Add letters, numbers and all 120 colours from crayola's 1996 box to classicube

crayola120.py

from PIL import Image, ImageDraw, ImageFont

# The 120 Crayola colors mapped to their standard hex values
CRAYOLA_COLORS = {
    # Reds & pinks
    "Almond": "#EFDECD", "Apricot": "#FDD9B5", "Bittersweet": "#FD7C6E", "Blush": "#DE5D83",
    "Brick Red": "#CB4154", "Carnation Pink": "#FFAACC", "Cerise": "#DD4492", "Chestnut": "#BC5D58",
    "Jazzberry Jam": "#CA3767", "Mahogany": "#CD4A4C", "Mango Tango": "#FF8243", "Mauvelous": "#EF98AA",
    "Melon": "#FDBCB4", "Peach": "#FFCBA4", "Pink Flamingo": "#FC74FD", "Pink Sherbert": "#F78FA7",
    "Radical Red": "#FF496C", "Razzmatazz": "#E3256B", "Red": "#EE204D", "Salmon": "#FF9BAA",
    "Scarlet": "#FC2847", "Sunset Orange": "#FD5E53", "Tickle Me Pink": "#FC89AC",
    "Violet Red": "#F75394", "Wild Strawberry": "#FF43A4",
    # Oranges
    "Atomic Tangerine": "#FFA474", "Burnt Orange": "#FF7034", "Burnt Sienna": "#EA7E5D",
    "Copper": "#DD9475", "Macaroni And Cheese": "#FFBD88", "Neon Carrot": "#FFA343",
    "Orange": "#FF7538", "Outrageous Orange": "#FF6E4A", "Red Orange": "#FF5349",
    "Tumbleweed": "#DEAA88", "Vivid Tangerine": "#FF9980",
    # Yellows
    "Banana Mania": "#FAE7B5", "Canary": "#FFFF99", "Dandelion": "#FED85D",
    "Desert Sand": "#EFCDB8", "Gold": "#E7C697", "Goldenrod": "#FCD975",
    "Laser Lemon": "#FEFE22", "Sunglow": "#FFCF48", "Tan": "#FAA76C",
    "Unmellow Yellow": "#FFFF66", "Yellow": "#FCE883", "Yellow Orange": "#FFAE42",
    # Yellow-greens & limes
    "Electric Lime": "#CEFF1D", "Green Yellow": "#F0E891", "Inchworm": "#B2EC5D",
    "Olive Green": "#BAB86C", "Spring Green": "#ECEABE", "Yellow Green": "#C5E384",
    # Greens
    "Asparagus": "#87A96B", "Fern": "#71BC78", "Forest Green": "#6DAE81",
    "Granny Smith Apple": "#A8E4A0", "Green": "#1CAC78", "Jungle Green": "#3BB08F",
    "Mountain Meadow": "#30BA8F", "Pine Green": "#158078", "Screamin Green": "#76FF7A",
    "Sea Green": "#9FE2BF", "Shamrock": "#45CEA2", "Tropical Rain Forest": "#17806D",
    # Blues & teals
    "Aquamarine": "#78DBE2", "Blue": "#1F75FE", "Blue Green": "#0D98BA",
    "Caribbean Green": "#1CD3A2", "Cerulean": "#1DACD6", "Cornflower": "#9ACEEB",
    "Denim": "#2B6CC4", "Midnight Blue": "#1A4876", "Navy Blue": "#1974D2",
    "Pacific Blue": "#1CA9C9", "Robin's Egg Blue": "#1FCECB", "Sky Blue": "#80DAEB",
    "Timberwolf": "#DBD7D2", "Turquoise Blue": "#77DDE7",
    # Purples & violets
    "Blue Bell": "#A2A2D0", "Blue Violet": "#7366BD", "Cadet Blue": "#B0B7C6",
    "Eggplant": "#6E5160", "Fuchsia": "#C364C5", "Indigo": "#5D76CB",
    "Lavender": "#FCB4D5", "Manatee": "#979AAA", "Mulberry": "#C54B8C",
    "Orchid": "#E6A8D7", "Outer Space": "#414A4C", "Periwinkle": "#C5D0E6",
    "Plum": "#8E4585", "Purple Heart": "#7442C8", "Purple Mountain Majesty": "#9D81BA",
    "Purple Pizzazz": "#FE4EDA", "Razzle Dazzle Rose": "#FF48D0", "Red Violet": "#C0448F",
    "Royal Purple": "#7851A9", "Shocking Pink": "#FB7EFD", "Thistle": "#EBC7DF",
    "Vivid Violet": "#8F509D", "Violet (Purple)": "#926EAE", "Wild Blue Yonder": "#A2ADD0",
    "Wisteria": "#CDB4DB",
    # Fluorescents
    "Hot Magenta": "#FF1DCE", "Magenta": "#F664AF", "Wild Watermelon": "#FD5B78",
    # Neutrals
    "Antique Brass": "#CD9575", "Blizzard Blue": "#ACE5EE", "Maroon": "#C8385A",
    "Sepia": "#A5694F", "Shadow": "#8A795D",
    "Beaver": "#9F8170", "Black": "#000000", "Brown": "#B4674D",
    "Fuzzy Wuzzy": "#CC6666", "Gray": "#95918C", "Silver": "#CDC5C2", "White": "#FFFFFF",
}

