public SolarSystemModel CreateSmallSolarSystem()
{
var model = new SolarSystemModel
{
Name = "Zero planets",
TextStyle =
{
BgrColor = "#002244",
FillColor = "#fff",
FontSize = 16,
FontFamily = "Open Sans"
}
};
model.Planets.Add(new Planet
{
Name = "Alfa",
OrbitRadius = 142,
OrbitStroke = "rgb(1, 192, 255, 0.5)",
RotationDuration = 15000
});
model.Planets.Add(new Planet
{
Name = "Beta",
OrbitRadius = 180,
OrbitStroke = "rgb(1, 200, 255, 0.7)",
RotationDuration = 16000
});
return(model);
}
public Task <double> GetAverageAmountOfMoonsByPlanetsInSolarSystem(SolarSystemModel solarSystem) =>
Task.FromResult(
context.PlntAndDPlnt
.Where(p => p.SolarSystemToOrbit == solarSystem)
.Select(p => p.KnownMoons)
.Average()
);
public async Task GetClosestPlanetsByStar()
{
SolarSystemModel solarSystem = await ISolar.GetSolarSystemById(1);
ClosestPlanets result = await ISolar.GetClosestPlanetsBySolarSystem(solarSystem);
Assert.Equal("earth", result.PlanetA.Name.ToLower());
Assert.Equal("venus", result.PlanetB.Name.ToLower());
}
public IActionResult Get(string name)
{
SolarSystemModel solarSystem = repo.GetSolarSystemByName(name);
if (solarSystem == null)
{
return(NotFound());
}
return(Ok(jconv.Convert(solarSystem)));
}
public SolarSystemModel GetSolarSystemByName(string name)
{
SolarSystemModel solarSystem = db.SolarSystem.FirstOrDefault(s => s.Name.ToUpper().Equals(name.ToUpper()));
List <PlanetSolarSystJunction> junctions = db.PlanetSolarSystJunction.Where(ps => ps.SolarSystem.Id == solarSystem.Id).Include("Planet").Include("SolarSystem").ToList();
foreach (PlanetSolarSystJunction ps in junctions)
{
solarSystem.Planets.Add(ps.Planet);
}
return(solarSystem);
}
public void GetSolarSystem()
{
Console.WriteLine("Get Solar System Test:");
DomainServiceRepository repo = new DomainServiceRepository();
SolarSystemModel solarSystem = repo.GetSolarSystemByName("The Solar System");
Console.WriteLine("The Solar System Planets: ");
foreach (PlanetModel planet in solarSystem.Planets)
{
Console.WriteLine(planet.Name);
}
Console.WriteLine("");
}
public SolarSystemModel CreateSolarSystemWithZeroPlanets()
{
var model = new SolarSystemModel
{
Name = "Zero planets",
TextStyle =
{
BgrColor = "#002244",
FillColor = "#fff",
FontSize = 16,
FontFamily = "Open Sans"
}
};
return(model);
}
public void LogReader_SystemChanged(object sender, SystemChangedEventArgs e)
{
var character = CurrentInstance.CharacterList.SingleOrDefault(f => f.CharacterName == e.Listener);
if (character == null)
{
return;
}
if (character.CurrentSolarSystem.SolarSystemName != e.NewSystemName)
{
var solarSystem = new SolarSystemModel();
solarSystem.SolarSystemId = e.NewSystemId;
solarSystem.SolarSystemName = e.NewSystemName;
character.CurrentSolarSystem = solarSystem;
}
}
public async Task GetByDistanceToSunAscending()
{
long? lastDistance = null;
SolarSystemModel solarSystem = await ISolar.GetSolarSystemById(1);
