def create_no_logic_connections(player, world, connections):
for entrance, parent_region, target_region, *rule_override in connections:
parent = world.get_region(parent_region, player)
target = world.get_region(target_region, player)
connection = Entrance(player, entrance, parent)
parent.exits.append(connection)
connection.connect(target)
def create_regions(self):
player = self.player
menu = Region("Menu", RegionType.Generic, "Menu", player, self.world)
crash = Entrance(player, "Crash Land", menu)
menu.exits.append(crash)
nauvis = Region("Nauvis", RegionType.Generic, "Nauvis", player,
self.world)
skip_silo = self.world.silo[self.player].value == Silo.option_spawn
for tech_name, tech_id in base_tech_table.items():
if skip_silo and tech_name == "rocket-silo":
continue
tech = Location(player, tech_name, tech_id, nauvis)
nauvis.locations.append(tech)
tech.game = "Factorio"
location = Location(player, "Rocket Launch", None, nauvis)
nauvis.locations.append(location)
location.game = "Factorio"
event = FactorioItem("Victory", ItemClassification.progression, None,
player)
event.game = "Factorio"
self.world.push_item(location, event, False)
location.event = location.locked = True
for ingredient in self.world.max_science_pack[
self.player].get_allowed_packs():
location = Location(player, f"Automate {ingredient}", None, nauvis)
location.game = "Factorio"
nauvis.locations.append(location)
event = FactorioItem(f"Automated {ingredient}",
ItemClassification.progression, None, player)
self.world.push_item(location, event, False)
location.event = location.locked = True
crash.connect(nauvis)
self.world.regions += [menu, nauvis]
def connect_regions(world: MultiWorld, player: int, source: str, target: str, rule):
sourceRegion = world.get_region(source, player)
targetRegion = world.get_region(target, player)
connection = Entrance(player,'', sourceRegion)
connection.access_rule = rule
sourceRegion.exits.append(connection)
connection.connect(targetRegion)
def create_owg_connections(player, world, connections, default_rule):
for entrance, parent_region, target_region, *rule_override in connections:
parent = world.get_region(parent_region, player)
target = world.get_region(target_region, player)
connection = Entrance(player, entrance, parent)
parent.exits.append(connection)
connection.connect(target)
rule = rule_override[0] if len(rule_override) > 0 else default_rule
connection.access_rule = rule
def factorio_create_regions(world: MultiWorld, player: int):
menu = Region("Menu", None, "Menu", player)
crash = Entrance(player, "Crash Land", menu)
menu.exits.append(crash)
nauvis = Region("Nauvis", None, "Nauvis", player)
nauvis.world = menu.world = world
for tech_name, tech_id in tech_table.items():
tech = Location(player, tech_name, tech_id, nauvis)
nauvis.locations.append(tech)
tech.game = "Factorio"
crash.connect(nauvis)
world.regions += [menu, nauvis]
def create_regions(self):
self.create_locations(self.player)
startRegion = self.create_region(self.world, self.player, 'Menu')
self.world.regions.append(startRegion)
for region in self.smz3World.Regions:
currentRegion = self.create_region(self.world, self.player, region.Name, region.locationLookup.keys(), [region.Name + "->" + 'Menu'])
self.world.regions.append(currentRegion)
entrance = self.world.get_entrance(region.Name + "->" + 'Menu', self.player)
entrance.connect(startRegion)
exit = Entrance(self.player, 'Menu' + "->" + region.Name, startRegion)
startRegion.exits.append(exit)
exit.connect(currentRegion)
def create_regions(self):
world = self.world
menu = self.create_region("Menu")
world.regions.append(menu)
start = Entrance(self.player, "Start Game", menu)
menu.exits.append(start)
# workaround for now, remove duplicate locations
already_placed_locations = set()
for region_name, locations in locations_by_region.items():
locations -= already_placed_locations
already_placed_locations |= locations
region = self.create_region(region_name)
if region_name == "SunkenGladesRunaway": # starting point
