///<summary>
///This function computes maximum possible sell price from
///garbage list. Some garbage may be disassembled into
///material garbages that are sellable, yet there is a
///disassemblement cost to pay.
///</summary>
public static float ComputeMaximumSellPrice(List <Garbage> garbageList)
{
// NOTE: Read more on this link https://docs.microsoft.com/en-us/dotnet/csharp/programming-guide/types/casting-and-type-conversions
List <MaterialGarbage> outputgarbageList = new List <MaterialGarbage>();
List <float> outputgarbageListPrice = new List <float>();
for (int SellPrice = 0; garbageList.Count > SellPrice; SellPrice++)
{
if (garbageList[SellPrice] is ISellable)
{
if (garbageList[SellPrice] is IDisassemblable)
{
ElectronicsGarbage output = (ElectronicsGarbage)garbageList[SellPrice];
outputgarbageList = output.Disassemble();
float DisassemblePrice = 0.0f;
float price = 0.0f;
for (int SumSell = 0; outputgarbageList.Count > SumSell; SumSell++)
{
price = outputgarbageList[SumSell].GetSellPrice();
DisassemblePrice = DisassemblePrice + price;
}
Size a = output.GetSize();
if (a == Size.SMALL)
{
float m = 1.2f;
float Price = output.GetSellPrice() + DisassemblePrice - (m * output.GetDisassembleCost());
outputgarbageListPrice.Add(Price);
}
else if (a == Size.MEDIUM)
{
float m = 1.4f;
float Price = output.GetSellPrice() + DisassemblePrice - (m * output.GetDisassembleCost());
outputgarbageListPrice.Add(Price);
}
else if (a == Size.LARGE)
{
float m = 1.6f;
float Price = output.GetSellPrice() + DisassemblePrice - (m * output.GetDisassembleCost());
outputgarbageListPrice.Add(Price);
}
}
else if (garbageList[SellPrice] is GlassBottleGarbage)
{
GlassBottleGarbage output = (GlassBottleGarbage)garbageList[SellPrice];
float Price = output.GetSellPrice();
outputgarbageListPrice.Add(Price);
}
else
{
MaterialGarbage output = (MaterialGarbage)garbageList[SellPrice];
float Price = output.GetSellPrice();
outputgarbageListPrice.Add(Price);
}
}
}
float MaxSellPrice = 0;
foreach (float Max in outputgarbageListPrice)
{
if (Max > MaxSellPrice)
{
MaxSellPrice = Max;
}
}
Console.WriteLine(MaxSellPrice);
return(MaxSellPrice);
}
///<summary>
///This function computes maximum possible sell price from
///garbage list. Some garbage may be disassembled into
///material garbages that are sellable, yet there is a
///disassemblement cost to pay.
///</summary>
public static float ComputeMaximumSellPrice(List <Garbage> garbageList)
{
List <MaterialGarbage> outputgarbageList = new List <MaterialGarbage>();
List <float> outputgarbageListPrice = new List <float>();
for (int i = 0; i < garbageList.Count; i++)
{
if (garbageList[i] is ISellable)
{
if (garbageList[i] is IDisassemblable)
{
ElectronicsGarbage output = (ElectronicsGarbage)garbageList[i];
outputgarbageList = output.Disassemble();
float DisassemblePrice = 0.0f;
float price = 0.0f;
for (int j = 0; j < outputgarbageList.Count; j++)
{
price = outputgarbageList[j].GetSellPrice();
DisassemblePrice = DisassemblePrice + price;
}
Size a = output.GetSize();
if (a == Size.SMALL)
{
float m = 1.2f;
float Price = output.GetSellPrice() + DisassemblePrice - (m * output.GetDisassembleCost());
outputgarbageListPrice.Add(Price);
}
else if (a == Size.MEDIUM)
{
float m = 1.4f;
float Price = output.GetSellPrice() + DisassemblePrice - (m * output.GetDisassembleCost());
outputgarbageListPrice.Add(Price);
}
else if (a == Size.LARGE)
{
float m = 1.6f;
float Price = output.GetSellPrice() + DisassemblePrice - (m * output.GetDisassembleCost());
outputgarbageListPrice.Add(Price);
}
}
else if (garbageList[i] is GlassBottleGarbage)
{
GlassBottleGarbage output = (GlassBottleGarbage)garbageList[i];
float Price = output.GetSellPrice();
outputgarbageListPrice.Add(Price);
}
else
{
MaterialGarbage output = (MaterialGarbage)garbageList[i];
float Price = output.GetSellPrice();
outputgarbageListPrice.Add(Price);
}
}
}
float MaxSellPrice = 0;
foreach (float Max in outputgarbageListPrice)
{
if (Max > MaxSellPrice)
{
MaxSellPrice = Max;
}
}
Console.WriteLine(MaxSellPrice);
return(MaxSellPrice);
}