IEnumerable <PlanetAndDwarfPlanet> result = await ISolar.GetByDistanceToSunAscending(solarSystem);
foreach (PlanetAndDwarfPlanet planet in result)
{
if (lastDistance == null)
{
lastDistance = planet.OrbitDistanceInKM;
}
else
{
Assert.True(planet.OrbitDistanceInKM >= lastDistance);
lastDistance = planet.OrbitDistanceInKM;
}
}
}
public async Task GetPlanetsByAmountOfMoonsDescending()
{
int?LastAmountOfMoons = null;
SolarSystemModel solarSystem = await ISolar.GetSolarSystemById(1);
IEnumerable <PlanetAndDwarfPlanet> result = await ISolar.GetPlanetsByAmountOfMoonsDescending(solarSystem);
foreach (PlanetAndDwarfPlanet planet in result)
{
if (LastAmountOfMoons == null)
{
LastAmountOfMoons = planet.KnownMoons;
}
else
{
Assert.True(planet.KnownMoons <= LastAmountOfMoons);
LastAmountOfMoons = planet.KnownMoons;
}
}
}
public async Task GetByNameLenghtascending()
{
int?LastNameLenght = null;
SolarSystemModel solarSystem = await ISolar.GetSolarSystemById(1);
IEnumerable <PlanetAndDwarfPlanet> result = await ISolar.GetByNameLenghtAscending(solarSystem);
foreach (PlanetAndDwarfPlanet planet in result)
{
if (LastNameLenght == null)
{
LastNameLenght = planet.Name.Count();
}
else
{
Assert.True(planet.Name.Count() >= LastNameLenght);
LastNameLenght = planet.Name.Count();
}
}
}
public async Task <ClosestPlanets> GetClosestPlanetsBySolarSystem(SolarSystemModel solarSystem) =>
await Task.FromResult(context.PlntAndDPlnt
.SelectMany(p1 => context.PlntAndDPlnt, (p1, p2)
=> new { p1, p2 })
.Where(p => p.p1.Id != p.p2.Id)
.Select(measure => new
{
planetA = measure.p1,
planetB = measure.p2,
measuredDistance = Math.Abs(measure.p1.OrbitDistanceInKM > measure.p2.OrbitDistanceInKM ?
measure.p1.OrbitDistanceInKM - measure.p2.OrbitDistanceInKM :
measure.p2.OrbitDistanceInKM - measure.p1.OrbitDistanceInKM)
})
.OrderBy(d => d.measuredDistance)
.Select(res => new ClosestPlanets()
{
PlanetA = res.planetA,
PlanetB = res.planetB,
Distance = res.measuredDistance
})
.First());
public static void MainMenuComp(string LetterString, SolarSystemModel ChosenSolarSystem)
{
switch (LetterString.ToLower())
{
case "planeten":
PlanetRenderer.PlanetPageRendering(ChosenSolarSystem);
break;
case "q":
Environment.Exit(0);
break;
case "quit":
Environment.Exit(0);
break;
default:
Console.WriteLine("The chosen command was not recognized! please try again.");
break;
}
}
static async Task Main(string[] args)
{
(int, string)result = (0, null);
string input = null;
string LetterString = null;
SolarSystemModel ChosenSolarSystem = null;
int Numbers = 0;
bool running = true;
while (running)
{
result = await InputUiParts.GetInputAndParse(input);
Numbers = result.Item1;
LetterString = result.Item2;
while (ChosenSolarSystem == null)
{
result = await InputUiParts.GetInputAndParse(input);
ChosenSolarSystem = await SolarSystemUIComponents.SetChosenSolarSystem(result);
}
if (ChosenSolarSystem != null)
{
result = await InputUiParts.GetInputAndParse(input);
