public OrderSummary GetCompressedOres(ReprocessingSkills reprocessingSkills, MineralList mineralList)
{
var oreGroups = GetOreGroups(reprocessingSkills);
var minerals = GetMinerals();
var optimizedOres = OptimizeOres(minerals, oreGroups, mineralList, reprocessingSkills);
var finalOres = optimizedOres.Where(o => o.Qty > 0).ToList();
var currentMinerals = new MineralList();
foreach (var ore in finalOres)
{
foreach (MineralType mineral in Enum.GetValues(typeof(MineralType)))
{
currentMinerals[mineral] += ore.GetMineralQty(mineral, reprocessingSkills.CalculateReprocessingRate(ore.ReprocessingType));
}
}
var generatedMinerals = new List <Mineral>();
foreach (var mineral in minerals)
{
mineral.Qty = currentMinerals[mineral.MineralType];
mineral.DesiredQty = mineralList[mineral.MineralType];
generatedMinerals.Add(mineral);
}
return(GetOrderSummary(finalOres, generatedMinerals, mineralList));
}
public List <OreGroup> GetOreGroups(ReprocessingSkills reprocessingSkills)
{
var oreCategory = _eveDb.invCategories.Single(c => c.categoryName == "Asteroid" && true == c.published);
var oreGroups = oreCategory.invGroups.Where(g => g.groupName != "Ice" && true == g.published)
.Select(g => new OreGroup
{
ReprocessingType = (ReprocessingType)
Enum.Parse(typeof(ReprocessingType), g.groupName.Replace(" ", ""), true),
GroupName = g.groupName,
Ores = g.invTypes.Where(t => true == t.published && t.portionSize == 1 && t.marketGroupID > 0)
.OrderBy(t => t.basePrice)
.Select((t, i) =>
{
var yieldBonus = i * .05;
var reprocessingType =
(ReprocessingType)
Enum.Parse(typeof(ReprocessingType), g.groupName.Replace(" ", ""), true);
return(new OreMinerals
{
Id = t.typeID,
Name = t.typeName,
ReprocessingType = reprocessingType,
ReprocessingRate = reprocessingSkills.CalculateReprocessingRate(reprocessingType),
YieldModifier = yieldBonus,
Volume = t.volume,
Pricing = GetCurrentItemPricing(t.typeID),
ReprocessedMinerals = new MineralList
{
Tritanium = t[MineralType.Tritanium],
Pyerite = t[MineralType.Pyerite],
Mexallon = t[MineralType.Mexallon],
Isogen = t[MineralType.Isogen],
Nocxium = t[MineralType.Nocxium],
Zydrine = t[MineralType.Zydrine],
Megacyte = t[MineralType.Megacyte],
Morphite = t[MineralType.Morphite],
}
});
}).ToList()
});
return(oreGroups.ToList());
}
protected List <OreMinerals> OptimizeOres(List <Mineral> minerals, List <OreGroup> oreGroups, MineralList mineralList, ReprocessingSkills reprocessingSkills)
{
foreach (var mineral in minerals.OrderBy(o => o.ReprocessingOrder))
{
var mineralType = mineral.MineralType;
var primaryOreGroup = oreGroups.Single(o => o.ReprocessingType == mineral.PrimaryOreReprocessingType);
var desiredMineralQty = mineralList[mineralType];
foreach (var ore in oreGroups.SelectMany(o => o.Ores).Where(o => o.Qty > 0))
{
desiredMineralQty -= ore.GetMineralQty(mineralType, ore.ReprocessingRate);
}
foreach (var order in primaryOreGroup.OptimizedMarketOrders)
{
if (desiredMineralQty <= 0)
{
break;
}
var oreMineralYield = order.AssociatedOre.ReprocessedMinerals[mineralType] *
order.AssociatedOre.ReprocessingRate;
var desiredOrderQty = Math.Ceiling(Math.Min(order.Volume, desiredMineralQty / oreMineralYield));
desiredMineralQty -= desiredOrderQty * oreMineralYield;
primaryOreGroup.Ores.Single(o => o.Id == order.AssociatedOre.Id).Qty += desiredOrderQty;
}
}
return(oreGroups.SelectMany(og => og.Ores.Where(o => o.Qty > 0)).ToList());
}
