create_world.py

import numpy as np

SIZE_TINY = 5
SIZE_SMALL = 10
SIZE_LARGE = 30
SIZE_XLARGE = 50

locations = [
    "attic",
    "back_yard",
    "basement",
    "bathroom",
    "bedroom",
    "cellar",
    "closet",
    "crawlspace",
    "den",
    "dining_room",
    "front_yard",
    "garage",
    "garden",
    "hall",
    "hallway",
    "kitchen",
    "laundry",
    "living_room",
    "lounge",
    "master_bedroom",
    "office",
    "pantry",
    "patio",
    "playroom",
    "porch",
    "staircase",
    "study",
    "sunroom",
    "TV_room",
    "workshop",
]

clothing = [
    "belt",
    "boots",
    "cap",
    "coat",
    "dress",
    "gloves",
    "hat",
    "jacket",
    "jeans",
    "pajamas",
    "pants",
    "raincoat",
    "scarf",
    "shirt",
    "shoes",
    "skirt",
    "slacks",
    "slippers",
    "socks",
    "stockings",
    "suit",
    "sweater",
    "sweatshirt",
    "t-shirt",
    "tie",
    "trousers",
    "underclothes",
    "underpants",
    "undershirt",
]

fruit = [
    "apple",
    "banana",
    "cherry",
    "grapefruit",
    "grapes",
    "lemon",
    "lime",
    "melon",
    "orange",
    "peach",
    "pear",
    "persimmon",
    "pineapple",
    "plum",
    "strawberry",
    "tangerine",
    "watermelon",
]

vegetables = [
    "asparagus",
    "beans",
    "broccoli",
    "cabbage",
    "carrot",
    "celery",
    "corn",
    "cucumber",
    "eggplant",
    "green_pepper",
    "lettuce",
    "onion",
    "peas",
    "potato",
    "pumpkin",
    "radish",
    "spinach",
    "sweet_potato",
    "tomato",
    "turnip",
]

objects = fruit + vegetables

containers = [
    "box",
    "pantry",
    "bathtub",
    "envelope",
    "drawer",
    "bottle",
    "cupboard",
    "basket",
    "crate",
    "suitcase",
    "bucket",
    "container",
    "treasure_chest",
]

colors = ['green', 'blue', 'red']

containers = ['_'.join([color, container])
              for container in containers
              for color in colors]

names = [
    "Oliver",
    "Ethan",
    "Liam",
    "Benjamin",
    "Lucas",
    "Alexander",
    "Jacob",
    "Mason",
    "William",
    "Hunter",
    "James",
    "Logan",
    "Owen",
    "Noah",
    "Carter",
    "Nathan",
    "Jack",
    "Aiden",
    "Jackson",
    "Jayden",
    "Emma",
    "Olivia",
    "Emily",
    "Sophia",
    "Ava",
    "Chloe",
    "Charlotte",
    "Abigail",
    "Amelia",
    "Ella",
    "Hannah",
    "Isabella",
    "Aria",
    "Lily",
    "Mia",
    "Isla",
    "Avery",
    "Elizabeth",
    "Mila",
    "Evelyn",
]

assert len(locations) >= SIZE_LARGE
assert len(objects) >= SIZE_LARGE
assert len(containers) >= SIZE_LARGE
assert len(names) >= SIZE_LARGE


def write_world(filepath, locs, objs, conts, nams):

    with open(filepath, 'w') as f:

        f.write('# locations\n')

        for loc in locs:

            f.write('\n')
            f.write('create %s\n' % loc)
            f.write('set %s is_thing\n' % loc)
            f.write('set %s is_location\n' % loc)

        f.write('\n')
        f.write('# objects\n')

        for obj in objs:

            f.write('\n')
            f.write('create %s\n' % obj)
            f.write('set %s is_thing\n' % obj)
            f.write('set %s is_gettable\n' % obj)

        f.write('\n')
        f.write('# containers\n')

        for cont in conts:

            f.write('\n')
            f.write('create %s\n' % cont)
            f.write('set %s is_thing\n' % cont)
            f.write('set %s is_container\n' % cont)

        f.write('\n')
        f.write('# actors\n')

        for nam in nams:

            f.write('\n')
            f.write('create %s\n' % nam)
            f.write('set %s is_actor\n' % nam)
            f.write('set %s is_god\n' % nam)

write_world('world_tiny.txt',
            np.random.choice(locations, SIZE_TINY, replace=False),
            np.random.choice(objects, SIZE_TINY, replace=False),
            np.random.choice(containers, SIZE_TINY, replace=False),
            np.random.choice(names, SIZE_TINY, replace=False))

write_world('world_small.txt',
            np.random.choice(locations, SIZE_SMALL, replace=False),
            np.random.choice(objects, SIZE_SMALL, replace=False),
            np.random.choice(containers, SIZE_SMALL, replace=False),
            np.random.choice(names, SIZE_SMALL, replace=False))

write_world('world_large.txt',
            np.random.choice(locations, SIZE_LARGE, replace=False),
            np.random.choice(objects, SIZE_LARGE, replace=False),
            np.random.choice(containers, SIZE_LARGE, replace=False),
            np.random.choice(names, SIZE_LARGE, replace=False))