Numbers = result.Item1;
LetterString = result.Item2;
}
if (LetterString != null)
{
if (ChosenSolarSystem != null)
{
InputUiParts.MainMenuComp(LetterString, ChosenSolarSystem);
}
}
}
}
public static async void PlanetPageRendering(SolarSystemModel ChosenSolarSystem)
{
string input = null;
string LetterString = null;
string NumberString = null;
long Numbers;
while (true)
{
(int, string)result = await InputUiParts.GetInputAndParse(input);
Numbers = result.Item1;
LetterString = result.Item2;
if (LetterString != null)
{
if (LetterString == "q")
{
Environment.Exit(0);
}
}
}
}
public async Task <int> TotalAmountOfMoons(SolarSystemModel solarSystem) =>
await Task.FromResult(context.PlntAndDPlnt.Where(p => p.SolarSystemToOrbit == solarSystem)
.Select(p => p.KnownMoons).Sum());
public async Task <(double, double, double)> PrintListOfAvgTempsForTypesBySolarSystem(SolarSystemModel solarSystem) =>
public void Reset()
{
_model = new SolarSystemModel();
}
public async Task <IEnumerable <PlanetAndDwarfPlanet> > GetByNameLenghtAscending(SolarSystemModel solarSystem) =>
await Task.FromResult(context.PlntAndDPlnt.Where(p => p.SolarSystemToOrbit == solarSystem)
.OrderBy(p => p.Name.Length));
public SolarSystemModel CreateLargeSolarSystem()
{
var model = new SolarSystemModel
{
Name = "Large Solar System",
TextStyle =
{
BgrColor = "#002244",
FillColor = "#fff",
FontSize = 16,
FontFamily = "Open Sans"
}
};
model.Planets.Add(new Planet
{
Name = "Selene",
OrbitRadius = 90,
OrbitStroke = "rgb(1, 192, 255, 0.5)",
RotationDuration = 20000
});
model.Planets.Add(new Planet
{
Name = "Mimas",
OrbitRadius = 116,
OrbitStroke = "rgb(1, 192, 255, 0.5)",
RotationDuration = 20000
});
model.Planets.Add(new Planet
{
Name = "Ares",
OrbitRadius = 142,
OrbitStroke = "rgb(1, 192, 255, 0.5)",
RotationDuration = 20000
});
model.Planets.Add(new Planet
{
Name = "Enceladus",
OrbitRadius = 168,
OrbitStroke = "rgb(1, 192, 255, 0.5)",
RotationDuration = 23000
});
model.Planets.Add(new Planet
{
Name = "Tethys",
OrbitRadius = 194,
OrbitStroke = "rgb(1, 192, 255, 0.5)",
RotationDuration = 14000
});
model.Planets.Add(new Planet
{
Name = "Dione",
OrbitRadius = 220,
OrbitStroke = "rgb(1, 192, 255, 0.5)",
RotationDuration = 10000
});
model.Planets.Add(new Planet
{
Name = "Zeus",
OrbitRadius = 246,
OrbitStroke = "rgb(1, 192, 255, 0.5)",
RotationDuration = 53000
});
model.Planets.Add(new Planet
{
Name = "Rhea",
OrbitRadius = 272,
OrbitStroke = "rgb(1, 192, 255, 0.5)",
RotationDuration = 15000
});
model.Planets.Add(new Planet
{
Name = "Titan",
OrbitRadius = 298,
OrbitStroke = "rgb(1, 192, 255, 0.5)",
RotationDuration = 30000
});
model.Planets.Add(new Planet
{
Name = "Hyperion",
OrbitRadius = 324,
OrbitStroke = "rgb(1, 192, 255, 0.5)",
RotationDuration = 28000
});
model.Planets.Add(new Planet
{
Name = "Iapetus",
OrbitRadius = 350,
OrbitStroke = "rgb(1, 192, 255, 0.5)",
RotationDuration = 22000
});
model.Planets.Add(new Planet
