public static StkObjectSummary SummarizeStkObject(IAgStkObject stkObject)
{
var summary = new StkObjectSummary
{
ShortDescription = stkObject.ShortDescription,
LongDescription = stkObject.LongDescription,
Name = stkObject.InstanceName,
Type = stkObject.ClassName,
Properties = new List <Property>(),
Children = new List <StkObjectSummary>()
};
// Determine the object type and capture the appropriate stats
switch (stkObject.ClassType)
{
case AgESTKObjectType.eAdvCat:
break;
case AgESTKObjectType.eAircraft:
var aircraft = stkObject as IAgAircraft;
summary.Properties.Add(new Property("RouteType", aircraft.RouteType.ToString()));
break;
case AgESTKObjectType.eAreaTarget:
var areaTarget = stkObject as IAgAreaTarget;
var centroidPosition = areaTarget.Position.QueryPlanetocentricArray();
summary.Properties.Add(new Property("CentroidLatitude", centroidPosition.GetValue(0).ToString()));
summary.Properties.Add(new Property("CentroidLongitude", centroidPosition.GetValue(1).ToString()));
summary.Properties.Add(new Property("CentroidAltitude", centroidPosition.GetValue(2).ToString()));
break;
case AgESTKObjectType.eAttitudeCoverage:
break;
case AgESTKObjectType.eChain:
var chain = stkObject as IAgChain;
summary.Properties.Add(new Property("NumberOfLinks", chain.Objects.Count.ToString()));
break;
case AgESTKObjectType.eCommSystem:
break;
case AgESTKObjectType.eConstellation:
var constellation = stkObject as IAgConstellation;
summary.Properties.Add(new Property("NumberOfItems", constellation.Objects.Count.ToString()));
break;
case AgESTKObjectType.eCoverageDefinition:
var coverage = stkObject as IAgCoverageDefinition;
summary.Properties.Add(new Property("NumberOfAssets", coverage.AssetList.Count.ToString()));
summary.Properties.Add(new Property("ResolutionType", coverage.Grid.ResolutionType.ToString()));
summary.Properties.Add(new Property("BoundsType", coverage.Grid.BoundsType.ToString()));
break;
case AgESTKObjectType.eFacility:
var facility = stkObject as IAgFacility;
var position = facility.Position.QueryPlanetodeticArray();
summary.Properties.Add(new Property("Position",
$"({position.GetValue(0)},{position.GetValue(1)},{position.GetValue(2)})"));
break;
case AgESTKObjectType.eGroundVehicle:
var groundVehicle = stkObject as IAgGroundVehicle;
summary.Properties.Add(new Property("RouteType", groundVehicle.RouteType.ToString()));
if (groundVehicle.RouteType == AgEVePropagatorType.ePropagatorGreatArc)
{
summary.Properties.Add(new Property("NumberOfWaypoints",
(groundVehicle.Route as IAgVePropagatorGreatArc).Waypoints.Count.ToString()));
}
break;
case AgESTKObjectType.eLaunchVehicle:
var lv = stkObject as IAgLaunchVehicle;
summary.Properties.Add(new Property("TrajectoryType", lv.TrajectoryType.ToString()));
break;
case AgESTKObjectType.eLineTarget:
break;
case AgESTKObjectType.eMTO:
break;
case AgESTKObjectType.eMissile:
var missile = stkObject as IAgMissile;
summary.Properties.Add(new Property("TrajectoryType", missile.TrajectoryType.ToString()));
break;
case AgESTKObjectType.eMissileSystem:
break;
case AgESTKObjectType.ePlanet:
break;
case AgESTKObjectType.eRadar:
break;
case AgESTKObjectType.eReceiver:
var receiver = stkObject as IAgReceiver;
summary.Properties.Add(new Property("ReceiverModelType", receiver.Model.Type.ToString()));
break;
case AgESTKObjectType.eSatellite:
var satellite = stkObject as IAgSatellite;
summary.Properties.Add(new Property("PropagatorType", satellite.PropagatorType.ToString()));
break;
case AgESTKObjectType.eScenario:
