Running HDMR Simulations in EM.Cube - Revision history

Kazem Sabet: /* Running an HDMR Sweep */

2015-07-27T22:53:06Z

‎Running an HDMR Sweep

Kazem Sabet at 23:59, 18 July 2015

2015-07-18T23:59:26Z

Kazem Sabet: /* Running an HDMR Sweep */

2015-07-18T23:58:36Z

‎Running an HDMR Sweep

Kazem Sabet: /* Running an HDMR Sweep */

2015-07-18T23:58:22Z

‎Running an HDMR Sweep

Kazem Sabet: /* Running an HDMR Sweep */

2015-07-18T23:56:26Z

‎Running an HDMR Sweep

Kazem Sabet: /* Running an HDMR Sweep */

2015-07-18T23:53:35Z

‎Running an HDMR Sweep

Kazem Sabet at 23:50, 18 July 2015

2015-07-18T23:50:12Z

Kazem Sabet at 23:49, 18 July 2015

2015-07-18T23:49:49Z

Kazem Sabet at 23:47, 18 July 2015

2015-07-18T23:47:09Z

Kazem Sabet at 23:46, 18 July 2015

2015-07-18T23:46:50Z

← Older revision		Revision as of 22:53, 27 July 2015
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	<p> </p>		<p> </p>
−	[[Image:~~BACK~~.png\|40px]] '''[[Parametric_Modeling,_Sweep_%26_Optimization \| Back to Parametric Modeling, Sweep & Optimization]]'''	+	[[Image:Back_icon.png\|40px]] '''[[Parametric_Modeling,_Sweep_%26_Optimization \| Back to Parametric Modeling, Sweep & Optimization]]'''

← Older revision		Revision as of 23:59, 18 July 2015
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	Note that once you generate an HDMR model, you can use it everywhere in [[EM.Cube]] just like any standard or library function or like a functional, tabular or Python model. In the above example, the syntax of your new custom function is Resistance(L) or Resistance(x). As you can see from the figure on the right, the current value of "Resistance" is about 115.2Ω because the argument of your HDMR function, i.e. "L", has a current value of 150mm, which can be verified in the [[Variables]] dialog.		Note that once you generate an HDMR model, you can use it everywhere in [[EM.Cube]] just like any standard or library function or like a functional, tabular or Python model. In the above example, the syntax of your new custom function is Resistance(L) or Resistance(x). As you can see from the figure on the right, the current value of "Resistance" is about 115.2Ω because the argument of your HDMR function, i.e. "L", has a current value of 150mm, which can be verified in the [[Variables]] dialog.
		+
		+	<p> </p>
		+	[[Image:BACK.png\|40px]] '''[[Parametric_Modeling,_Sweep_%26_Optimization \| Back to Parametric Modeling, Sweep & Optimization]]'''

← Older revision		Revision as of 23:58, 18 July 2015
Line 40:		Line 40:
	After you define all of your HDMR [[variables]] and model(s), close the HDMR Settings dialog to return to the simulation Run dialog. When you click the {{key\|Run}} button of the Simulation Run dialog to start the HDMR sweep process, an Output Window pops up that reports the various stages of the sweep loop and displays the progress or percentage of completion. After the sweep process is finished, an HDMR file with a '''.HDM''' file extension is added to your project's folder, which contains all the monomial coefficients of your HDMR model. You can see your new HDMR model [[EM.Cube]]'s Models Dialog, which you can open by clicking the '''Models''' button [[File:Models_icon.png]] of the Simulate Toolbar or selecting '''Menu > Simulate > Models...''' or using the keyboard shortcut {{key\|Ctrl+L}}.		After you define all of your HDMR [[variables]] and model(s), close the HDMR Settings dialog to return to the simulation Run dialog. When you click the {{key\|Run}} button of the Simulation Run dialog to start the HDMR sweep process, an Output Window pops up that reports the various stages of the sweep loop and displays the progress or percentage of completion. After the sweep process is finished, an HDMR file with a '''.HDM''' file extension is added to your project's folder, which contains all the monomial coefficients of your HDMR model. You can see your new HDMR model [[EM.Cube]]'s Models Dialog, which you can open by clicking the '''Models''' button [[File:Models_icon.png]] of the Simulate Toolbar or selecting '''Menu > Simulate > Models...''' or using the keyboard shortcut {{key\|Ctrl+L}}.

−	Note that once you ~~generated~~ an HDMR model, you can use it everywhere in [[EM.Cube]] just like any standard or library function or like a functional, tabular or Python model. In the above example, the syntax of your new custom function is Resistance(L) or Resistance(x). As you can see from the figure on the right, the current value of "Resistance" is about 115.2Ω because the argument of your HDMR function, i.e. "L", has a current value of 150mm, which can be verified in the [[Variables]] dialog.	+	Note that once you generate an HDMR model, you can use it everywhere in [[EM.Cube]] just like any standard or library function or like a functional, tabular or Python model. In the above example, the syntax of your new custom function is Resistance(L) or Resistance(x). As you can see from the figure on the right, the current value of "Resistance" is about 115.2Ω because the argument of your HDMR function, i.e. "L", has a current value of 150mm, which can be verified in the [[Variables]] dialog.