{
Name = "Janus",
OrbitRadius = 376,
OrbitStroke = "rgb(1, 192, 255, 0.5)",
RotationDuration = 24000
});
return(model);
}
public async Task <IEnumerable <PlanetAndDwarfPlanet> > GetPlanetsBySolarSystem(SolarSystemModel solarSystem) => await Task.FromResult(context.PlntAndDPlnt.Where(p => p.SolarSystemId == solarSystem.Id));
public async Task <IEnumerable <PlanetAndDwarfPlanet> > GetPlanetsByAmountOfMoonsDescending(SolarSystemModel solarSystem) =>
await Task.FromResult(context.PlntAndDPlnt.Where(p => p.SolarSystemToOrbit == solarSystem)
.OrderByDescending(p => p.KnownMoons));
public async Task <IEnumerable <StarModel> > GetStarsBySolarSystem(SolarSystemModel solarSystem) =>
await Task.FromResult(
context.Stars.Where(s => s.SolarSystemId == solarSystem.Id));
public static void Seed(this ModelBuilder modelBuilder)
{
ICollection <StarModel> starlist = new List <StarModel>();
ICollection <PlanetAndDwarfPlanet> planetlist = new List <PlanetAndDwarfPlanet>();
var TheSun = new StarModel
{
Id = 1,
Name = "The Sun",
DiameterInKM = 1392694,
SurfaceTempMax = 5500,
SurfaceTempMin = 5500,
Age = 4600000000,
CoreTemp = 15000000,
SolarSystemId = 1
};
starlist.Add(TheSun);
var Mercury = new PlanetAndDwarfPlanet
{
Id = 1,
Name = "Mercury",
DiameterInKM = 4879,
SurfaceTempMax = -173,
SurfaceTempMin = -427,
KnownMoons = 0,
OrbitDistanceInKM = 57900000,
OrbitPeriodInDays = 88,
Type = CelestialTypeEnum.Planet,
SolarSystemId = 1
};
planetlist.Add(Mercury);
var Venus = new PlanetAndDwarfPlanet
{
Id = 2,
Name = "Venus",
DiameterInKM = 12104,
SurfaceTempMax = 462,
SurfaceTempMin = 462,
KnownMoons = 0,
OrbitDistanceInKM = 108200000,
OrbitPeriodInDays = 224.7,
Type = CelestialTypeEnum.Planet,
SolarSystemId = 1
};
planetlist.Add(Venus);
var Earth = new PlanetAndDwarfPlanet
{
Id = 3,
Name = "Earth",
DiameterInKM = 12756,
SurfaceTempMax = 58,
SurfaceTempMin = -88,
KnownMoons = 1,
OrbitDistanceInKM = 149600000,
OrbitPeriodInDays = 365.2,
Type = CelestialTypeEnum.Planet,
SolarSystemId = 1
};
planetlist.Add(Earth);
var Mars = new PlanetAndDwarfPlanet
{
Id = 4,
Name = "Mars",
DiameterInKM = 6805,
SurfaceTempMax = -63,
SurfaceTempMin = -63,
KnownMoons = 2,
OrbitDistanceInKM = 227900000,
OrbitPeriodInDays = 693.96,
Type = CelestialTypeEnum.Planet,
SolarSystemId = 1
};
planetlist.Add(Mars);
var Ceres = new PlanetAndDwarfPlanet
{
Id = 5,
Name = "Ceres",
DiameterInKM = 950,
SurfaceTempMax = -105,
SurfaceTempMin = -105,
KnownMoons = 0,
OrbitDistanceInKM = 413700000,
OrbitPeriodInDays = 1680.11,
Type = CelestialTypeEnum.DwarfPlanet,
SolarSystemId = 1
};
planetlist.Add(Ceres);
var Jupiter = new PlanetAndDwarfPlanet
{
Id = 6,
Name = "Jupiter",
DiameterInKM = 142984,
SurfaceTempMax = -108,
SurfaceTempMin = -108,
KnownMoons = 67,
OrbitDistanceInKM = 778300000,
OrbitPeriodInDays = 4346.38,
Type = CelestialTypeEnum.Planet,
SolarSystemId = 1
};
planetlist.Add(Jupiter);
var Saturn = new PlanetAndDwarfPlanet
