Setting Up The Boxie Collection

import random
import json

SEED = 92310
OUTPUT_FILE = "boxie_metadata.json"


"""
List of tuples where the first item is the name of the trait
and the second item is the total supply of that trait.
"""

head = [
	("classic box", 60),
	("sphere", 30),
	("smiley face", 10)
]

upper = [
    ("classic red", 18),
    ("classic blue", 18),
    ("classic purple", 18),
    ("metallic red", 12),
    ("metallic blue", 12),
    ("metallic purple", 12),
    ("polka dots", 6),
    ("stripes", 4),

]

lower = [
	("dark", 60),
	("light", 40)
]

  
random.seed(SEED)

def populate_list(trait_list):
    """
    Create a list of the full population of traits
    """
    
    populated_list = []
  
    for trait_name, trait_count in trait_list:
        populated_list.extend([trait_name for _ in range(trait_count)])

    return populated_list

  
# populate all lists and shuffle them
head_populated = populate_list(head)
random.shuffle(head_populated)
  
upper_populated = populate_list(upper)
random.shuffle(upper_populated)

lower_populated = populate_list(lower)
random.shuffle(lower_populated)

collection = []

for token_id in range(100):
    token_data = {
        "id": token_id,
        "name": f"Boxie {token_id}",
        "image": "https://fake-collection-api.io/images/token_id.jpg",
        "mml": "https://fake-collection-api.io/mml/token_id.jpg",
        "attributes": [
            {"value": head_populated[token_id], "trait_type": "head"},
            {"value": upper_populated[token_id], "trait_type": "upper"},
            {"value": lower_populated[token_id], "trait_type": "lower"},
        ],
    }

    collection.append(token_data)

with open(OUTPUT_FILE, "w") as f:
    json.dump(collection, f, indent=4)