Viewing HFSS Design Details

Once you insert an HFSS design into a project, it is listed as the second node in the project tree. It is named HFSSModeln by default, where n is the order in which the design was added to the project. Expand the design icon in the project tree to view all of the specific data about the model, including its boundary conditions and material assignments, and field solution and post-processing information.

The HFSSModeln node contains the following project details:

Boundaries	Displays the boundary conditions assigned to an HFSS design, which specify the field behavior at the edges of the problem region and object interfaces.
Excitations	Displays the excitations assigned to an HFSS design, which are used to specify the sources of electromagnetic fields and charges, currents, or voltages on objects or surfaces in the design.
Mesh Operations	Displays the mesh operations specified for objects or object faces. Mesh operations are optional mesh refinement settings that are specified before a mesh is generated.
Analysis	Displays the solution setups for an HFSS design. A solution setup specifies how HFSS will compute the solution.
Optimetrics	Displays any Optimetrics setups added to an HFSS design.
Results	Displays any post-processing reports generated.
Port Field Display	Displays all port fields in the active model.
Field Overlays	Displays field overlay plots, which are representations of basic or derived field quantities on surfaces or objects. Plot folders are listed under Field Overlays. These folders store the project’s plots and can be customized. See Setting Field Plot Defaults for information on how to customize the plot folders.
Radiation	Displays far- and near-field setups added to an HFSS design.

Note

To edit a project’s design details:

• In the project tree, double-click the design setup icon that you want to edit.

A dialog box appears with that setup’s parameters, which you can then edit.


		Ansys HFSS，Ansoft HFSS online help，Version 15.0.	HFSS视频教程 \| HFSS教程专栏 \| 射频工程师培训培训课程 : Viewing HFSS Design Details '>HFSSComments