The key would allow each bar to be labeled such as A, B, C. If a row layout is not possible then creating a separate key for each item in the graph would probably be reasonable and that way each bar could be place closer together as well to save space. Laying out the bar graph as rows would make it easier to read and also to print on multiple pages if necessary. I would also place the number so that it is inside the each bar of the bar graph when it will fit with a color that stands out against whatever background color is there thus increasing the space for other things such as the labels. With regard to your specific example graph that you provided: for this particular graph I would recommend pivoting it so the text most likely to be read is horizontal for more natural reading. Using this type of technique you can stick with whatever font you like and just tweak it's rendering to get the results you need. NET with WPF I recall there being quite a bit of ways to modify how the text is rendered to allow for condensing the space between characters and to make the individual characters more narrow. ![]() Keep in mind as well that starting with Windows Vista I believe, Microsoft now recommends using a 9pt font instead of a 10pt font for UI elements since the Sego UI font displays much clearer than other fonts at low resolutions especially on flat panel displays.ĭepending on what platform you are developing for, you may also want to look at modifying font metrics if possible. See this list for a lineup of available Windows fonts as well as information about the best of use of each. If you don't need to support Windows XP or older an Windows OS or other a non Windows OS then I would definitely go with Segoe UI otherwise I would go with Tahoma if it's available and if all else fails try Verdana. In the short term we settled on Tahoma since Segoe UI isn't freely available for operating systems below Windows Vista. ![]() The results as I recall them were that Segoe UI and Tahoma were the best with respect to space utilization and readability for UI purposes at 10pt and 9pt sizes. I repeated the test as well with different font sizes. I did a rudimentary by creating a program that iterated through all of the available fonts I had installed on my Windows box at the time and printed a line containing each printable ascii character on to the screen in each of these font's. ![]() It really depends on a lot of factors such as what is the frequency of certain characters that you expect and what fonts are available to you.
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