private void UpdatePosition()
{
double posX = 0;
double posY = 0;
for (int i = 0; i < solarSystem.Count; i++)
{
Ellipse e = (Ellipse)VisualTreeHelper.GetChild(spaceFrame, i);
pos = solarSystem[i].CalcPosition(time);
double posXCenter = origoX - e.Width * 0.5;
double posYCenter = origoY - e.Height * 0.5;
if (solarSystem[i] is Moon)
{
Moon moon = (Moon)solarSystem[i];
SpaceObjects Parent = moon.parent;
Tuple <double, double> parentPos = Parent.CalcPosition(time);
posX = (posXCenter + parentPos.Item1) + pos.Item1;
posY = (posYCenter + parentPos.Item2) + pos.Item2;
}
else
{
posX = origoX - e.Width * 0.5 + pos.Item1;
posY = origoY - e.Height * 0.5 + pos.Item2;
}
positions[i] = new Point(posX, posY);
Canvas.SetTop(e, posY);
Canvas.SetLeft(e, posX);
}
}
public SolarSystemProgram()
{
Moon moon1 = new Moon();
Sun sun1 = new Sun();
Stars stars = new Stars();
Earth earth = new Earth();
int month = 0;
// The Unix epoch (or Unix time or POSIX time or Unix timestamp)
// is the number of seconds that have elapsed since January 1, 1970
var computerTime = Math.Round((DateTime.Now.Subtract(new System.DateTime(1970, 1, 1))).TotalDays / 365);
for (long year = 0; year < computerTime; year++)
{
// Earth completes it's orbit once a year
Planet.CompletedRotation();
// lunar eclipse 0-3 times per year
for (int day = 0; day < 365; day++)
{
// Earth completing 1 rotation creates 1 day
Planet.CompletedRotation();
// The moon pulls tides every day
Moon.PullTides();
if (day % 30 == 0)
{
// The moon completes it's orbit and a full rotation once a month
Moon.CompletedOrbit();
Moon.CompletedRotation();
month++;
}
// The moon wanes and waxes mid-way
if (day % 15 == 0)
{
moon1.waning = !moon1.waning;
moon1.waxing = !moon1.waxing;
}
}
Console.WriteLine(new DateTime(1970, 1, 1).ToString("d"));
//Light travels 300,000 kilometers per second!
int kilometers = 300000;
int second = 1;
// One lightyear is 9.5 trillion km
// new LightYear(kilometers, second);
var ly = new LightYear(kilometers, second);
}
}
public Planet(float radius, String name, Vector3 position, String imagePath, bool hasMoon, float orbitSpeed)
{
this.radius = radius;
this.name = name;
this.imagePathID = loadTexture(imagePath);
this.position = position;
this.hasMoon = hasMoon;
this.orbitRotation = r.Next(360);
this.orbitSpeed = orbitSpeed;
if (hasMoon)
{
moon = new Moon(radius / 5, "Moon", this.position, "textures/moon.jpg");
}
}
public SolarSystemProgram()
{
Moon moon1 = new Moon();
Sun sun1 = new Sun();
Stars stars = new Stars();
Earth earth = new Earth();
var month = 0;
// The Unix epoch (or Unix time or POSIX time or Unix timestamp)
// is the number of seconds that have elapsed since January 1, 1970
var computerTime = Math.Round((DateTime.Now.Subtract(new System.DateTime(1970, 1, 1))).TotalDays / 365);
for (long year = 0; year < computerTime; year++)
{
// Earth completes it's orbit once a year
earth.CompletedOrbit();
// lunar eclipse 0-3 times per year
for (int day = 0; day < 365; day++)
{
// Earth completing 1 rotation creates 1 day
earth.CompletedRotation();
// The moon pulls tides every day
moon1.PullTides();
if (day % 30 == 0)
{
// The moon completes it's orbit and a full rotation once a month
moon1.CompletedOrbit();
moon1.CompletedRotation();
month++;
}
// The moon wanes and waxes mid-way
if (day % 15 == 0)
{
moon1.waning = !moon1.waning;
moon1.waxing = !moon1.waxing;
}
}
}
}
public List <SpaceObject> fakeSolarSystem()
{
Star Sun = new Star("Sun", 0, 0, 60000, 0, "Orange");
Planet Mercury = new Planet("Mercury", 80, 88, 6000, 59, "Aquamarine");
Planet Venus = new Planet("Venus", 120, 225, 10000, 243, "DarkGoldenrod");
Planet Earth = new Planet("Earth", 150, 365, 11000, 1, "SteelBlue");
Planet Mars = new Planet("Mars", 180, 687, 9800, 1.025, "Brown");
Planet Jupiter = new Planet("Jupiter", 240, 20000, 32000, 0.4125, "Salmon");
Planet Saturn = new Planet("Saturn", 300, 18000, 30004, 0.417, "BurlyWood");
Planet Uranus = new Planet("Uranus", 360, 30685, 18000, 0.67, "DeepSkyBlue");
Planet Neptun = new Planet("Neptun", 400, 60190, 17000, 0.71, "DodgerBlue");
Moon TheMoon = new Moon("The Moon", 16, 27.322, 3800, 27, "White");
Moon Phobos = new Moon("Phobos", 10, 0.3189, 3500, 0.3, "GRAY");
Mercury.setParent(Sun);
