public AlternatorDetail GetAlternatorDetail(Alternator alternator)
{
_skvaMultiplier = GetSKVAMultiplier();
return(new AlternatorDetail
{
Alternator = alternator,
AlternatorID = alternator.ID,
SubtransientReactance1000 = GetSubtransientReactance1000(alternator),
SubtransientReactanceCorrected = GetSubtransientReactanceCorrected(alternator),
KWDerated = GetKWDerated(alternator),
TransientKWVDip_10 = TransientKWVdip(alternator, 0.1m),
TransientKWVDip_125 = TransientKWVdip(alternator, 0.125m),
TransientKWVDip_15 = TransientKWVdip(alternator, 0.15m),
TransientKWVDip_175 = TransientKWVdip(alternator, 0.175m),
TransientKWVDip_20 = TransientKWVdip(alternator, 0.2m),
TransientKWVDip_225 = TransientKWVdip(alternator, 0.225m),
TransientKWVDip_25 = TransientKWVdip(alternator, 0.25m),
TransientKWVDip_275 = TransientKWVdip(alternator, 0.275m),
TransientKWVDip_30 = TransientKWVdip(alternator, 0.3m),
TransientKWVDip_325 = TransientKWVdip(alternator, 0.325m),
TransientKWVDip_35 = TransientKWVdip(alternator, 0.35m),
SKVAMultiplier = _skvaMultiplier
});
}
private decimal TransientKWVdip(Alternator alternator, decimal vDip)
{
var multiplier = _skvaMultiplier;
int rounded;
if (vDip <= 0.15m)
{
rounded = Convert.ToInt32((vDip / 0.15m * alternator.Percent15 * (decimal)multiplier) * 10);
return(rounded / 10);
}
else if (vDip <= 0.25m)
{
decimal[] firstSeries = { 0.25m, 0.15m };
double[] secondSeries = { alternator.Percent25, alternator.Percent15 };
rounded = Convert.ToInt32(Statistics.lRegression(firstSeries, secondSeries, (double)vDip) * multiplier * 10);
return(rounded / 10);
}
else
{
decimal[] firstSeries = { 0.35m, 0.25m };
double[] secondSeries = { alternator.Percent35, alternator.Percent25 };
rounded = Convert.ToInt32(Statistics.lRegression(firstSeries, secondSeries, (double)vDip) * multiplier * 10);
return(rounded / 10);
}
}
private decimal GetKWDerated(Alternator alternator)
{
decimal frequencyMultiplier = 1;
if (int.Parse(_solutionSetup.Frequency.Value) == 50)
{
frequencyMultiplier = 5 / 6;
}
return(alternator.KWRating);
}
private IQueryable <Alternator> LoadAlternatorList()
{
var list = new List <Alternator>();
for (int i = 1; i <= 5; i++)
{
var alternator = new Alternator
{
ID = i,
ModifiedDateTime = DateTime.UtcNow,
Active = true
};
list.Add(alternator);
}
return(list.AsQueryable());
}
public void AddAlternatorDetail_Successfully(int ID, string descriptionAdd)
{
var alternatorDto = new AlternatorDto
{
ID = ID,
ModelDescription = descriptionAdd,
};
var addedAlternator = new Alternator
{
ID = 1,
ModelDescription = descriptionAdd
};
_alternatorRepository.Add(Arg.Any <Alternator>()).Returns(addedAlternator);
var actualResult = _adminProcessor.SaveAlternatorDetail(alternatorDto);
Assert.AreEqual(addedAlternator.ID, actualResult.ID);
}
public void UpdateAlternatorDetail_Successfully(int ID, string descriptionAdd)
{
var alternatorDto = new AlternatorDto
{
ID = ID,
ModelDescription = descriptionAdd,
};
var updatedAlternator = new Alternator
{
ID = ID,
ModelDescription = descriptionAdd
};
_alternatorRepository.Find(ID).ReturnsForAnyArgs(LoadAlternatorList().FirstOrDefault(x => x.ID == alternatorDto.ID));
_alternatorRepository.Update(Arg.Any <Alternator>()).Returns(updatedAlternator);
var actualResult = _adminProcessor.SaveAlternatorDetail(alternatorDto);
Assert.AreEqual(updatedAlternator.ID, actualResult.ID);
}
public void DeleteAlternator_Successfully(int ID, string userID)
{
var alternatorDto = new AlternatorDto
{
ID = ID
};
var updatedAlternator = new Alternator
{
ID = ID,
Active = false
};
_alternatorRepository.