← Older revision		Revision as of 23:58, 18 July 2015
Line 40:		Line 40:
	After you define all of your HDMR [[variables]] and model(s), close the HDMR Settings dialog to return to the simulation Run dialog. When you click the {{key\|Run}} button of the Simulation Run dialog to start the HDMR sweep process, an Output Window pops up that reports the various stages of the sweep loop and displays the progress or percentage of completion. After the sweep process is finished, an HDMR file with a '''.HDM''' file extension is added to your project's folder, which contains all the monomial coefficients of your HDMR model. You can see your new HDMR model [[EM.Cube]]'s Models Dialog, which you can open by clicking the '''Models''' button [[File:Models_icon.png]] of the Simulate Toolbar or selecting '''Menu > Simulate > Models...''' or using the keyboard shortcut {{key\|Ctrl+L}}.		After you define all of your HDMR [[variables]] and model(s), close the HDMR Settings dialog to return to the simulation Run dialog. When you click the {{key\|Run}} button of the Simulation Run dialog to start the HDMR sweep process, an Output Window pops up that reports the various stages of the sweep loop and displays the progress or percentage of completion. After the sweep process is finished, an HDMR file with a '''.HDM''' file extension is added to your project's folder, which contains all the monomial coefficients of your HDMR model. You can see your new HDMR model [[EM.Cube]]'s Models Dialog, which you can open by clicking the '''Models''' button [[File:Models_icon.png]] of the Simulate Toolbar or selecting '''Menu > Simulate > Models...''' or using the keyboard shortcut {{key\|Ctrl+L}}.

−	Note that once you generated an HDMR model, you can use it everywhere in [[EM.Cube]] just like any standard or library function or like a functional, tabular or Python model. In the above example, the syntax of your new custom function is Resistance(L) or Resistance(x). As you can see from the figure on the right, the current value of ~~your model~~ is about 115Ω because ~~the current value of~~ the argument of your HDMR function, ~~that is~~ "L", has a current value of 150mm.	+	Note that once you generated an HDMR model, you can use it everywhere in [[EM.Cube]] just like any standard or library function or like a functional, tabular or Python model. In the above example, the syntax of your new custom function is Resistance(L) or Resistance(x). As you can see from the figure on the right, the current value of "Resistance" is about 115.2Ω because the argument of your HDMR function, i.e. "L", has a current value of 150mm, which can be verified in the [[Variables]] dialog.

← Older revision		Revision as of 23:56, 18 July 2015
Line 40:		Line 40:
	After you define all of your HDMR [[variables]] and model(s), close the HDMR Settings dialog to return to the simulation Run dialog. When you click the {{key\|Run}} button of the Simulation Run dialog to start the HDMR sweep process, an Output Window pops up that reports the various stages of the sweep loop and displays the progress or percentage of completion. After the sweep process is finished, an HDMR file with a '''.HDM''' file extension is added to your project's folder, which contains all the monomial coefficients of your HDMR model. You can see your new HDMR model [[EM.Cube]]'s Models Dialog, which you can open by clicking the '''Models''' button [[File:Models_icon.png]] of the Simulate Toolbar or selecting '''Menu > Simulate > Models...''' or using the keyboard shortcut {{key\|Ctrl+L}}.		After you define all of your HDMR [[variables]] and model(s), close the HDMR Settings dialog to return to the simulation Run dialog. When you click the {{key\|Run}} button of the Simulation Run dialog to start the HDMR sweep process, an Output Window pops up that reports the various stages of the sweep loop and displays the progress or percentage of completion. After the sweep process is finished, an HDMR file with a '''.HDM''' file extension is added to your project's folder, which contains all the monomial coefficients of your HDMR model. You can see your new HDMR model [[EM.Cube]]'s Models Dialog, which you can open by clicking the '''Models''' button [[File:Models_icon.png]] of the Simulate Toolbar or selecting '''Menu > Simulate > Models...''' or using the keyboard shortcut {{key\|Ctrl+L}}.

−	Note that once you generated an HDMR model, you can use it everywhere in [[EM.Cube]] just like any standard or library function or like a functional, tabular or Python model. In the above example, the syntax of your new custom function is Resistance(L) or Resistance(x).	+	Note that once you generated an HDMR model, you can use it everywhere in [[EM.Cube]] just like any standard or library function or like a functional, tabular or Python model. In the above example, the syntax of your new custom function is Resistance(L) or Resistance(x). As you can see from the figure on the right, the current value of your model is about 115Ω because the current value of the argument of your HDMR function, that is "L", has a current value of 150mm.

