def apply_properties(person_data={}, world_data={}, properties_data={}, generated_items=list()):
# Sample properties:
# "lifespan": "1d6-3",
# "reroll": "true",
# "message": "Born while traveling to [country]"
# }
message = ""
for key, val in properties_data.items():
if key == "message":
message = val
#TODO: Build func to parse out names and subnames
for item in generated_items:
name = item.get("name", "")
nickname = item.get("nickname", "item")
if name:
message = message.replace("[" + nickname + "]", name)
#TODO: parse in text from generated_items
elif key.startswith("world."):
#TODO: have this work for multiple-level settings
key = key[6:]
math_helpers.add_or_increment_dict_val(world_data, key, val)
else:
val = math_helpers.roll_dice(val, use_numpy=True)
math_helpers.add_or_increment_dict_val(person_data, key, val)
message += key + " was adjusted " + str(val)
return message
def apply_properties(person_data={}, world_data={}, properties_data={}, generated_items=list()):
# Sample properties:
# "lifespan": "1d6-3",
# "reroll": "true",
# "message": "Born while traveling to [country]"
# }
message = ""
for key, val in properties_data.items():
if key == "message":
message = val
# TODO: Build func to parse out names and subnames
for item in generated_items:
name = item.get("name", "")
nickname = item.get("nickname", "item")
if name:
message = message.replace("[" + nickname + "]", name)
# TODO: parse in text from generated_items
elif key.startswith("world."):
# TODO: have this work for multiple-level settings
key = key[6:]
math_helpers.add_or_increment_dict_val(world_data, key, val)
else:
val = math_helpers.roll_dice(val, use_numpy=True)
math_helpers.add_or_increment_dict_val(person_data, key, val)
message += key + " was adjusted " + str(val)
return message
def quality_mods(self):
# Take mods from DNA combines with any ongoing mods and merge those
if not self.qualities_base or not self.attribute_base:
self.qualities_base, self.attribute_base = dna_helpers.qualities_from_dna(self.dna)
qualities = self.qualities_base[:] # using [:] is a way to copy the list
for qual in self.quality_mods_dict:
qualities = math_helpers.add_or_increment_dict_val(qualities, qual.get("name"), qual.get("value"))
return qualities
def apply_effects(person_data={}, world_data={}, effect_data={}, tag_manager={}):
# Sample events:
# pay = good, father.leave, disease = infection, pay = low-fair, blessing, family.blessing,
# cost = poor, disease = mutation, "gain [weapon], gain [armor]"
# Sample Generators:
# generator = # barmaid, country, wizard, sailor, horse, creature, scholar, royalty, "weapon, armor"
# power/refresh = # 2
# years = # 1d6
# role = # caretaker, mount, pet, familiar
tags = math_helpers.flatten_tags(tag_manager)
items = person_data.get("children", [])
qualities = person_data.get("qualities", {})
generated_items = []
if "generator" in effect_data:
generator_list = effect_data.get("generator", "")
if generator_list:
power = effect_data.get("refresh", None) or effect_data.get("power", 1)
years = effect_data.get("years", 4)
role = effect_data.get("role", "friend")
override = effect_data.get("override", "")
override = math_helpers.convert_string_to_properties_object(override)
effect_data.pop("generator", None)
effect_data.pop("refresh", None)
effect_data.pop("power", None)
effect_data.pop("years", None)
effect_data.pop("role", None)
effect_data.pop("override", None)
generators = generator_list.split(",")
generators = [g.strip() for g in generators]
for generator in generators:
created = create_random_item(world_data=world_data, override=override, pattern=generator, tags=tags)
generated = generate_object(generator=generator, world_data=world_data, item_template=created,
power=power, tags=tags, role=role, years=years)
data = generated.get("data", {})
data["role"] = role
years = effect_data.get("years", 1)
years = math_helpers.roll_dice(years, use_numpy=True)
data["years"] = years
generated_items.append(generated)
if role:
finished_year = int(world_data.get("year", 1100)) + int(years)
items.append({"type": role, "finished": finished_year, "active": True, "data": generated})
family = person_data.get("family", {})
father = family.get("father", {})
mother = family.get("mother", {})
year = world_data.get("year", 1100)
for effect, variable in effect_data.items():
# pay = good, father.leave, disease = infection, pay = low-fair, blessing, family.blessing,
# cost = poor, disease = mutation, "gain [weapon], gain [armor]"
#TODO: All other non-generators, run functions
if effect == "pay":
if not variable:
#TODO: Dynamically calculate difficulty
variable = 5.0
elif variable == 'exists':
variable = 5.0
if isinstance(variable, basestring):
variable = 5.0
math_helpers.add_or_increment_dict_val(person_data, "money", variable)
elif effect == "father.leave":
father["leave"] = year
#TODO: reduce family income
pass
elif effect == "mother.leave":
mother["leave"] = year
#TODO: reduce family income
pass
elif effect == "disease":
if not variable:
variable = 3.0
elif variable == 'exists':
variable = 3.0
if isinstance(variable, basestring):
variable = 3.0
math_helpers.add_or_increment_dict_val(qualities, 'lifespan', -variable)
generated_items.append({"type": "disease", "name": "rickets"}) #TODO: Make a disease lookup table
