public bool IsAPrimaryMaterial(string materialName, string atomicMaterialName)
{
NanoFactoryRecipe materialRecipe = this.FindRecipe(materialName);
return(materialName != "ORE" && materialRecipe.inputs.Count == 1 &&
materialRecipe.inputs[0].name == atomicMaterialName);
}
public long ProduceMaterial(string materialName, long amount, Dictionary <string, long> materialBag)
{
// Find the recipe.
NanoFactoryRecipe recipeMaterial = this.FindRecipe(materialName);
// Is this already in the leftover ingredients?
NanoFactoryIngredient ingredientOnHand = this.CheckToSeeIfIHaveItAlready(materialName, amount, materialBag);
long amountLeftToProduce = (amount - ingredientOnHand.amount);
if (amountLeftToProduce == 0)
{
return(0); // Cost zero ORE!
}
// If this ingredient is primary, go ahead and make it with ORE.
if (IsAPrimaryMaterial(materialName, "ORE"))
{
long oreCost = 0;
long amountOfPrimaryProduced = 0;
while (amountLeftToProduce > amountOfPrimaryProduced)
{
//Program.Assert(recipeMaterial.inputs[0].name == "ORE", "ERROR!");
// Program.Assert(recipeMaterial.inputs.Count == 1, "ERROR!");
oreCost += recipeMaterial.inputs[0].amount;
amountOfPrimaryProduced += recipeMaterial.output.amount;
}
this.AddToCollection(materialName, amountOfPrimaryProduced, materialBag);
return(oreCost);
}
// If we have made it here, we need to produce a non-primary material.
long totalOreCost = 0;
int howManyTimesDoRunRecipe = (int)Math.Ceiling((((double)amountLeftToProduce) / (double)recipeMaterial.output.amount));
foreach (NanoFactoryIngredient inputIngredient in recipeMaterial.inputs)
{
long amountPerRun = inputIngredient.amount;
long amountNeeded = howManyTimesDoRunRecipe * amountPerRun;
totalOreCost += this.ProduceMaterial(inputIngredient.name, amountNeeded, materialBag);
this.RemoveFromCollection(inputIngredient.name, amountNeeded, materialBag);
}
// What did we make?
long amountProduced = (howManyTimesDoRunRecipe * recipeMaterial.output.amount);
this.AddToCollection(recipeMaterial.output.name, amountProduced, materialBag);
//Console.WriteLine("Produced " + amountProduced + " " + materialName);
return(totalOreCost);
}