private void CreateRelicModel(EquipSlot s, Equipment e)
{
var gv = gear[s, e];
RelicConfig config = null;
SolverConfig.RelicConfigs.TryGetValue(e.ItemLevel.Key, out config);
if (config == null || !config.Items.Contains(e.Key))
{
return;
}
var isNonSurjective = config.ConversionFunction != null;
var statCap = config.StatCapOverrides.ContainsKey(Job) && config.StatCapOverrides[Job].ContainsKey(s)
? config.StatCapOverrides[Job][s]
: config.StatCap;
Model.AddConstraint(
Expression.Sum(RelevantStats.Select(bp => isNonSurjective ? relicBase[s, e, bp] : cap[s, e, bp])) <=
statCap * gv,
$"total relic cap for {e} in slot {s}");
foreach (var bp in RelevantStats)
{
var remCap = e.GetMateriaMeldCap(bp, true);
if (remCap == 0)
{
continue;
}
var cv = cap[s, e, bp];
var func = config.ConversionFunction;
if (config.ConversionOverride != null && config.ConversionOverride.ContainsKey(bp))
{
func = config.ConversionOverride[bp];
}
if (isNonSurjective)
{
func.AddToModel(Model, relicBase[s, e, bp], cv, SolverConfig.SolverSupportsSOS);
}
Model.AddConstraint(cv <= remCap * gv, $"upper stat cap for {bp} of relic {e} in slot {s}");
StatExprs.AddExprToDict(bp, cv);
}
}
private void CreateRelicModel(EquipSlot s, Equipment e)
{
var gv = gear[s, e];
var eCap = RelicCaps[e];
Model.AddConstraint(Expression.Sum(RelevantStats.Select(bp => cap[s, e, bp])) <= eCap * gv,
$"total relic cap for {e} in slot {s}");
foreach (var bp in RelevantStats)
{
var remCap = e.GetMateriaMeldCap(bp, true);
if (remCap == 0)
{
continue;
}
var cv = cap[s, e, bp];
Model.AddConstraint(cv <= remCap * gv, $"upper stat cap for {bp} of relic {e} in slot {s}");
AddExprToDict(StatExprs, bp, cv);
// SIMPLIFICATION: impossible-to-reach stat values are ignored. Can be handled by using Model.AddAlternativeConstraint(cv <= badVal - 1, cv >= badVal +1, bigM)
}
}