def find(self, board, do_all = False):
solved_sets = []
possible = [has_count(has_size(board.get_row(i),2,None), 2, 4) for i in range(board.N) ]
jellyfish = [(k1,v1+v2+v3+v4) for i,p1 in enumerate(possible) for j,p2 in enumerate(possible) for k,p3 in enumerate(possible) for l,p4 in enumerate(possible) \
for k1,v1 in p1.items() for k2,v2 in p2.items() for k3,v3 in p3.items() for k4,v4 in p4.items() if p1 and p2 and p3 and p4 and l > k > j > i \
and k1 == k2 == k3 == k4 and len(set([c1.j for c1 in v1] + [c2.j for c2 in v2] + [c3.j for c3 in v3] + [c4.j for c4 in v4])) == 4]
for candidate, jellyfish_cells in jellyfish:
removed = []
for col in set([cell.j for cell in jellyfish_cells]):
removed += [cell for cell in board.get_col(col) if cell not in jellyfish_cells and cell.check_remove(set([candidate]))]
if removed:
solved_sets += [SolvedSet(JellyFishSolver(0,1), jellyfish_cells, set([candidate]), removed)]
if not do_all:
return solved_sets
possible = [has_count(has_size(board.get_col(i),2,None), 2, 4) for i in range(board.N) ]
jellyfish = [(k1,v1+v2+v3+v4) for i,p1 in enumerate(possible) for j,p2 in enumerate(possible) for k,p3 in enumerate(possible) for l,p4 in enumerate(possible) \
for k1,v1 in p1.items() for k2,v2 in p2.items() for k3,v3 in p3.items() for k4,v4 in p4.items() if p1 and p2 and p3 and p4 and l > k > j > i \
and k1 == k2 == k3 == k4 and len(set([c1.i for c1 in v1] + [c2.i for c2 in v2] + [c3.i for c3 in v3] + [c4.i for c4 in v4])) == 4]
for candidate, jellyfish_cells in jellyfish:
removed = []
for row in set([cell.i for cell in jellyfish_cells]):
removed = [cell for cell in board.get_row(row) if cell not in jellyfish_cells and cell.check_remove(set([candidate]))]
if removed:
solved_sets += [SolvedSet(JellyFishSolver(0,2), jellyfish_cells, set([candidate]), removed)]
if not do_all:
return solved_sets
return solved_sets
def find(self, board, do_all=False):
solved_sets = []
for i in range(board.N):
possible = has_size(board.get_box(i), 2, None)
for candidate, cells in has_count(possible, self.level, self.level).items():
if all([cell.i == cells[0].i for cell in cells]):
removed_cells = [
cell
for cell in board.get_row(cells[0].i)
if not cell.answer and cell not in cells and cell.check_remove(set([candidate]))
]
if removed_cells:
solved_sets += [
SolvedSet(PointingSolver(self.level, 1), cells, set([candidate]), removed_cells)
]
if not do_all:
return solved_sets
if all([cell.j == cells[0].j for cell in cells]):
removed_cells = [
cell
for cell in board.get_col(cells[0].j)
if not cell.answer and cell not in cells and cell.check_remove(set([candidate]))
]
if removed_cells:
solved_sets += [
SolvedSet(PointingSolver(self.level, 2), cells, set([candidate]), removed_cells)
]
if not do_all:
return solved_sets
return solved_sets
def find(self, board, do_all = False):
solved_sets = []
possible = [has_count(has_size(board.get_row(i),2,None), 2, 3) for i in range(board.N) ]
swordfish = [(k1,v1+v2+v3) for i,p1 in enumerate(possible) for j,p2 in enumerate(possible) for k,p3 in enumerate(possible) for k1,v1 in p1.items() for k2,v2 in p2.items() for k3,v3 in p3.items() if p1 and p2 and p3 and k > j > i and k1 == k2 == k3 and len(set([c1.j for c1 in v1])|set([c2.j for c2 in v2])|set([c3.j for c3 in v3])) == 3]
for candidate, swordfish_cells in swordfish:
for col in set([cell.j for cell in swordfish_cells]):
removed = [cell for cell in board.get_col(col) if cell not in swordfish_cells and cell.check_remove(set([candidate]))]
if removed:
solved_sets += [SolvedSet(SwordFishSolver(0,1), swordfish_cells, set([candidate]), removed)]
if not do_all:
return solved_sets
possible = [has_count(has_size(board.get_col(j),2,None), 2, 3) for j in range(board.N) ]
swordfish = [(k1,v1+v2+v3) for i,p1 in enumerate(possible) for j,p2 in enumerate(possible) for k,p3 in enumerate(possible) for k1,v1 in p1.items() for k2,v2 in p2.items() for k3,v3 in p3.items() if p1 and p2 and p3 and k > j > i and k1 == k2 == k3 and len(set([c1.i for c1 in v1])|set([c2.i for c2 in v2])|set([c3.i for c3 in v3])) == 3]
for candidate, swordfish_cells in swordfish:
for row in set([cell.i for cell in swordfish_cells]):
removed = [cell for cell in board.get_row(row) if cell not in swordfish_cells and cell.check_remove(set([candidate]))]
if removed:
solved_sets += [SolvedSet(SwordFishSolver(0,2), swordfish_cells, set([candidate]), removed)]
if not do_all:
return solved_sets
return solved_sets
def find(self, board, do_all = False):
solved_sets = []
possible = [has_count(has_size(board.get_row(i),2,None), 2, 2) for i in range(board.N) ]
xwings = [(k1,v1+v2) for i,p1 in enumerate(possible) for j,p2 in enumerate(possible) for k1,v1 in p1.items() for k2,v2 in p2.items() if p1 and p2 and j > i and k1 == k2 and len(set([c1.j for c1 in v1])|set([c2.j for c2 in v2])) == 2]
for candidate, xwing_cells in xwings:
for col in set([cell.j for cell in xwing_cells]):
removed = [cell for cell in board.get_col(col) if cell not in xwing_cells and cell.check_remove(set([candidate]))]
if removed:
solved_sets += [SolvedSet(XWingSolver(0,1), xwing_cells, set([candidate]), removed)]
if not do_all:
return solved_sets
possible = [has_count(has_size(board.get_col(j),2,None), 2, 2) for j in range(board.N) ]
xwings = [(k1,v1+v2) for i,p1 in enumerate(possible) for j,p2 in enumerate(possible) for k1,v1 in p1.items() for k2,v2 in p2.items() if p1 and p2 and j > i and k1 == k2 and all([c2.j in set([c1.j for c1 in v1]) for c2 in v2])]
for candidate, xwing_cells in xwings:
for row in set([cell.i for cell in xwing_cells]):
removed = [cell for cell in board.get_row(row) if cell not in xwing_cells and cell.check_remove(set([candidate]))]
if removed:
solved_sets += [SolvedSet(XWingSolver(0,2), xwing_cells, set([candidate]), removed)]
if not do_all:
return solved_sets
return solved_sets
