style/#0: run black formatting.

src/board.py

@@ -23,6 +23,7 @@ class TrapType(StrEnum):
     SERPENT = "Serpent"
     SPIDER = "Spider"
 
+
 @dataclass
 class Relic:
     """A Relic that can be encountered during a round."""
@@ -223,24 +224,23 @@ class Round:
                 continue
 
             # Player's decision about quitting.
-            is_player_quitting: bool = self._lst_player_decision[_i_player](i_card=self._deck.nb_cards_drawn)
+            is_player_quitting: bool = self._lst_player_decision[_i_player](
+                i_card=self._deck.nb_cards_drawn
+            )
 
             # Keep if the player is quitting or not.
             if is_player_quitting:
                 lst_i_player_quitting.append(_i_player)
 
-
         # Check if the gems needs to be collected.
         nb_quitting: int = len(lst_i_player_quitting)
         if nb_quitting != 0:
             # Compute the gems each leaving player will have.
-            gems_per_player: int = sum([
-                _nb_gems // nb_quitting for _nb_gems in self._lst_gems_onfloor
-            ])
+            gems_per_player: int = sum(
+                [_nb_gems // nb_quitting for _nb_gems in self._lst_gems_onfloor]
+            )
             # Update the number of gems that will remain on the floor.
-            self._lst_gems_onfloor = [
-                _nb_gems % nb_quitting for _nb_gems in self._lst_gems_onfloor
-            ]
+            self._lst_gems_onfloor = [_nb_gems % nb_quitting for _nb_gems in self._lst_gems_onfloor]
 
             # Give the gems to the leaving players and mark them as leavers.
             for _i_player in lst_i_player_quitting:
@@ -257,6 +257,7 @@ class Round:
         if self._lst_player_exploring.count(True) == 0:
             self._everyone_quit = True
 
+
 class Board:
     """
     Model the whole game board.

src/decision.py

@@ -5,13 +5,17 @@ import math
 # Project packages.
 from board import Board
 
-class MetaBoard(Board):
 
+class MetaBoard(Board):
 
     def __init__(self) -> None:
         super().__init__()
 
-        self._lst_player_decision = [Quit5Decision().is_quitting, RandomHalfDecision().is_quitting, RandomAtanDecision().is_quitting]
+        self._lst_player_decision = [
+            Quit5Decision().is_quitting,
+            RandomHalfDecision().is_quitting,
+            RandomAtanDecision().is_quitting,
+        ]
 
 
 class BasicDecision:
@@ -32,7 +36,7 @@ class RandomAtanDecision(BasicDecision):
     def is_quitting(self, **kwargs) -> bool:
 
         if "i_card" not in kwargs:
-            print("RandomAtanDecision needs parameter \"i_card\" for decision.")
+            print('RandomAtanDecision needs parameter "i_card" for decision.')
             return True
 
         # Probability limit for the player to leave the game depending on the number of cards
@@ -40,11 +44,12 @@ class RandomAtanDecision(BasicDecision):
         threshold: float = math.atan((kwargs["i_card"] - 1) / 5) / (math.pi / 2)
         return random.random() < threshold
 
+
 class Quit5Decision(BasicDecision):
 
     def is_quitting(self, **kwargs) -> bool:
         if "i_card" not in kwargs:
-            print("RandomAtanDecision needs parameter \"i_card\" for decision.")
+            print('RandomAtanDecision needs parameter "i_card" for decision.')
             return True
 
         # Quit after five rounds.