static void AddResitAttributesWithHeat(ref Dictionary <MODULE_ATTRIBUTES, Dictionary <MODULE_ACTIVE, Tuple <float, int> > > Attributes, float resistValueDB, bool bActiveModule, bool bRig, MODULE_ATTRIBUTES attribute)
{
Debug.Assert(!(bActiveModule && bRig));
Debug.Assert(resistValueDB < 0.0f);
float resistCold = -(0.01f * resistValueDB);
if (!bActiveModule && !bRig)
{
resistCold *= 1.25f; // compensation skill bonus
}
AddTo(ref Attributes, attribute, bActiveModule ? MODULE_ACTIVE.ACTIVE : MODULE_ACTIVE.PASSIVE, resistCold, 1);
}
private static ModuleDescription CreateAbyssalModule(string ModuleName, string[] MarketGroups, MODULE_ATTRIBUTES_DB dbAttribute, float bonus, MODULE_ATTRIBUTES attribute, MODULE_SLOT slot, NpgsqlConnection conn)
{
int typeID = GetTypeIDByName(ModuleName, conn);
float value = GetMaxAttributeValueForMarketGroup(MarketGroups, dbAttribute, conn);
Dictionary <MODULE_ATTRIBUTES, Dictionary <MODULE_ACTIVE, Tuple <float, int> > > attributes = new Dictionary <MODULE_ATTRIBUTES, Dictionary <MODULE_ACTIVE, Tuple <float, int> > >();
attributes.Add(
attribute,
new Dictionary <MODULE_ACTIVE, Tuple <float, int> > {
{ MODULE_ACTIVE.PASSIVE, new Tuple <float, int>(value * bonus, 1) }
}
);
ModuleDescription result = new ModuleDescription(
ModuleName,
typeID,
slot,
attributes,
0.0f,
-1
);
return(result);
}
static void AddTo(ref Dictionary <MODULE_ATTRIBUTES, Dictionary <MODULE_ACTIVE, Tuple <float, int> > > Attributes, MODULE_ATTRIBUTES Attr, MODULE_ACTIVE Active, float Value, int StackingGroup)
{
if (!Attributes.ContainsKey(Attr))
{
Attributes.Add(Attr, new Dictionary <MODULE_ACTIVE, Tuple <float, int> >());
}
Attributes[Attr][Active] = new Tuple <float, int>(Value, StackingGroup);
}
