 | Adding Field Probes |
The examples below will show you how to create field probes using EMA3D API.
This example shows how to create and antenna far field probe.
Box Field Probe Creation
# Python Script, API Version = V251 # Import EMA API dll and Core namespace import clr apipath = "ema3d.Api.V25.dll" clr.AddReferenceToFileAndPath(apipath) import ema3d.Api.V25.Core as Core import ema3d.Api.V25.Core.Domain.Domain as Domain # get document doc = Window.ActiveWindow.Document # create domain domain = Domain.GetInstance(doc) Domain.ResetDomainBounds(domain) # create and update probe probe = Core.Probes.AntennaFarFieldProbe.Create(doc) probe.MinimumX = 0 probe.MinimumY = 0 probe.MinimumZ = 0 probe.MaximumX = 120 probe.MaximumY = 120 probe.MaximumZ = 0 probe.ResultDomain = Core.Probes.AntennaResultsDomain.Frequency probe.ResultDimension = Core.Probes.AntennaResultsDimension.Sphere # Refresh Stage to show EMA Tree Solution.Stages.SetStage("EMA3D")
This example shows how to create a box field probe. We first create two points for the bounds of our box probe, create a domain, then create and update properties on the box field probe.
Box Field Probe Creation
# Import EMA API dll and Core namespace import clr apipath = "ema3d.Api.V25.dll" clr.AddReferenceToFileAndPath(apipath) import ema3d.Api.V25.Core as Core # clear existing workspace ClearAll() # create 2 ICurvePoints as Bounds for the Box Probe point = Point.Create(MM(0), MM(0), MM(0)) result = SketchPoint.Create(point) i_curve_point_one = result.CreatedCurves[0].GetChildren[ICurvePoint]()[0] point = Point.Create(MM(100), MM(100), MM(100)) result = SketchPoint.Create(point) i_curve_point_two = result.CreatedCurves[0].GetChildren[ICurvePoint]()[0] # get document doc = Window.ActiveWindow.Document # create domain domain = Core.Domain.Domain.GetInstance(doc) Core.Domain.Domain.ResetDomainBounds(domain) # Create Box Field Probe probe = Core.Probes.BoxFieldProbe.Create(doc, i_curve_point_one, i_curve_point_two) probe.Type = Core.FieldType.HField probe.DisplayName = "Hello world" probe.MaximumX = .2 probe.MaxSamples = 225 # Refresh Stage to show EMA Tree Solution.Stages.SetStage("EMA3D")
The example below shows how to create a point field probe. Similar to a box field probe but you only need one point to create the probe.
Point Field Probe Creation
# Import EMA API dll and Core namespace import clr apipath = "ema3d.Api.V25.dll" clr.AddReferenceToFileAndPath(apipath) import ema3d.Api.V25.Core as Core # clear existing workspace ClearAll() # create a point point = Point.Create(MM(0), MM(0), MM(0)) result = SketchPoint.Create(point) i_curve_point = result.CreatedCurves[0].GetChildren[ICurvePoint]()[0] # get document doc = Window.ActiveWindow.Document # create domain domain = Core.Domain.Domain.GetInstance(doc) Core.Domain.Domain.ResetDomainBounds(domain) # create and update probe probe = Core.Probes.PointFieldProbe.Create(doc, i_curve_point) # Modify TEnd _tend = probe.TEnd _tend.MatchDomainType = Core.MatchDomainType.None _tend.Value = 1e-8 probe.TEnd = _tend probe.Type = Core.FieldType.HField probe.DisplayName = "Hello world" # clone and update cloned probe new_probe = probe.Clone() new_probe.DisplayName = "Hello world 2" # Modify TStep to match the nyquist frequency _tstep = new_probe.TStep _tstep.MatchDomainType = Core.MatchDomainType.Frequency new_probe.TStep = _tstep new_probe.Type = Core.FieldType.EField # Refresh Stage to show EMA Tree Solution.Stages.SetStage("EMA3D")
The example below shows how to create a far field probe.
Point Field Probe Creation
# Python Script, API Version = V251 # Import EMA API dll and Core namespace import clr apipath = "ema3d.Api.V25.dll" clr.AddReferenceToFileAndPath(apipath) import ema3d.Api.V25.Core as Core import ema3d.Api.V25.Core.Domain.Domain as Domain # get document doc = Window.ActiveWindow.Document # create domain domain = Domain.GetInstance(doc) Domain.ResetDomainBounds(domain) # create and update probe probe = Core.Probes.FarFieldProbe.Create(doc) #Set Location probe.locationX = 100 probe.locationY = 100 probe.locationZ = 100 #Set Orientation _orientation = probe.Orientation _orientation.Phi = 91 _orientation.Theta = 91 probe.Orientation = _orientation # Field Type and Display Name probe.FieldType = Core.FieldType.HField probe.DisplayName = "Hello world" # Refresh Stage to show EMA Tree Solution.Stages.SetStage("EMA3D")