blueprint_chatgpt_image_track001

from PIL import Image, ImageDraw, ImageOps

# Load the image
image_path = "/mnt/data/tzaYiWe.jpeg"
original_image = Image.open(image_path).convert("L")

# Invert the image to make the line black on a white background
inverted_image = ImageOps.invert(original_image)

# Create a new image with a white background to draw the blueprint elements
blueprint = Image.new("RGB", inverted_image.size, (255, 255, 255))
draw = ImageDraw.Draw(blueprint)

# Copy the original line to the new image
blueprint.paste(inverted_image, (0, 0))

# Adding typical elements found in a racing circuit blueprint
# These are simple representations and can be more detailed
# Start/Finish line
start_finish_line_coords = [(int(inverted_image.width * 0.45), int(inverted_image.height * 0.5)),
                            (int(inverted_image.width * 0.55), int(inverted_image.height * 0.5))]
draw.line(start_finish_line_coords, fill="blue", width=3)

# Pit lane (a simple straight line near the start/finish line)
pit_lane_coords = [(int(inverted_image.width * 0.45), int(inverted_image.height * 0.55)),
                   (int(inverted_image.width * 0.55), int(inverted_image.height * 0.55))]
draw.line(pit_lane_coords, fill="blue", width=3)

# Spectator stands (rectangles near the circuit)
stands_coords = [
    (int(inverted_image.width * 0.2), int(inverted_image.height * 0.4), int(inverted_image.width * 0.3), int(inverted_image.height * 0.45)),
    (int(inverted_image.width * 0.7), int(inverted_image.height * 0.4), int(inverted_image.width * 0.8), int(inverted_image.height * 0.45))
]
for stand in stands_coords:
    draw.rectangle(stand, outline="blue", width=3)

# Convert to blueprint style by adding a blue filter
blueprint = ImageOps.colorize(blueprint.convert("L"), black="white", white="blue")

blueprint.show()