var scenario = stkObject as IAgScenario;
summary.Properties.Add(new Property("AnalysisStartTime", scenario.StartTime.ToString()));
summary.Properties.Add(new Property("AnalysisEndTime", scenario.StopTime.ToString()));
break;
case AgESTKObjectType.eSensor:
var sensor = stkObject as IAgSensor;
summary.Properties.Add(new Property("PatternType", sensor.PatternType.ToString()));
summary.Properties.Add(new Property("PointingType", sensor.PointingType.ToString()));
break;
case AgESTKObjectType.eShip:
break;
case AgESTKObjectType.eStar:
var star = stkObject as IAgStar;
summary.Properties.Add(new Property("Declination", star.LocationDeclination.ToString()));
summary.Properties.Add(new Property("RightAscension", star.LocationRightAscension.ToString()));
break;
case AgESTKObjectType.eTarget:
var target = stkObject as IAgTarget;
var positionTarget = target.Position.QueryPlanetodeticArray();
summary.Properties.Add(new Property("Position",
$"({positionTarget.GetValue(0)},{positionTarget.GetValue(1)},{positionTarget.GetValue(2)})"));
break;
case AgESTKObjectType.eTransmitter:
var transmitter = stkObject as IAgTransmitter;
summary.Properties.Add(new Property("ModelName", transmitter.Model.Name));
break;
case AgESTKObjectType.eFigureOfMerit:
var fom = stkObject as IAgFigureOfMerit;
summary.Properties.Add(new Property("FigureOfMeritType", fom.DefinitionType.ToString()));
break;
case AgESTKObjectType.eRoot:
break;
case AgESTKObjectType.eAccess:
//var access = stkObject as IAgStkAccess;
summary.Properties.Add(new Property("Access", stkObject.InstanceName));
break;
case AgESTKObjectType.eObjectCoverage:
break;
case AgESTKObjectType.eAttitudeFigureOfMerit:
break;
case AgESTKObjectType.eSubmarine:
break;
case AgESTKObjectType.eAntenna:
var antenna = stkObject as IAgAntenna;
summary.Properties.Add(new Property("ModelName", antenna.Model.Name));
break;
case AgESTKObjectType.ePlace:
var place = stkObject as IAgPlace;
var positionPlace = place.Position.QueryPlanetodeticArray();
summary.Properties.Add(new Property("Position",
$"({positionPlace.GetValue(0)},{positionPlace.GetValue(1)},{positionPlace.GetValue(2)})"));
break;
case AgESTKObjectType.eVolumetric:
break;
}
foreach (IAgStkObject stkObjectChild in stkObject.Children)
{
summary.Children.Add(SummarizeStkObject(stkObjectChild));
}
return(summary);
}
public static StkObjectSummary SummarizeStkObject(IAgStkObject stkObject)
{
var summary = new StkObjectSummary
{
ShortDescription = stkObject.ShortDescription,
LongDescription = stkObject.LongDescription,
Name = stkObject.InstanceName,
Type = stkObject.ClassName,
Properties = new List <Property>(),
Children = new List <StkObjectSummary>()
};
// Determine the object type and capture the appropriate stats
switch (stkObject.ClassType)
{
case AgESTKObjectType.eAdvCat:
break;
case AgESTKObjectType.eAircraft:
var aircraft = stkObject as IAgAircraft;
summary.Properties.Add(new Property("RouteType", aircraft.RouteType.ToString()));
break;
case AgESTKObjectType.eAreaTarget:
var areaTarget = stkObject as IAgAreaTarget;
var centroidPosition = areaTarget.Position.QueryPlanetocentricArray();
summary.Properties.Add(new Property("CentroidLatitude", centroidPosition.GetValue(0).ToString()));
summary.Properties.Add(new Property("CentroidLongitude", centroidPosition.GetValue(1).ToString()));
summary.Properties.Add(new Property("CentroidAltitude", centroidPosition.GetValue(2).ToString()));
break;
case AgESTKObjectType.eAttitudeCoverage:
break;
