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,
};
}
public string GetCableTitle(Cable cable, InsulatedBillet mainBillet, CablePropertySet?cableProperty, object parameter = null)
{
string shield = string.Empty;
if (cableProperty.HasValue)
{
shield = "Э";
}
string namePart;
if (mainBillet.PolymerGroup.Title == "PVC LS")
{
namePart = $"КЭВ{shield}Внг(А)-LS ";
}
else
{
namePart = $"КЭРс{shield}";
}
_nameBuilder = new StringBuilder(namePart);
if (cable.CoverPolymerGroup.Title == "HFCompound")
{
_nameBuilder.Append("Пнг(А)-FRHF ");
}
if (cable.CoverPolymerGroup.Title == "PUR")
{
_nameBuilder.Append("Унг(D)-FRHF ");
}
namePart = CableCalculations.FormatConductorArea(mainBillet.Conductor.AreaInSqrMm);
_nameBuilder.Append($"{cable.ElementsCount}х{namePart}");
return(_nameBuilder.ToString());
}
public void Setup()
{
conductor = new Conductor();
billet = new InsulatedBillet {
Conductor = conductor
};
coverPolymerGroup = new PolymerGroup();
builder = new KpsvevTitleBuilder();
cable = new Cable
{
CoverPolymerGroup = coverPolymerGroup,
};
}
public int AddSkabBillets()
{
var conductorsIdList = new List <int> {
1, 3, 5, 7, 9
}; // 0.5, 0.75, 1.0, 1.5, 2.5
var polymerGroupsId = new List <int> {
6, 4, 3
}; //6 - PVC-LS, 4 - HF, 3 - Rubber
var skabOperatingVoltageIdList = new List <int> {
2, 3
}; //2 - СКАБ250, 3 - СКАБ660
decimal minThickness;
foreach (var voltageId in skabOperatingVoltageIdList)
{
foreach (var condId in conductorsIdList)
{
foreach (var polymerId in polymerGroupsId)
{
var cableBillet = new InsulatedBillet
{
CableBrandNameId = 2,
OperatingVoltageId = voltageId,
ConductorId = condId,
Diameter = GetSkabDiameter(voltageId, condId, polymerId),
PolymerGroupId = polymerId
};
minThickness = GetSkabMinInsThickness(voltageId, polymerId);
cableBillet.MinThickness = minThickness;
cableBillet.NominalThickness = minThickness + 0.1m;
_dbContext.InsulatedBillets.Add(cableBillet);
}
}
}
return(_dbContext.SaveChanges());
}
public string GetCableTitle(Cable cable, InsulatedBillet billet, CablePropertySet?cableProperty, object parameter = null)
{
_nameBuilder.Clear();
if (cable.CoverPolymerGroup.Title == "PVC LSLTx")
{
_nameBuilder.Append("ЛОУТОКС ");
}
_nameBuilder.Append("КПСВ");
if (cableProperty != null && (cableProperty & CablePropertySet.HasFoilShield) == CablePropertySet.HasFoilShield)
{
_nameBuilder.Append("Э");
}
string namePart = string.Empty;
switch (cable.CoverPolymerGroup.Title)
{
case "PVC":
case "PVC Term":
case "PVC LS":
case "PVC Cold":
case "PVC LSLTx":
namePart = "В";
break;
case "PE Self Extinguish":
namePart = "Пс";
break;
}
_nameBuilder.Append(namePart);
if (cableProperty != null && (cableProperty & CablePropertySet.HasArmourBraid) == CablePropertySet.HasArmourBraid)
{
if ((cableProperty & CablePropertySet.HasArmourTube) == CablePropertySet.HasArmourTube)
{
_nameBuilder.Append($"К{namePart}");
}
else
{
_nameBuilder.Append("КГ");
}
}
if (cableProperty != null && (cableProperty & CablePropertySet.HasArmourTape | CablePropertySet.HasArmourTube) ==
(CablePropertySet.HasArmourTape | CablePropertySet.HasArmourTube))
{
_nameBuilder.Append($"Б{namePart}");
}
if (cable.CoverPolymerGroup.Title == "PVC Term")
{
_nameBuilder.Append("т");
}
if (cable.CoverPolymerGroup.Title == "PVC Cold")
{
_nameBuilder.Append("м");
}
if (cable.CoverPolymerGroup.Title == "PVC LS")
{
_nameBuilder.Append("нг(А)-LS");
}
if (cable.CoverPolymerGroup.Title == "PVC LSLTx")
{
_nameBuilder.Append("нг(А)-LSLTx");
}
var cableConductorArea = billet.Conductor.AreaInSqrMm;
namePart = CableCalculations.FormatConductorArea(cableConductorArea);
_nameBuilder.Append($" {cable.ElementsCount}х2х{namePart}");
return(_nameBuilder.ToString());
}
public string GetCableTitle(Cable cable, InsulatedBillet mainBillet, CablePropertySet?cableProperty, object parameter = null)