Venus.setParent(Sun);
Earth.setParent(Sun);
Mars.setParent(Sun);
Jupiter.setParent(Sun);
Saturn.setParent(Sun);
Uranus.setParent(Sun);
Neptun.setParent(Sun);
TheMoon.setParent(Earth);
Phobos.setParent(Mars);
Earth.setChild(TheMoon);
Mars.setChild(Phobos);
list.Add(Sun);
list.Add(Mercury);
list.Add(Venus);
list.Add(Earth);
list.Add(Mars);
list.Add(Jupiter);
list.Add(Saturn);
list.Add(Uranus);
list.Add(Neptun);
list.Add(TheMoon);
list.Add(Phobos);
return(list);
}
public List <SpaceObject> realSolarSystem()
{
Star Sun = new Star("Sun", 0, 0, 696340, 0, "Crimson");
Planet Mercury = new Planet("Mercury", 57910, 87.97, 2439.5, 59, "Aquamarine");
Planet Venus = new Planet("Venus", 108200, 224.70, 6052, 243, "DarkGoldenrod");
Planet Earth = new Planet("Earth", 149600, 365.26, 6371, 1, "SteelBlue");
Planet Mars = new Planet("Mars", 227940, 686.98, 3402.5, 1.025, "Brown");
Planet Jupiter = new Planet("Jupiter", 778330, 4332.71, 69911, 0.4125, "Salmon");
Planet Saturn = new Planet("Saturn", 1429400, 10759.5, 60268, 0.417, "BurlyWood");
Planet Uranus = new Planet("Uranus", 2870990, 30685, 25559, 0.67, "DeepSkyBlue");
Planet Neptun = new Planet("Neptun", 4504300, 60190, 24764, 0.708, "DodgerBlue");
Moon TheMoon = new Moon("The Moon", 0.384, 27.322, 1737.1, 27, "Gray");
Moon Phobos = new Moon("Phobos", 0.000009, 0.32, 11.25, 0.3, "Gray");
Mercury.setParent(Sun);
Venus.setParent(Sun);
Earth.setParent(Sun);
Mars.setParent(Sun);
Jupiter.setParent(Sun);
Saturn.setParent(Sun);
Uranus.setParent(Sun);
Neptun.setParent(Sun);
TheMoon.setParent(Earth);
Phobos.setParent(Mars);
Earth.setChild(TheMoon);
Mars.setChild(Phobos);
RealList.Add(Sun);
RealList.Add(Mercury);
RealList.Add(Venus);
RealList.Add(Earth);
RealList.Add(Mars);
RealList.Add(Jupiter);
RealList.Add(Saturn);
RealList.Add(Uranus);
RealList.Add(Neptun);
RealList.Add(TheMoon);
RealList.Add(Phobos);
return(RealList);
}
public List <Moon> GetListOfMoons()
{
string fileName = (Name + ".txt");
string path = Path.Combine(Directory.GetCurrentDirectory(), fileName);
//string path = "C:/Users/user/Desktop/Specter_C#/ClassProjects/SolarSystem/" + Name + ".txt";
string[] lines = File.ReadAllLines(path);
List <Moon> moons = new List <Moon>();
for (int i = 0; i < lines.Length; i++)
{
Moon sat = new Moon();
string[] words = lines[i].Split('#');
sat.Name = words[0];
sat.Diameter = double.Parse(words[1]);
sat.Mass = double.Parse(words[2]);
moons.Add(sat);
}
return(moons);
}
protected override void Initialize()
{
Sun = new Sun(0, 0, 0);
Earth = new Earth();
Moon = new Moon();
Children.Add(Sun);
Children.Add(Earth);
Children.Add(Moon);
Children.Add(new Monitor());
base.Initialize();
}
static void Main(string[] args)
{
Planet Earth = new Planet("Earth");
Earth.Mass = 34;
//Satellite Moon = new Satellite("Moon");
//Earth.SetSatellites(Moon);
test[] items = new test[4];
//test first = new test { x = "Jupiter", y = 2 };
//test second = new test { x = "Saturn", y = 0 };
items[0] = new test {
x = "Jupiter", y = 2
};
items[1] = new test {
x = "Saturn", y = 0
};
items[2] = new test {
x = "Jungo", y = 3
};
items[3] = new test {
x = "Pluto", y = 0
};
var filteredNames = items.OrderBy(n => n.y);
int min = filteredNames.First().y;
var filteredNames2 = items.Where(n => n.y == min);
//Console.WriteLine(filteredNames.First().y);
foreach (test name in filteredNames2)
{
Console.WriteLine(name.x + " " + name.y);
}
Moon first = new Moon("First", 20, 34.9);
Moon second = new Moon("Second", 24, 35.8);
Moon third = new Moon("Third", 11, 5.8);
List <Moon> Moons = new List <Moon>();
Moons.Add(first);
Moons.Add(second);
Moons.Add(third);
Moons.Sort();
Planet Neptune = new Planet("Neptune");
List <Moon> MoonsOfNeptune = Neptune.GetListOfMoons();
MoonsOfNeptune.Sort();
foreach (var item in MoonsOfNeptune)
{
Console.WriteLine(item.ToString());
}
}
protected override void Initialize()
{
Setting = new Setting();
Camera = new Camera();
Children = new List<GameEntity>();
Skybox = new Skybox();
Sound = new Sound();
Sun = new Sun(0, 0, 0);
Earth = new Earth();
Moon = new Moon();
Children.Add(Sound);
Children.Add(Sun);
Children.Add(Earth);
Children.Add(Moon);
Children.Add(new SatelliteManager());
Children.Add(new Monitor());
base.Initialize();
}