def test_nonogram_init():
string_box = ['.ooo.', '.....', '.....', '.....', '.....']
nonogram = Nonogram()
nonogram.init_from_solution_string(string_box)
assert len(nonogram.rows_constraints) == 5
assert len(nonogram.cols_constraints) == 5
assert nonogram.rows_constraints[0] == [3]
assert nonogram.rows_constraints[1:] == [[], [], [], []]
assert nonogram.cols_constraints[0] == []
assert nonogram.cols_constraints[1:4] == [[1], [1], [1]]
assert nonogram.cols_constraints[4] == []
assert sorted(nonogram.solution_list) == [(0, 1), (0, 2), (0, 3)]
def solve_nonogram(
verticals: List[List[int]],
horizontals: List[List[int]],
) -> List[List[Optional[int]]]:
"""Function for solve given nonogram."""
nonogram = Nonogram(
verticals=verticals,
horizontals=horizontals,
)
solver = Solver(nonogram=nonogram)
return solver.solve_all()
def init_row_solvers(self):
Nonogram.init_row_solvers(self, SimpleBoxesRowSolver)
def init_row_solvers(self):
Nonogram.init_row_solvers(self, BalancedRowSolver)
def simple_nonogram_from_string_box():
string_box = ['o..o.', '..o.o', '..oo.', '.o..o', 'o...o']
nonogram = Nonogram()
nonogram.init_from_solution_string(string_box)
return nonogram
def init_row_solvers(self):
Nonogram.init_row_solvers(self, BlanksRowSolver)
def init_row_solvers(self):
Nonogram.init_row_solvers(self, BruteForceRowSolver)
def init_row_solvers(self):
Nonogram.init_row_solvers(self, TrivialRowSolver)