class Asset(object):
"""
Assets that a player can purchase, like vehicles, weapons or mission requirement items like "Mega Torch 3000" to
cut through vault doors!
"""
def __init__(self, asset_id, name, description, category, price):
self._asset_id = asset_id
self._name = name
self._description = description
self._category = category
self._price = price
self._traits = TraitList()
def add_trait(self, trait, value):
if trait in self._traits:
raise DuplicateAssetTrait
self._traits.add(Trait(trait, value))
@classmethod
def from_json(cls, json_data):
asset = cls(
asset_id=json_data['id'],
name=json_data['name'],
description=json_data['description'],
category=json_data['category'],
price=json_data['price']
)
for trait, value in json_data['traits'].items():
asset.add_trait(trait, value)
return asset
def attempt_solution(self, solution, complication_traits):
if solution.type == 'assigned':
goon_traits = self._goons.traits
else:
goon_traits = self._mission.goons.traits
if len(complication_traits) > 0:
traits_to_check = TraitList()
traits_to_check.add(solution.traits)
for trait in complication_traits:
if trait.trait in solution.traits:
traits_to_check.add(trait)
else:
traits_to_check = solution.traits
for trait in traits_to_check:
squad_trait = goon_traits.get(trait.trait)
if squad_trait is None:
print 'Failed because goons do not have %s' % trait.trait
return False
roll = trait.roll()
print '** %s check: goons have %s, need at least %s' % (trait.trait, squad_trait.value, roll)
if squad_trait.value < roll:
return False
return True
def generateTraits(self):
primary_trait = self.archetypes[self.type]
traits = set()
traits.add(primary_trait)
results = TraitList()
while (random.random() < .5):
traits.add(random.choice(self.goon_traits))
for t in traits:
results.add(Trait(t, random.randint(1,6)))
return results
def get_complications(self):
complications = set()
traits = TraitList()
for complication in self._mission.complications:
if self._id in complication.objectives:
if complication.roll():
complications.add(complication)
for solution in self._solutions:
for trait in complication.traits:
if trait in solution.traits:
traits.add(trait)
return complications, traits
def __init__(self, asset_id, name, description, category, price):
self._asset_id = asset_id
self._name = name
self._description = description
self._category = category
self._price = price
self._traits = TraitList()
class GoonGroup(object):
def __init__(self):
self._goons = set()
self._traits = TraitList()
def add(self, goon):
self._traits.reset()
self._goons.add(goon)
def remove(self, goon):
self._traits.reset()
self._goons.remove(goon)
@property
def traits(self):
if len(self._traits) == 0:
for goon in self._goons:
for trait in goon.traits:
if trait not in self._traits:
self._traits.add(trait.trait, trait.value)
group_trait = self._traits.get(trait.trait)
group_trait += trait
return self._traits
def __iter__(self):
return iter(self._goons)
def from_json(cls, json_data):
traits = TraitList.list_from_json(json_data["traits"])
complication = cls(
complication_id=json_data["id"],
name=json_data["name"],
description=json_data["description"],
objectives=json_data["objectives"],
chance=json_data["chance"],
traits=traits,
)
return complication
def from_json(cls, mission, objective, json_data):
traits = TraitList.list_from_json(json_data["traits"])
solution = cls(
mission=mission,
objective=objective,
solution_id=json_data["id"],
name=json_data["name"],
type=json_data["type"],
traits=traits,
)
return solution
def __init__(self):
self._goons = set()
self._traits = TraitList()
