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Disable breeding tutor (and level-up) moves

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Also, low-level level-up moves appear automatically on the egg.
This commit is contained in:
Petr Viktorin 2011-05-04 15:13:16 +03:00
parent cb97423f41
commit 715947d73b
1 changed files with 36 additions and 21 deletions
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57
pokedex/util/movesets.py
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@ -279,19 +279,6 @@ class MovesetSearch(object):
cost = costs['tutor-once'] cost = costs['tutor-once']
elif method == 'egg': elif method == 'egg':
cost = costs['breed'] cost = costs['breed']
elif method == 'form-change':
cost = costs[method]
# XXX: Ugly
# Prevent Rotom from breeding.
# Since it's genderless and doesn't evolve, breeding
# would be unnecessary. The normal algorithm would
# give its form-change move to the baby Rotom, though,
# which would allow it to learn another one... aaaaa
# The alternative is checking moves for 'form-change'
# on every breed, or making form-change entirely
# separate :(
self.unbreedable = self.unbreedable.union(
self.switchable_form_pokemon[pokemon])
else: else:
cost = costs[method] cost = costs[method]
movepools[chain][move] = min( movepools[chain][move] = min(
@ -1112,14 +1099,14 @@ class PokemonNode(Node, Facade, namedtuple('PokemonNode',
yield self._learn(move, method, cost, new_level=False) yield self._learn(move, method, cost, new_level=False)
elif method == 'form-change': elif method == 'form-change':
for level, cost in levels_costs: for level, cost in levels_costs:
# Learn this at level 100, but only if the current # Learn this at goal level, but only if the current
# level is strictly lower. # level is strictly lower.
# That'll prevent the pokémon to learn more than one # That'll prevent the pokémon to learn more than one
# of these without us having to keep track of the other # of these without us having to keep track of the other
# forms and their moves. # forms and their moves.
if self.level < 100: if self.level < search.goal_level:
yield self._learn(move, method, cost, yield self._learn(move, method, cost,
level=100, new_level=True) level=search.goal_level, new_level=True)
else: else:
raise ValueError('Unknown move method %s' % method) raise ValueError('Unknown move method %s' % method)
@ -1321,14 +1308,42 @@ class BaseBreedNode(Node):
moves = search.pokemon_moves[baby][vg] moves = search.pokemon_moves[baby][vg]
if not bred_moves.issubset(moves): if not bred_moves.issubset(moves):
continue continue
learns = True
for move in bred_moves:
learns = False
for method, levels_costs in moves[move].items():
if method in ('egg', 'machine'):
learns = True
break
if not learns:
continue
if not learns:
continue
extra_moves = set()
if len(bred_moves) < 4: if len(bred_moves) < 4:
for move, methods in moves.items(): for move, methods in moves.items():
if 'light-ball-egg' in methods: for method, levels_costs in moves[move].items():
bred_moves = bred_moves.union([move]) if method == 'light-ball-egg':
extra_moves.add(move)
elif method == 'level-up':
# The bred pokémon starts out with starting
# level-up moves
# XXX: these may get overwritten. This doesn't
# affect moveset legality because games with
# breeding have move relearners, but the
# instructions won't be right.
if any(level <= hatch_level for level, cost
in levels_costs):
extra_moves.add(move)
cost = search.costs['per-hatch-counter'] * search.hatch_counters[baby] cost = search.costs['per-hatch-counter'] * search.hatch_counters[baby]
yield 0, BreedAction(self.search, baby, bred_moves), PokemonNode( for extra in powerset(extra_moves):
search=self.search, pokemon_=baby, level=hatch_level, all_bred_moves = bred_moves.union(extra)
version_group_=vg, moves_=bred_moves, new_level=True) if len(all_bred_moves) <= 4:
action = BreedAction(self.search, baby, all_bred_moves)
node = PokemonNode(search=self.search, pokemon_=baby,
level=hatch_level, version_group_=vg,
moves_=all_bred_moves, new_level=True)
yield 0, action, node
def is_goal(self): def is_goal(self):
return False return False