[[Image:fdtd_lec1_20_enginesetting.png|center]]
==1.9 Viewing the Results==
EM.Cube’s computational modules usually generate two types of data: 2D and 3D. Examples of 2D data are probe fields, S/Z/Y parameters and polar radiation patterns. 2D data are graphed in EM.Grid. Examples of 3D data are near field distributions and 3D radiation patterns. 3D data are visualized in EM.Cube’s project workspace and ==Viewing the plots are usually overlaid on the physical structure. Results==
A list EM.Cube’s computational modules usually generate two types of data: 2D and 3D. Examples of all the 2D output data files generated at the end are probe fields, S/Z/Y parameters and polar radiation patterns. 2D data are graphed in <b>EM.Grid</b>. Examples of a simulation can be viewed 3D data are near field distributions and 3D radiation patterns. 3D data are visualized in EM.Cube’s Data Manager. To open this dialog, click project workspace and the Data Manager button of Simulate Toolbar, or use the keyboard shortcut Ctrl+D, or access the menu Simulate Data Manager, or right click plots are usually overlaid on the Data Manager item in the “Observables” section of the Navigation Tree and select Open Data Manager…physical structure.
Select the two data files “Probe_1_E_Time” and “Probe_1_H_Time” and click the Plot button of Data Manager to open EM.Grid. For multiple file
A list of all the 2D output data files generated at the end of a simulation can be viewed in EM.Cube’s Data Manager. To open this dialog, click the <b>Data Manager</b> [[Image:fdtd_datamanagerb.png]] button of Simulate Toolbar, or use the keyboard shortcut <b>Ctrl+D</b>, or access the menu <b>Simulate → Data Manager</b>, or right click on the Data Manager item in the “Observables” section of the Navigation Tree and select <b>Open Data Manager…</b>
Select the two data files “Probe_1_E_Time” and “Probe_1_H_Time” and click the Plot button of Data Manager to open <b>EM.Grid</b>. For multiple file selection, use the keyboard’s Ctrl Key, or use the Shift Key to select a range of rows in the list. The Ex and Hx field components are plotted as functions of time on two Cartesian graphs in EM.Grid. [[Image:fdtd_lec1_.png|500px]]
[[Image:fdtd_lec1_.png|500px]]
[[Image:fdtd_lec1_.png|500px]]