public static void SetDefaultSpeed(string material)
{
if (material == null)
{
Console.WriteLine(" : Enter the material you'd like to access your saved defualts for :");
Console.WriteLine(" ( If the material doesn't exist a blank new file will be created )");
Display.ShowHeader();
material = Console.ReadLine();
}
string path = FileLogic.MaterialToFilePath(material);
if (FileLogic.CheckFileExistance(path) == false)
{
Console.WriteLine(" : No file detected, creating a blank save file :");
FileLogic.FormatFileToSettingStandard(path, false);
}
int slot = SecondaryLogic.GetSlot(path, true);
double speed = SecondaryLogic.RateCalculation(true, null);
Console.WriteLine(" : Enter a label for this default : ");
Display.ShowHeader();
string comment = Console.ReadLine();
string ammendment = Convert.ToString(speed);
FileLogic.AmmendSettingsFile(path, ammendment, slot - 1, comment);
Console.WriteLine(" : Default successfully saved :");
}
public static void RateOfProduction()
{
Console.WriteLine(" : Enter Material : ");
Display.ShowHeader();
string material = Console.ReadLine();
double rate = SecondaryLogic.RateCalculation(false, material);
Console.WriteLine(" : Provide the current Bazzar/Trading price of the item in it's basic form :");
Display.ShowHeader();
double tradePrice = Input.GetDouble();
Console.WriteLine($"\n - Current Generation of {material}");
SecondaryLogic.FormatGenerationToConsole(rate, tradePrice, material);
Console.WriteLine();
}
public static void MaterialGoal()
{
Console.WriteLine(@"
| 1 - Base material
| 2 - Base Stack
| 3 - Enchanted V1
| 4 - Enchanted V1 Stack(s)
| 5 - Enchanted V2
| 6 - Enchanted V2 Stack(s) ");
int choice;
while (true)
{
Console.WriteLine(" : Enter the variant that you want to work with :");
choice = Input.GetInt();
if (choice > 6 || choice < 1)
{
Display.ShowError("Out of the given bounds, (1-6)");
}
else
{
break;
}
}
double[] variantConversion = { 1, 64, 160, 1024, 25600, 1638400 };
double multiplactive = variantConversion[choice - 1];
Console.WriteLine(" : Enter the amount you want to calculate :");
double goal = Input.GetDouble();
goal = goal * multiplactive;
Console.WriteLine(" : Enter material : ");
Display.ShowHeader();
string material = Console.ReadLine();
double rate = SecondaryLogic.RateCalculation(false, material);;
double secondsTillCompleted = goal / rate;
Console.WriteLine($"--- {goal:N0} {material} at a speed of {rate:N2}/s would take ... ");
Console.WriteLine(Display.SecondsToNeatTime(Convert.ToInt32(Math.Round(secondsTillCompleted, 0))));
Console.WriteLine("---");
}
public static void MarginalGain()
{
Console.WriteLine(" : Enter Material : ");
Display.ShowHeader();
string material_A = Console.ReadLine();
Console.WriteLine(" : Select / Enter Generation A :");
double gen_A = SecondaryLogic.RateCalculation(false, material_A);
Console.WriteLine(" : Select / Enter Generation B :");
double gen_B = SecondaryLogic.RateCalculation(false, material_A);
double difference = 0.0;
string wordChoice = "";
if (gen_B > gen_A)
{
wordChoice = "increase";
difference = gen_B - gen_A;
}
else if (gen_A > gen_B)
{
wordChoice = "decrease";
difference = gen_A = gen_B;
}
else
{
Display.ShowError("You've provided two identical generation setups");
MarginalGain();
}
double percentageDifference = (difference / gen_A) * 100;
Console.WriteLine(" : Provide the current Bazzar/Trading price of the item in it's basic form :");
Display.ShowHeader();
double tradePrice = Input.GetDouble();
Console.WriteLine(String.Format($"\n - Generation B provides a {percentageDifference:N2}% {wordChoice} over Generation A"));
Console.WriteLine("\n - GENERATION A -------------------------------------------------------\n");
SecondaryLogic.FormatGenerationToConsole(gen_A, tradePrice, material_A);
Console.WriteLine("\n - GENERATION B -------------------------------------------------------\n");
SecondaryLogic.FormatGenerationToConsole(gen_B, tradePrice, material_A);
}