// CONSTRUCTEUR
public MoonAndPlanet(CorpsSystemeSolaire a_planet, PlanetSelection a_Selection, double a_phase = -100, double a_magnitude = -100)
{
Planet = a_planet;
Selection = a_Selection;
Phase = a_phase;
Magnitude = a_magnitude;
}
// Methode permettant de calculer les corps célestes
public void Compute()
{
//PositionTemps positionTemps = new PositionTemps(App.ObservationPointsViewModel.LieuObservationSelectionne.LieuObservation, DateTime.Now.AddHours(1 + ComputeHourChange(DateTime.Now)), 1, ComputeHourChange(DateTime.Now));
PositionTemps positionTemps = new PositionTemps(App.ObservationPointsViewModel.LieuObservationSelectionne.LieuObservation, DateTime.Now, 1, ComputeHourChange(DateTime.Now));
for (int i = 0; i < App.PlanetSelectionViewModel.SelectedPlanets.Count; i++)
{
CorpsSystemeSolaire c = null;
double phase = -100;
double magnitude = -100;
switch (App.PlanetSelectionViewModel.SelectedPlanets[i].Name)
{
case "La Lune":
c = new Lune();
((Lune)c).CalculerIteratif(positionTemps);
phase = ((Lune)c).Phase;
break;
case "Mercure":
c = new Planete(App.PlanetSelectionViewModel.SelectedPlanets[i].Name, TypeCorpsCeleste.MERCURE);
((Planete)c).CalculerIteratif(positionTemps);
phase = ((Planete)c).Phase;
magnitude = c.AltitudeTopocentrique.Decimale < 0 ? ((Planete)c).Magnitude : ((Planete)c).Magnitude + ((Planete)c).DeltaMagnitude;
break;
case "Venus":
c = new Planete(App.PlanetSelectionViewModel.SelectedPlanets[i].Name, TypeCorpsCeleste.VENUS);
((Planete)c).CalculerIteratif(positionTemps);
phase = ((Planete)c).Phase;
magnitude = c.AltitudeTopocentrique.Decimale < 0 ? ((Planete)c).Magnitude : ((Planete)c).Magnitude + ((Planete)c).DeltaMagnitude;
break;
case "Mars":
c = new Planete(App.PlanetSelectionViewModel.SelectedPlanets[i].Name, TypeCorpsCeleste.MARS);
((Planete)c).CalculerIteratif(positionTemps);
magnitude = c.AltitudeTopocentrique.Decimale < 0 ? ((Planete)c).Magnitude : ((Planete)c).Magnitude + ((Planete)c).DeltaMagnitude;
break;
case "Jupiter":
c = new Planete(App.PlanetSelectionViewModel.SelectedPlanets[i].Name, TypeCorpsCeleste.JUPITER);
((Planete)c).CalculerIteratif(positionTemps);
magnitude = c.AltitudeTopocentrique.Decimale < 0 ? ((Planete)c).Magnitude : ((Planete)c).Magnitude + ((Planete)c).DeltaMagnitude;
break;
case "Saturne":
c = new Planete(App.PlanetSelectionViewModel.SelectedPlanets[i].Name, TypeCorpsCeleste.SATURNE);
((Planete)c).CalculerIteratif(positionTemps);
magnitude = c.AltitudeTopocentrique.Decimale < 0 ? ((Planete)c).Magnitude : ((Planete)c).Magnitude + ((Planete)c).DeltaMagnitude;
break;
case "Uranus":
c = new Planete(App.PlanetSelectionViewModel.SelectedPlanets[i].Name, TypeCorpsCeleste.URANUS);
((Planete)c).CalculerIteratif(positionTemps);
magnitude = c.AltitudeTopocentrique.Decimale < 0 ? ((Planete)c).Magnitude : ((Planete)c).Magnitude + ((Planete)c).DeltaMagnitude;
break;
case "Neptune":
c = new Planete(App.PlanetSelectionViewModel.SelectedPlanets[i].Name, TypeCorpsCeleste.NEPTUNE);
((Planete)c).CalculerIteratif(positionTemps);
magnitude = c.AltitudeTopocentrique.Decimale < 0 ? ((Planete)c).Magnitude : ((Planete)c).Magnitude + ((Planete)c).DeltaMagnitude;
break;
}
MoonAndPlanet moonAndPlanet = new MoonAndPlanet(c, App.PlanetSelectionViewModel.SelectedPlanets[i], phase, magnitude);
if (App.PlanetSelectionViewModel.SelectedPlanets[i].IsSelected)
{
MoonAndPlanetsList.Add(moonAndPlanet);
}
}
}
