EMBoundaryCondition Class

A wrapped EMBoundaryCondition class that allows for the definition of electromagnetic boundaries in FE models using the API.

Inheritance Hierarchy

SystemObject
ema3d.Api.V26.Charging.BoundariesEMBoundaryCondition

Namespace: ema3d.Api.V26.Charging.Boundaries
Assembly: ema3d.Api.V26 (in ema3d.Api.V26.dll) Version: 0.0.0.0

Syntax

C++

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public sealed class EMBoundaryCondition

Public NotInheritable Class EMBoundaryCondition

public ref class EMBoundaryCondition sealed

[<SealedAttribute>]
type EMBoundaryCondition = class end

The EMBoundaryCondition type exposes the following members.

Properties

	Name	Description
	BoundaryGeometry	The geometry the boundary is defined on.
	CoupledBoundaryType	Type of coupling to use in coupled boundaries.
	DisplayName	The EM Boundary's name in the sim tree in the UI.
	ElectricPotential	The scalar potential for the selected boundary.
	EMBoundaryType	Boundary type for an electromagnetic boundary.
	MagneticPotential	The magnetic vector potential for the selected boundary.
	NormalRoughnessFactor	The normal roughness factor in Field Enhancement boundaries.
	TangentialRoughnessFactor	The tangential roughness factor in Field Enhancement boundaries.
	VectorAxis	The coordinate axis along which the vector potential is defined.

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Methods

	Name	Description
	Create	Creates a new EMBoundaryCondition object in the current document when provided a list of faces from the geometry.
	Delete	Deletes the electromagnetic boundary object.
	Equals	Determines whether the specified object is equal to the current object. (Inherited from Object)
	GetHashCode	Serves as the default hash function. (Inherited from Object)
	GetType	Gets the Type of the current instance. (Inherited from Object)
	ToString	Returns a string that represents the current object. (Inherited from Object)

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Example

Python

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from ema3d.Api.V26.Charging.Domain import ChargeDomain as ChargeDomain
from ema3d.Api.V26.Charging.Domain import ChargingEnvironment as ChargingEnvironment
from ema3d.Api.V26.Charging.Boundaries import EMBoundaryCondition as EMBoundaryCondition
from ema3d.Api.V26.Charging.Boundaries import EMBoundaryType as EMBoundaryType
from ema3d.Api.V26.Charging.Boundaries import CoupledBoundaryType as CoupledBoundaryType
from ema3d.Api.V26.Charging.Boundaries import VectorAxis as VectorAxis

document = Window.ActiveWindow.Document
_cd = ChargeDomain.GetInstance(document)
_cd.SwitchChargingOptions.SimulationType = ChargingEnvironment.Internal

# Create a geometry
result = BlockBody.Create(Point.Create(MM(-10), MM(-10), MM(0)), Point.Create(MM(10), MM(10), MM(20)), ExtrudeType.ForceAdd)

faces = GetRootPart().Bodies[0].Faces
faces_list = [f for f in faces]

# Create a coupled EM Boundary
# Pass faces as list of IDesignFaces to the constructor
_emb_c = EMBoundaryCondition.Create(faces_list[0:3], document)
_emb_c.EMBoundaryType = EMBoundaryType.Coupled
_emb_c.CoupledBoundaryType = CoupledBoundaryType.Independent
_emb_c.DisplayName = "My Coupled Boundary"

# Create a magnetic vector potential boundary
_emb_v = EMBoundaryCondition.Create(List[IDesignFace]([faces_list[5]]), document)
_emb_v.EMBoundaryType = EMBoundaryType.Vector
_emb_v.MagneticPotential = 100
_emb_v.VectorAxis = VectorAxis.All

# Change the selected boundaries
_emb_v.BoundaryGeometry = faces_list[4:]

Reference

ema3d.Api.V26.Charging.Boundaries Namespace