![]() ![]() colorblindFriendly: if TRUE, display only colorblind friendly palettes.select: A list of palette names to display.Allowed values are one of: “div”, “qual”, “seq”, or “all”. name: A palette name from the lists above.n: Number of different colors in the palette, minimum 3, maximum depending on palette.Display a single RColorBrewer paletteĭ(n = NULL, type = "all", select = NULL, Return the hexadecimal color specification The RColorBrewer package include also three important functions: # 1. The diverging palettes are : BrBG, PiYG, PRGn, PuOr, RdBu, RdGy, RdYlBu, RdYlGn, Spectral Diverging palettes (third list of colors), which put equal emphasis on mid-range critical values and extremes at both ends of the data range.The palettes names are : Accent, Dark2, Paired, Pastel1, Pastel2, Set1, Set2, Set3. They not imply magnitude differences between groups. Qualitative palettes (second list of colors), which are best suited to represent nominal or categorical data.The palettes names are : Blues, BuGn, BuPu, GnBu, Greens, Greys, Oranges, OrRd, PuBu, PuBuGn, PuRd, Purples, RdPu, Reds, YlGn, YlGnBu YlOrBr, YlOrRd. Sequential palettes (first list of colors), which are suited to ordered data that progress from low to high (gradient).The most used visual tool is the Code Matrix Browser, which you can open via the “Visual Tools” tab. The visualization tools also allow you to show data connections in a comprehensible way. This may be particularly useful to overcome language barriers, for example when working in international projects. #Code visualization works for all but one code maxqda 12 softwareMAXQDA is the first QDA software to allow the use of emojis as a code symbol. This does not only help you with the visual organization of your data, but colors can also be given certain meanings. There are several ways to visualize data in MAXQDA, starting with the possibility to assign individual colors to codes and documents. ![]() Visualizing results is one of MAXQDA’s strengths which is why we want to include this chapter in a Getting Started Guide. ![]() The source info does not only tell you which document a certain segment is from, it also lets you go directly to that document: click on the document name, and the document will be loaded to the Document Browser window with the coded segment right at hand, so that you can easily view it in its context. In the example below the segment can be found in paragraph 6 of document “Riley“. Below every segment you will see the segment’s source information. All coded segments found will appear in MAXQDA’s fourth main window, the Retrieved Segments window. Activation of codes works just like the activation of documents (right-click the code and choose the option Activate or click on the symbol in front of the code namesubcode name). In MAXQDA such a Coding Query works – similar to the Lexical search – via activations.Īctivate all documents that you want to include in the Coding Query, as well as those codes assigned to the segments you are interested in. If you, for example, do a research based on interviews, you may ask: “What was said about a certain topic and who said what?” The magic word to get exactly those answers is Retrieval. The easiest way is to retrieve all segments assigned to one specific code. At one point you will want to stop coding and start looking at the results of that process. Retrieving all segments coded with one codeĬoding isn’t everything and your analysis is certainly more than just coding. Alternatively, you can click on the document or document group symbol again. How can I reset the activation? Simply go to the Document System window and click the icon Reset activations on the toolbar. ![]()
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