public void CalcFlashHazardBoundaryAC([ValueSource(typeof(CalcNoXNoCAC), "GetCalculationInputSimples")] CalculationInputSimple inputSimple, [ValueSource(typeof(CalcNoXNoCAC), "GetCalculationOutputs")] CalculationOutput output)
{
CalculationInput input = Container.Resolve <ICalculationInput>() as CalculationInput;
MapCalculationInputSimpleToCalculationInput(ref input, ref inputSimple);
var fhb = Calc.CalcFlashHazardBoundaryAC(Calc.CalculateArcFaultCurrentAC(input));
var expected = RoundValue(output.FPB);
var real = RoundValue(fhb);
Assert.AreEqual(expected, real);
}
public void CalcIncidentEnergyDistanceAC([ValueSource(typeof(CalcNoXNoCAC), "GetCalculationInputSimples")] CalculationInputSimple inputSimple, [ValueSource(typeof(CalcNoXNoCAC), "GetCalculationOutputs")] CalculationOutput output)
{
CalculationInput input = Container.Resolve <ICalculationInput>() as CalculationInput;
MapCalculationInputSimpleToCalculationInput(ref input, ref inputSimple);
decimal IE = Calc.CalcIncidentEnergyAC(input.WorkingDistance.Value, Calc.CalculateArcFaultCurrentAC(input)).Value;
var expected = RoundValue(output.IncidentEnergy);
var real = RoundValue(IE);
Assert.AreEqual(expected, real);
}
public void CalcRiskCategoryAC([ValueSource(typeof(CalcNoXNoCAC), "GetCalculationInputSimples")] CalculationInputSimple inputSimple, [ValueSource(typeof(CalcNoXNoCAC), "GetCalculationOutputs")] CalculationOutput output)
{
CalculationInput input = Container.Resolve <ICalculationInput>() as CalculationInput;
MapCalculationInputSimpleToCalculationInput(ref input, ref inputSimple);
var riskCat = Calc.RiskCategoryAC(output);
var expected = output.HazardCat;
var real = riskCat;
Assert.AreEqual(expected, real);
}
public void CalcBoltedFaultCurrentAC([ValueSource(typeof(CalcNoXNoCAC), "GetCalculationInputSimples")] CalculationInputSimple inputSimple, [ValueSource(typeof(CalcNoXNoCAC), "GetCalculationOutputs")] CalculationOutput output)
{
CalculationInput input = Container.Resolve <ICalculationInput>() as CalculationInput;
MapCalculationInputSimpleToCalculationInput(ref input, ref inputSimple);
decimal bfc = Calc.CalcBoltedFaultCurrentAC(input);
var expected = RoundValue(output.BoltedFaultCurrent.Value);
var real = RoundValue(bfc);
Assert.AreEqual(expected, real);
}
public void MapCalculationInputSimpleToCalculationInput(ref CalculationInput input, ref CalculationInputSimple inputSimple)
{
input.Id = inputSimple.Id;
input.IsAlternatingCurrent = inputSimple.IsAlternatingCurrent;
input.EquipmentTypeId = inputSimple.EquipmentTypeId;
input.ArcDurationValue = inputSimple.ArcDurationValue;
input.WorkingDistance = inputSimple.WorkingDistance;
input.NominalVoltage = inputSimple.NominalVoltage;
input.SourceFaultCurrent = inputSimple.SourceFaultCurrent;
input.IsSolidGround = inputSimple.IsSolidGround;
input.IsOpenAir = inputSimple.IsOpenAir;
input.HasCable = inputSimple.HasCable;
input.HasTransformer = inputSimple.HasTransformer;
input.ConductorSizeId = inputSimple.ConductorSizeId;
input.ConductorPerPhase = inputSimple.ConductorPerPhase;
input.ConductorLength = inputSimple.ConductorLength;
input.PrimaryVoltage = inputSimple.PrimaryVoltage;
input.XfmrImpedance = inputSimple.XfmrImpedance;
input.XfmrKVA = inputSimple.XfmrKVA;
input.MaximumShortCircuitAvailable = inputSimple.MaximumShortCircuitAvailable;
input.InCabinet = inputSimple.InCabinet;
input.VoltageOfBattery = inputSimple.VoltageOfBattery;
}
