public void LaunchAllMissiles()
{
int successfulLaunches = 0;
List <Missile> launchableMissiles = Launcher.AllMissiles.Where(mis => mis.IsFailed == false).ToList();
if (launchableMissiles.Count == 0)
{
Console.WriteLine("No missiles to launch.");
return;
}
int totalAmount = Launcher.currentAmount;
int distance = UserInputValidator.CalculateDistance(1500);
foreach (var missile in launchableMissiles)
{
missile.Launch(distance);
if (!missile.IsFailed)
{
RemoveMissileFromInventory(missile);
successfulLaunches++;
}
}
if (successfulLaunches > 0)
{
Console.WriteLine($"{successfulLaunches} missiles were launched!");
Console.WriteLine($"All other {totalAmount - successfulLaunches} are failed missiles.");
}
else
{
Console.WriteLine($"all {launchableMissiles.Count} launchable missiles were failed!");
}
}
public void LaunchMissile()
{
string type = UserInputValidator.ReadMissileTypeName("Enter missile type to launch:");
Console.WriteLine("Enter amount of missiles to launch");
int amount = UserInputValidator.ReadIntParser();
LaunchissileChecker(type, amount);
}
public double CalculateChance()
{
int distance = UserInputValidator.CalculateDistance(1500, TargetMissile);
if (distance == 1)
{
Console.WriteLine("Missile has 100 launch success rate");
return(100);
}
return(100 - distance / 1500.0);
}
public static int CalculateDistance(int maxDistance, string TargetMissile = "war")
{
Console.WriteLine($"Please enter the target`s distance for missile {TargetMissile} (1-{maxDistance}):");
int distance = UserInputValidator.ReadIntParser();
while (distance > 1500)
{
Console.WriteLine($"Distance cannot be above {maxDistance}km. Please try again:");
distance = UserInputValidator.ReadIntParser();
}
return(distance);
}
public static Missile CreateMissile(LauncherController LaunHandler)
{
string type = UserInputValidator.ReadMissileTypeName("Which Type of missile would you like to create?");
LauncherMenuRunner.ShowTechniquesMenu(LaunHandler.Launcher);
ITechnique tech = UserInputValidator.GetChoiceOfDictionary <int, ITechnique>(LaunHandler.Launcher.LaunchTechniques);
while (tech.TargetMissile != type)
{
Console.WriteLine($"The technique does not fit to {type} missile, please choose the currect on:");
tech = UserInputValidator.GetChoiceOfDictionary <int, ITechnique>(LaunHandler.Launcher.LaunchTechniques);
}
return(CreateMissile(type, tech));
}
public static string ReadMissileTypeName(string output)
{
//Console.WriteLine(output);
//Console.WriteLine("[" + String.Join(" / " , Enum.GetNames(typeof(MissileTypes))) + "]");
int count = 1;
Dictionary <int, string> missileTypes = new Dictionary <int, string>();
foreach (string mtype in Enum.GetNames(typeof(MissileTypes)))
{
missileTypes.Add(count, mtype);
count++;
}
LauncherMenuRunner.PrintMenuFromDict <int, string>(missileTypes, output);
return(UserInputValidator.GetChoiceOfDictionary <int, string>(missileTypes));
}
public void RemoveMissile()
{
ShowReport();
Console.WriteLine();
Console.WriteLine("Enter the index of the missile which you would like to remove");
int choice = UserInputValidator.ReadIntParser();
try
{
Missile m = Launcher.AllMissiles[choice];
RemoveMissileFromInventory(m);
}
catch
{
Console.WriteLine("No missile for this index");
}
}
