def test() -> None:
# For testing this class on its own, without needing OuterSolver
locations = Clues.get_locations_from_grid(GRID)
clue_list = Clues.create_from_text(ACROSS, DOWN, locations)
solution = {
'H': 1,
'E': 2,
'S': 3,
'N': 4,
'I': 5,
'G': 6,
'L': 7,
'R': 8,
'T': 9,
'D': 10,
'A': 11,
}
letter_values = {
Letter(letter): value
for letter, value in solution.items()
}
# Evaluate each of the clues
clue_values = {
clue: clue.evaluators[0](letter_values)
for clue in clue_list
}
solver = InnerSolver(clue_list, clue_values, letter_values)
solver.solve(debug=False)
def run() -> None:
locations = Clues.get_locations_from_grid(LOCATIONS)
clue_list = Clues.create_from_text(ACROSS, DOWN, locations)
solver = EquationSolver(clue_list,
items=tuple(range(1, 17)),
allow_duplicates=True)
solver.verify_is_four_fold_symmetric()
solver.solve()
def run() -> None:
locations = Clues.get_locations_from_grid(GRID)
clue_list = Clues.create_from_text(ACROSS, DOWN, locations)
solver = OuterSolver(clue_list, items=range(1, 12))
solver.verify_is_180_symmetric()
solver.solve()
def make_clue_list(self) -> Sequence[Clue]:
locations = Clues.get_locations_from_grid(GRID)
return Clues.create_from_text(ACROSS, DOWN, locations)
def run() -> None:
grid = Clues.get_locations_from_grid(GRID)
clues = Clues.create_from_text(ACROSS, DOWN, grid)
solver = OuterSolver(clues)
solver.solve()
def run() -> None:
locations = Clues.get_locations_from_grid(GRID)
clue_list = Clues.create_from_text(ACROSS, DOWN, locations)
solver = MySolver(clue_list, items=(2, 3, 5, 7, 11, 13, 4, 9, 25, 49, 121, 169))
solver.verify_is_180_symmetric()
solver.solve(debug=False)