public void TestHumidToHigh()
{
AtmosphereData ad = new AtmosphereData();
ad.SeedData();
ad.HumidityLevel = 60;
ad.ProcessData();
Assert.Equal(61, ad.TempControlBafflePosition);
}
public void TestHumidityWithinAcceptableLowerDeviance()
{
AtmosphereData ad = new AtmosphereData();
ad.SeedData();
ad.HumidityLevel = 35;
ad.ProcessData();
Assert.Equal(60, ad.TempControlBafflePosition);
}
public void TestTempToHot()
{
AtmosphereData ad = new AtmosphereData();
ad.SeedData();
ad.Temperature = 19.6;
ad.ProcessData();
Assert.Equal(61, ad.TempControlBafflePosition);
}
public void TestUnCrewedToCold()
{
AtmosphereData ad = new AtmosphereData();
ad.SeedData();
ad.Temperature = 2;
ad.ProcessData();
Assert.Equal(59, ad.TempControlBafflePosition);
}
public void TestTempWithinAcceptableLowerDeviance()
{
AtmosphereData ad = new AtmosphereData();
ad.SeedData();
ad.Temperature = 18.5;
ad.ProcessData();
Assert.Equal(60, ad.TempControlBafflePosition);
}
public void TestNewTempValueGenerated()
{
AtmosphereData ad = new AtmosphereData();
ad.SeedData();
AtmosphereData newad = new AtmosphereData(ad);
Assert.NotEqual(newad.Temperature, ad.Temperature);
}
public void TestSeperatorOffWhileUncrewed()
{
AtmosphereData ad = new AtmosphereData();
ad.SeedData();
AtmosphereData newad = new AtmosphereData(ad);
Assert.Equal(0, newad.SeperatorSpeed);
}
public void TestLiquidInOutflow()
{
AtmosphereData ad = new AtmosphereData();
ad.SeedData();
ad.LiquidInOutflow = true;
ad.ProcessData();
Assert.Equal(DiverterValvePositions.Reprocess, ad.ReprocessBafflePosition);
}
public void TestCrewedToDry()
{
AtmosphereData ad = new AtmosphereData();
ad.SeedData();
ad.HumidityLevel = 34;
ad.ProcessData();
Assert.Equal(59, ad.TempControlBafflePosition);
}
public void TestLiquidInOutflowCleared()
{
AtmosphereData ad = new AtmosphereData();
ad.SeedData();
ad.ReprocessBafflePosition = DiverterValvePositions.Reprocess;
ad.LiquidInOutflow = false;
ad.ProcessData();
Assert.Equal(DiverterValvePositions.Accept, ad.ReprocessBafflePosition);
}
public void TestCrewedToCold()
{
AtmosphereData ad = new AtmosphereData();
ad.SeedData();
ad.CabinStatus = Modes.Crewed;
ad.Temperature = 15;
ad.ProcessData();
Assert.Equal(59, ad.TempControlBafflePosition);
}
public void TestZeroedTempControlBaffle()
{
AtmosphereData ad = new AtmosphereData();
ad.SeedData();
ad.TempControlBafflePosition = 0;
ad.Temperature = 18.4;
ad.ProcessData();
Assert.Equal(0, ad.TempControlBafflePosition);
}
public void TestMaxedTempControlBaffle()
{
AtmosphereData ad = new AtmosphereData();
ad.SeedData();
ad.TempControlBafflePosition = 100;
ad.Temperature = 19.6;
ad.ProcessData();
Assert.Equal(100, ad.TempControlBafflePosition);
}
public void TestSeperatorOnWhileCrewed()
{
AtmosphereData ad = new AtmosphereData();
ad.SeedData();
ad.CabinStatus = Modes.Crewed;
AtmosphereData newad = new AtmosphereData(ad);
newad.SeperatorSpeed.Should().BeGreaterThan(1000);
}
// ---- METHODS ----
#region
// Generate Planet
public GameObject GeneratePlanet()
{
planet = new GameObject(name);
planet.AddComponent <MeshFilter>();
planet.AddComponent <MeshRenderer>();
planet.AddComponent <MeshCollider>();
PlanetScript ps = planet.AddComponent <PlanetScript>();
// Add planet script
PlanetScript planetScript = planet.GetComponent <PlanetScript>();
//planetScript.planetData = this; // <--------------------<----------------------<---------------------<------------------<-------- Jos käytät tätä scriptiä niin muista tää ------<------------------<
if (hasAtmosphere)
{
atmosphere = AtmosphereGenerator.GenerateAtmosphere(planet.transform, planetSize / 2f + 15f, 0.25f);
}
return(planet);
}
// ---- METHODS ----
#region
// Generate Planet
public GameObject GeneratePlanet(Vector3 position)
{
planet = new GameObject(name);
planet.tag = "Planet";
planet.AddComponent <MeshFilter>();
planet.AddComponent <MeshRenderer>();
PlanetScript ps = planet.AddComponent <PlanetScript>();
ps.planetData = this;
GravityAttractor ga = planet.AddComponent <GravityAttractor>();