case AgESTKObjectType.eChain:
var chain = stkObject as IAgChain;
summary.Properties.Add(new Property("NumberOfLinks", chain.Objects.Count.ToString()));
break;
case AgESTKObjectType.eCommSystem:
break;
case AgESTKObjectType.eConstellation:
var constellation = stkObject as IAgConstellation;
summary.Properties.Add(new Property("NumberOfItems", constellation.Objects.Count.ToString()));
break;
case AgESTKObjectType.eCoverageDefinition:
var coverage = stkObject as IAgCoverageDefinition;
summary.Properties.Add(new Property("NumberOfAssets", coverage.AssetList.Count.ToString()));
summary.Properties.Add(new Property("ResolutionType", coverage.Grid.ResolutionType.ToString()));
summary.Properties.Add(new Property("BoundsType", coverage.Grid.BoundsType.ToString()));
break;
case AgESTKObjectType.eFacility:
var facility = stkObject as IAgFacility;
var position = facility.Position.QueryPlanetodeticArray();
summary.Properties.Add(new Property("Position",
$"({position.GetValue(0)},{position.GetValue(1)},{position.GetValue(2)})"));
break;
case AgESTKObjectType.eGroundVehicle:
var groundVehicle = stkObject as IAgGroundVehicle;
summary.Properties.Add(new Property("RouteType", groundVehicle.RouteType.ToString()));
if (groundVehicle.RouteType == AgEVePropagatorType.ePropagatorGreatArc)
{
summary.Properties.Add(new Property("NumberOfWaypoints",
(groundVehicle.Route as IAgVePropagatorGreatArc).Waypoints.Count.ToString()));
}
break;
case AgESTKObjectType.eLaunchVehicle:
var lv = stkObject as IAgLaunchVehicle;
summary.Properties.Add(new Property("TrajectoryType", lv.TrajectoryType.ToString()));
break;
case AgESTKObjectType.eLineTarget:
break;
case AgESTKObjectType.eMTO:
break;
case AgESTKObjectType.eMissile:
var missile = stkObject as IAgMissile;
summary.Properties.Add(new Property("TrajectoryType", missile.TrajectoryType.ToString()));
break;
case AgESTKObjectType.eMissileSystem:
break;
case AgESTKObjectType.ePlanet:
break;
case AgESTKObjectType.eRadar:
var radar = stkObject as IAgRadar;
IAgRadarModel radarModel = radar.Model as IAgRadarModel;
summary.Properties.Add(new Property("Radar Model", radarModel.Name.ToString()));
if (radarModel.Name.ToString().Equals("Monostatic"))
{
IAgRadarModelMonostatic radarMonostatic = radarModel as IAgRadarModelMonostatic;
summary.Properties.Add(new Property("Radar Mode", radarMonostatic.Mode.Name.ToString()));
IAgRadarReceiver radarReceiver = radarMonostatic.Receiver as IAgRadarReceiver;
summary.Properties.Add(new Property("Radar Receiver Frequency", radarReceiver.Frequency.ToString()));
summary.Properties.Add(new Property("Radar Receiver LNA Bandwidth", radarReceiver.LNABandwidth.ToString()));
summary.Properties.Add(new Property("Radar Receiver LNA Gain", radarReceiver.LnaGain.ToString()));
summary.Properties.Add(new Property("Radar Receiver LNA To Receiver Line Loss", radarReceiver.LnaToReceiverLineLoss.ToString()));
summary.Properties.Add(new Property("Radar Receiver Use Rain", radarReceiver.UseRain.ToString()));
summary.Properties.Add(new Property("Radar Receiver Rain Outage Percent", radarReceiver.RainOutagePercent.ToString()));
IAgRadarTransmitter radarTransmitter = radarMonostatic.Transmitter as IAgRadarTransmitter;
summary.Properties.Add(new Property("Radar Transmitter Frequency", radarTransmitter.Frequency.ToString()));
summary.Properties.Add(new Property("Radar Transmitter Power", radarTransmitter.Power.ToString()));
summary.Properties.Add(new Property("Radar Transmitter Power Amp Bandwidth", radarTransmitter.PowerAmpBandwidth.ToString()));
