private bool IsCamelRolled(byte aCamel)
{
byte UnrollCamel = GameRules.ByteUnrollToRoll(aCamel);
foreach (var aByte in BoardState)
{
if (aByte == UnrollCamel)
{
return(true);
}
}
return(false);
}
private BoardByte(BoardByte aInitialBoard, string aPattern, byte aRolledCamel, List <List <Byte> > aDiceHistory)
{
m_SubBoard = new List <IBoard>();
byte[] pattern = GameRules.StringToByte(aPattern);
byte[] camels = aInitialBoard.GetCamelsNeighbouring(aRolledCamel);
m_DicesHistoriesByte.AddRange(aDiceHistory);
for (int i = 0; i < pattern.Length; i++)
{
if (GameRules.IsBytePatternCamel(pattern[i]))
{
byte camel = camels[GameRules.PATTER_NAME_NUMBER_BYTE(pattern[i])];
pattern[i] = camel == aRolledCamel?GameRules.ByteUnrollToRoll(camel) : camel;
}
}
int startingPos = GetBytePositionInArray(aInitialBoard.BoardState, camels[0]) - 1;
byte[] newBoardState = (byte[])aInitialBoard.BoardState.Clone();
newBoardState = RemoveByteArray(newBoardState, startingPos, Math.Min(pattern.Length, newBoardState.Length - startingPos));
newBoardState = InsertBytesIntoBytes(newBoardState, startingPos, pattern);
BoardState = newBoardState;
Weight = aInitialBoard.Weight;
CasesLandedOn = (int[])aInitialBoard.CasesLandedOn.Clone();
int caseLanded = GetCamelPos(aRolledCamel);
if (caseLanded < CasesLandedOn.Length && IsCamelLandEmptyCase(aRolledCamel))
{
CasesLandedOn[caseLanded]++;
}
PopulateNeighbouring();
}