private void MainVisualization_form_Load(object sender, EventArgs e)
{
ElementHost host = new ElementHost();
host.Dock = DockStyle.Fill;
OrbitsCalculator orbitsCalculator = new OrbitsCalculator();
// Initialize array of orbits data. One for each satellite
double[] _ECCENTRICITY = new double[_tle_sat_list.Count];
double[] _INCLINATION = new double[_tle_sat_list.Count];
double[] _SEMIAXIS = new double[_tle_sat_list.Count];
double[] _RAAN = new double[_tle_sat_list.Count];
double[] _PERIOD = new double[_tle_sat_list.Count];
foreach (TLE_Sat tle_sat in _tle_sat_list)
{
int index = _tle_sat_list.IndexOf(tle_sat);
_ECCENTRICITY[index] = tle_sat.Sat_Eccentricity;
_INCLINATION[index] = tle_sat.Sat_Inclination;
_SEMIAXIS[index] = tle_sat.Sat_SemiAxis / 10000;
_RAAN[index] = tle_sat.Sat_RightAscension;
_PERIOD[index] = 1 / tle_sat.Sat_MeanMotion;
}
uc = new HostingWPFUserControl.UserControl1(orbitsCalculator, _INCLINATION, _RAAN, _SEMIAXIS, _ECCENTRICITY, _PERIOD);
uc._EARTH_RADIUS = Sat_Constants.EARTH_RADIOUS_constant * Sat_Constants.VISUALIZATION3D_SCALE;
// This method initializes satellites into viewport
uc.LoadSatellitesToViewPort(_tle_sat_list.Count);
host.Child = uc;
MainPanel.Controls.Add(host);
}
public UserControl1(OrbitsCalculator orbitsCalculator, double[] INCLINATION, double[] RAAN, double[] SEMIAXIS, double[] ECCENTRICITY, double[] PERIOD)
{
InitializeComponent();
_orbitsCalculator = orbitsCalculator;
//this.DataContext = orbitsCalculator;
_INCLINATION = INCLINATION;
_RAAN = RAAN;
_SEMIAXIS = SEMIAXIS;
_ECCENTRICITY = ECCENTRICITY;
_PERIOD = PERIOD;
tle_sat_count = INCLINATION.Count();
SatelliteInclinationAngle = new double[tle_sat_count];
}