Datasets:

EntropyDrop
/

Sking

import argparse
from PIL import Image

def get_head_uvs():
    """
    Returns the (x, y, w, h) of each 2D texture block of the head.
    """
    head_uvs = []
    
    # [ [ [size, offset], ... ], decor_offset ]
    part = [
        [
            [(8,8,8),(8,8)],  # front
            [(8,8,8),(24,8)], # back
            [(8,8,8),(16,8)], # left
            [(8,8,8),(0,8)],  # right
            [(8,8,8),(8,0)],  # top
            [(8,8,8),(16,0)], # bottom
        ], (32,0)
    ]
    
    decor_offset = part[1]
    
    for size_info, offset in part[0]:
        # Take the first two values from the 3D size (dx, dy, dz) as the width and height of the 2D texture map
        w, h = size_info[0], size_info[1]
        
        # Base head area
        head_uvs.append((offset[0], offset[1], w, h))
        
        # Head decoration (decor) area
        decor_x = offset[0] + decor_offset[0]
        decor_y = offset[1] + decor_offset[1]
        head_uvs.append((decor_x, decor_y, w, h))
        
    return head_uvs

def merge_skins(skin_a_path, skin_b_path, output_path):
    # Open images and ensure they have an alpha channel
    img_a = Image.open(skin_a_path).convert("RGBA")
    img_b = Image.open(skin_b_path).convert("RGBA")
    
    # Check if dimensions are compatible
    if img_a.size != img_b.size:
        print(f"Warning: Skin A ({img_a.size}) and Skin B ({img_b.size}) sizes do not match.")
    
    # Use B (provides body and limbs) as the base background
    img_c = img_b.copy()
    
    # Get head regions that need to be copied from A
    head_uvs = get_head_uvs()
    
    for x, y, w, h in head_uvs:
        box = (x, y, x + w, y + h)
        
        # Crop the corresponding head block from A
        region_a = img_a.crop(box)
        
        # Paste onto C. Do not use mask to ensure complete coverage (including transparent pixels covering B's original pixels)
        img_c.paste(region_a, box)

    img_c.save(output_path)
    print(f"Successfully merged: A's head ({skin_a_path}) + B's body/limbs ({skin_b_path}) -> {output_path}")

if __name__ == "__main__":
    parser = argparse.ArgumentParser(description="Combine skins: Take the head of Skin A and the body and limbs of Skin B.")
    parser.add_argument("skin_a", help="Path to Skin A (provides the head)")
    parser.add_argument("skin_b", help="Path to Skin B (provides the body and limbs)")
    parser.add_argument("-o", "--output", default="skin_c.png", help="Output path for Skin C")
    args = parser.parse_args()
    
    merge_skins(args.skin_a, args.skin_b, args.output)

	import argparse
	from PIL import Image

	def get_head_uvs():
	"""
	Returns the (x, y, w, h) of each 2D texture block of the head.
	"""
	head_uvs = []

	# [ [ [size, offset], ... ], decor_offset ]
	part = [
	[
	[(8,8,8),(8,8)], # front
	[(8,8,8),(24,8)], # back
	[(8,8,8),(16,8)], # left
	[(8,8,8),(0,8)], # right
	[(8,8,8),(8,0)], # top
	[(8,8,8),(16,0)], # bottom
	], (32,0)
	]

	decor_offset = part[1]

	for size_info, offset in part[0]:
	# Take the first two values from the 3D size (dx, dy, dz) as the width and height of the 2D texture map
	w, h = size_info[0], size_info[1]

	# Base head area
	head_uvs.append((offset[0], offset[1], w, h))

	# Head decoration (decor) area
	decor_x = offset[0] + decor_offset[0]
	decor_y = offset[1] + decor_offset[1]
	head_uvs.append((decor_x, decor_y, w, h))

	return head_uvs

	def merge_skins(skin_a_path, skin_b_path, output_path):
	# Open images and ensure they have an alpha channel
	img_a = Image.open(skin_a_path).convert("RGBA")
	img_b = Image.open(skin_b_path).convert("RGBA")

	# Check if dimensions are compatible
	if img_a.size != img_b.size:
	print(f"Warning: Skin A ({img_a.size}) and Skin B ({img_b.size}) sizes do not match.")

	# Use B (provides body and limbs) as the base background
	img_c = img_b.copy()

	# Get head regions that need to be copied from A
	head_uvs = get_head_uvs()

	for x, y, w, h in head_uvs:
	box = (x, y, x + w, y + h)

	# Crop the corresponding head block from A
	region_a = img_a.crop(box)

	# Paste onto C. Do not use mask to ensure complete coverage (including transparent pixels covering B's original pixels)
	img_c.paste(region_a, box)

	img_c.save(output_path)
	print(f"Successfully merged: A's head ({skin_a_path}) + B's body/limbs ({skin_b_path}) -> {output_path}")

	if __name__ == "__main__":
	parser = argparse.ArgumentParser(description="Combine skins: Take the head of Skin A and the body and limbs of Skin B.")
	parser.add_argument("skin_a", help="Path to Skin A (provides the head)")
	parser.add_argument("skin_b", help="Path to Skin B (provides the body and limbs)")
	parser.add_argument("-o", "--output", default="skin_c.png", help="Output path for Skin C")
	args = parser.parse_args()

	merge_skins(args.skin_a, args.skin_b, args.output)