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Selecting a Scientific Graphing and Data Analysis Software

Selecting a Scientific Graphing and Data Analysis Software

  1. Can you easily produce publication-quality reports?

    After you finish analyzing your data, you will need to present your results to others (for example, customers, supervisors, funding agencies, and technical journals). The impact of your analytical work is often judged by the visual quality of your presentation. A good scientific graphing and data analysis software will allow you to create presentation-quality output within the software package, and will easily allow you to share your graphs with other presentation software products.

    To create high quality visual presentations, look for the following features in a scientific graphing and data analysis software:

    data analysisCustomize all the elements in a graph

    The ability to customize the data plot color, size, style, lines, symbols, fills, and borders is essential. Additionally, you should be able to customize the axes and grids, as well as labels and other annotations. The software you select should allow you to make these changes easily, preferably with a point-and-click (or a double-click) interface. It should also allow you to make these changes quickly. Since a graph is redrawn every time an element is added or edited, speed is essential when customizing a graph. Fast redraw speed is therefore imperative when selecting a scientific graphing and data analysis software.

    data analysisMultiple graphs on a page

    Presentations are often enhanced by displaying multiple graphs containing interrelated data on the same page. The software you select should allow you to easily add and arrange graphs on the same page. It should also allow you to easily add and remove data plots from your graphs.

    data analysisLayout Page

    Layout pages allow you to display related graphs, worksheets, and annotations on the same page. These custom presentations can then be printed from the scientific graphing and data analysis software.

    data analysisOLE Graphics Server

    Your scientific graphing and data analysis software should be an OLE server, allowing you to link or embed (copy/paste) your graphs in other presentation applications.

    data analysisGraphic Export Filters

    Look for a scientific graphing and data analysis software that offers a broad range of graphic export filters. In addition to exporting to a Windows metafile or bitmap file, common filters include PDF (Portable Document File), EPS (Encapsulated PostScript), JPEG (Joint Photographic Experts Group), and TIF (Tag Image File).

  2. Does the software allow you to automate routine tasks?

    Your scientific graphing and data analysis software should be customizable to accommodate and aid your work environment. Very often the tasks you perform with a scientific graphing and data analysis software are routine and repetitive. For example, an experimental physicist may collect data from instruments, use smoothing techniques to filter out noise, perform curve fits of the data using two different models, and plot the final results in graphical form. Significant time and effort can be saved by automatically accomplishing these tasks.

    A good scientific graphing and data analysis software should provide you with options to automate these routine tasks. Typically, programming languages allow you to automate tasks by providing simple commands. An advanced package should allow you to build your own simple GUI interface (for example, with buttons or even simple dialogs) to accomplish these routine tasks. In addition, the software itself should be customizable to meet the needs of a particular working environment.

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