From diffusers import StableDiffusionPipeline import torch from PIL import Image

from diffusers import StableDiffusionPipeline import torch from PIL import Image # Load the Stable Diffusion model pipe = StableDiffusionPipeline.from_pretrained("CompVis/stable-diffusion-v1-4", torch_dtype=torch.float16) pipe = pipe.to("cuda") # Define the prompt prompt = ( "A digital artwork featuring a young woman standing confidently in the center of the frame. She has long, wavy black hair styled with intricate braids and adorned with a headpiece made of vibrant red roses. " "Her makeup is bold, with striking red lipstick, defined eyebrows, and dramatic eye makeup, including large eyelashes and shimmering eyeshadow. The woman is wearing a form-fitting, sleeveless dress made entirely of red roses, " "with thin spaghetti straps and a deep V-neckline, enhanced with lace details around the neckline and shoulders. In her hands, she holds a bright yellow banana horizontally near her waist, slightly angled to the left. " "To her right stands a flamingo with a vibrant red body, black beak, and white face, its neck curved upwards. The background is a surreal blend of an orange and red sky with two large, faint celestial bodies resembling moons. " "The scene is surrounded by clusters of vivid red roses with deep green leaves at the bottom, adding depth and texture. Incorporate subtle Bitcoin motifs into the headpiece or dress, blending modern financial symbolism with the surreal and enchanting atmosphere. " "The lighting is soft and diffused, emphasizing warm tones and creating a glowing effect on the woman's face and body. The overall mood is enchanting and otherworldly, with high contrast, vivid saturation, and warm hues dominating the color palette." ) # Configuration settings guidance_scale = 12.0 # Strong guidance for detailed adherence to the prompt num_inference_steps = 70 # Increased steps for more refined detail and texture height = 1024 # Increased height for higher resolution width = 1024 # Increased width for higher resolution