c944ecf628
Co-authored-by: Chris Wilson <chris@legendserver.info> Co-authored-by: Zach Parks <zach@alliware.com>
99 lines
4.0 KiB
Python
99 lines
4.0 KiB
Python
from typing import Dict
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import random
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from BaseClasses import MultiWorld
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from Options import NamedRange, Range
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from .option_names import options_to_include
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from .. import setup_solo_multiworld, SVTestCase
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from ..checks.goal_checks import assert_perfection_world_is_valid, assert_goal_world_is_valid
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from ..checks.option_checks import assert_can_reach_island_if_should, assert_cropsanity_same_number_items_and_locations, \
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assert_festivals_give_access_to_deluxe_scarecrow
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from ..checks.world_checks import assert_same_number_items_locations, assert_victory_exists
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def get_option_choices(option) -> Dict[str, int]:
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if issubclass(option, NamedRange):
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return option.special_range_names
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if issubclass(option, Range):
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return {f"{val}": val for val in range(option.range_start, option.range_end + 1)}
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elif option.options:
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return option.options
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return {}
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def generate_random_multiworld(world_id: int):
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world_options = generate_random_world_options(world_id)
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multiworld = setup_solo_multiworld(world_options, seed=world_id)
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return multiworld
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def generate_random_world_options(world_id: int) -> Dict[str, int]:
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num_options = len(options_to_include)
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world_options = dict()
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rng = random.Random(world_id)
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for option_index in range(0, num_options):
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option = options_to_include[option_index]
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option_choices = get_option_choices(option)
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if not option_choices:
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continue
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chosen_option_value = rng.choice(list(option_choices.values()))
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world_options[option.internal_name] = chosen_option_value
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return world_options
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def get_number_log_steps(number_worlds: int) -> int:
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if number_worlds <= 10:
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return 2
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if number_worlds <= 100:
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return 5
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if number_worlds <= 500:
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return 10
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if number_worlds <= 1000:
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return 20
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if number_worlds <= 5000:
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return 25
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if number_worlds <= 10000:
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return 50
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return 100
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def generate_many_worlds(number_worlds: int, start_index: int) -> Dict[int, MultiWorld]:
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num_steps = get_number_log_steps(number_worlds)
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log_step = number_worlds / num_steps
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multiworlds = dict()
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print(f"Generating {number_worlds} Solo Multiworlds [Start Seed: {start_index}] for Stardew Valley...")
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for world_number in range(0, number_worlds + 1):
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world_id = world_number + start_index
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multiworld = generate_random_multiworld(world_id)
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multiworlds[world_id] = multiworld
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if world_number > 0 and world_number % log_step == 0:
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print(f"Generated {world_number}/{number_worlds} worlds [{(world_number * 100) // number_worlds}%]")
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print(f"Finished generating {number_worlds} Solo Multiworlds for Stardew Valley")
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return multiworlds
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def check_every_multiworld_is_valid(tester: SVTestCase, multiworlds: Dict[int, MultiWorld]):
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for multiworld_id in multiworlds:
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multiworld = multiworlds[multiworld_id]
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with tester.subTest(f"Checking validity of world {multiworld_id}"):
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check_multiworld_is_valid(tester, multiworld_id, multiworld)
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def check_multiworld_is_valid(tester: SVTestCase, multiworld_id: int, multiworld: MultiWorld):
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assert_victory_exists(tester, multiworld)
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assert_same_number_items_locations(tester, multiworld)
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assert_goal_world_is_valid(tester, multiworld)
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assert_can_reach_island_if_should(tester, multiworld)
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assert_cropsanity_same_number_items_and_locations(tester, multiworld)
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assert_festivals_give_access_to_deluxe_scarecrow(tester, multiworld)
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class TestGenerateManyWorlds(SVTestCase):
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def test_generate_many_worlds_then_check_results(self):
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if self.skip_long_tests:
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return
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number_worlds = 1000
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start_index = random.Random().randint(0, 9999999999)
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multiworlds = generate_many_worlds(number_worlds, start_index)
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check_every_multiworld_is_valid(self, multiworlds)
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