|
|
) is found under the Results main branch and contains all tables defined in the model. Table nodes can also result from evaluating Derived Values. When you select a Table node to display, the window name changes to the name of the Table (Table 1, as in Figure 21-4, for example).|
•
|
|
•
|
) is generated and displays in the Table window, a variety of editing options are available as listed in Table 21-9 and shown in Figure 21-4. For the different notation options, only one of them can be selected. Likewise, only one of the two forms for displaying complex-valued numbers can be selected, and those forms are only applicable if the table contains some complex-valued numbers with nonzero imaginary part. In addition, you can use Table Histogram plots to create histograms from tables and evaluation groups.
 |
||
 |
||
 |
||
 |
The scientific notation, such as 3.1416E-5, can be easier to read than decimal notation for tables containing values on different scales.
|
|
 |
The engineering notation, such as 31.416E-6, is similar to scientific notation but with the powers of ten as multiples of three.
|
|
 |
The decimal notation uses only decimal representation of the numbers, such as 0.000031416. Small numbers can get long representations because of leading zeros, and large numbers may appear with excess precision.
|
|
 |
Display complex-valued numbers as the real part + the imaginary part followed by i (the imaginary unit), such as 2.451+0.657i.
|
|
 |
||
 |
||
 |
||
 |
||
 |
For tables with filled data, click to plot the table as a Table Surface plot in the Graphics window.
|
|
 |
For tables with filled data, click to plot the table as a Table Contour plot in the Graphics window.
|
|
 |
||
 |
Click to export the table to a text file in a spreadsheet format or to a Microsoft Excel Workbook (*.xlsx) if the license includes LiveLink™ for Excel®. When saving to a Microsoft Excel Workbook, an Excel Save dialog box opens where you can specify the sheet and range and whether to overwrite existing data and include a header.
|
|
 |
||
 |
||
 |
Right-click a column header or anywhere in the table, and select Delete Column. There is no undo. If required, click the Evaluate button (
 ) to regenerate the table. |
|
 |
Right-click in the table and select Delete Rows or press Del to delete selected rows in the table. There is no undo. If required, click the Evaluate button (
 ) to regenerate the table. |
|
 |
||
 |
||
 |
||
 |
||
 |
||
 |
||
 |
||
 |
Right-click anywhere in the table and select this option from the context menu (on Windows only) to copy the table and its headers in a way that it will remain linked to the model for future updates after pasting it into a Microsoft® PowerPoint presentation. See Creating PowerPoint Presentations with Tables and Images Linked to Models for more information on how to insert and update tables in a presentation.
|
|
 |
Right-click anywhere in the table and select this option from the context menu (when applicable) to copy the selected rows to a new parameter case (a Case node under Global Definitions>Parameters), which can be useful, for example, when rebuilding the geometry using optimal parameter values found by an optimization solver.
|
 |
For a surface integration example that includes tables, see Effective Diffusivity in Porous Materials: Application Library path COMSOL_Multiphysics/Diffusion/effective_diffusivity.
|
 |
) in the Settings window for the derived values node to regenerate the table data.
) in the Settings window for the derived values node to regenerate the table data to regenerate the table.