start.connect(region)
region.locations = {Location(self.player, location, lookup_name_to_id[location], region)
for location in locations}
world.regions.append(region)
for region_name, exits in connectors.items():
parent = world.get_region(region_name, self.player)
for exit in exits:
connection = Entrance(self.player, exit, parent)
connection.connect(world.get_region(exit, self.player))
parent.exits.append(connection)
def create_region(world: MultiWorld,
player: int,
name: str,
locat: WitnessPlayerLocations,
region_locations=None,
exits=None):
"""
Create an Archipelago Region for The Witness
"""
ret = Region(name, RegionType.Generic, name, player)
ret.world = world
if region_locations:
for location in region_locations:
loc_id = locat.CHECK_LOCATION_TABLE[location]
check_hex = -1
if location in StaticWitnessLogic.CHECKS_BY_NAME:
check_hex = int(
StaticWitnessLogic.CHECKS_BY_NAME[location]["checkHex"], 0)
location = WitnessLocation(player, location, loc_id, ret,
check_hex)
ret.locations.append(location)
if exits:
for single_exit in exits:
ret.exits.append(Entrance(player, single_exit, ret))
return ret
def ChecksFinderRegion(region_name: str, exits=[]):
ret = Region(region_name, RegionType.Generic, region_name, self.player, self.world)
ret.locations = [ChecksFinderAdvancement(self.player, loc_name, loc_data.id, ret)
for loc_name, loc_data in advancement_table.items()
if loc_data.region == region_name]
for exit in exits:
ret.exits.append(Entrance(self.player, exit, ret))
return ret
def connect(self, world: MultiWorld, player: int, source: str, target: str, player_logic: WitnessPlayerLogic,
panel_hex_to_solve_set=None):
"""
connect two regions and set the corresponding requirement
"""
source_region = world.get_region(source, player)
target_region = world.get_region(target, player)
connection = Entrance(
player,
source + " to " + target + " via " + str(panel_hex_to_solve_set),
source_region
)
connection.access_rule = self.make_lambda(panel_hex_to_solve_set, world, player, player_logic)
source_region.exits.append(connection)
connection.connect(target_region)
def MCRegion(region_name: str, exits=[]):
ret = Region(region_name, None, region_name, self.player,
self.world)
ret.locations = [
MinecraftAdvancement(self.player, loc_name, loc_data.id, ret)
for loc_name, loc_data in advancement_table.items()
if loc_data.region == region_name
]
for exit in exits:
ret.exits.append(Entrance(self.player, exit, ret))
return ret
def create_region(self, world: MultiWorld, player: int, name: str, locations=None, exits=None):
ret = Region(name, RegionType.LightWorld, name, player)
ret.world = world
if locations:
for loc in locations:
location = self.locations[loc]
location.parent_region = ret
ret.locations.append(location)
if exits:
for exit in exits:
ret.exits.append(Entrance(player, exit, ret))
return ret
def generate_region(
self,
parent: Region,
size: int,
access_rule: CollectionRule = lambda state: True) -> Region:
region_tag = "_region" + str(len(self.regions))
region_name = "player" + str(self.id) + region_tag
region = Region("player" + str(self.id) + region_tag,
RegionType.Generic, "Region Hint", self.id, self.world)
self.locations += generate_locations(size, self.id, None, region,
region_tag)
entrance = Entrance(self.id, region_name + "_entrance", parent)
parent.exits.append(entrance)
entrance.connect(region)
entrance.access_rule = access_rule
self.regions.append(region)
self.world.regions.append(region)
return region
def create_region(world: MultiWorld, player: int, name: str, location_names=None, exits=None) -> Region:
ret = Region(name, RegionType.Generic, name, player)
ret.world = world
if location_names:
for location in location_names:
loc_id = HKWorld.location_name_to_id.get(location, None)
location = HKLocation(player, location, loc_id, ret)
ret.locations.append(location)
if exits:
for exit in exits:
ret.exits.append(Entrance(player, exit, ret))
return ret
def create_regions(self):
