static void Main(string[] args)
{
_miner = Data.MinerMk3;
_overclocking = 1;
_overclockBuildings = BuildingGroup.Miners;
_nodePurity = NodePurity.Normal;
var toProduce = new MaterialRate
{
Material = Data.HeatSink,
RatePerMinute = 15
};
GetRates(toProduce);
}
private static void GetRates(MaterialRate toProduce, string indent = "")
{
var requiredRatePerSecond = toProduce.RatePerMinute / 60;
var ratePerSecond = requiredRatePerSecond;
List <MaterialAmount> list;
int outAmount;
double productionSpeed;
double craftingTime;
string name;
// find sub assembly
var sa = Data.SubAssemblies.FirstOrDefault(s => s.Out.Material == toProduce.Material);
if (sa != null)
{
craftingTime = sa.CraftingTime;
outAmount = sa.Out.Amount;
productionSpeed = 1;
list = sa.In;
name = "SA " + sa.Out.Material.Name;
Console.ForegroundColor = ConsoleColor.Yellow;
}
else
{
var recipe = Data.Recipes.First(r => r.Out.Material == toProduce.Material);
craftingTime = recipe.CraftingTime;
var productionBuilding = recipe.ProductionBuilding;
if (productionBuilding == Data.Miner)
{
productionBuilding = _miner;
}
productionSpeed = productionBuilding.ProductionSpeed;
outAmount = recipe.Out.Amount;
list = recipe.In;
name = productionBuilding.Name;
if (recipe.ProductionBuilding == Data.Miner)
{
productionSpeed *= _overclocking;
productionSpeed *= _nodePurity switch
{
NodePurity.Impure => .5,
NodePurity.Pure => 2,
_ => 1
};
}
}
// maximum production
var productionRatePerSecond = outAmount * productionSpeed / craftingTime;
// how many buildings
var buildingAmountFraction = requiredRatePerSecond / productionRatePerSecond;
var buildingAmount = Math.Ceiling(buildingAmountFraction);
var usage = buildingAmountFraction / buildingAmount;
Console.WriteLine($"{indent}{toProduce.Material.Name} {toProduce.RatePerMinute:F}/min {buildingAmount} {name} ({usage:P0})");
Console.ResetColor();
ratePerSecond /= outAmount;
// calculate inputs
foreach (var ma in list)
{
var in1Rate = ratePerSecond * ma.Amount;
var mp = new MaterialRate {
RatePerMinute = in1Rate * 60, Material = ma.Material
};
GetRates(mp, indent + " ");
}
}
}