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/* Getting Started */
==Getting Started==
Open the [[EM.Cube]] application. Click <b>Start</b>, select <b>All Programs</b>, and then the <b>EMAG</b> program group. Select <b>[[EM.Cube|EM.CUBE]]</b> to start the programby double-clicking on its icon on your desktop. By default, [[EM.Cube]] opens up a blank project with the name “UntitledProj1” in its [[CubeCAD]] Module. You can start drawing objects and build up your physical structure right away. Or you can initiate a new project by selecting the <b>New</b> [[Image:fdtd_newb.png]] button of the System Toolbar or using the keyboard shortcut {{key|Ctrl+N}}. This opens up the '''New Project Dialog''', where you can enter a title for your new project and set its path on your hard drive. From the same dialog, you can also set the project’s Length Units, Frequency Units, Center Frequency and Bandwidth.
You can start drawing objects and build up your physical structure right away. Or you can initiate a new project by selecting the <btable>New</btr><td> [[Image:fdtd_newbfdtd_lec1_1_module.png|thumb|360px|The project workspace.]] button of the System Toolbar (or using the keyboard shortcut <b>Ctrl+N</btd>, or via the menu <btd>File &rarr; New Project…</b>)[[Image:fdtd_lec1_3_newproject. This opens up the png|thumb|360px|The New Project Dialog, where you can enter a title for your new project and set its pathdialog. You can use the [[Windows]] Explorer to go to the desired folder where you want to place your new project folder. For this project, use the title “[[STATICLesson1|StaticLesson1]]”. From the same dialog, you can also set the project’s Length Units, Frequency Units, Center Frequency and Bandwidth. For this tutorial lesson, set the length units of the project to <b/td>Millimeters</btr> and keep the default values of frequency units, center frequency and bandwidth, as they are irrelevant in a static simulation. Then, click the <b>Create</btable> button of the dialog to accept the settings. A new project folder with your given name is immediately created at your specified path.
{{isoimg|fdtd_lec1_1_module.png|Static Module's Project workspace}}{{isoimg|staticnewproj.png|New Project Dialog}}For this tutorial lesson, set the following [[parameters]] in the new project dialog:
<div class="noprint" style="float:left;margin-right:10px">{| border="1" class="wikitable"|+ Starting [[EM.CubeParameters]]’s |-! Name| [[CubeCADFDTDLesson1]] Module lets you construct 3D geometries, or import them via external model files such as *|-! Length Units| Millimeters|-! Frequency Units| GHz|-! Center Frequency| 10GHz|-! Bandwidth| 1GHz|}</div> <div class="noprint" style="clear:both"></div> Click the {{key|Create}} button of the dialog to accept the settings.stp, *igs, or *A new project folder with your given name is immediately created at your specified path.stl. Once these geometries have been modified or completed, they can be moved  To navigate to other modules within [[EM.CubeTempo]] for further simulation. On the other hand, all modules of ([[EM.Cube]] offer full CAD operations by themselves. Therefore's [[FDTD Module]]), you can build a new project simply select its icon from the ground up in any Module Toolbar on the left side of [[EMthe screen.Cube]]’s computational modules Any module may be selected this way. Selecting the module icon changes the contents of the navigation tree to reflect the types of objects supported by the current module.
==Static Module Navigation==
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