static void Main(string[] args)
{
//Υλοποιήστε το ηλιακό μας πλανητικό σύστημα με έναν αστέρα -τον ήλιο, τους 8 πλανήτες του (+1 τον Πλούτωνα) και τους δορυφόρους σε κάθε ένα από αυτούς
//Creating the Planet System
PlanetSystem planetSystem = new PlanetSystem();
//Creating the Star SUN & adding the Sun to the PlanetSystem
Star Sun = new Star("Sun", 4600000000, 696000, (19885 * (Math.Pow(10, 30))).ToString());
planetSystem.asterasTouSustimatos = Sun;
//Text file
string planetTxtFile = @"Planets.txt"; //could use -@- if i inserted full path or -\-
string doruforoiTxtFile = @"Doruforoi.txt";
string aktinaDoruforouTxtFile = @"AktinaTouDoruforou.txt";
string PeriodosPeristrofisDoruforouTxtFile = @"PeriodosPeristrofisDoruforou.txt";
AddPlanetsTothePlanetSystemAndAddSatellitesToEachPlanet(planetSystem, planetTxtFile, doruforoiTxtFile, aktinaDoruforouTxtFile, PeriodosPeristrofisDoruforouTxtFile);
//Eκτυπώστε την συνολική μάζα των πλανητών του ηλιακού μας σύστήματος που έχουν περισσότερους από τρεις δορυφόρους
TotalMassOfPlanetsWhoHaveMoreThanThreeSatellites(planetSystem);
//εκτυπώστε τα ονόματα των πλανητών που είναι αέρινοι, έχουν δακτύλιο και οι ακτίνα των δορυφόρων τους είναι μεγαλύτερη ή ίση της ακτίνας του δορυφόρου με το όνομα ΠΟΛΥΔΕΥΚΗΣ
//και μικρότερη ή ίση της ακτίνας του δορυφόρου ΤΙΤΑΝΙΑ.Επιπλέον για κάθε έναν από αυτούς, εκτυπώστε το πλήθος και τα ονόματα των δορυφόρων τους.
PrintAllPlanetsWhoAreAerialHaveARingAndTheRadiusOfTheirSatellitesIsBiggerOrEqualToSatellitePolydeucesAndSmallerOrEqualToSatelliteTitania(planetSystem);
//εκτυπώστε τα ονόματα των δορυφόρων εκείνων των πλανητών που η περίοδος περιφοράς τους γύρω από τον ήλιο είναι μεγαλύτερη της περιόδου περιφοράς γύρω από τον ήλιο της
//ΑΦΡΟΔΙΤΗΣ και μικρότερη του ΟΥΡΑΝΟΥ και το σύνολο των δορυφόρων τους που έχουν περίοδο περιστροφής γύρω από τον άξονα τους μεγαλύτερο της ΜΝΗΜΗΣ, είναι μεγαλύτερο του 3
PrintSatellitesOfPlanetsWithOrbitalPeriodBiggerThanAfroditiAndSmallerThanOuranouAndTheSatellitesHaveAnOrbitalPeriodBiggerThanMneme(planetSystem);
}
private static void AddPlanetsTothePlanetSystemAndAddSatellitesToEachPlanet(PlanetSystem planetSystem, string planetTxtFile, string doruforoiTxtFile, string aktinaDoruforouTxtFile, string PeriodosPeristrofisDoruforouTxtFile)
{
if (File.Exists(planetTxtFile) && File.Exists(doruforoiTxtFile))
{
string[] planetLines = File.ReadAllLines(planetTxtFile);
string[] doruforoiLines = File.ReadAllLines(doruforoiTxtFile);
string[] aktinaDoruforouLines = File.ReadAllLines(aktinaDoruforouTxtFile);
string[] periodosPeristrofisDoruforouLines = File.ReadAllLines(PeriodosPeristrofisDoruforouTxtFile);
int j = 0;
for (int i = 0; i < 90; i++)
{
Planet RandomPlanet = new Planet
{
PlanetName = planetLines[i],
MesiApostasiApoTonAsteraTou = Convert.ToDouble(planetLines[i + 1]),
PlanetMass = Convert.ToDouble(planetLines[i + 2]),
PeriodosPeriforas = Convert.ToDouble(planetLines[i + 3]),
PeriodosPeristrofis = Convert.ToDouble(planetLines[i + 4]),
Daxtulioi = Convert.ToBoolean(planetLines[i + 5]),
GhinosPlanitis = Convert.ToBoolean(planetLines[i + 6]),
AerinosPlanitis = Convert.ToBoolean(planetLines[i + 7]),
DwarfPlanet = Convert.ToBoolean(planetLines[i + 8]),
Atmosphere = planetLines[i + 9],
ListOfSatellites = new List <Satellite>()
};
i += 9;
if (RandomPlanet.PlanetName != "Ermis" && RandomPlanet.PlanetName != "Afroditi")
{
for (; ;)
{
if (doruforoiLines[j] == "")
{
j++;
break;
}
else
{
Satellite satellite = new Satellite();
satellite.SatelliteName = doruforoiLines[j];
satellite.AktinaTouDoruforou = Convert.ToDouble(aktinaDoruforouLines[j]);
satellite.PeriodosPeristrofis = Convert.ToDouble(periodosPeristrofisDoruforouLines[j]);
RandomPlanet.ListOfSatellites.Add(satellite);
j++;
}
}
}
PrintThePlanetAndAllItsDetails(RandomPlanet);
planetSystem.listOfPlanets.Add(RandomPlanet);
