public bool TryMakeTurbofan(float bypassratio, int numberofshafts, Generator gen, List <Spool> spools, int egt, int isp,
int numberofcycles, List <Propellant> fueList, List <Oxidiser> oxidisers, string manuf, string model,
string serialnumber, float maxpower, float operatingtime, float fuelflow, OnOff stat, out Turbofan incomingTurbofan, bool isgeared = false,
bool hasreverse = true, PoweredAircraft parentvehicle = null)
{
try
{
Turbofan turbofan = MakeTurbofan(bypassratio, numberofshafts, gen, spools, egt, isp,
numberofcycles, fueList,
oxidisers, manuf, model, serialnumber, maxpower, operatingtime, fuelflow, stat, isgeared, hasreverse,
parentvehicle);
incomingTurbofan = turbofan;
return(true);
}
catch (ArgumentNullException argumentNullException)
{
Console.WriteLine(argumentNullException.Message);
incomingTurbofan = null;
return(false);
}
catch (ArgumentException argumentException)
{
Console.WriteLine(argumentException.Message);
incomingTurbofan = null;
return(false);
}
catch (Exception e)
{
Console.WriteLine(e.Message);
incomingTurbofan = null;
return(false);
}
}
public Turbofan TryMakeTurbofan(float bypassratio, int numberofshafts, Generator gen, List <Spool> spools, int egt, int isp,
int numberofcycles, List <Propellant> fueList, List <Oxidiser> oxidisers, string manuf, string model,
string serialnumber, float maxpower, float operatingtime, float fuelflow, OnOff stat, bool isgeared = false,
bool hasreverse = true, PoweredAircraft parentvehicle = null)
{
Turbofan turbofan = new Turbofan();
try
{
turbofan = MakeTurbofan(bypassratio, numberofshafts, gen, spools, egt, isp,
numberofcycles, fueList,
oxidisers, manuf, model, serialnumber, maxpower, operatingtime, fuelflow, stat, isgeared, hasreverse,
parentvehicle);
}
catch (ArgumentNullException argumentNullException)
{
Console.WriteLine(argumentNullException.Message);
switch (argumentNullException.ParamName)
{
case nameof(spools):
spools = new List <Spool>();
TryMakeTurbofan(bypassratio, numberofshafts, gen, spools, egt, isp,
numberofcycles, fueList,
oxidisers, manuf, model, serialnumber, maxpower, operatingtime, fuelflow, stat, isgeared,
hasreverse,
parentvehicle);
break;
case nameof(serialnumber):
serialnumber = "no serial number specified";
TryMakeTurbofan(bypassratio, numberofshafts, gen, spools, egt, isp,
numberofcycles, fueList,
oxidisers, manuf, model, serialnumber, maxpower, operatingtime, fuelflow, stat, isgeared,
hasreverse,
parentvehicle);
break;
case nameof(fueList):
fueList = new List <Propellant>();
TryMakeTurbofan(bypassratio, numberofshafts, gen, spools, egt, isp,
numberofcycles, fueList,
oxidisers, manuf, model, serialnumber, maxpower, operatingtime, fuelflow, stat, isgeared,
hasreverse,
parentvehicle);
break;
case nameof(oxidisers):
oxidisers = new List <Oxidiser>();
TryMakeTurbofan(bypassratio, numberofshafts, gen, spools, egt, isp,
numberofcycles, fueList,
oxidisers, manuf, model, serialnumber, maxpower, operatingtime, fuelflow, stat, isgeared,
hasreverse,
parentvehicle);
break;
}
}
catch (ArgumentException argumentException) when(argumentException.ParamName == nameof(numberofshafts))
{
Console.WriteLine(argumentException.Message);
if (argumentException.ParamName == nameof(numberofshafts))
{
numberofshafts = 1;
TryMakeTurbofan(bypassratio, numberofshafts, gen, spools, egt, isp,
numberofcycles, fueList,
oxidisers, manuf, model, serialnumber, maxpower, operatingtime, fuelflow, stat, isgeared,
hasreverse,
parentvehicle);
}
}
catch (Exception e)
{
Console.WriteLine(e.Message);
}
return(turbofan);
}