GetSingle(x => x.ID == alternatorDto.ID).
ReturnsForAnyArgs(LoadAlternatorList().FirstOrDefault(x => x.ID == alternatorDto.ID));
_alternatorRepository.Update(Arg.Any <Alternator>()).Returns(updatedAlternator);
var actualResult = _adminProcessor.DeleteAlternator(alternatorDto.ID, userID);
Assert.AreEqual(actualResult, true);
}
private static IWeapon CreateFromRecognizedString(string recognizedName, IWeapon currentWeapon, int offsetX, int offsetY, float sensitivityScale)
{
var weaponName = recognizedName.FindMostSimilar(WeaponNamesToTypes.Keys);
WeaponNamesToTypes.TryGetValue(weaponName, out var weaponType);
var inGameName = weaponType.GetWeaponName();
IWeapon result;
if (currentWeapon?.IsTheSameWeapon(inGameName) ?? weaponType == WeaponAL.Unknown)
{
return(currentWeapon);
}
var numOfMods = WeaponTypesToNumOfMods[weaponType];
switch (weaponType)
{
case WeaponAL.Wingman:
case WeaponAL.MASTIFF:
case WeaponAL.KRABER:
case WeaponAL.Longbow:
case WeaponAL.Peacekeeper:
case WeaponAL.TripleTake:
result = new NonAdjustableWeapon(inGameName, 0, recognizedName, numOfMods);
break;
case WeaponAL.Havoc:
result = new Havoc(inGameName, 2, recognizedName, numOfMods);
break;
case WeaponAL.Devotion:
result = new Devotion(inGameName, 2, recognizedName, numOfMods);
break;
case WeaponAL.LStar:
result = new LStar(inGameName, 2, recognizedName, numOfMods);
break;
case WeaponAL.Flatline:
result = new Flatline(inGameName, 2, recognizedName, numOfMods);
break;
case WeaponAL.Hemlok:
result = new Hemlok(inGameName, 2, recognizedName, numOfMods);
break;
case WeaponAL.Prowler:
result = new Prowler(inGameName, 2, recognizedName, numOfMods);
break;
case WeaponAL.RE45:
result = new RE45(inGameName, 2, recognizedName, numOfMods);
break;
case WeaponAL.R301:
result = new R301(inGameName, 2, recognizedName, numOfMods);
break;
case WeaponAL.R99:
result = new R99(inGameName, 1.5, recognizedName, numOfMods);
break;
case WeaponAL.Alternator:
result = new Alternator(inGameName, 2, recognizedName, numOfMods);
break;
case WeaponAL.G7Scout:
result = new G7Scout(inGameName, 2, recognizedName, numOfMods);
break;
case WeaponAL.Unknown:
case WeaponAL.Spitfire:
case WeaponAL.EVA8Auto:
case WeaponAL.Mozambique:
case WeaponAL.P2020:
result = new RegularAdjustmentWeapon(inGameName, 2, recognizedName, numOfMods);
break;
default:
throw new ArgumentOutOfRangeException();
}
result.SetOffsets(offsetX, offsetY);
result.SetSensitivityScale(sensitivityScale);
return(result);
}
private decimal GetSubtransientReactance1000(Alternator alternator)
{
return(1000 * alternator.SubTransientReactance / (decimal)(alternator.KVABase * _skvaMultiplier));
}
private decimal GetSubtransientReactanceCorrected(Alternator alternator)
{
return(alternator.SubTransientReactance / (decimal)_skvaMultiplier);
}