summary.Properties.Add(new Property("Radar Transmitter Wavelength", radarTransmitter.Wavelength.ToString()));
}
break;
case AgESTKObjectType.eReceiver:
var receiver = stkObject as IAgReceiver;
summary.Properties.Add(new Property("Receiver Model", receiver.Model.Name.ToString()));
if (receiver.Model.Name.ToString().Equals("Complex Receiver Model"))
{
IAgReceiverModelComplex complexReceiver = receiver.Model as IAgReceiverModelComplex;
summary.Properties.Add(new Property("Frequency", complexReceiver.Frequency.ToString()));
summary.Properties.Add(new Property("Auto-Track Frequency", complexReceiver.AutoTrackFrequency.ToString()));
summary.Properties.Add(new Property("Use Rain", complexReceiver.UseRain.ToString()));
summary.Properties.Add(new Property("Rain Outage Percent", complexReceiver.RainOutagePercent.ToString()));
summary.Properties.Add(new Property("Bandwidth", complexReceiver.Bandwidth.ToString()));
summary.Properties.Add(new Property("Antenna To LNA Line Loss", complexReceiver.AntennaToLnaLineLoss.ToString()));
IAgAntennaModel antennaModel = complexReceiver.AntennaControl.EmbeddedModel as IAgAntennaModel;
summary.Properties.Add(new Property("Antenna Design Frequency", antennaModel.DesignFrequency.ToString()));
summary.Properties.Add(new Property("Antenna Model Name", antennaModel.Name.ToString()));
//Adding some "common" antenna types to reveal additional properties
if (antennaModel.Name.ToString().Equals("Gaussian"))
{
IAgAntennaModelGaussian antennaGaussian = complexReceiver.AntennaControl.EmbeddedModel as IAgAntennaModelGaussian;
summary.Properties.Add(new Property("Antenna Mainlobe Gain", antennaGaussian.MainlobeGain.ToString()));
summary.Properties.Add(new Property("Antenna Backlobe Gain", antennaGaussian.BacklobeGain.ToString()));
summary.Properties.Add(new Property("Antenna Diameter", antennaGaussian.Diameter.ToString()));
summary.Properties.Add(new Property("Antenna Beamwidth", antennaGaussian.Beamwidth.ToString()));
}
if (antennaModel.Name.ToString().Equals("Dipole"))
{
IAgAntennaModelDipole antennaDipole = complexReceiver.AntennaControl.EmbeddedModel as IAgAntennaModelDipole;
summary.Properties.Add(new Property("Antenna Length", antennaDipole.Length.ToString()));
summary.Properties.Add(new Property("Antenna Length/Wavelength Ratio", antennaDipole.LengthToWavelengthRatio.ToString()));
}
if (antennaModel.Name.ToString().Equals("Parabolic"))
{
IAgAntennaModelParabolic antennaParabolic = complexReceiver.AntennaControl.EmbeddedModel as IAgAntennaModelParabolic;
summary.Properties.Add(new Property("Antenna Mainlobe Gain", antennaParabolic.MainlobeGain.ToString()));
summary.Properties.Add(new Property("Antenna Backlobe Gain", antennaParabolic.BacklobeGain.ToString()));
summary.Properties.Add(new Property("Antenna Diameter", antennaParabolic.Diameter.ToString()));
summary.Properties.Add(new Property("Antenna Beamwidth", antennaParabolic.Beamwidth.ToString()));
}
if (antennaModel.Name.ToString().Equals("External Antenna Pattern"))
{
IAgAntennaModelExternal antennaExternal = complexReceiver.AntennaControl.EmbeddedModel as IAgAntennaModelExternal;
summary.Properties.Add(new Property("Antenna External File", antennaExternal.Filename.ToString()));
}
if (antennaModel.Name.ToString().Equals("Complex ANSYS ffd Format"))
{
IAgAntennaModelComplexANSYSffdFormat antennaAnsysExternal = complexReceiver.AntennaControl.EmbeddedModel as IAgAntennaModelComplexANSYSffdFormat;
//NOT ABLE TO GET THIS PROPERTY FOR SOME REASON
