private void failureHeirachyBuilder(ref List <FailureDescriptor> possibleFailures, string failureTag,
FailureDescriptor.Failure baseFailure, FailureDescriptor.FailureGarbage baseGarbageCollection, string baseName,
FailureDescriptor.Failure typeFailure, FailureDescriptor.FailureGarbage typeGarbageCollection, string typeName,
FailureDescriptor.Failure partFailure, FailureDescriptor.FailureGarbage partGarbageCollection, string partName)
{
String unsplitClasses = config.GetValue <String>(failureTag + "_MAP");
string[] classes = unsplitClasses.Split(';');
for (int i = 0; i < classes.Length; i++)
{
string[] splitC = classes[i].Split(':');
switch (splitC[0])
{
case "BASE":
possibleFailures.Add(new FailureDescriptor(
baseFailure,
baseGarbageCollection,
config.GetValue <int>(failureTag + "_" + splitC[0] + "_WEIGHT"),
"",
baseName
));
break;
case "TYPE":
possibleFailures.Add(new FailureDescriptor(
typeFailure,
typeGarbageCollection,
config.GetValue <int>(failureTag + "_" + splitC[1] + "_WEIGHT"),
splitC[1],
typeName
));
break;
case "PART":
possibleFailures.Add(new FailureDescriptor(
partFailure,
partGarbageCollection,
config.GetValue <int>(failureTag + "_" + splitC[1] + "_WEIGHT"),
splitC[1],
partName
));
break;
}
}
}
private void initialiseDefaultGarabageCollection()
{
defaultBaseGarbageCollection = (FailureDescriptor failureDescriptor) =>
{
ifEmptySelectionSpace(ref FlightGlobals.ActiveVessel.parts,
failureDescriptor);
};
defaultTypeGarbageCollection = (FailureDescriptor failureDescriptor) =>
{
List <Part> selectionSpace = extractPartOfType(FlightGlobals.ActiveVessel.parts,
intToPartCategories(Convert.ToInt32(failureDescriptor.partInformation)));
ifEmptySelectionSpace(ref selectionSpace, failureDescriptor);
};
defaultPartGarbageCollection = (FailureDescriptor failureDescriptor) =>
{
List <Part> selectionSpace = extractPartOfName(FlightGlobals.ActiveVessel.parts,
failureDescriptor.partInformation);
ifEmptySelectionSpace(ref selectionSpace, failureDescriptor);
};
}
