// This is a horrible way to do this but I am sick of trying to do the right algorithm to find all subset sums
public static HashSet<int> Sums( DiceCollection diceVals )
{
HashSet<int> toReturn = new HashSet<int>();
DiceCollection bag = new DiceCollection( 0, 6 );
SumComboFinder comboFinder = new SumComboFinder();
foreach( KingsburgDie i in diceVals )
{
KingsburgDie d;
d = new KingsburgDie( i.Type );
d.Value = i.Value;
bag.Add( d );
}
foreach( int i in new Range( 1, 18 ) )
{
if( comboFinder.Find( i, bag ).Count > 0 )
{
toReturn.Add( i );
}
}
return toReturn;
}
public override DiceCollection DisplayChooseDice( Player p, Advisor a )
{
switch( this.Mode )
{
case graphicsMode.CLI:
DiceCollection toReturn;
SumComboFinder sc = new SumComboFinder();
List<List<KingsburgDie>> combos = sc.Find( a.Order, p.RemainingDice );
// Return the only combo if there is only one
if( combos.Count == 1 )
{
toReturn = new DiceCollection( combos[0] );
}
else
{
Console.WriteLine( "\n{0}, pick which dice combo to use:", p.Name );
foreach( List<KingsburgDie> combo in combos )
{
Console.Write( "{0}: ", combos.IndexOf( combo ) );
foreach( KingsburgDie d in combo )
{
Console.Write( "{0}, ", d );
}
Console.WriteLine();
}
Console.WriteLine( "\"*\" indicates a white die." );
int chosenCombo = -1;
do
{
string input = Console.ReadLine();
chosenCombo = int.Parse( input );
}
while( chosenCombo == -1 || chosenCombo + 1 > combos.Count );
toReturn = new DiceCollection( combos[chosenCombo] );
}
return toReturn;
case graphicsMode.GUI:
throw new NotImplementedException();
default:
throw new Exception();
}
}