//summary.Properties.Add(new Property("Antenna External File", antennaAnsysExternal.Filename.ToString()));
}
}
if (receiver.Model.Name.ToString().Equals("Simple Receiver Model"))
{
IAgReceiverModelSimple simpleReceiver = receiver.Model as IAgReceiverModelSimple;
summary.Properties.Add(new Property("Frequency", simpleReceiver.Frequency.ToString()));
summary.Properties.Add(new Property("Auto-Track Frequency", simpleReceiver.AutoTrackFrequency.ToString()));
summary.Properties.Add(new Property("Use Rain", simpleReceiver.UseRain.ToString()));
summary.Properties.Add(new Property("Rain Outage Percent", simpleReceiver.RainOutagePercent.ToString()));
summary.Properties.Add(new Property("Bandwidth", simpleReceiver.Bandwidth.ToString()));
summary.Properties.Add(new Property("G/T", simpleReceiver.GOverT.ToString()));
}
if (receiver.Model.Name.ToString().Equals("Medium Receiver Model"))
{
IAgReceiverModelMedium mediumReceiver = receiver.Model as IAgReceiverModelMedium;
summary.Properties.Add(new Property("Frequency", mediumReceiver.Frequency.ToString()));
summary.Properties.Add(new Property("Auto-Track Frequency", mediumReceiver.AutoTrackFrequency.ToString()));
summary.Properties.Add(new Property("Use Rain", mediumReceiver.UseRain.ToString()));
summary.Properties.Add(new Property("Rain Outage Percent", mediumReceiver.RainOutagePercent.ToString()));
summary.Properties.Add(new Property("Bandwidth", mediumReceiver.Bandwidth.ToString()));
summary.Properties.Add(new Property("LNA Gain", mediumReceiver.LnaGain.ToString()));
summary.Properties.Add(new Property("LNA To Receiver Line Loss", mediumReceiver.LnaToReceiverLineLoss.ToString()));
summary.Properties.Add(new Property("Antenna Gain", mediumReceiver.AntennaGain.ToString()));
}
break;
case AgESTKObjectType.eSatellite:
var satellite = stkObject as IAgSatellite;
summary.Properties.Add(new Property("PropagatorType", satellite.PropagatorType.ToString()));
break;
case AgESTKObjectType.eScenario:
var scenario = stkObject as IAgScenario;
summary.Properties.Add(new Property("AnalysisStartTime", scenario.StartTime.ToString()));
summary.Properties.Add(new Property("AnalysisEndTime", scenario.StopTime.ToString()));
break;
case AgESTKObjectType.eSensor:
var sensor = stkObject as IAgSensor;
summary.Properties.Add(new Property("PatternType", sensor.PatternType.ToString()));
summary.Properties.Add(new Property("PointingType", sensor.PointingType.ToString()));
break;
case AgESTKObjectType.eShip:
break;
case AgESTKObjectType.eStar:
var star = stkObject as IAgStar;
summary.Properties.Add(new Property("Declination", star.LocationDeclination.ToString()));
summary.Properties.Add(new Property("RightAscension", star.LocationRightAscension.ToString()));
break;
case AgESTKObjectType.eTarget:
var target = stkObject as IAgTarget;
var positionTarget = target.Position.QueryPlanetodeticArray();
summary.Properties.Add(new Property("Position",
$"({positionTarget.GetValue(0)},{positionTarget.GetValue(1)},{positionTarget.GetValue(2)})"));
break;
case AgESTKObjectType.eTransmitter:
IAgTransmitter transmitter = stkObject as IAgTransmitter;
summary.Properties.Add(new Property("Transmitter Model", transmitter.Model.Name));
if (transmitter.Model.Name.ToString().Equals("Complex Transmitter Model"))
{
IAgTransmitterModelComplex complexTransmitter = transmitter.Model as IAgTransmitterModelComplex;
summary.Properties.Add(new Property("Frequency", complexTransmitter.Frequency.ToString()));
