public void Setup()
{
conductor = new Conductor();
billet = new InsulatedBillet {
Conductor = conductor, PolymerGroup = new PolymerGroup()
};
coverPolymerGroup = new PolymerGroup();
fireProtectionClass = new FireProtectionClass();
twistedElementType = new TwistedElementType();
operatingVoltage250 = new OperatingVoltage
{
ACVoltage = 380,
ACFriquency = 400,
DCVoltage = 540
};
operatingVoltage660 = new OperatingVoltage
{
ACVoltage = 660,
ACFriquency = 400,
DCVoltage = 1000
};
builder = new SkabTitleBuilder();
cable = new Cable
{
CoverPolymerGroup = coverPolymerGroup,
TwistedElementType = twistedElementType,
FireProtectionClass = fireProtectionClass,
};
}
private IList <Color[]> GetCountingMarkingColors(TwistedElementType twistType, TwistInfo twistInfo)
{
var colors = new List <Color[]>();
//var jsonDataPath = $"$.SkabInsulationColors.{polymerType}.CountingMarkingColors";
//var colorsDictionary = colorsRepository.GetObjects<TwistedElementType, CountingMarkingColors>(colorsDataFileInfo, jsonDataPath);
//var countingMarkingGolors = colorsDictionary[twistType];
var pairsCount = 1;
for (int i = 0; i < twistInfo.LayersElementsCount.Length; i++)
{
for (int j = 0; j < twistInfo.LayersElementsCount[i]; j++)
{
switch (pairsCount)
{
case 1:
//colors.Add(countingMarkingGolors.CountingColorsSet);
break;
case 2:
//colors.Add(countingMarkingGolors.DirectingColorsSet);
break;
default:
//colors.Add(countingMarkingGolors.OtherColorsSet);
break;
}
pairsCount++;
}
pairsCount = 1;
}
return(colors);
}
private IList <Color[]> GetColors(TwistedElementType twistType, TwistInfo twistInfo)
{
string selectedSection;
switch (twistType)
{
case TwistedElementType.single:
selectedSection = "SinglesColors";
break;
case TwistedElementType.pair:
selectedSection = "PairsColors";
break;
case TwistedElementType.triple:
selectedSection = "TriplesColors";
break;
default: throw new ArgumentException("Кабели марки СКАБ не могут содержать изолированные элементы с таким типом скрутки!");
}
//var jsonDataPath = $"$.SkabInsulationColors.{polymerType}.{selectedSection}";
var cableColorsSet = new List <Color[]>();// colorsRepository.GetObjects<Color[]>(colorsDataFileInfo, jsonDataPath);
if (twistInfo.QuantityElements <= cableColorsSet.Count)
{
var colors = new List <Color[]>();
for (int i = 0; i < twistInfo.QuantityElements; i++)
{
colors.Add(cableColorsSet[i]);
}
return(colors);
}
return(GetCountingMarkingColors(twistType, twistInfo));
}
public static double GetTwistStep(TwistedElementType singleTwistedElementType, double twistedCoreDiameter)
{
if (singleTwistedElementType == TwistedElementType.single)
{
return(twistedCoreDiameter * 16);
}
return(twistedCoreDiameter * 18);
}
private IList <Color[]> GetIndividualShieldColors(TwistedElementType twistType, TwistInfo twistInfo)
{
var colors = new List <Color[]>();
//var jsonDataPath = $"$.SkabInsulationColors.{polymerType}.IndividualColorsCombine";
//var colorsDictionary = colorsRepository.GetObjects<TwistedElementType, Color[]>(colorsDataFileInfo, jsonDataPath);
//var individualColorsCombine = colorsDictionary[twistType];
//for (int i = 0; i < twistInfo.QuantityElements; i++) colors.Add(individualColorsCombine);
return(colors);
}
public static double GetTwistedCoreDiameterBySingleElement(int twistedElementsCount, double singleElementDiameter, TwistedElementType elementType)
{
if (elementType == TwistedElementType.core)
{
throw new ArgumentException("Метод не работает с типом скрученного сердечника Core!");
}
CheckInputTwistedElementsCount(twistedElementsCount);
var twistKoefficient = GetTwistKoefficient(twistedElementsCount);
return(CalcCoreDiametersMethods[elementType].Invoke(singleElementDiameter, twistKoefficient));
}
