public void CmdGetCard()
{
ColorCard cc = ColorCardStack.DrawCard();
if (cc.Equals(default(ColorCard)))
{
// Stack is empty --> Reshuffle
ColorCardStack.ReshuffleStack(SpawnedCards);
cc = ColorCardStack.DrawCard();
}
TargetTakeCard(connectionToClient, cc);
if (player.GetCurrentDrawCount() > 0)
{
player.SetCurrentDrawCount(player.GetCurrentDrawCount() - 1);
}
int index = networkManager.GetConnectedClients().IndexOf(connectionToClient);
Player.playerCardsCount[index] += 1;
player.SetCardsCount(Player.playerCardsCount);
// Sync new card count with all clients
RpcSetPlayerCardsCount(Player.playerCardsCount);
}
public void CmdSignalPlayerReady()
{
int index = networkManager.GetConnectedClients().IndexOf(connectionToClient);
player.SetPlayerReady(index);
// Start game
if (player.AllPlayersReady())
{
// Spawn tables
CmdSpawnTables();
// Spawn initial card
ColorCard cc;
do
{
cc = ColorCardStack.DrawCard();
CmdSpawnCardOnGameboard(cc);
} while (cc.type != ColorCard.Type.STANDARD);
// Init card count for each player
Player.playerCardsCount = new int[] { 7, 7, 7, 7 };
RpcSetPlayerCardsCount(Player.playerCardsCount); // Sync with clients
// Start game
player.SetCurrentPlayerIndex(0); // Server starts always first
player.SetTurn(true, 0);
RpcPlayerIndexChanged(0);
}
}
void CmdGetInitialCards()
{
List <ColorCard> list = ColorCardStack.DrawCardHand();
TargetTakeCards(connectionToClient, list.ToArray()); // Convert to array because the rpc cannot handle lists.
}
