// Constructors
public Game(int n_players, Deck deck, int starting_funds = Money.DEFAULT_ORIGINAL_AMOUNT, int buy_in = Money.DEFAULT_BUY_IN, int max_size = Hand.DEFAULT_MAX_SIZE, int big_blind = Money.DEFAULT_BIG_BLIND, int small_blind = Money.DEFAULT_SMALL_BLIND, int ante = Money.DEFAULT_ANTE)
{
if (n_players < 4)
{
n_players = 4;
}
else if (n_players > 6)
{
n_players = 6;
}
Random rand = new Random();
this.deck = deck;
this.deck.shuffle();
players = new Player[n_players];
player_queue = new Queue<Player>(n_players);
string player_1_name = query_player_1_name();
bool is_male_player = query_player_1_gender();
// initialize the players
// initialize the bank
// empty out the queue
// assign and shuffle the deck
/*
int starting_funds = Money.DEFAULT_ORIGINAL_AMOUNT;
int buy_in = Money.DEFAULT_BUY_IN;
int big_blind = Money.DEFAULT_BIG_BLIND;
int small_blind = Money.DEFAULT_SMALL_BLIND;
int ante = Money.DEFAULT_ANTE;
int max_size = Hand.DEFAULT_MAX_SIZE;
*/
bool[] AI_genders;
string[] AI_names = choose_AI_names(player_1_name, out AI_genders);
players[0] = new Player(starting_funds, buy_in, big_blind, small_blind, ante, deck.draw(5), this.deck, max_size, player_1_name, is_male_player);
player_queue.Enqueue(players[0]);
for (int i = 1; i < n_players; i++)
{
Wealth_Types wealth_type = (Wealth_Types)rand.Next((int)Wealth_Types.END);
Betting_Types betting_type = (Betting_Types)rand.Next((int)Betting_Types.END);
Perception_Types perception_type = (Perception_Types)rand.Next((int)Perception_Types.END);
Personality personality = new Personality(wealth_type, betting_type, perception_type);
players[i] = new AIPlayer(personality, this.deck, AI_names[i - 1], AI_genders[i - 1]);
player_queue.Enqueue(players[i]);
}
// assign the bank's variables
bank = new Money(0, buy_in, big_blind, small_blind, ante);
}
/*
// Testing mainframe
public static void Main(string[] args)
{
Personality personality = new Personality(Wealth_Types.RICH, Betting_Types.EXTREME, Perception_Types.AWARE);
AIPlayer player = new AIPlayer(personality, new Deck());
player.AI_take_action(true, false, 20);
Console.Read();
}
*/
// Constructor
public AIPlayer(Personality personality, int starting_funds, int buy_in, int big_blind, int small_blind, int ante, Card[] starting_hand, Deck deck, int max_size, string name, bool is_male)
: base(starting_funds, buy_in, big_blind, small_blind, ante, starting_hand, deck, max_size, name, is_male)
{
Wealth_Types actual_wealth_type = Wealth_Types.POOR;
for (int i = (int)Wealth_Types.END - 1; i > 0; i--)
{
if (starting_funds > (int)(Wealth_Values)i)
{
actual_wealth_type = (Wealth_Types)i;
break;
}
}
AI_Ctor_Helper(personality);
}
public AIPlayer(Personality personality, Deck deck)
: this(personality, deck, pick_random_name(), true)
{
}
public AIPlayer(Personality personality, Deck deck, string name, bool is_male)
: this(personality, (int)(Personality.convert_wealth_type_to_value(personality.wealth_type)), Money.DEFAULT_BUY_IN, Money.DEFAULT_BIG_BLIND, Money.DEFAULT_SMALL_BLIND, Money.DEFAULT_ANTE, deck.draw(Hand.DEFAULT_MAX_SIZE), deck, Hand.DEFAULT_MAX_SIZE, name, is_male)
{
AI_Ctor_Helper(personality);
}
private void AI_Ctor_Helper(Personality personality)
{
personality_p = personality;
// decide if you'll bluff
refresh_bluff();
}
public AIPlayer(Personality personality, Deck deck) : this(personality, deck, pick_random_name(), true)
{
}
public AIPlayer(Personality personality, Deck deck, string name, bool is_male) : this(personality, (int)(Personality.convert_wealth_type_to_value(personality.wealth_type)), Money.DEFAULT_BUY_IN, Money.DEFAULT_BIG_BLIND, Money.DEFAULT_SMALL_BLIND, Money.DEFAULT_ANTE, deck.draw(Hand.DEFAULT_MAX_SIZE), deck, Hand.DEFAULT_MAX_SIZE, name, is_male)
{
AI_Ctor_Helper(personality);
}
