private CelestialObject GetRandomObject(CelestialObjectType fromType)
{
var o = new CelestialObject();
o.OrbitInitialAngle = random.NextDouble() * 2 * Math.PI;
o.CelestialObjectType = random.Next(3 - (int)fromType) + fromType + 1;
switch (o.CelestialObjectType)
{
case CelestialObjectType.Planet:
o.MetalDensity = random.Next(2, 16) / 10;
o.FoodDensity = random.Next(0, 21) / 10;
o.Size = random.Next(3, 7);
break;
case CelestialObjectType.Moon:
o.MetalDensity = random.Next(3, 22) / 10;
o.FoodDensity = random.Next(0, 10) / 10;
o.Size = random.Next(2, 5);
break;
case CelestialObjectType.Asteroid:
o.MetalDensity = random.Next(5, 35) / 10;
o.FoodDensity = random.Next(0, 5) / 10;
o.Size = random.Next(1, 4);
break;
}
return(o);
}
public static List <FilterItemModel> GetDefaultFilterList(CelestialObjectType celestialObjectType)
{
return(new List <FilterItemModel>
{
GetCelestialObjectTypeFilter(celestialObjectType)
});
}
public static FilterItemModel GetCelestialObjectTypeFilter(CelestialObjectType celestialObjectType)
{
return(new FilterItemModel(
$"{nameof(CelestialObjectModel.CelestialObjectType)}",
ColumnType.IntColumn,
FilterType.Equal,
(int)celestialObjectType));
}
public static List <FilterItemModel> GetDefaultMoonFilterList(CelestialObjectType celestialObjectType, Guid celestialObjectId)
{
return(new List <FilterItemModel>
{
GetCelestialObjectTypeFilter(CelestialObjectType.MajorMoon),
GetParentCelestialObjectFilter(celestialObjectId)
});
}
public static string GetResourceSingular(this CelestialObjectType celestialObjectType)
{
switch (celestialObjectType)
{
case CelestialObjectType.Star:
return(TextResource.Star);
case CelestialObjectType.Planet:
return(TextResource.Planet);
case CelestialObjectType.MajorMoon:
return(TextResource.MajorMoon);
case CelestialObjectType.MinorMoon:
return(TextResource.MinorMoon);
default:
throw new EnumArgumentException <CelestialObjectType>((int)celestialObjectType);
}
}
public static string ToConstant(this CelestialObjectType value)
{
switch (value)
{
case CelestialObjectType.Star:
return(CelestialObjectTypeConstants.Star);
case CelestialObjectType.Planet:
return(CelestialObjectTypeConstants.Planet);
case CelestialObjectType.MajorMoon:
return(CelestialObjectTypeConstants.MajorMoon);
case CelestialObjectType.MinorMoon:
return(CelestialObjectTypeConstants.MinorMoon);
default:
throw new ArgumentException($"{value} is an invalid {nameof(CelestialObjectType)}", nameof(value));
}
}
partial void OnCelestialObjectTypeChanging(CelestialObjectType value);
public CelestialObjectTypeModel GetSingleByEnum(CelestialObjectType value)
{
var celestialObjectTypeCode = value.ToConstant();
return(GetSingleByCode(celestialObjectTypeCode));
}
private CelestialObject GetRandomObject(CelestialObjectType fromType) {
var o = new CelestialObject();
o.OrbitInitialAngle = random.NextDouble()*2*Math.PI;
o.CelestialObjectType = random.Next(3 - (int)fromType) + fromType+1;
switch (o.CelestialObjectType) {
case CelestialObjectType.Planet:
o.MetalDensity = random.Next(2,16)/10;
o.FoodDensity = random.Next(0,21)/10;
o.Size = random.Next(3,7);
break;
case CelestialObjectType.Moon:
o.MetalDensity = random.Next(3,22) / 10;
o.FoodDensity = random.Next(0,10) / 10;
o.Size = random.Next(2,5);
break;
case CelestialObjectType.Asteroid:
o.MetalDensity = random.Next(5,35) / 10;
o.FoodDensity = random.Next(0,5) / 10;
o.Size = random.Next(1, 4);
break;
}
return o;
}
