Class: AcpcTableManager::MatchSlice

Inherits:
Object
  • Object
show all
Includes:
Mongoid::Document, Mongoid::Timestamps::Updated
Defined in:
lib/acpc_table_manager/match_slice.rb

Class Method Summary collapse

Instance Method Summary collapse

Class Method Details

.all_in(state, game_def) ⇒ Object

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# File 'lib/acpc_table_manager/match_slice.rb', line 150

def self.all_in(state, game_def)
  return 0 if state.hand_ended?(game_def)

  (
    state.players(game_def)[state.next_to_act(game_def)].stack +
    (
      state.players(game_def)[state.next_to_act(game_def)]
        .contributions[state.round] || 0
    )
  ).floor
end

.amount_to_call(state, game_def) ⇒ Object 



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# File 'lib/acpc_table_manager/match_slice.rb', line 162

def self.amount_to_call(state, game_def)
  return 0 if state.next_to_act(game_def).nil?

  state.players(game_def).amount_to_call(state.next_to_act(game_def))
end

.betting_sequence(match_state, game_def) ⇒ Object 



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# File 'lib/acpc_table_manager/match_slice.rb', line 53

def self.betting_sequence(match_state, game_def)
  sequence = ''
  match_state.betting_sequence(game_def).each_with_index do |actions_per_round, round|
    actions_per_round.each_with_index do |action, action_index|
      adjusted_action = adjust_action_amount(
        action,
        round,
        match_state,
        game_def
      )

      sequence << if (
        match_state.player_acting_sequence(game_def)[round][action_index].to_i ==
        match_state.position_relative_to_dealer
      )
        adjusted_action.capitalize
      else
        adjusted_action
      end
    end
    sequence << '/' unless round == match_state.betting_sequence(game_def).length - 1
  end
  sequence
end

.chip_contribution_after_calling(state, game_def) ⇒ Object

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# File 'lib/acpc_table_manager/match_slice.rb', line 130

def self.chip_contribution_after_calling(state, game_def)
  return 0 unless state.next_to_act(game_def)

  (
    (
      state.players(game_def)[
        state.next_to_act(game_def)
      ].contributions[state.round] || 0
    ) + amount_to_call(state, game_def)
  )
end

.from_players_at_the_table!(patt, match_has_ended, match) ⇒ Object 



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# File 'lib/acpc_table_manager/match_slice.rb', line 29

def self.from_players_at_the_table!(patt, match_has_ended, match)
  match.slices.create!(
    hand_has_ended: patt.hand_ended?,
    match_has_ended: match_has_ended,
    seat_with_dealer_button: patt.dealer_player.seat.to_i,
    seat_next_to_act: if patt.next_player_to_act
      patt.next_player_to_act.seat.to_i
    end,
    state_string: patt.match_state.to_s,
    # Not necessary to be in the database, but more performant than processing on the
    # Rails server
    betting_sequence: betting_sequence(patt.match_state, patt.game_def),
    pot_at_start_of_round: pot_at_start_of_round(patt.match_state, patt.game_def).to_i,
    players: players(patt, match.player_names),
    minimum_wager_to: minimum_wager_to(patt.match_state, patt.game_def).to_i,
    chip_contribution_after_calling: chip_contribution_after_calling(patt.match_state, patt.game_def).to_i,
    pot_after_call: pot_after_call(patt.match_state, patt.game_def).to_i,
    all_in: all_in(patt.match_state, patt.game_def).to_i,
    is_users_turn_to_act: patt.users_turn_to_act?,
    legal_actions: patt.legal_actions.map { |action| action.to_s },
    amount_to_call: amount_to_call(patt.match_state, patt.game_def).to_i
  )
end

.minimum_wager_to(state, game_def) ⇒ Object

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# File 'lib/acpc_table_manager/match_slice.rb', line 120

def self.minimum_wager_to(state, game_def)
  return 0 unless state.next_to_act(game_def)

  (
    state.min_wager_by(game_def) +
    chip_contribution_after_calling(state, game_def)
  ).ceil
end

.players(patt, player_names) ⇒ Array<Hash>

Each player hash should contain values for the following keys: ‘name’, ‘seat’ ‘chip_stack’ ‘chip_contributions’ ‘chip_balance’ ‘hole_cards’ ‘winnings’

Returns:

  • (Array<Hash>) —

    Player information ordered by seat.



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# File 'lib/acpc_table_manager/match_slice.rb', line 96

def self.players(patt, player_names)
  player_names_queue = player_names.dup
  patt.players.map do |player|
    hole_cards = if !(player.hand.empty? || player.folded?)
      player.hand.to_acpc
    elsif player.folded?
      ''
    else
      '_' * patt.game_def.number_of_hole_cards
    end

    {
      'name' => player_names_queue.shift,
      'seat' => player.seat,
      'chip_stack' => player.stack.to_i,
      'chip_contributions' => player.contributions.map { |contrib| contrib.to_i },
      'chip_balance' => player.balance,
      'hole_cards' => hole_cards,
      'winnings' => player.winnings.to_f
    }
  end
end

.pot_after_call(state, game_def) ⇒ Object

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# File 'lib/acpc_table_manager/match_slice.rb', line 143

def self.pot_after_call(state, game_def)
  return state.pot(game_def) if state.hand_ended?(game_def)

  state.pot(game_def) + state.players(game_def).amount_to_call(state.next_to_act(game_def))
end

.pot_at_start_of_round(match_state, game_def) ⇒ Object 



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# File 'lib/acpc_table_manager/match_slice.rb', line 78

def self.pot_at_start_of_round(match_state, game_def)
  return 0 if match_state.round == 0

  match_state.players(game_def).inject(0) do |sum, pl|
    sum += pl.contributions[0..match_state.round - 1].inject(:+)
  end
end

Instance Method Details

#hand_ended? ⇒ Boolean

Returns:

  • (Boolean) 


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# File 'lib/acpc_table_manager/match_slice.rb', line 171

def hand_ended?
  self.hand_has_ended
end

#match_ended? ⇒ Boolean

Returns:

  • (Boolean) 


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# File 'lib/acpc_table_manager/match_slice.rb', line 174

def match_ended?
  self.match_has_ended
end

#users_turn_to_act? ⇒ Boolean

Returns:

  • (Boolean) 


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# File 'lib/acpc_table_manager/match_slice.rb', line 168

def users_turn_to_act?
  self.is_users_turn_to_act
end