def test_victory_false_3(self):
grid_shape = GRID_SHAPE
board = np.full(grid_shape, NONE, dtype=np.int8)
board[0, 3] = PLAYER_1
game_state = GameState(grid_shape=grid_shape,
currentPlayer=PLAYER_1,
board=board)
is_victory = game_state._isVictory(3, PLAYER_1)
self.assertEqual(is_victory, False)
def test_victory_true_2(self):
"""Victoires en colonne"""
grid_shape = GRID_SHAPE
for ligne in range(0, GRID_SHAPE[0] + 1 - NB_TOKENS_VICTORY):
for column in range(0, GRID_SHAPE[1]):
#On met toutes les façons d'aligner 4 PLAYER_1 dans la colonne column
board = np.full(grid_shape, NONE, dtype=np.int8)
board[ligne:ligne + NB_TOKENS_VICTORY, column] = PLAYER_1
#On remplit les lignes sous ligne avec PLAYER_2
board[0:ligne, :] = PLAYER_2
game_state = GameState(grid_shape=grid_shape,
currentPlayer=PLAYER_1,
board=board)
is_victory = game_state._isVictory(column, PLAYER_1)
self.assertEqual(is_victory, True)
def test_victory_true_3(self):
"""Victoires en diagonale 1 (bas gauche, haut droit)"""
grid_shape = GRID_SHAPE
for ligne in range(0, GRID_SHAPE[0] + 1 - NB_TOKENS_VICTORY):
for column in range(0, GRID_SHAPE[1] + 1 - NB_TOKENS_VICTORY):
#On aligne 4 PLAYER_1 dans la diagonale dont le point de départ (bas,gauche) est (ligne,column)
board = np.full(grid_shape, NONE, dtype=np.int8)
for i, j in zip(range(ligne, ligne + NB_TOKENS_VICTORY),
range(column, column + NB_TOKENS_VICTORY)):
board[i, j] = PLAYER_1
board[0:i, j] = PLAYER_2
board[i, j + 1:] = PLAYER_2
#On remplit les lignes sous ligne avec PLAYER_2
board[0:ligne, :] = PLAYER_2
game_state = GameState(grid_shape=grid_shape,
currentPlayer=PLAYER_1,
board=board)
for i in range(column, column + NB_TOKENS_VICTORY):
is_victory = game_state._isVictory(i, PLAYER_1)
self.assertEqual(is_victory, True)
