public void SeriesType_handler(tle_sat_serie_variables series_type)
{
try
{
// Add each type to the main list so the data can be represented later
switch (series_type)
{
case tle_sat_serie_variables.Inclination:
_mainSeries_dict.Add(series_type, _tle_dataset._TLE_Sat_Selected.Sat_Inclination_series);
break;
case tle_sat_serie_variables.RAAN:
_mainSeries_dict.Add(series_type, _tle_dataset._TLE_Sat_Selected.Sat_RAAN_series);
break;
case tle_sat_serie_variables.Radious:
_mainSeries_dict.Add(series_type, _tle_dataset._TLE_Sat_Selected.Sat_Radious_series);
break;
case tle_sat_serie_variables.Velocity:
_mainSeries_dict.Add(series_type, _tle_dataset._TLE_Sat_Selected.Sat_Velocity_series);
break;
case tle_sat_serie_variables.Velocity_vs_Radious:
_mainSeries_dict.Add(tle_sat_serie_variables.Velocity, _tle_dataset._TLE_Sat_Selected.Sat_Velocity_series);
_mainSeries_dict.Add(tle_sat_serie_variables.Radious, _tle_dataset._TLE_Sat_Selected.Sat_Radious_series);
break;
}
}
catch (Exception ex)
{
Debug.WriteLine(ex.ToString());
}
}
public void Get_Sat_mainTimeSeries(uint iterations, tle_sat_serie_variables series_type)
{
try
{
switch (series_type)
{
case tle_sat_serie_variables.Inclination:
Get_SatInclination_timeSeries(iterations);
break;
case tle_sat_serie_variables.RAAN:
Get_SatRAAN_timeSeries(iterations);
break;
case tle_sat_serie_variables.Radious:
Get_SatRadious_timeSeries(iterations);
break;
case tle_sat_serie_variables.Velocity:
Get_SatVelocity_timeSeries(iterations);
break;
case tle_sat_serie_variables.Velocity_vs_Radious:
Get_SatVelocity_timeSeries(iterations);
Get_SatRadious_timeSeries(iterations);
break;
}
}
catch (Exception ex)
{
Debug.WriteLine(ex.ToString());
}
}
public bool CheckSerieInDict(tle_sat_serie_variables series_type)
{
try
{
bool result = false;
result = _mainSeries_dict.ContainsKey(series_type);
return(result);
}
catch (Exception ex)
{
Debug.WriteLine(ex.ToString());
return(false);
}
}
