InsertSetup [Transient]

Add a new solution setup to a Transient design

Command: HFSS>Analysis Setup>Add Solution Setup

Syntax: InsertSetup <SetupType>, <AttributesArray>

Return Value: None

Parameters: <SetupType>

Type: <string>

"HfssTransient". Must match the HFSS solution type.

Array("NAME:<SetupName>", <Named Parameters>)

The parameters correspond to fields in the Setup dialog box. For example, here is default dialog for an HFSS Transient driven Composite Excitation setup with one excitation assigned. To see the required parameters for a specific set of parameters and their format, use the record script function, and view the resulting script in a text editor.

Python Syntax

InsertSetup("HfssTransient", [<parameters>])

Python Example

oModule.InsertSetup("HfssTransient",
	[
		"NAME:Setup2",
		"Frequency:="		, "5GHz",
		"MaxDeltaS:="		, 0.02,
		"MaximumPasses:="	, 20,
		"UseImplicitSolver:="	, True,
		"IsEnabled:="		, True,
		"BasisOrder:="		, -1,
		[
			"NAME:Transient",
			"TimeProfile:="		, "Broadband Pulse",
			"HfssFrequency:="	, "5GHz",
			"MinFreq:="		, "100MHz",
			"MaxFreq:="		, "1GHz",
			"NumFreqsExtracted:="	, 401,
			"SweepMinFreq:="	, "100MHz",
			"SweepMaxFreq:="	, "1GHz",
			"ListsForFields:="	, ["Facelist1"],
			"UseSaveCount:="	, 1,
			"SaveCount:="		, 256,
			"UseSaveStart:="	, 1,
			"SaveStart:="		, "0s",
			"UseSaveDelta:="	, 1,
			"SaveDelta:="		, "10ps",
			"SaveRadFields:="	, 0,
			"SaveFDRadFields:="	, 0,
			"UseAutoTermination:="	, 1,
			"SteadyStateCriteria:="	, 0.01,
			"UseMinimumDuration:="	, 0,
			"TerminateOnMaximum:="	, 0
		]
	])