private List <ItemChance> GetPossibleItems(Seed seed, YieldTier tier)
{
var baseTier = decimal.Floor(tier.Tier);
var actualTier = tier.Tier;
var possibleItems = ItemList.Where(x => x.Seeds.Any(y => y.Name == seed.Name &&
y.Tiers.Any(z => decimal.Floor(z.Tier) == baseTier)))
.Select(x => new Item()
{
Name = x.Name,
Seeds = x.Seeds.Select(y => new SeedTier()
{
Name = y.Name,
Tiers = y.Tiers.Where(z => decimal.Floor(z.Tier) == baseTier).ToList()
})
.Where(y => y.Name == seed.Name && y.Tiers.Any())
.ToList()
});
List <ItemChance> results = new List <ItemChance>();
foreach (var item in possibleItems)
{
// take count for each applicable tier
var tierCounts = item.Seeds.Single().Tiers.Where(x => decimal.Floor(x.Tier) == baseTier);
// count x ratio for that tier
var mainTierRatio = tier.Ratio;
var subTierRatio = 1 - mainTierRatio;
var mainTier = tierCounts.Where(x => x.Tier == actualTier).SingleOrDefault();
var subTier = tierCounts.Where(x => x.Tier != actualTier).SingleOrDefault();
decimal mainTierCount = mainTier == null ? 0 : mainTier.Count;
decimal subTierCount = subTier == null ? 0 : subTier.Count;
var mainTierChance = mainTierRatio * (mainTierCount / 5);
var subTierChance = subTierRatio * (subTierCount / 5);
if (mainTierChance + subTierChance > 0)
{
results.Add(new ItemChance(item.Name, mainTierChance + subTierChance));
}
}
return(results);
}
public (int, int) GetTierMinMaxRankSum(YieldTier tier)
{
var minScore = tier.ScoreRange.Lower - 40;
int modMax = 12;
if (minScore > 0)
{
modMax = (int)decimal.Floor(Math.Abs(12 - (decimal)minScore / 5));
}
if (modMax > 11)
{
modMax = 11;
}
var maxScore = tier.ScoreRange.Upper - 10;
var modMin = 12 - (int)decimal.Floor((decimal)maxScore / 5);
if (modMin < 0)
{
modMin = 0;
}
return(modMin, modMax);
}
public (int, int) GetTierMinMaxGradeSum(YieldTier tier, (int min, int max) minMaxMod, int currGradeSum)