if (hasAtmosphere)
{
atmosphere = AtmosphereGenerator.GenerateAtmosphere(planet.transform, planetSize / 2f, 0.1f);
//atmosphere = AtmosphereGenerator.GenerateAtmosphere(planet.transform, planetSize / 2f + 12f, 0.1f);
}
planet.transform.position = position;
return(planet);
}
/// <summary>
/// cstor which extracts the data from the XML feed and push it into
/// the strongly typed class which is then available in the razor script
/// files
/// </summary>
/// <param name="xmlData"></param>
public WeatherModel(string xmlData)
{
data = xmlData;
//load all the data
using (var reader = new StringReader(data))
{
var xPath = new XPathDocument(reader);
var nav = xPath.CreateNavigator();
XmlNamespaceManager ns = new XmlNamespaceManager(nav.NameTable);
ns.AddNamespace("yweather", "http://xml.weather.yahoo.com/ns/rss/1.0");
ns.AddNamespace("geo", "http://www.w3.org/2003/01/geo/wgs84_pos#");
Title = nav.SelectSingleNode("//item/title").Value;
PublishDate = nav.SelectSingleNode("//lastBuildDate").Value;
var location = new LocationData()
{
City = nav.SelectSingleNode("//yweather:location/@city", ns).Value,
Region = nav.SelectSingleNode("//yweather:location/@region", ns).Value,
Country = nav.SelectSingleNode("//yweather:location/@country", ns).Value,
Lat = decimal.Parse(nav.SelectSingleNode("//geo:lat", ns).Value),
Long = decimal.Parse(nav.SelectSingleNode("//geo:long", ns).Value)
};
Location = location;
var units = new UnitData()
{
Temperature = nav.SelectSingleNode("//yweather:units/@temperature", ns).Value,
Distance = nav.SelectSingleNode("//yweather:units/@distance", ns).Value,
Pressure = nav.SelectSingleNode("//yweather:units/@pressure", ns).Value,
Speed = nav.SelectSingleNode("//yweather:units/@speed", ns).Value
};
Units = units;
var wind = new WindData()
{
Chill = decimal.Parse(nav.SelectSingleNode("//yweather:wind/@chill", ns).Value),
Direction = int.Parse(nav.SelectSingleNode("//yweather:wind/@direction", ns).Value),
Speed = decimal.Parse(nav.SelectSingleNode("//yweather:wind/@speed", ns).Value)
};
Wind = wind;
var atmos = new AtmosphereData()
{
Humidity = decimal.Parse(nav.SelectSingleNode("//yweather:atmosphere/@humidity", ns).Value),
Visibility = decimal.Parse(nav.SelectSingleNode("//yweather:atmosphere/@visibility", ns).Value),
Pressure = decimal.Parse(nav.SelectSingleNode("//yweather:atmosphere/@pressure", ns).Value),
Rising = decimal.Parse(nav.SelectSingleNode("//yweather:atmosphere/@rising", ns).Value)
};
Atmosphere = atmos;
var astro = new AstronomyData()
{
SunRise = DateTime.Parse(nav.SelectSingleNode("//yweather:astronomy/@sunrise", ns).Value),
SunSet = DateTime.Parse(nav.SelectSingleNode("//yweather:astronomy/@sunset", ns).Value)
};
Astronomy = astro;
var conditions = new ConditionData()
{
Caption = nav.SelectSingleNode("//yweather:condition/@text", ns).Value,
Code = int.Parse(nav.SelectSingleNode("//yweather:condition/@code", ns).Value),
Temperature = int.Parse(nav.SelectSingleNode("//yweather:condition/@temp", ns).Value),
Date = DateTime.Parse(nav.SelectSingleNode("//yweather:condition/@date", ns).Value.Substring(0, nav.SelectSingleNode("//yweather:condition/@date", ns).Value.Length - 3))
};
CurrentCondition = conditions;
var forecasts = new List <ForecastData>();
foreach (XPathNavigator item in nav.Select("//yweather:forecast", ns))
{
forecasts.Add(new ForecastData()
{
Day = item.SelectSingleNode("@day", ns).Value,
Date = DateTime.Parse(item.SelectSingleNode("@date", ns).Value),
TempLow = int.Parse(item.SelectSingleNode("@low", ns).Value),
TempHigh = int.Parse(item.SelectSingleNode("@high", ns).Value),
Code = int.Parse(item.SelectSingleNode("@code", ns).Value),
Caption = item.SelectSingleNode("@text", ns).Value
});
}
Forecast = forecasts;
}
}
// Use this for initialization
void Start()
{
planet = transform;
atmosphere = AtmosphereGenerator.GenerateAtmosphere(planet, radius, 0.25f);
}
/// <summary>
/// This method simulates generating real-world data and inserting it into the database.
