Description
Determines what time array is recorded at target clock location by performing signal transmission of original time array between base and target clock locations. If any signaled interval ends up with start time after its stop, the interval is excluded from signaled list. If neighboring signaled intervals overlap or abut, they are replaced by single interval in signaled list. Intervals that after performing signal transmission end up without any sample times are omitted.
Public Properties
BaseClockLocation | The base clock location, which is a point from VGT. |
OriginalTimeArray | The original time array. |
SignalDelay | The Signal delay definition, which includes signal transmission, time delay convergence and signal path reference system. |
SignalSense | The direction of the signal, whether you are Transmitting or Receiving from the Base Clock Location. |
TargetClockLocation | The target clock location, which is a point from VGT. |
Interfaces
CoClasses that Implement IAgCrdnEventArraySignaled
Example
Create and configure signaled event array.
[C#] |
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IAgCrdnProvider satelliteVgtProvider = stkRoot.GetObjectFromPath("Satellite/LEO").Vgt;
IAgCrdnProvider aircraftVgtProvider = stkRoot.GetObjectFromPath("Aircraft/UAV").Vgt;
IAgCrdnEventArray eventArray = satelliteVgtProvider.EventArrays.Factory.CreateEventArraySignaled("MyEventArraySignaled", "MyDescription");
IAgCrdnEventArraySignaled asSignaled = eventArray as IAgCrdnEventArraySignaled;
asSignaled.OriginalTimeArray = aircraftVgtProvider.EventArrays["OneMinuteSampleTimes"];
asSignaled.BaseClockLocation = satelliteVgtProvider.Points["Center"];
asSignaled.TargetClockLocation = aircraftVgtProvider.Points["Center"];
asSignaled.SignalSense = AgECrdnSignalSense.eCrdnSignalSenseTransmit;
IAgCrdnSignalDelayBasic basicSignalDelay = asSignaled.SignalDelay as IAgCrdnSignalDelayBasic;
basicSignalDelay.SpeedOption = AgECrdnSpeedOptions.eCrdnLightTransmissionSpeed;
// Uses current Time unit preference, this code snippet assumes seconds.
basicSignalDelay.TimeDelayConvergence = 0.01;
IAgCrdnFindTimesResult timeArrays = eventArray.FindTimes();
if (timeArrays.IsValid)
{
Console.WriteLine("Times");
int numTimes = timeArrays.Times.GetLength(0);
for (int i = 0; i < numTimes; ++i)
{
Console.WriteLine(timeArrays.Times.GetValue(i));
}
foreach (IAgCrdnInterval timeArray in timeArrays.Intervals)
{
Console.WriteLine("Start: " + timeArray.Start);
Console.WriteLine("Stop: " + timeArray.Stop);
}
}
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Create and configure signaled event array.
[Visual Basic .NET] |
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Dim satelliteVgtProvider As IAgCrdnProvider = stkRoot.GetObjectFromPath("Satellite/LEO").Vgt
Dim aircraftVgtProvider As IAgCrdnProvider = stkRoot.GetObjectFromPath("Aircraft/UAV").Vgt
Dim eventArray As IAgCrdnEventArray = satelliteVgtProvider.EventArrays.Factory.CreateEventArraySignaled("MyEventArraySignaled", "MyDescription")
Dim asSignaled As IAgCrdnEventArraySignaled = TryCast(eventArray, IAgCrdnEventArraySignaled)
asSignaled.OriginalTimeArray = aircraftVgtProvider.EventArrays("OneMinuteSampleTimes")
asSignaled.BaseClockLocation = satelliteVgtProvider.Points("Center")
asSignaled.TargetClockLocation = aircraftVgtProvider.Points("Center")
asSignaled.SignalSense = AgECrdnSignalSense.eCrdnSignalSenseTransmit
Dim basicSignalDelay As IAgCrdnSignalDelayBasic = TryCast(asSignaled.SignalDelay, IAgCrdnSignalDelayBasic)
basicSignalDelay.SpeedOption = AgECrdnSpeedOptions.eCrdnLightTransmissionSpeed
' Uses current Time unit preference, this code snippet assumes seconds.
basicSignalDelay.TimeDelayConvergence = 0.01
Dim timeArrays As IAgCrdnFindTimesResult = eventArray.FindTimes()
If timeArrays.IsValid Then
Console.WriteLine("Times")
Dim numTimes As Integer = timeArrays.Times.GetLength(0)
Dim i As Integer = 0
While i < numTimes
Console.WriteLine(timeArrays.Times.GetValue(i))
System.Threading.Interlocked.Increment(i)
End While
For Each timeArray As IAgCrdnInterval In timeArrays.Intervals
Console.WriteLine("Start: " + timeArray.Start)
Console.WriteLine("Stop: " + timeArray.[Stop])
Next
End If
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