← Older revision		Revision as of 23:53, 18 July 2015
Line 39:		Line 39:

	After you define all of your HDMR [[variables]] and model(s), close the HDMR Settings dialog to return to the simulation Run dialog. When you click the {{key\|Run}} button of the Simulation Run dialog to start the HDMR sweep process, an Output Window pops up that reports the various stages of the sweep loop and displays the progress or percentage of completion. After the sweep process is finished, an HDMR file with a '''.HDM''' file extension is added to your project's folder, which contains all the monomial coefficients of your HDMR model. You can see your new HDMR model [[EM.Cube]]'s Models Dialog, which you can open by clicking the '''Models''' button [[File:Models_icon.png]] of the Simulate Toolbar or selecting '''Menu > Simulate > Models...''' or using the keyboard shortcut {{key\|Ctrl+L}}.		After you define all of your HDMR [[variables]] and model(s), close the HDMR Settings dialog to return to the simulation Run dialog. When you click the {{key\|Run}} button of the Simulation Run dialog to start the HDMR sweep process, an Output Window pops up that reports the various stages of the sweep loop and displays the progress or percentage of completion. After the sweep process is finished, an HDMR file with a '''.HDM''' file extension is added to your project's folder, which contains all the monomial coefficients of your HDMR model. You can see your new HDMR model [[EM.Cube]]'s Models Dialog, which you can open by clicking the '''Models''' button [[File:Models_icon.png]] of the Simulate Toolbar or selecting '''Menu > Simulate > Models...''' or using the keyboard shortcut {{key\|Ctrl+L}}.
		+
		+	Note that once you generated an HDMR model, you can use it everywhere in [[EM.Cube]] just like any standard or library function or like a functional, tabular or Python model. In the above example, the syntax of your new custom function is Resistance(L) or Resistance(x).

@@ Line 35: / Line 35: @@
 </table>
-[[Image:Variable34.png|thumb|550px|EM.Cube's Model dialog showing a the HDMR model "Resistance.HDM" generated by EM.Tempos' FDTD simulation engine.]]
+[[Image:Variable34.png|thumb|550px|EM.Cube's Model dialog showing a the HDMR model "Resistance.HDM" generated by EM.Tempo's FDTD simulation engine.]]
 == Running an HDMR Sweep ==
 After you define all of your HDMR [[variables]] and model(s), close the HDMR Settings dialog to return to the simulation Run dialog. When you click the {{key|Run}} button of the Simulation Run dialog to start the HDMR sweep process, an Output Window pops up that reports the various stages of the sweep loop and displays the progress or percentage of completion. After the sweep process is finished, an HDMR file with a '''.HDM''' file extension is added to your project's folder, which contains all the monomial coefficients of your HDMR model. You can see your new HDMR model [[EM.Cube]]'s Models Dialog, which you can open by clicking the '''Models''' button [[File:Models_icon.png]] of the Simulate Toolbar or selecting '''Menu > Simulate > Models...''' or using the keyboard shortcut {{key|Ctrl+L}}.

@@ Line 36: / Line 36: @@
 [[Image:Variable34.png|thumb|550px|Defining an objective involving antenna directivity.]]
-== Running the HDMR Sweep ==
+== Running an HDMR Sweep ==
 After you define all of your HDMR [[variables]] and model(s), close the HDMR Settings dialog to return to the simulation Run dialog. When you click the {{key|Run}} button of the Simulation Run dialog to start the HDMR sweep process, an Output Window pops up that reports the various stages of the sweep loop and displays the progress or percentage of completion. After the sweep process is finished, an HDMR file with a '''.HDM''' file extension is added to your project's folder, which contains all the monomial coefficients of your HDMR model. You can see your new HDMR model [[EM.Cube]]'s Models Dialog, which you can open by clicking the '''Models''' button [[File:Models_icon.png]] of the Simulate Toolbar or selecting '''Menu > Simulate > Models...''' or using the keyboard shortcut {{key|Ctrl+L}}.

@@ Line 31: / Line 31: @@
 <table>
 <tr>
-<td> [[Image:Variable31.png|thumb|300px|Defining an objective involving S parameters.]] </td>
+<td> [[Image:Variable31.png|thumb|300px|Defining an HDMR model involving Z parameters.]] </td>
 </tr>
 </table>
-[[Image:Variable34.png|thumb|550px|Defining an objective involving antenna directivity.]] == Running the HDMR Sweep ==
+[[Image:Variable34.png|thumb|550px|Defining an objective involving antenna directivity.]]
 After you define all of your HDMR [[variables]] and model(s), close the HDMR Settings dialog to return to the simulation Run dialog. When you click the {{key|Run}} button of the Simulation Run dialog to start the HDMR sweep process, an Output Window pops up that reports the various stages of the sweep loop and displays the progress or percentage of completion. After the sweep process is finished, an HDMR file with a '''.HDM''' file extension is added to your project's folder, which contains all the monomial coefficients of your HDMR model. You can see your new HDMR model [[EM.Cube]]'s Models Dialog, which you can open by clicking the '''Models''' button [[File:Models_icon.png]] of the Simulate Toolbar or selecting '''Menu > Simulate > Models...''' or using the keyboard shortcut {{key|Ctrl+L}}.