def hex_to_rgb(hex_code):
    hex_code = hex_code.lstrip('#')
    return tuple(int(hex_code[i:i+2], 16) for i in (0, 2, 4))

def colorize_block(base_image, color_rgb):
    """Multiplies the base texture by the target color."""
    colored = Image.new("RGBA", base_image.size)
    for x in range(base_image.width):
        for y in range(base_image.height):
            r, g, b, a = base_image.getpixel((x, y))
            # Multiply blend mode
            new_r = int((r / 255.0) * color_rgb[0])
            new_g = int((g / 255.0) * color_rgb[1])
            new_b = int((b / 255.0) * color_rgb[2])
            colored.putpixel((x, y), (new_r, new_g, new_b, a))
    return colored

def create_text_block(base_image, text):
    """Draws centered text on a base block."""
    block = base_image.copy()
    draw = ImageDraw.Draw(block)

    # Attempt to load a default font, fallback to standard if not found
    try:
        font = ImageFont.truetype("arial.ttf", 12)
    except IOError:
        font = ImageFont.load_default()

    # Center the text
    bbox = draw.textbbox((0, 0), text, font=font)
    w = bbox[2] - bbox[0]
    h = bbox[3] - bbox[1]
    x = (16 - w) / 2
    y = (16 - h) / 2 - 1

    # Draw black outline then white text for visibility
    draw.text((x-1, y), text, font=font, fill="black")
    draw.text((x+1, y), text, font=font, fill="black")
    draw.text((x, y-1), text, font=font, fill="black")
    draw.text((x, y+1), text, font=font, fill="black")
    draw.text((x, y), text, font=font, fill="white")
    return block

def is_slot_empty(img, tx, ty):
    """Checks if a 16x16 slot is empty (pure purple background in this terrain.png)."""
    # EXPLICIT FIX: Protect the original Magenta Wool at Row 4, Column 11
    if tx == 11 and ty == 4:
        return False

    # Look at the center pixel of the tile to determine if it's the empty purple background
    r, g, b, a = img.getpixel((tx * 16 + 8, ty * 16 + 8))
    if r > 200 and g < 150 and b > 200:
        return True
    return False

def main():
    # Load original terrain
    terrain = Image.open("terrain.png").convert("RGBA")

    # White wool is at Column 15, Row 4
    white_wool = terrain.crop((240, 64, 256, 80))
    # Stone block is at index 1 (Column 1, Row 0) for text backgrounds
    stone = terrain.crop((16, 0, 32, 16))

    new_blocks = []

    # 1. Generate A-Z
    for char in "ABCDEFGHIJKLMNOPQRSTUVWXYZ":
        new_blocks.append(create_text_block(stone, char))

    # 2. Generate 0-9
    for char in "0123456789":
        new_blocks.append(create_text_block(stone, char))

    # 3. Generate 64 Crayola Wools
    for color_name, hex_code in CRAYOLA_COLORS.items():
        rgb = hex_to_rgb(hex_code)
        new_blocks.append(colorize_block(white_wool, rgb))

    # 4. Pack into empty slots
    block_index = 0
    total_new_blocks = len(new_blocks)

    # Scan grid (16x16) skipping row 15 (breaking animations)
    for ty in range(15):
        for tx in range(16):
            if block_index >= total_new_blocks:
                break

            if is_slot_empty(terrain, tx, ty):
                # Paste the new block into the empty slot
                terrain.paste(new_blocks[block_index], (tx * 16, ty * 16))
                block_index += 1

    if block_index < total_new_blocks:
        print(f"Warning: Ran out of empty slots! Placed {block_index}/{total_new_blocks} blocks.")
    else:
        print(f"Successfully added all {total_new_blocks} blocks!")

    terrain.save("terrain_extended.png")
    print("Saved as terrain_extended.png")

if __name__ == "__main__":
    main()