elif effect == "pay":
if not variable:
variable = 5.0
elif variable == 'exists':
variable = 5.0
if isinstance(variable, basestring):
variable = 5.0
math_helpers.add_or_increment_dict_val(person_data, "money", variable)
elif effect == "blessing":
if not variable:
variable = 3.0
elif variable == 'exists':
variable = 3.0
if isinstance(variable, basestring):
variable = 3.0
math_helpers.add_or_increment_dict_val(qualities, 'lifespan', variable)
generated_items.append({"type": "blessing", "name": "lucky"})
elif effect == "family.blessing":
if not variable:
variable = 3.0
elif variable == 'exists':
variable = 3.0
if isinstance(variable, basestring):
variable = 3.0
math_helpers.add_or_increment_dict_val(qualities, 'lifespan', -variable)
generated_items.append({"type": "family blessing", "name": "wealth"})
elif effect == "cost":
if not variable:
variable = 5.0
elif variable == 'exists':
variable = 5.0
if isinstance(variable, basestring):
variable = 5.0
math_helpers.add_or_increment_dict_val(person_data, "money", -variable)
elif effect == "gain":
pass
return generated_items
def apply_effects(person_data={}, world_data={}, effect_data={}, tag_manager={}):
# Sample events:
# pay = good, father.leave, disease = infection, pay = low-fair, blessing, family.blessing,
# cost = poor, disease = mutation, "gain [weapon], gain [armor]"
# Sample Generators:
# generator = # barmaid, country, wizard, sailor, horse, creature, scholar, royalty, "weapon, armor"
# power/refresh = # 2
# years = # 1d6
# role = # caretaker, mount, pet, familiar
tags = math_helpers.flatten_tags(tag_manager)
items = person_data.get("children", [])
qualities = person_data.get("qualities", {})
generated_items = []
if "generator" in effect_data:
generator_list = effect_data.get("generator", "")
if generator_list:
power = effect_data.get("refresh", None) or effect_data.get("power", 1)
years = effect_data.get("years", 4)
role = effect_data.get("role", "friend")
override = effect_data.get("override", "")
override = math_helpers.convert_string_to_properties_object(override)
effect_data.pop("generator", None)
effect_data.pop("refresh", None)
effect_data.pop("power", None)
effect_data.pop("years", None)
effect_data.pop("role", None)
effect_data.pop("override", None)
generators = generator_list.split(",")
generators = [g.strip() for g in generators]
for generator in generators:
created = create_random_item(world_data=world_data, override=override, pattern=generator, tags=tags)
generated = generate_object(
generator=generator,
world_data=world_data,
item_template=created,
power=power,
tags=tags,
role=role,
years=years,
)
data = generated.get("data", {})
data["role"] = role
years = effect_data.get("years", 1)
years = math_helpers.roll_dice(years, use_numpy=True)
data["years"] = years
generated_items.append(generated)
if role:
finished_year = int(world_data.get("year", 1100)) + int(years)
items.append({"type": role, "finished": finished_year, "active": True, "data": generated})
family = person_data.get("family", {})
father = family.get("father", {})
mother = family.get("mother", {})
year = world_data.get("year", 1100)
for effect, variable in effect_data.items():
# pay = good, father.leave, disease = infection, pay = low-fair, blessing, family.blessing,
# cost = poor, disease = mutation, "gain [weapon], gain [armor]"
# TODO: All other non-generators, run functions
if effect == "pay":
if not variable:
# TODO: Dynamically calculate difficulty
variable = 5.0
elif variable == "exists":
variable = 5.0
if isinstance(variable, basestring):
variable = 5.0
math_helpers.add_or_increment_dict_val(person_data, "money", variable)
elif effect == "father.leave":
father["leave"] = year
# TODO: reduce family income
pass
elif effect == "mother.leave":
mother["leave"] = year
# TODO: reduce family income
pass
elif effect == "disease":
if not variable:
variable = 3.0
elif variable == "exists":
variable = 3.0
if isinstance(variable, basestring):
variable = 3.0
math_helpers.add_or_increment_dict_val(qualities, "lifespan", -variable)
generated_items.append({"type": "disease", "name": "rickets"}) # TODO: Make a disease lookup table
elif effect == "pay":
if not variable:
variable = 5.0
elif variable == "exists":
variable = 5.0
if isinstance(variable, basestring):
variable = 5.0
math_helpers.add_or_increment_dict_val(person_data, "money", variable)
elif effect == "blessing":
if not variable:
variable = 3.0
elif variable == "exists":
variable = 3.0
if isinstance(variable, basestring):
variable = 3.0
math_helpers.add_or_increment_dict_val(qualities, "lifespan", variable)
generated_items.append({"type": "blessing", "name": "lucky"})
elif effect == "family.blessing":
if not variable:
variable = 3.0
elif variable == "exists":
variable = 3.0
if isinstance(variable, basestring):
variable = 3.0
math_helpers.add_or_increment_dict_val(qualities, "lifespan", -variable)
generated_items.append({"type": "family blessing", "name": "wealth"})
elif effect == "cost":
if not variable:
variable = 5.0
elif variable == "exists":
variable = 5.0
if isinstance(variable, basestring):
variable = 5.0
math_helpers.add_or_increment_dict_val(person_data, "money", -variable)
elif effect == "gain":
pass
return generated_items
