def board_with_0_chain():
return Board([
Unknown, Unknown, Unknown, Unknown, Unknown, Unknown, Unknown, Unknown,
Fire, Unknown, Unknown, Unknown, Unknown, Fire, Unknown, Unknown,
Unknown, Unknown, Unknown, Fire, Fire, Unknown, Unknown, Unknown,
Unknown, Unknown, Unknown, Unknown, Unknown, Unknown
], 5, 6)
def board():
return Board([
Fire, Unknown, Unknown, Unknown, Dark, Dark, Fire, Water, Unknown,
Heart, Unknown, Dark, Fire, Water, Heart, Heart, Unknown, Unknown,
Unknown, Water, Unknown, Unknown, Unknown, Unknown, Unknown, Water,
Unknown, Light, Light, Light
], 5, 6)
def test_invalid_board():
# length of list must be equal to row x column for the board to be valid
with pytest.raises(Exception) as exec_info:
Board([Fire, Water, Wood, Dark, Light, Heart, Poison, Jammer, Unknown],
10, 10)
assert 'Given pieces do not fit specified board dimensions!' in str(exec_info.value), \
"Board's pieces list was smaller than dimensions, but did not fail initialization!"
with pytest.raises(Exception) as exec_info:
Board([Fire, Water, Wood, Dark, Light, Heart, Poison, Jammer, Unknown],
2, 2)
assert 'Given pieces do not fit specified board dimensions!' in str(exec_info.value), \
"Board's pieces list was bigger than dimensions, but did not fail initialization!"
with pytest.raises(Exception) as exec_info:
Board([Fire, Water, Wood, Dark, Light, Heart, Poison, Jammer, Unknown],
0, 3)
assert 'Given pieces do not fit specified board dimensions!' in str(
exec_info.value
), "Board's row was invalid, but did not fail initialization!"
def test_board_setup():
# as long as length of piece list is equal to row x column, the board yields no error and loads from top left down to bottom right
b = Board([Fire, Water, Wood, Dark, Light, Heart], 2, 3)
assert isinstance(b, Board), "Board valid 2x3, but was not instantiated!"
assert isinstance(b.cell(0, 0),
Fire), "Unexpected piece @ 0,0 on 2x3 Board!"
assert isinstance(b.cell(0, 1),
Water), "Unexpected piece @ 0,1 on 2x3 Board!"
assert isinstance(b.cell(0, 2),
Wood), "Unexpected piece @ 0,2 on 2x3 Board!"
assert isinstance(b.cell(1, 0),
Dark), "Unexpected piece @ 1,0 on 2x3 Board!"
assert isinstance(b.cell(1, 1),
Light), "Unexpected piece @ 1,1 on 2x3 Board!"
assert isinstance(b.cell(1, 2),
Heart), "Unexpected piece @ 1,2 on 2x3 Board!"
assert b.rows == 2, "2x3 board has incorrect rows property!"
assert b.columns == 3, "2x3 board has incorrect columns property!"
assert len(b.board) == 2 and len(
b.board[0]) == 3, "2x3 board has incorrect board dimensions!"
b = Board([Fire, Water, Wood, Dark, Light, Heart], 3, 2)
assert isinstance(b, Board), "Board valid 3x2, but was not instantiated!"
assert isinstance(b.cell(0, 0),
Fire), "Unexpected piece @ 0,0 on 3x2 Board!"
assert isinstance(b.cell(0, 1),
Water), "Unexpected piece @ 0,1 on 3x2 Board!"
assert isinstance(b.cell(1, 0),
Wood), "Unexpected piece @ 1,0 on 3x2 Board!"
assert isinstance(b.cell(1, 1),
Dark), "Unexpected piece @ 1,1 on 3x2 Board!"
assert isinstance(b.cell(2, 0),
Light), "Unexpected piece @ 2,0 on 3x2 Board!"
assert isinstance(b.cell(2, 1),
Heart), "Unexpected piece @ 2,1 on 3x2 Board!"
assert b.rows == 3, "3x2 board has incorrect rows property!"
assert b.columns == 2, "3x2 board has incorrect columns property!"
assert len(b.board) == 3 and len(
b.board[0]) == 2, "3x2 board has incorrect board dimensions!"
Heart.symbol: 1.0,
Poison.symbol: 0.5,
Jammer.symbol: 0.5,
Unknown.symbol: 0.0
}
#board = Board.create_randomized_board(5, 6)
piece_list = [
Fire, Wood, Water, Dark, Light, Heart, Fire, Water, Dark, Light, Heart,
Fire, Fire, Water, Dark, Heart, Heart, Wood, Light, Water, Light, Fire,
Wood, Wood, Dark, Water, Dark, Light, Light, Light
]
number_of_rows = 5
number_of_columns = 6
board = Board(piece_list, number_of_rows, number_of_columns)
matches = board.get_matches()
print(board)
print(matches)
solver1 = GreedyDfs(weights)
solution = solver1.solve(board, 100)
print(solution)
solver2 = PrunedBfs(weights)
solution = solver2.solve(board, 100)
print(solution)
def board_with_3_chain():
return Board([
Fire, Wood, Water, Dark, Light, Heart, Fire, Water, Dark, Light, Heart,
Fire, Fire, Water, Dark, Heart, Heart, Wood, Light, Water, Light, Fire,
Wood, Wood, Dark, Water, Dark, Light, Light, Light
], 5, 6)
def board_with_1_chain():
return Board([
Fire, Wood, Water, Dark, Light, Poison, Water, Water, Water, Light,
Heart, Jammer, Fire, Water, Dark, Heart, Heart, Wood, Light, Water,
Light, Fire, Wood, Wood, Dark, Heart, Dark, Light, Heart, Light
], 5, 6)