# TODO: generate *some* regions from locations' requirements?
r = Region('Menu', RegionType.Generic, 'Menu', self.player, self.world)
r.exits = [Entrance(self.player, 'New Game', r)]
self.world.regions += [r]
r = Region('Ingame', RegionType.Generic, 'Ingame', self.player, self.world)
r.locations = [SoELocation(self.player, loc.name, self.location_name_to_id[loc.name], r)
for loc in _locations]
r.locations.append(SoELocation(self.player, 'Done', None, r))
self.world.regions += [r]
self.world.get_entrance('New Game', self.player).connect(self.world.get_region('Ingame', self.player))
def _create_region(name, type, locations=None, exits=None):
ret = Region(name, type)
if locations is None:
locations = []
if exits is None:
exits = []
for exit in exits:
ret.exits.append(Entrance(exit, ret))
for location in locations:
address, address2, default, type = location_table[location]
ret.locations.append(Location(location, address, address2, default, type, ret))
return ret
def create_region(world: MultiWorld, player: int, name: str, locations=None, exits=None):
ret = Region(name, None, name, player)
ret.world = world
if locations:
for location in locations:
loc_id = lookup_name_to_id.get(location, 0)
location = HKLocation(player, location, loc_id, ret)
ret.locations.append(location)
if exits:
for exit in exits:
ret.exits.append(Entrance(player, exit, ret))
return ret
def connect(world: MultiWorld,
player: int,
used_names: Dict[str, int],
source: str,
target: str,
rule: Optional[Callable] = None):
sourceRegion = world.get_region(source, player)
targetRegion = world.get_region(target, player)
if target not in used_names:
used_names[target] = 1
name = target
else:
used_names[target] += 1
name = target + (' ' * used_names[target])
connection = Entrance(player, name, sourceRegion)
if rule:
connection.access_rule = rule
sourceRegion.exits.append(connection)
connection.connect(targetRegion)
def create_region(name, locations=None, exits=None):
ret = Region(name)
if locations is None:
locations = []
if exits is None:
exits = []
for exit in exits:
ret.exits.append(Entrance(exit, ret))
for location in locations:
address, crystal, hint_text = location_table[location]
ret.locations.append(
Location(location, address, crystal, hint_text, ret))
return ret
def create_region(world: MultiWorld,
player: int,
name: str,
locations=None,
exits=None):
ret = Region(name, RegionType.Generic, name, player)
ret.world = world
if locations:
for location in locations:
loc_id = location_table.get(location, 0)
location = SpireLocation(player, location, loc_id, ret)
ret.locations.append(location)
if exits:
for exit in exits:
ret.exits.append(Entrance(player, exit, ret))
return ret
def create_region(world: MultiWorld,
player: int,
name: str,
locations=None,
exits=None):
# Shamelessly stolen from the ROR2 definition, lol
ret = Region(name, RegionType.Generic, name, player)
ret.world = world
if locations:
for location in locations:
loc_id = location_table.get(location, 0)
location = LegacyLocation(player, location, loc_id, ret)
ret.locations.append(location)
if exits:
for exit in exits:
ret.exits.append(Entrance(player, exit, ret))
return ret
def create_region(world: MultiWorld,
player: int,
name: str,
locations=None,
exits=None):
ret = Region(name, RegionType.Generic, name, player)
ret.world = world
if locations:
for location in locations:
loc_id = locations_lookup_name_to_id.get(location, 0)
locationObj = RaftLocation(player, location, loc_id, ret)
ret.locations.append(locationObj)
if exits:
for exit in exits:
ret.exits.append(
Entrance(player, getConnectionName(name, exit), ret))
return ret
def create_region(world: MultiWorld,
player: int,
name: str,
locations=None,
exits=None):
region = Region(name, RegionType.Generic, name, player)
region.world = world
if locations:
for location_name in locations.keys():
location = ArchipIDLELocation(player, location_name,
locations[location_name], region)
