139 lines
8.3 KiB
Python
139 lines
8.3 KiB
Python
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from BaseClasses import CollectionState
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from .locations import level_name_list, level_list
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def level_scaling(multiworld):
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state = CollectionState(multiworld)
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locations = set(multiworld.get_filled_locations())
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spheres = []
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while locations:
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sphere = set()
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for world in multiworld.get_game_worlds("Pokemon Red and Blue"):
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if multiworld.level_scaling[world.player] != "by_spheres_and_distance":
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continue
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regions = {multiworld.get_region("Menu", world.player)}
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checked_regions = set()
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distance = 0
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while regions:
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next_regions = set()
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for region in regions:
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if not getattr(region, "distance"):
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region.distance = distance
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next_regions.update({e.connected_region for e in region.exits if e.connected_region not in
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checked_regions and e.access_rule(state)})
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checked_regions.update(regions)
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regions = next_regions
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distance += 1
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distances = {}
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for location in locations:
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def reachable():
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if location.can_reach(state):
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return True
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if location.parent_region.name == "Fossil" and state.can_reach("Mt Moon B2F", "Region",
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location.player):
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# We want areas that are accessible earlier to have lower levels. If an important item is at a
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# fossil location, it may not be in logic until much later, despite your ability to potentially
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# reach them earlier. We treat them both as reachable right away for this purpose
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return True
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if (location.name == "Route 25 - Item" and state.can_reach("Route 25", "Region", location.player)
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and multiworld.blind_trainers[location.player].value < 100):
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# Assume they will take their one chance to get the trainer to walk out of the way to reach
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# the item behind them
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return True
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if (("Rock Tunnel 1F - Wild Pokemon" in location.name
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and any([multiworld.get_entrance(e, location.player).connected_region.can_reach(state)
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for e in ['Rock Tunnel 1F-NE to Route 10-N',
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'Rock Tunnel 1F-NE to Rock Tunnel B1F-E',
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'Rock Tunnel 1F-NW to Rock Tunnel B1F-E',
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'Rock Tunnel 1F-NW to Rock Tunnel B1F-W',
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'Rock Tunnel 1F-S to Route 10-S',
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'Rock Tunnel 1F-S to Rock Tunnel B1F-W']])) or
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("Rock Tunnel B1F - Wild Pokemon" in location.name and
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any([multiworld.get_entrance(e, location.player).connected_region.can_reach(state)
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for e in ['Rock Tunnel B1F-E to Rock Tunnel 1F-NE',
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'Rock Tunnel B1F-E to Rock Tunnel 1F-NW',
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'Rock Tunnel B1F-W to Rock Tunnel 1F-NW',
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'Rock Tunnel B1F-W to Rock Tunnel 1F-S']]))):
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# Even if checks in Rock Tunnel are out of logic due to lack of Flash, it is very easy to
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# wander in the dark and encounter wild Pokémon, even unintentionally while attempting to
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# leave the way you entered. We'll count the wild Pokémon as reachable as soon as the Rock
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# Tunnel is reachable, so you don't have an opportunity to catch high level Pokémon early.
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# If the connections between Rock Tunnel floors are vanilla, you will still potentially
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# have very high level Pokémon in B1F if you reach it out of logic, but that would always
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# mean intentionally breaking the logic you picked in your yaml, and may require
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# defeating trainers in 1F that would be at the higher levels.
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return True
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return False
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if reachable():
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sphere.add(location)
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parent_region = location.parent_region
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if getattr(parent_region, "distance", None) is None:
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distance = 0
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else:
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distance = parent_region.distance
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if distance not in distances:
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distances[distance] = {location}
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else:
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distances[distance].add(location)
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if sphere:
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for distance in sorted(distances.keys()):
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spheres.append(distances[distance])
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locations -= distances[distance]
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else:
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spheres.append(locations)
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break
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for location in sphere:
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if not location.item:
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continue
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if (location.item.game == "Pokemon Red and Blue" and (location.item.name.startswith("Missable ") or
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location.item.name.startswith("Static ")) and location.name !=
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"Pokemon Tower 6F - Restless Soul"):
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# Normally, missable Pokemon (starters, the dojo rewards) are not considered in logic static Pokemon
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# are not considered for moves or evolutions, as you could release them and potentially soft lock
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# the game. However, for level scaling purposes, we will treat them as not missable or static.
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# We would not want someone playing a minimal accessibility Dexsanity game to get what would be
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# technically an "out of logic" Mansion Key from selecting Bulbasaur at the beginning of the game
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# and end up in the Mansion early and encountering level 67 Pokémon
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state.collect(multiworld.worlds[location.item.player].create_item(
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location.item.name.split("Missable ")[-1].split("Static ")[-1]), True, location)
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else:
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state.collect(location.item, True, location)
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for world in multiworld.get_game_worlds("Pokemon Red and Blue"):
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if multiworld.level_scaling[world.player] == "off":
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continue
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level_list_copy = level_list.copy()
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for sphere in spheres:
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sphere_objects = {loc.name: loc for loc in sphere if loc.player == world.player
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and (loc.type == "Wild Encounter" or "Pokemon" in loc.type) and loc.level is not None}
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party_objects = [loc for loc in sphere if loc.player == world.player and loc.type == "Trainer Parties"]
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for parties in party_objects:
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for party in parties.party_data:
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if isinstance(party["level"], int):
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sphere_objects[(party["party_address"][0] if isinstance(party["party_address"], list)
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else party["party_address"], 0)] = parties
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else:
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for i, level in enumerate(party["level"]):
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sphere_objects[(party["party_address"][0] if isinstance(party["party_address"], list)
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else party["party_address"], i)] = parties
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ordered_sphere_objects = list(sphere_objects.keys())
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ordered_sphere_objects.sort(key=lambda obj: level_name_list.index(obj))
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for object in ordered_sphere_objects:
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if sphere_objects[object].type == "Trainer Parties":
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for party in sphere_objects[object].party_data:
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if (isinstance(party["party_address"], list) and party["party_address"][0] == object[0]) or party["party_address"] == object[0]:
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if isinstance(party["level"], int):
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party["level"] = level_list_copy.pop(0)
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else:
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party["level"][object[1]] = level_list_copy.pop(0)
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break
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else:
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sphere_objects[object].level = level_list_copy.pop(0)
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for world in multiworld.get_game_worlds("Pokemon Red and Blue"):
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world.finished_level_scaling.set()
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