summary.Properties.Add(new Property("Power", complexTransmitter.Power.ToString()));
summary.Properties.Add(new Property("Data Rate", complexTransmitter.DataRate.ToString()));
summary.Properties.Add(new Property("Antenna Type", complexTransmitter.AntennaControl.EmbeddedModel.Name.ToString()));
IAgAntennaModel antennaModel = complexTransmitter.AntennaControl.EmbeddedModel as IAgAntennaModel;
summary.Properties.Add(new Property("Antenna Design Frequency", antennaModel.DesignFrequency.ToString()));
summary.Properties.Add(new Property("Antenna Model Name", antennaModel.Name.ToString()));
//Adding some "common" antenna types to reveal additional properties
if (antennaModel.Name.ToString().Equals("Gaussian"))
{
IAgAntennaModelGaussian antennaGaussian = complexTransmitter.AntennaControl.EmbeddedModel as IAgAntennaModelGaussian;
summary.Properties.Add(new Property("Antenna Mainlobe Gain", antennaGaussian.MainlobeGain.ToString()));
summary.Properties.Add(new Property("Antenna Backlobe Gain", antennaGaussian.BacklobeGain.ToString()));
summary.Properties.Add(new Property("Antenna Diameter", antennaGaussian.Diameter.ToString()));
summary.Properties.Add(new Property("Antenna Beamwidth", antennaGaussian.Beamwidth.ToString()));
}
if (antennaModel.Name.ToString().Equals("Dipole"))
{
IAgAntennaModelDipole antennaDipole = complexTransmitter.AntennaControl.EmbeddedModel as IAgAntennaModelDipole;
summary.Properties.Add(new Property("Antenna Length", antennaDipole.Length.ToString()));
summary.Properties.Add(new Property("Antenna Length/Wavelength Ratio", antennaDipole.LengthToWavelengthRatio.ToString()));
}
if (antennaModel.Name.ToString().Equals("Parabolic"))
{
IAgAntennaModelParabolic antennaParabolic = complexTransmitter.AntennaControl.EmbeddedModel as IAgAntennaModelParabolic;
summary.Properties.Add(new Property("Antenna Mainlobe Gain", antennaParabolic.MainlobeGain.ToString()));
summary.Properties.Add(new Property("Antenna Backlobe Gain", antennaParabolic.BacklobeGain.ToString()));
summary.Properties.Add(new Property("Antenna Diameter", antennaParabolic.Diameter.ToString()));
summary.Properties.Add(new Property("Antenna Beamwidth", antennaParabolic.Beamwidth.ToString()));
}
if (antennaModel.Name.ToString().Equals("External Antenna Pattern"))
{
IAgAntennaModelExternal antennaExternal = complexTransmitter.AntennaControl.EmbeddedModel as IAgAntennaModelExternal;
summary.Properties.Add(new Property("Antenna External File", antennaExternal.Filename.ToString()));
}
if (antennaModel.Name.ToString().Equals("Complex ANSYS ffd Format"))
{
IAgAntennaModelComplexANSYSffdFormat antennaAnsysExternal = complexTransmitter.AntennaControl.EmbeddedModel as IAgAntennaModelComplexANSYSffdFormat;
//NOT ABLE TO GET THIS PROPERTY FOR SOME REASON
//summary.Properties.Add(new Property("Antenna External File", antennaAnsysExternal.Filename.ToString()));
}
}
if (transmitter.Model.Name.ToString().Equals("Simple Transmitter Model"))
{
IAgTransmitterModelSimple simpleTransmitter = transmitter.Model as IAgTransmitterModelSimple;
summary.Properties.Add(new Property("Frequency", simpleTransmitter.Frequency.ToString()));
summary.Properties.Add(new Property("Power", simpleTransmitter.Eirp.ToString()));
summary.Properties.Add(new Property("Data Rate", simpleTransmitter.DataRate.ToString()));
}
if (transmitter.Model.Name.ToString().Equals("Medium Transmitter Model"))
{
IAgTransmitterModelMedium mediumTransmitter = transmitter.Model as IAgTransmitterModelMedium;
