def decomposition_function(self, comb_class: Tiling) -> Tuple[Tiling, ...]:
placement_class = self.placement_class(comb_class)
placed_tilings = placement_class.place_point_of_req(
self.gps, self.indices, self.direction)
if self.include_empty:
return (comb_class.add_obstructions(self.gps), ) + placed_tilings
return placed_tilings
def decomposition_function(self, tiling: Tiling) -> Tuple[Tiling, Tiling]:
"""
Return a tuple of tiling. The first one avoids all the pattern in the
list while the other contain one of the patterns in the list.
"""
return tiling.add_obstructions(self.gps), tiling.add_list_requirement(
self.gps)
def __call__(self, comb_class: Tiling) -> Iterator[Rule]:
for req_placement, (gps, indices, direction) in product(
self.req_placements(comb_class),
self.req_indices_and_directions_to_place(comb_class),
):
if (direction in req_placement.directions
and not req_placement.already_placed(gps, indices)):
strategy = RequirementPlacementStrategy(
gps,
indices,
direction,
own_row=req_placement.own_row,
own_col=req_placement.own_col,
ignore_parent=self.ignore_parent,
include_empty=self.include_empty,
)
children = req_placement.place_point_of_req(
gps, indices, direction)
if self.include_empty:
children = (comb_class.add_obstructions(gps), ) + children
yield strategy(comb_class, children)
def decomposition_function(self, comb_class: Tiling) -> Tuple[Tiling]:
return (comb_class.add_obstructions(self.gps), )
def decomposition_function(self, tiling: Tiling) -> Tuple[Tiling]:
return (tiling.add_obstructions(self.gps),)
