AssignFloquet

Creates a Floquet port.

UI Access HFSS > Excitations > Assign > Floquet.
Parameters
Name Type Description
<FloquetPortArray> Array Structured array.

Array("NAME:<BoundName>",

"Faces:=", <array of face IDs>,

"NumModes:=", <integer>,

"RenormalizeAllTerminals:=", <boolean>,

"DoDeembed:=", <boolean>,

<ModesArray>,

"ShowReporterFilter:=", <boolean>,

"UseScanAngles:=", <boolean>,

"Phi:=", "<numdeg>",

"Theta:=", "<numdeg>",

<LatticeAVector>,

<LatticeBVector>,

<ModesCalculator>,

<ModesList>)
    <ModesArray> Array Structured array.

Array("NAME:Modes", Array("NAME:<ModeName>",

"ModeNum:=", <integer>,

"UseIntLine:=", <boolean>),

...)
    <LatticeAVector> Array Structured array.

Array("NAME:LatticeAVector",

"Start:=", Array("<num><units>", "<num><units>", "<num><units>"),

"End:=", Array("<num><units>", "<num><units>", "<num><units>"))
    <LatticeBVector> Array Structured array.

Array("NAME:LatticeBVector",

"Start:=", Array("<num><units>", "<num><units>", "<num><units>"),

"End:=", Array("<num><units>", "<num><units>", "<num><units>"))
    <ModesCalculator> Array Structured array.

Array("NAME:ModesCalculator",

"Frequency:=", "<Value>GHz",

"FrequencyChanged:=", <Boolean>,

"PhiStart:=", "<num>deg",

"PhiStop:=", "<num>deg",

"PhiStep:=", "<num>deg",

"ThetaStart:=", "<num>deg",

"ThetaStop:=", "<num>deg",

"ThetaStep:=", "<num>deg")
    <ModesList> Array Structured array.

Array("NAME:ModesList",

Array("NAME:Mode",

"ModeNumber:=", <ModeID>,

"IndexM:=", <integer index>,

"IndexN:=", <integer index>,

"KC2:=", <integer value>,

"PropagationState:=", "Propagating",

"Attenuation:=", <integer value>,

"PolarizationState:=", <TE or TM>,

"AffectsRefinement:=", <boolean>),

...)
Return Value None.

 

Python Syntax AssignFloquetPort (<FloquetPortArray>)
Python Example 
oModule.AssignFloquetPort(["NAME:FloquetPort1",

"Faces:=", [7], 
"NumModes:=", 2, 
"RenormalizeAllTerminals:=", True, 
"DoDeembed:=", False, 
["NAME:Modes", 
	["NAME:Mode1", 
	"ModeNum:=",1, 
	"UseIntLine:=", False], 
	["NAME:Mode2", 
	"ModeNum:=", 2, 
	"UseIntLine:=", False]], 
"ShowReporterFilter:=", False, 
"UseScanAngles:=", True, "Phi:=", "0deg", "Theta:=", "0deg", 
["NAME:LatticeAVector", 
	"Start:=", ["0mm", "0mm", "0.8mm"], 
	"End:=", ["0mm", "0.6mm", "0.8mm"]], 
["NAME:LatticeBVector", 
	"Start:=", ["0mm", "0mm", "0.8mm"], 
	"End:=", ["0.8mm", "0mm", "0.8mm"]], 
["NAME:ModesCalculator", 
	"Frequency:=", "1GHz",

	"FrequencyChanged:=", False, 
	"PhiStart:=", "0deg", 
	"PhiStop:=", "0deg", 
	"PhiStep:=","0deg", 
	"ThetaStart:=", "0deg", 
	"ThetaStop:=", "0deg", 
	"ThetaStep:=", "0deg"], 
["NAME:ModesList", 
	["NAME:Mode", 
	"ModeNumber:=", 1, 
	"IndexM:=", 0, 
	"IndexN:=", 0, 
	"KC2:=", 0, 
	"PropagationState:=", "Propagating", 
	"Attenuation:=", 0, 
	"PolarizationState:=", "TE", 
	"AffectsRefinement:=", False], 
["NAME:Mode", 
	"ModeNumber:=", 2, 
	"IndexM:=", 0, 
	"IndexN:=", 0, 
	"KC2:=", 0, 
	"PropagationState:=", "Propagating", 
	"Attenuation:=", 0, 
	"PolarizationState:=", "TM", 
	"AffectsRefinement:=", False]
]])