summary.Properties.Add(new Property("Frequency", mediumTransmitter.Frequency.ToString()));
summary.Properties.Add(new Property("Power", mediumTransmitter.Power.ToString()));
summary.Properties.Add(new Property("Data Rate", mediumTransmitter.DataRate.ToString()));
summary.Properties.Add(new Property("Antenna Gain", mediumTransmitter.AntennaGain.ToString()));
}
break;
case AgESTKObjectType.eFigureOfMerit:
var fom = stkObject as IAgFigureOfMerit;
summary.Properties.Add(new Property("FigureOfMeritType", fom.DefinitionType.ToString()));
break;
case AgESTKObjectType.eRoot:
break;
case AgESTKObjectType.eAccess:
//var access = stkObject as IAgStkAccess;
summary.Properties.Add(new Property("Access", stkObject.InstanceName));
break;
case AgESTKObjectType.eObjectCoverage:
break;
case AgESTKObjectType.eAttitudeFigureOfMerit:
break;
case AgESTKObjectType.eSubmarine:
break;
case AgESTKObjectType.eAntenna:
var antenna = stkObject as IAgAntenna;
summary.Properties.Add(new Property("ModelName", antenna.Model.Name));
if (antenna.Model.Name.ToString().Equals("Gaussian"))
{
IAgAntennaModelGaussian antennaGaussian = antenna.Model as IAgAntennaModelGaussian;
summary.Properties.Add(new Property("Antenna Mainlobe Gain", antennaGaussian.MainlobeGain.ToString()));
summary.Properties.Add(new Property("Antenna Backlobe Gain", antennaGaussian.BacklobeGain.ToString()));
summary.Properties.Add(new Property("Antenna Diameter", antennaGaussian.Diameter.ToString()));
summary.Properties.Add(new Property("Antenna Beamwidth", antennaGaussian.Beamwidth.ToString()));
}
if (antenna.Model.Name.ToString().Equals("Dipole"))
{
IAgAntennaModelDipole antennaDipole = antenna.Model as IAgAntennaModelDipole;
summary.Properties.Add(new Property("Antenna Length", antennaDipole.Length.ToString()));
summary.Properties.Add(new Property("Antenna Length/Wavelength Ratio", antennaDipole.LengthToWavelengthRatio.ToString()));
}
if (antenna.Model.Name.ToString().Equals("Parabolic"))
{
IAgAntennaModelParabolic antennaParabolic = antenna.Model as IAgAntennaModelParabolic;
summary.Properties.Add(new Property("Antenna Mainlobe Gain", antennaParabolic.MainlobeGain.ToString()));
summary.Properties.Add(new Property("Antenna Backlobe Gain", antennaParabolic.BacklobeGain.ToString()));
summary.Properties.Add(new Property("Antenna Diameter", antennaParabolic.Diameter.ToString()));
summary.Properties.Add(new Property("Antenna Beamwidth", antennaParabolic.Beamwidth.ToString()));
}
if (antenna.Model.Name.ToString().Equals("External Antenna Pattern"))
{
IAgAntennaModelExternal antennaExternal = antenna.Model as IAgAntennaModelExternal;
summary.Properties.Add(new Property("Antenna External File", antennaExternal.Filename.ToString()));
}
if (antenna.Model.Name.ToString().Equals("Complex ANSYS ffd Format"))
{
IAgAntennaModelComplexANSYSffdFormat antennaAnsysExternal = antenna.Model as IAgAntennaModelComplexANSYSffdFormat;
//NOT ABLE TO GET THIS PROPERTY FOR SOME REASON
//summary.Properties.Add(new Property("Antenna External File", antennaAnsysExternal.Filename.ToString()));
}
break;
case AgESTKObjectType.ePlace:
var place = stkObject as IAgPlace;
var positionPlace = place.Position.QueryPlanetodeticArray();
summary.Properties.Add(new Property("Position",
$"({positionPlace.GetValue(0)},{positionPlace.GetValue(1)},{positionPlace.GetValue(2)})"));
break;
case AgESTKObjectType.eVolumetric:
break;
}
foreach (IAgStkObject stkObjectChild in stkObject.Children)
{
summary.Children.Add(SummarizeStkObject(stkObjectChild));
}
return(summary);
}
