rarity = Column(Integer, nullable=False,
info=dict(description="The chance of the encounter as a percentage"))
-class EncounterSlotCondition(TableBase):
- u"""A condition that affects an encounter slot.
- """
- __tablename__ = 'encounter_slot_conditions'
- encounter_slot_id = Column(Integer, ForeignKey('encounter_slots.id'), primary_key=True, nullable=False, autoincrement=False,
- info=dict(description="The ID of the encounter slot"))
- encounter_condition_id = Column(Integer, ForeignKey('encounter_conditions.id'), primary_key=True, nullable=False, autoincrement=False,
- info=dict(description="The ID of the encounter condition"))
-
class EvolutionChain(TableBase):
u"""A family of Pokémon that are linked by evolution
"""
info=dict(description=u"True iff the Pokémon is a baby, i.e. a lowest-stage Pokémon that cannot breed but whose evolved form can."))
hatch_counter = Column(Integer, nullable=False,
info=dict(description=u"Initial hatch counter: one must walk 255 × (hatch_counter + 1) steps before this Pokémon's egg hatches, unless utilizing bonuses like Flame Body's"))
- has_gen4_fem_sprite = Column(Boolean, nullable=False,
- info=dict(description=u"Set iff the species' female front sprite is different from the male's in generation IV"))
- has_gen4_fem_back_sprite = Column(Boolean, nullable=False,
- info=dict(description=u"Set iff the species' female back sprite is different from the male's in generation IV"))
+ has_gender_differences = Column(Boolean, nullable=False,
+ info=dict(description=u"Set iff the species exhibits enough sexual dimorphism to have separate sets of sprites in Gen IV and beyond."))
order = Column(Integer, nullable=False, index=True,
info=dict(description=u"Order for sorting. Almost national order, except families and forms are grouped together."))
info=dict(description=u"The ID of the location the evolution must be triggered at."))
held_item_id = Column(Integer, ForeignKey('items.id'), nullable=True,
info=dict(description=u"The ID of the item the Pokémon must hold."))
- time_of_day = Column(Enum('morning', 'day', 'night', name='pokemon_evolution_time_of_day'), nullable=True,
+ time_of_day = Column(Enum('day', 'night', name='pokemon_evolution_time_of_day'), nullable=True,
info=dict(description=u"The required time of day."))
known_move_id = Column(Integer, ForeignKey('moves.id'), nullable=True,
info=dict(description=u"The ID of the move the Pokémon must know."))
Ability.generation = relation(Generation, backref='abilities')
Ability.all_pokemon = relation(Pokemon,
secondary=PokemonAbility.__table__,
+ order_by=Pokemon.order,
back_populates='all_abilities',
)
Ability.pokemon = relation(Pokemon,
PokemonAbility.ability_id == Ability.id,
PokemonAbility.is_dream == False
),
+ order_by=Pokemon.order,
back_populates='abilities',
)
Ability.dream_pokemon = relation(Pokemon,
PokemonAbility.ability_id == Ability.id,
PokemonAbility.is_dream == True
),
+ order_by=Pokemon.order,
back_populates='dream_ability',
)
backref='encounter_map')
EncounterSlot.terrain = relation(EncounterTerrain, backref='slots')
-
-EncounterSlot.condition_map = relation(EncounterSlotCondition, backref='slot')
-EncounterSlot.conditions = association_proxy('condition_map', 'condition')
-EncounterSlotCondition.condition = relation(EncounterCondition,
- backref='slot_map')
+EncounterSlot.version_group = relation(VersionGroup)
EvolutionChain.growth_rate = relation(GrowthRate, backref='evolution_chains')
EvolutionChain.baby_trigger_item = relation(Item, backref='evolution_chains')
Move.super_contest_combo_next = association_proxy('super_contest_combo_first', 'second')
Move.super_contest_combo_prev = association_proxy('super_contest_combo_second', 'first')
Move.target = relation(MoveTarget, backref='moves')
-Move.type = relation(Type, backref='moves')
+Move.type = relation(Type, back_populates='moves')
Move.effect = markdown.MoveEffectProperty('effect')
Move.short_effect = markdown.MoveEffectProperty('short_effect')
Type.pokemon = relation(Pokemon, secondary=PokemonType.__table__,
order_by=Pokemon.order,
back_populates='types')
+Type.moves = relation(Move, back_populates='type', order_by=Move.name)
TypeName.language = relation(Language)