/// <summary>
/// Creates a new instance of the class from geodetic-time coordinates.
/// </summary>
/// <param name="geo">The geodetic-time coordinates.</param>
public EciTime(GeoTime geo)
: this(geo, geo.Date)
{
}
/// <summary>
/// Creates a new instance of the class from geodetic-time coordinates.
/// </summary>
/// <param name="geo">The geodetic-time coordinates.</param>
public EciTime(GeoTime geo)
:this(geo, geo.Date)
{
}
public void CalcData()
{
this.ElementOrbit = new Orbit(this.ElementTle);
for (DateTime indexTime = this.ProcessingStartTime; indexTime < this.ProcessingStopTime; indexTime = indexTime.AddSeconds(this.ProcessingStepTime))
{
Topo topo = this.SiteCoords.GetLookAngle(this.ElementOrbit.GetPosition(indexTime));
this.TopocentricData.Add(topo);
this.TimeData.Add(indexTime);
}
this.TimeValues = new DateTime[this.TimeData.Count];
this.AzimuthValues = new double[this.TopocentricData.Count];
this.ElevationValues = new double[this.TopocentricData.Count];
this.RangeValues = new double[this.TopocentricData.Count];
this.RangeRateValues = new double[this.TopocentricData.Count];
this.LatitudeValues = new double[this.TopocentricData.Count];
this.LongitudeValues = new double[this.TopocentricData.Count];
for (int idx = 0; idx < this.TopocentricData.Count; idx++)
{
this.TimeValues[idx] = this.TimeData[idx];
this.AzimuthValues[idx] = this.TopocentricData[idx].AzimuthDeg;
this.ElevationValues[idx] = this.TopocentricData[idx].ElevationDeg;
this.RangeValues[idx] = this.TopocentricData[idx].Range;
this.RangeRateValues[idx] = this.TopocentricData[idx].RangeRate;
EciTime eciData = this.ElementOrbit.GetPosition(this.TimeData[idx]);
GeoTime geoData = new GeoTime(eciData);
this.LatitudeValues[idx] = geoData.LatitudeDeg;
this.LongitudeValues[idx] = geoData.LongitudeDeg;
}
}
