private int GetExtraMinerals(OreValue ore, Ore.Minerals min)
{
int reproLvl = Properties.Settings.Default.repro;
int reproEffLvl = Properties.Settings.Default.reproEff;
decimal baseRepro = Properties.Settings.Default.baseRepro;
bool comp = Properties.Settings.Default.compressed;
Ore selectedOre = ore.baseOre;
string name = ore.name;
int qty = ore.qty;
List<OreValue> selectedOres = new List<OreValue>();
decimal multiplier;
decimal reproAbility = (baseRepro *
(1.0m + (reproLvl * 0.03m) *
(1.0m + (reproEffLvl * 0.02m)) *
(1.0m + (selectedOre.Reprocess * 0.02m)))) / 100;
decimal taxes = (100m - (decimal)Properties.Settings.Default.taxes) / 100m;
int quantityMod = comp ? 1 : 100;
if (name.Contains("10%"))
{
//========================================================== 10% Ore
multiplier = (decimal)selectedOre[(int)min] * 1.10m;
multiplier *= reproAbility;
multiplier *= taxes;
if (multiplier != 0)
{
decimal mineralCount = qty * multiplier;
return Convert.ToInt32(mineralCount);
}
}
else if (name.Contains("5%"))
{
//========================================================== 5% Ore
multiplier = (decimal)selectedOre[(int)min] * 1.05m;
multiplier *= reproAbility;
multiplier *= taxes;
if (multiplier != 0)
{
decimal mineralCount = qty * multiplier;
return Convert.ToInt32(mineralCount);
}
}
else
{
//========================================================== Base Ore
multiplier = (decimal)selectedOre[(int)min] * 1.00m;
multiplier *= reproAbility;
multiplier *= taxes;
if (multiplier != 0)
{
decimal mineralCount = qty * multiplier;
return Convert.ToInt32(mineralCount);
}
}
return 0;
}
private static int CompareValue(OreValue x, OreValue y)
{
if (x.value == 0)
{
if (y.value == 0)
return 0;
return 1;
}
bool retVal = x.value > y.value;
if (retVal)
return 1;
else
if (x.value == y.value)
return 0;
return -1;
}
private List<OreValue> CheckMinerals(Ore.Minerals min, decimal requirement)
{
int reproLvl = Properties.Settings.Default.repro;
int reproEffLvl = Properties.Settings.Default.reproEff;
decimal baseRepro = Properties.Settings.Default.baseRepro;
bool comp = Properties.Settings.Default.compressed;
List<OreValue> selectedOres = new List<OreValue>();
if (requirement > 0 && allSortedOres.Count > 0)
{
foreach (Ore item in allSortedOres[(int)min])
{
int val;
decimal prelim;
decimal multiplier;
decimal reproAbility = (baseRepro *
(1.0m + (reproLvl * 0.03m) *
(1.0m + (reproEffLvl * 0.02m)) *
(1.0m + (item.Reprocess * 0.02m)))) / 100;
decimal taxes = (100m - (decimal)Properties.Settings.Default.taxes) / 100m;
int quantityMod = comp ? 1 : 100;
//========================================================== 10% Ore
multiplier = (decimal)item[(int)min] * 1.10m;
multiplier *= reproAbility;
multiplier *= taxes;
if (multiplier != 0)
{
prelim = (requirement / multiplier);
val = Convert.ToInt32(prelim + 0.5m);
val *= quantityMod;
OreValue ten = new OreValue();
ten.name = item.TenPercentName;
ten.qty = val;
ten.value = (decimal)val * item.TenPercentPrice;
ten.baseOre = item;
selectedOres.Add(ten);
}
//========================================================== 5% Ore
multiplier = (decimal)item[(int)min] * 1.05m;
multiplier *= reproAbility;
multiplier *= taxes;
if (multiplier != 0)
{
prelim = (requirement / multiplier);
val = Convert.ToInt32(prelim + 0.5m);
val *= quantityMod;
OreValue five = new OreValue();
five.name = item.FivePercentName;
five.qty = val;
five.value = (decimal)val * item.FivePrecentPrice;
five.baseOre = item;
selectedOres.Add(five);
}
//========================================================== Base Ore
multiplier = (decimal)item[(int)min] * 1.00m;
multiplier *= reproAbility;
multiplier *= taxes;
if (multiplier != 0)
{
prelim = (requirement / multiplier);
val = Convert.ToInt32(prelim + 0.5m);
val *= quantityMod;
OreValue baseOre = new OreValue();
baseOre.name = item.name;
baseOre.qty = val;
baseOre.value = (decimal)val * item.BasePrice;
baseOre.baseOre = item;
selectedOres.Add(baseOre);
}
}
selectedOres.Sort(CompareValue);
}
return selectedOres;
}
