def flying_press_matchups(move):
"""Figure out Flying Press's type matchups."""
matchups = empty_matchup_dict()
fighting = move.type
flying = db.DBSession.query(db.Type).filter_by(identifier='flying').one()
zipped_matchups = zip(fighting.attacking_matchups,
flying.attacking_matchups)
for matchup_pair in zipped_matchups:
# Go through both matchups for each defending type
result_n = 0
for matchup in matchup_pair:
result = matchup.result.identifier
if result == 'super-effective':
result_n += 1
elif result == 'not-very-effective':
result_n -= 1
elif result == 'ineffective':
matchups['ineffective'].append(matchup.defending_type)
break
# No type is weak or resistant to both Flying and Fighting, so we don't
# have to worry about that, thankfully.
if result_n == 1:
matchups['super-effective'].append(matchup.defending_type)
elif result_n == -1:
matchups['not-very-effective'].append(matchup.defending_type)
return matchups
def flying_press_matchups(move):
"""Figure out Flying Press's type matchups."""
matchups = empty_matchup_dict()
fighting = move.type
flying = db.DBSession.query(db.Type).filter_by(identifier='flying').one()
zipped_matchups = zip(fighting.attacking_matchups,
flying.attacking_matchups)
for matchup_pair in zipped_matchups:
# Go through both matchups for each defending type
result_n = 0
for matchup in matchup_pair:
result = matchup.result.identifier
if result == 'super-effective':
result_n += 1
elif result == 'not-very-effective':
result_n -= 1
elif result == 'ineffective':
matchups['ineffective'].append(matchup.defending_type)
break
# No type is weak or resistant to both Flying and Fighting, so we don't
# have to worry about that, thankfully.
if result_n == 1:
matchups['super-effective'].append(matchup.defending_type)
elif result_n == -1:
matchups['not-very-effective'].append(matchup.defending_type)
return matchups
def type_matchups(move):
"""Figure out a move's type matchups."""
# Figure out special cases
if move.damage_class.identifier == 'non-damaging':
return None
elif move.identifier == 'flying-press':
return flying_press_matchups(move)
elif any(cat.identifier == 'exact-damage' for cat in move.categories):
return specific_damage_matchups(move)
# Go through and group the matchups
matchups = empty_matchup_dict()
for matchup in move.type.attacking_matchups:
result = matchup.result.identifier
type_ = matchup.defending_type
if move.identifier == 'freeze-dry' and type_.identifier == 'water':
# Deal with Freeze-Dry
matchups['super-effective'].append(type_)
elif result != 'neutral':
# Ignore neutral matchups
matchups[result].append(type_)
return matchups
def type_matchups(move):
"""Figure out a move's type matchups."""
# Figure out special cases
if move.damage_class.identifier == 'non-damaging':
return None
elif move.identifier == 'flying-press':
return flying_press_matchups(move)
elif any(cat.identifier == 'exact-damage' for cat in move.categories):
return specific_damage_matchups(move)
# Go through and group the matchups
matchups = empty_matchup_dict()
for matchup in move.type.attacking_matchups:
result = matchup.result.identifier
type_ = matchup.defending_type
if move.identifier == 'freeze-dry' and type_.identifier == 'water':
# Deal with Freeze-Dry
matchups['super-effective'].append(type_)
elif result != 'neutral':
# Ignore neutral matchups
matchups[result].append(type_)
return matchups
