|
public abstract AnnounceCombination ( |
||
| combination | The combination of cards tha player has | |
| return | bool | |
private void PlayerHasTurn(Player player)
{
#region Announce combinations on first hand
if (_playingManager.IsFirstHand && _currentAnnouncement.Type != AnnouncementTypeEnum.NoTrumps)
{
CombinationFinder finder = new CombinationFinder(player.Cards);
foreach (CardCombination combination in finder.Combinations)
{
bool isValidCombination = false;
if (combination is SequentialCombination)
{
Player biggest = FindBiggestSequentialCombinationHolder();
CardCombination biggestCombination = null;
foreach (DictionaryEntry de in _mapSequentialCombinationToPlayer)
{
if (biggest == de.Value as Player)
{
biggestCombination = de.Key as CardCombination;
break;
}
}
if ((biggest == null) ||
(combination.Points >= biggestCombination.Points) ||
(player.Position == biggest.Position || player.Position == _game.GetTeamPlayer(biggest).Position))
{
isValidCombination = true;
}
}
else
{
isValidCombination = true;
}
if (isValidCombination && player.AnnounceCombination(combination))
{
if (combination is SequentialCombination)
{
_mapSequentialCombinationToPlayer.Add(combination, player);
}
if (combination is FourEqualsCombination)
{
_mapEqualCombinationToPlayer.Add(combination, player);
}
}
}
}
#endregion
foreach (Card card in player.Cards)
{
card.IsSelectable = _playingManager.IsValid(player, card);
}
player.PlayCard(_playingManager);
}
private void AddBelotCombination(Player player, BelotCombination combination)
{
if (player.AnnounceCombination(combination))
{
_mapBelotCombinationToPlayer.Add(combination, player);
}
}
private void PlayerHasTurn( Player player )
{
#region Announce combinations on first hand
if( _playingManager.IsFirstHand && _currentAnnouncement.Type != AnnouncementTypeEnum.NoTrumps )
{
CombinationFinder finder = new CombinationFinder( player.Cards );
foreach( CardCombination combination in finder.Combinations )
{
bool isValidCombination = false;
if( combination is SequentialCombination )
{
Player biggest = FindBiggestSequentialCombinationHolder();
CardCombination biggestCombination = null;
foreach( DictionaryEntry de in _mapSequentialCombinationToPlayer )
{
if( biggest == de.Value as Player )
{
biggestCombination = de.Key as CardCombination;
break;
}
}
if( (biggest == null) ||
(combination.Points >= biggestCombination.Points) ||
(player.Position == biggest.Position || player.Position == _game.GetTeamPlayer( biggest ).Position) )
{
isValidCombination = true;
}
}
else
{
isValidCombination = true;
}
if( isValidCombination && player.AnnounceCombination( combination ) )
{
if( combination is SequentialCombination )
{
_mapSequentialCombinationToPlayer.Add( combination, player );
}
if( combination is FourEqualsCombination )
{
_mapEqualCombinationToPlayer.Add( combination, player );
}
}
}
}
#endregion
foreach( Card card in player.Cards )
{
card.IsSelectable = _playingManager.IsValid( player, card );
}
player.PlayCard( _playingManager );
}
private void AddBelotCombination( Player player, BelotCombination combination )
{
if( player.AnnounceCombination( combination ) )
{
_mapBelotCombinationToPlayer.Add( combination, player );
}
}