/// </summary>
/// <returns> </returns>
private void SimulateDataGeneration()
{
CancellationToken token = _cancellationTokenSource.Token;
this.Started?.Invoke(this, EventArgs.Empty);
bool isFirst = true;
while (!token.IsCancellationRequested)
{
Thread.Sleep(TimeSpan.FromSeconds(3));
if (token.IsCancellationRequested)
{
break;
}
using var scope = ServiceProvider.CreateScope();
using var db = scope.ServiceProvider.GetRequiredService <OrbitDbContext>();
if (isFirst)
{
db.InsertSeedData();
isFirst = false;
db.SaveChanges();
continue;
}
#region Get data from context
WasteWaterStorageTankData wasteTank = db.WasteWaterStorageTankData.Last();
UrineSystemData urineSystem = db.UrineProcessorData.Last();
WaterProcessorData waterProcessor = db.WaterProcessorData.Last();
PowerSystemData power = db.PowerSystemData.Last();
AtmosphereData atmo = db.AtmosphereData.Last();
CarbonDioxideRemediation co2 = db.CarbonDioxideRemoverData.Last();
ExternalCoolantLoopData eloop = db.ExternalCoolantLoopData.Last();
InternalCoolantLoopData iloop = db.InternalCoolantLoopData.Last();
OxygenGenerator o2 = db.OxygenGeneratorData.Last();
WaterGeneratorData h20 = db.WaterGeneratorData.Last();
#endregion Get data from context
#region Process the data
urineSystem.ProcessData(wasteTank.Level);
wasteTank.ProcessData(urineSystem.Status, waterProcessor.SystemStatus);
waterProcessor.ProcessData(wasteTank.Level);
power.ProcessData();
atmo.ProcessData();
co2.ProcessData();
eloop.ProcessData();
iloop.ProcessData();
o2.ProcessData();
h20.ProcessData();
#endregion Process the data
#region Generate new data sets
var nextUrineSystem = new UrineSystemData(urineSystem);
var nextWasteTank = new WasteWaterStorageTankData {
Level = wasteTank.Level
};
var nextWaterProcessor = new WaterProcessorData(waterProcessor);
var nextPower = new PowerSystemData(power);
var nextAtmo = new AtmosphereData(atmo);
var nextCo2 = new CarbonDioxideRemediation(co2);
var nextEloop = new ExternalCoolantLoopData(eloop);
var nextIloop = new InternalCoolantLoopData(iloop);
var nextO2 = new OxygenGenerator(o2);
var nextH20 = new WaterGeneratorData(h20);
#endregion Generate new data sets
#region Save new data sets to context
db.UrineProcessorData.Add(nextUrineSystem);
db.WasteWaterStorageTankData.Add(nextWasteTank);
db.WaterProcessorData.Add(nextWaterProcessor);
db.PowerSystemData.Add(nextPower);
db.AtmosphereData.Add(nextAtmo);
db.CarbonDioxideRemoverData.Add(nextCo2);
db.ExternalCoolantLoopData.Add(nextEloop);
db.InternalCoolantLoopData.Add(nextIloop);
db.OxygenGeneratorData.Add(nextO2);
db.WaterGeneratorData.Add(nextH20);
db.SaveChanges();
#endregion Save new data sets to context
}
this.Stopped?.Invoke(this, EventArgs.Empty);
}