{
Id = 7,
Name = "Saturn",
DiameterInKM = 120536,
SurfaceTempMax = -139,
SurfaceTempMin = -139,
KnownMoons = 62,
OrbitDistanceInKM = 1400000000,
OrbitPeriodInDays = 10774.65,
Type = CelestialTypeEnum.Planet,
SolarSystemId = 1
};
planetlist.Add(Saturn);
var Uranus = new PlanetAndDwarfPlanet
{
Id = 8,
Name = "Uranus",
DiameterInKM = 51118,
SurfaceTempMax = -197,
SurfaceTempMin = -197,
KnownMoons = 27,
OrbitDistanceInKM = 2900000000,
OrbitPeriodInDays = 30680.37,
Type = CelestialTypeEnum.Planet,
SolarSystemId = 1
};
planetlist.Add(Uranus);
var Neptune = new PlanetAndDwarfPlanet
{
Id = 9,
Name = "Neptune",
DiameterInKM = 49528,
SurfaceTempMax = -201,
SurfaceTempMin = -201,
KnownMoons = 14,
OrbitDistanceInKM = 4500000000,
OrbitPeriodInDays = 60191.96,
Type = CelestialTypeEnum.Planet,
SolarSystemId = 1
};
planetlist.Add(Neptune);
var Pluto = new PlanetAndDwarfPlanet
{
Id = 10,
Name = "Pluto",
DiameterInKM = 2306,
SurfaceTempMax = -229,
SurfaceTempMin = -229,
KnownMoons = 5,
OrbitDistanceInKM = 5900000000,
OrbitPeriodInDays = 89849.65,
Type = CelestialTypeEnum.DwarfPlanet,
SolarSystemId = 1
};
planetlist.Add(Pluto);
var Haumea = new PlanetAndDwarfPlanet
{
Id = 11,
Name = "Haumea",
DiameterInKM = 1739,
SurfaceTempMax = -241,
SurfaceTempMin = -241,
KnownMoons = 2,
OrbitDistanceInKM = 6400000000,
OrbitPeriodInDays = 103473.20,
Type = CelestialTypeEnum.DwarfPlanet,
SolarSystemId = 1
};
planetlist.Add(Haumea);
var Makemake = new PlanetAndDwarfPlanet
{
Id = 12,
Name = "Makemake",
DiameterInKM = 1434,
SurfaceTempMax = -241,
SurfaceTempMin = -241,
KnownMoons = 0,
OrbitDistanceInKM = 6900000000,
OrbitPeriodInDays = 113188.65,
Type = CelestialTypeEnum.DwarfPlanet,
SolarSystemId = 1
};
planetlist.Add(Makemake);
var Eris = new PlanetAndDwarfPlanet
{
Id = 13,
Name = "Eris",
DiameterInKM = 1434,
SurfaceTempMax = -241,
SurfaceTempMin = -241,
KnownMoons = 1,
OrbitDistanceInKM = 10100000000,
OrbitPeriodInDays = 204864.52,
Type = CelestialTypeEnum.DwarfPlanet,
SolarSystemId = 1
};
planetlist.Add(Eris);
var TheSolarSystem = new SolarSystemModel
{
Id = 1,
Name = "The Solar system",
};
modelBuilder.Entity <StarModel>().HasData(TheSun);
foreach (PlanetAndDwarfPlanet planet in planetlist)
{
modelBuilder.Entity <PlanetAndDwarfPlanet>().HasData(planet);
}
modelBuilder.Entity <SolarSystemModel>().HasData(TheSolarSystem);
}
public async Task <int> GetTotalAmountOfBodies(SolarSystemModel solarSystem) => await GetPlanetCountBySolarSystem(solarSystem) + await GetStarCountBySolarSystem(solarSystem) + await GetKnownMoonsCountBySolarSystem(solarSystem);
public string Convert(SolarSystemModel solarSystem)
{
return(JsonConvert.SerializeObject(solarSystem));
}
public async Task <IEnumerable <PlanetAndDwarfPlanet> > GetByDistanceToSunAscending(SolarSystemModel solarSystem) =>
await Task.FromResult(context.PlntAndDPlnt.Where(p => p.SolarSystemToOrbit == solarSystem)
.OrderBy(p => p.OrbitDistanceInKM));