public GameLogic()
{
m_propertySequence = new List<Property>();
m_playerList = new List<Player>();
m_chanceList = new List<Chance>();
m_currentPlayer = null;
m_currentPlayerIndex = -1;
m_doubleCount = 0;
LoadPropertySequence();
LoadPropertyGroups();
LoadRandomizedChanceList();
}
public Boolean BuyHouse(Property prop, Player player)
{
int buildingValue = (int)prop.BuildingValue;
//verifica se o jogador possui o dinheiro suficiente ou se já comprou as casas todas
if ((player.Money < buildingValue) || prop.NumHouses >= 5)
return false;
player.UpdateMoney(-buildingValue);
prop.NumHouses++;
return true;
}
private int? m_value; //valor da compra
#endregion Fields
#region Constructors
public Property(PropertyType type, String desc, int? value, int? charge, int? house1, int? house2, int? house3, int? house4, int? hotel, int? buildingValue)
{
m_type = type;
m_description = desc;
m_value = value;
m_owner = null;
m_numHouses = 0;
m_charge = charge;
m_chargeHouse1 = house1;
m_chargeHouse2 = house2;
m_chargeHouse3 = house3;
m_chargeHouse4 = house4;
m_chargeHotel = hotel;
m_buildingValue = buildingValue;
}
public void AddPlayer(TcpClient client, String name)
{
Player player = new Player(150000, name, client);
m_playerList.Add(player);
}
public Boolean UpdateCurrentPlayer()
{
if (m_doubleCount > 0)
return false; // Não é necessário atualizar o current player, porque ele tem que voltar a jogar
while (true)
{
//atualiza currentPlayer para o player seguinte
//se o seguinte for o ultimo da lista +1, currentPlayer é definido como o primeiro da lista:0
m_currentPlayerIndex = (m_currentPlayerIndex + 1) % m_playerList.Count;
m_currentPlayer = m_playerList[m_currentPlayerIndex];
//verifica se o PROXIMO jogador está bloqueado e atualiza o nº de vezes q/ deve ficar retido
if (m_currentPlayer.JailCount > 0)
{
m_currentPlayer.JailCount--;
}
//se o proximo jogador nao estiver bloqueado, pode jogar (currentPlayer ja foi atualizado)
else
break;
}
return true;
}
public Boolean SellProperty(Player player, Property prop)
{
switch (prop.Type)
{
case Property.PropertyType.PROPERTY:
{
PropertyGroup group = prop.Group;
foreach (Property property in group.PropertyList)
{
if (property.NumHouses > 0)
{
return false;
}
}
player.BoughtProperty.Remove(prop);
break;
}
case Property.PropertyType.TRAIN:
player.NumTrains--;
break;
case Property.PropertyType.COMPANY:
player.NumCompanys--;
break;
}
int propValue = (int)prop.Value;
player.UpdateMoney((int)(propValue * 0.5));
prop.Owner = null;
return true;
}
public void SellHouse(Property prop, Player player)
{
int buildingValue = (int)prop.BuildingValue;
player.UpdateMoney((int)(buildingValue * 0.5));
if (prop.NumHouses == 5)
prop.NumHouses = 0;
else if (prop.NumHouses > 1)
prop.NumHouses--;
else
prop.NumHouses = 0;
}