}
}
}
private static void TotalMassOfPlanetsWhoHaveMoreThanThreeSatellites(PlanetSystem planetSystem)
{
Console.WriteLine("Print the total mass of the planets of our planet system who have more than 3 satellites");
double totalMassOfPlanetsWhoHaveMoreThan3Satellites = 0;
for (int i = 0; i < planetSystem.listOfPlanets.Count; i++)
{
if (planetSystem.listOfPlanets[i].ListOfSatellites.Count > 3)
{
totalMassOfPlanetsWhoHaveMoreThan3Satellites += planetSystem.listOfPlanets[i].PlanetMass;
Console.WriteLine($"{planetSystem.listOfPlanets[i].PlanetName} - Planet's Mass = {planetSystem.listOfPlanets[i].PlanetMass} X 10^+-25kg - Planet's Satellites in No = {planetSystem.listOfPlanets[i].ListOfSatellites.Count}");
}
}
Console.WriteLine($"The total mass of the aformentioned planets is: {totalMassOfPlanetsWhoHaveMoreThan3Satellites} X 10^+-25kg");
Console.WriteLine();
}
private static void PrintSatellitesOfPlanetsWithOrbitalPeriodBiggerThanAfroditiAndSmallerThanOuranouAndTheSatellitesHaveAnOrbitalPeriodBiggerThanMneme(PlanetSystem planetSystem)
{
Satellite Mneme = planetSystem.getSatellite("Mneme");
for (int i = 0; i < planetSystem.listOfPlanets.Count; i++)
{
int counter = 0;
List <Satellite> satellitesMePeriodoPeriforaMegaluteriTisMneme = new List <Satellite>();
if (planetSystem.listOfPlanets[i].PlanetName != "Afroditi" && planetSystem.listOfPlanets[i].PlanetName != "Ouranos")
{
if (planetSystem.listOfPlanets[i].PeriodosPeriforas > planetSystem.listOfPlanets[1].PeriodosPeriforas && planetSystem.listOfPlanets[i].PeriodosPeriforas < planetSystem.listOfPlanets[6].PeriodosPeriforas)
{
for (int k = 0; k < planetSystem.listOfPlanets[i].ListOfSatellites.Count; k++)
{
if (planetSystem.listOfPlanets[i].ListOfSatellites[k].PeriodosPeristrofis > Mneme.PeriodosPeristrofis)
{
counter++;
satellitesMePeriodoPeriforaMegaluteriTisMneme.Add(planetSystem.listOfPlanets[i].ListOfSatellites[k]);
}
}
if (counter > 3)
{
Console.WriteLine($"Planet {planetSystem.listOfPlanets[i].PlanetName} has more than 3 satellites that fullfil the criteria:");
for (int c = 0; c < satellitesMePeriodoPeriforaMegaluteriTisMneme.Count; c++)
{
Console.WriteLine($"{satellitesMePeriodoPeriforaMegaluteriTisMneme[c].SatelliteName} has an orbital period of: {satellitesMePeriodoPeriforaMegaluteriTisMneme[c].PeriodosPeristrofis}");
}
Console.WriteLine();
}
}
}
}
}
private static void PrintAllPlanetsWhoAreAerialHaveARingAndTheRadiusOfTheirSatellitesIsBiggerOrEqualToSatellitePolydeucesAndSmallerOrEqualToSatelliteTitania(PlanetSystem planetSystem)
{
Satellite Polydeuces = planetSystem.getSatellite("Polydeuces");
Satellite Titania = planetSystem.getSatellite("Titania");
for (int i = 0; i < planetSystem.listOfPlanets.Count; i++)
{
if (planetSystem.listOfPlanets[i].Daxtulioi == true && planetSystem.listOfPlanets[i].AerinosPlanitis == true)
{
int counter = 0;
for (int k = 0; k < planetSystem.listOfPlanets[i].ListOfSatellites.Count; k++)
{
if ((planetSystem.listOfPlanets[i].ListOfSatellites[k].AktinaTouDoruforou < Polydeuces.AktinaTouDoruforou) && planetSystem.listOfPlanets[i].ListOfSatellites[k].AktinaTouDoruforou > Titania.AktinaTouDoruforou)
{
counter++;
}
}
if (counter == 0)
{
Console.WriteLine($"\nThe planet {planetSystem.listOfPlanets[i].PlanetName} is aerial, has a ring and all the satellites of that particular planet have a radius >= to Polydeuces" +
$" and also have a radius <= to Titania. The total number of satellites of planet {planetSystem.listOfPlanets[i].PlanetName} is: {planetSystem.listOfPlanets[i].ListOfSatellites.Count}");
Console.WriteLine($"Please find below their respective names:");
for (int k = 0; k < planetSystem.listOfPlanets[i].ListOfSatellites.Count; k++)
{
Console.WriteLine($"{k + 1} - {planetSystem.listOfPlanets[i].ListOfSatellites[k].SatelliteName}");
}
}
}
}
}