region.locations.append(location)
if exits:
for _exit in exits:
region.exits.append(Entrance(player, _exit, region))
return region
def create_region(world: MultiWorld,
player: int,
active_locations,
name: str,
locations=None,
exits=None):
# Shamelessly stolen from the ROR2 definition
ret = Region(name, None, name, player)
ret.world = world
if locations:
for location in locations:
loc_id = active_locations.get(location, 0)
if loc_id:
location = SA2BLocation(player, location, loc_id, ret)
ret.locations.append(location)
if exits:
for exit in exits:
ret.exits.append(Entrance(player, exit, ret))
return ret
def create_regions(self, world, player: int):
from . import create_region
from BaseClasses import Entrance
from logic.logic import Logic
from graph.vanilla.graph_locations import locationsDict
regions = []
for accessPoint in Logic.accessPoints:
regions.append(
create_region(self, world, player, accessPoint.Name, None, [
accessPoint.Name + "->" + key
for key in accessPoint.intraTransitions.keys()
]))
world.regions += regions
# create a region for each location and link each to what the location has access
# we make them one way so that the filler (and spoiler log) doesnt try to use those region as intermediary path
# this is required in AP because a location cant have multiple parent regions
locationRegions = []
for locationName, value in locationsDict.items():
locationRegions.append(
create_region(self, world, player, locationName, [locationName]))
for key in value.AccessFrom.keys():
currentRegion = world.get_region(key, player)
currentRegion.exits.append(
Entrance(player, key + "->" + locationName, currentRegion))
world.regions += locationRegions
#create entrances
regionConcat = regions + locationRegions
for region in regionConcat:
for exit in region.exits:
exit.connect(
world.get_region(exit.name[exit.name.find("->") + 2:], player))
world.regions += [
create_region(self, world, player, 'Menu', None, ['StartAP'])
]
def underworld_glitch_connections(world, player):
specrock = world.get_region('Spectacle Rock Cave (Bottom)', player)
mire = world.get_region('Misery Mire (West)', player)
kikiskip = Entrance(player, 'Kiki Skip', specrock)
mire_to_hera = Entrance(player, 'Mire to Hera Clip', mire)
mire_to_swamp = Entrance(player, 'Hera to Swamp Clip', mire)
specrock.exits.append(kikiskip)
mire.exits.extend([mire_to_hera, mire_to_swamp])
if world.fix_fake_world[player]:
kikiskip.connect(
world.get_entrance('Palace of Darkness Exit',
player).connected_region)
mire_to_hera.connect(
world.get_entrance('Tower of Hera Exit', player).connected_region)
mire_to_swamp.connect(
world.get_entrance('Swamp Palace Exit', player).connected_region)
else:
kikiskip.connect(
world.get_region('Palace of Darkness (Entrance)', player))
mire_to_hera.connect(world.get_region('Tower of Hera (Bottom)',
player))
mire_to_swamp.connect(
world.get_region('Swamp Palace (Entrance)', player))
def connectStartingRegion(world: MultiWorld, player: int):
menu = world.get_region('Menu', player)
tutorial = world.get_region('Tutorial', player)
space_time_continuum = world.get_region('Space time continuum', player)
if is_option_enabled(world, player, "Inverted"):
starting_region = world.get_region('Refugee Camp', player)
else:
starting_region = world.get_region('Lake desolation', player)
menu_to_tutorial = Entrance(player, 'Tutorial', menu)
menu_to_tutorial.connect(tutorial)
menu.exits.append(menu_to_tutorial)
tutorial_to_start = Entrance(player, 'Start Game', tutorial)
tutorial_to_start.connect(starting_region)
tutorial.exits.append(tutorial_to_start)
teleport_back_to_start = Entrance(player, 'Teleport back to start',
space_time_continuum)
teleport_back_to_start.connect(starting_region)
space_time_continuum.exits.append(teleport_back_to_start)
def _generate_entrances(player: int, entrance_list: [str], parent: Region):
return [Entrance(player, entrance, parent) for entrance in entrance_list]
