the sample data with the data that you want to plot in the chart. When you insert a chart into Word or PowerPoint, an Excel worksheet opens that contains a table of sample data. If you don't see the Excel Workbook Gallery, on the File menu, click New from Template.Ĭlick the Insert tab, and then click the arrow next to Chart.Ĭlick a chart type, and then double-click the chart you want to add. From the gallery, you can browse templates and create a new workbook based on one of them. By default, the Excel Workbook Gallery opens when you open Excel. Won't bother if this is a direction you're not particularly keen on, though, so let me know.Note: The Excel Workbook Gallery replaces the former Chart Wizard.
#Star chart maker free
If you're interested in this approach, I might have a go at doing a PR to introduce the Delaunay triangulation filtering of connections, or feel free to have a go yourself.
Click "generate slowly" to see a bunch of random points get placed, and then the delauney graph computer from that, then the gabriel graph from that, relative neighbourhood graph from that, and then the minimum spanning tree from that. If you want to see these graphs in use, and how they relate to each other, knock yourself out. Here's an implementation of both of these from an unfinished project of mine: Gabriel and relative neighbourhood
#Star chart maker code
There's code for them in the Graph class I linked above too, fwiw. If you wanted to then further restrict the links used to the "most obvious" ones, you could use this as a starting point for either a Gabriel graph or a relative neighbourhood graph, both of which are subsets of the Delaunay triangulation. Here's where it's called from, for reference. It's typescript, but converting that to javascript mostly involves just removing the type annotations on the parameters. Here's some code for doing this from an unfinished project of mine. You could avoid that by computing the Delaunay triangulation from your stars, and then forming constellations only from links that are in this graph. This looks cool! I notice that sometimes the links on the constellations cross over themselves, and I'm sure I saw one that crossed over another constellation, despite the intersection-detection code you've got going.