public void RegenerateNewLocks(PuzzleDifficulty difficulty)
{
NumbersOrder = NumbersOrder.OrderBy(x => RandomValuesGenerator.GetRandomInt()).ToList();
Locks.Clear();
for (int i = 0; i < 10; i++)
{
switch (difficulty)
{
case PuzzleDifficulty.Easy:
Locks.Add(
new EasyPuzzleLockPreset(
number: NumbersOrder[i],
color: (PuzzleColors)Enum.GetValues(typeof(PuzzleColors)).GetValue(RandomValuesGenerator.GetInt(0, 4)),
lowerRange: 0,
upperRange: 9)
{
NumberCypherType = PuzzleNumberCypherType.ReverseInRange,
ColorCypherType = PuzzleColorCypherType.TextShuffle
});
break;
case PuzzleDifficulty.Normal:
Locks.Add(
new NormalPuzzleLockPreset(
lockNumber: NumbersOrder[i],
color: (PuzzleColors)Enum.GetValues(typeof(PuzzleColors)).GetValue(RandomValuesGenerator.GetInt(0, 4)),
caesarShift: RandomValuesGenerator.GetInt(1, 100))
{
NumberCypherType = PuzzleNumberCypherType.Caesar,
ColorCypherType = PuzzleColorCypherType.RGB
});
break;
case PuzzleDifficulty.Hard:
Locks.Add(
new HardPuzzleLockPreset(
lockNumber: NumbersOrder[i],
color: (PuzzleColors)Enum.GetValues(typeof(PuzzleColors)).GetValue(RandomValuesGenerator.GetInt(0, 4)))
{
NumberCypherType = PuzzleNumberCypherType.Binary,
ColorCypherType = PuzzleColorCypherType.Hex
});
break;
}
}
PreviousLockNumber = null;
CurrentLockNumber = null;
NextLockNumber = null;
CurrentOrderIndex = 0;
CurrentLockNumber = NumbersOrder[CurrentOrderIndex];
NextLockNumber = NumbersOrder[CurrentOrderIndex + 1];
}
/// <inheritdoc />
public virtual TQuery ClearLocks()
{
Locks.Clear();
return(Query);
}