{
_nameBuilder.Clear();
_nameBuilder.Append($"СКАБ ");
if (cable.OperatingVoltage.ACVoltage == 380 &&
cable.OperatingVoltage.ACFriquency == 400 &&
cable.OperatingVoltage.DCVoltage == 540)
{
_nameBuilder.Append(250);
}
if (cable.OperatingVoltage.ACVoltage == 660 &&
cable.OperatingVoltage.ACFriquency == 400 &&
cable.OperatingVoltage.DCVoltage == 1000)
{
_nameBuilder.Append(660);
}
if ((cableProperty & CablePropertySet.HasArmourTube) == CablePropertySet.HasArmourTube)
{
_nameBuilder.Append("К");
}
else
if ((cableProperty & CablePropertySet.HasArmourBraid) == CablePropertySet.HasArmourBraid)
{
_nameBuilder.Append("КГ");
}
if (cable.CoverPolymerGroup.Title == "PUR")
{
_nameBuilder.Append("У");
}
string namePart;
var fireClassDesignation = cable.FireProtectionClass.Designation;
namePart = fireClassDesignation.Contains("HF") ? "-ХЛ" : string.Empty;
_nameBuilder.Append(fireClassDesignation);
_nameBuilder.Append(namePart);
if (cable.TwistedElementType.Id == 1)
{
_nameBuilder.Append($" {cable.ElementsCount}х");
}
else
{
namePart = (cableProperty & CablePropertySet.HasIndividualFoilShields) == CablePropertySet.HasIndividualFoilShields ? "э" : string.Empty;
_nameBuilder.Append($" {cable.ElementsCount}х{cable.TwistedElementType.Id}{namePart}х");
}
namePart = CableCalculations.FormatConductorArea(mainBillet.Conductor.AreaInSqrMm);
_nameBuilder.Append(namePart + "л");
var onlyFoilShield = (cableProperty & CablePropertySet.HasBraidShield) != CablePropertySet.HasBraidShield;
var withoutFilling = (cableProperty & CablePropertySet.HasFilling) != CablePropertySet.HasFilling;
var hasWaterblockStripe = (cableProperty & CablePropertySet.HasWaterBlockStripe) == CablePropertySet.HasWaterBlockStripe;
if (onlyFoilShield || withoutFilling || hasWaterblockStripe)
{
_nameBuilder.Append(" ");
if (onlyFoilShield)
{
_nameBuilder.Append("ф");
}
if (withoutFilling)
{
_nameBuilder.Append("о");
}
if (hasWaterblockStripe)
{
_nameBuilder.Append("в");
}
}
if ((cableProperty & CablePropertySet.SparkSafety) == CablePropertySet.SparkSafety)
{
_nameBuilder.Append(" Ex-i");
}
return(_nameBuilder.ToString());
}
public string GetCableTitle(Cable cable, InsulatedBillet mainBillet, CablePropertySet?cableProperty, object parameter)
{
var flagBG = (bool)parameter;
_nameBuilder.Clear();
_nameBuilder.Append("КИП");
string namePart, condDiam;
var cableConductorDiameter = mainBillet.Conductor.ConductorDiameter;
if (cableConductorDiameter == 0.60m && cable.ElementsCount != 1.5m)
{
namePart = "Э";
condDiam = "0,60";
}
else
{
namePart = "вЭ";
condDiam = "0,78";
}
_nameBuilder.Append(namePart);
switch (cable.CoverPolymerGroup.Title)
{
case "PVC":
case "PVC Term":
case "PVC LS":
case "PVC Cold":
namePart = "В";
break;
case "PE":
namePart = "П";
break;
default:
namePart = string.Empty;
break;
}
_nameBuilder.Append(namePart);
if ((cableProperty & CablePropertySet.HasArmourBraid) == CablePropertySet.HasArmourBraid)
{
if ((cableProperty & CablePropertySet.HasArmourTube) == CablePropertySet.HasArmourTube)
{
_nameBuilder.Append($"К{namePart}");
}
else
{
_nameBuilder.Append("КГ");
}
}
if ((cableProperty & CablePropertySet.HasArmourTape | CablePropertySet.HasArmourTube) ==
(CablePropertySet.HasArmourTape | CablePropertySet.HasArmourTube))
{
_nameBuilder.Append($"Б{namePart}");
}
if (cable.CoverPolymerGroup.Title == "PVC Term")
{
_nameBuilder.Append("т");
}
if (cable.CoverPolymerGroup.Title == "PVC Cold")
{
_nameBuilder.Append("м");
}
if (cable.CoverPolymerGroup.Title == "PVC LS")
{
_nameBuilder.Append("нг(А)-LS");
}
if (cable.CoverPolymerGroup.Title.ToUpper() == "HFCOMPOUND")
{
if (flagBG)
{
_nameBuilder.Append("нг(А)-БГ");
}
else
{
_nameBuilder.Append("нг(А)-HF");
}
}
_nameBuilder.Append($" {cable.ElementsCount}х2х{condDiam}");
return(_nameBuilder.ToString());
}
