Prompt: Year:1962. Formal portrait. High detail, Canon EOS DSLR photograph. UHD, 8K resolution, sharp focus, full color, intimate, intricately detailed and extreme close up facial portrait of a fashionable age 29 wife in 1962, showcasing her generously and profusely highlighted blonde hair. She coyly smirks at the camera. Her very thick, softly textured hair fills the viewing screen and is delicately styled in a very large, loose, very tall, very lofty, very highly voluminous bouffant. She has subtle, elegant makeup. Solid, light colored background. Accurate 1962 styling.
Negative: (earrings: 1.6) jewelry, hair beyond camera view, cropped hair, tiara, orange colors, black and white image, nudity, NSFW,
Style: Photographic
Prompt: Concept of the human brain, one part of the brain in black and white, other part in rainbow colour, 16k ultra high resolution, very sharp, ultra high detailed, high saturated image
Style: Line Art
Prompt: Pencil drawing for a tattoo of a demonic hand with claws crushes a human brain a human brain
Prompt: /imagine black \u0026 white hip hop drawing of microphone with half note music symbol intertwined
Prompt: a sharp, detailed, anatomical illustration of a snail and a brain fused together, black and white, metallic highlights, in the style of H.R. Giger, Zdzisław Beksiński, surreal, science fiction, the snail shell is smooth and polished, the brain is exposed and wrinkled, seamlessly fused with the snail's body, the creature carries itself with an air of intelligence and determination, dramatic side lighting highlighting the anatomical details, 16K masterpiece, high detail, intricate, focus on the contrast between the smooth shell and the textured brain.
Prompt: a brain-like texture composed of one line wrapping around itself in a brain style all over the canvas, bold stroke on the lines, 4k UHD vector art, white background, black line
Negative: brain
Prompt: A high-fidelity medical x-ray image featuring a sagittal view of a human brain, emphasizing a detailed and accurate portrayal of the brain's convolutions. The x-ray should prominently display a coin embedded in the frontal lobe with utmost clarity. Ensure that the x-ray effect is convincingly strong, completely eliminating any semblance of bony structures in the skull. Pay close attention to the fine details of the brain's convolutions, providing a scientifically accurate representation. Exclude any unnecessary spinal structures from the image. The emphasis should be on achieving a realistic, grayscale x-ray effect that highlights the brain and the embedded coin with precision and clarity.
Prompt: A high-fidelity medical x-ray image featuring a sagittal view of a human brain, emphasizing a detailed and accurate portrayal of the brain's convolutions. The x-ray should prominently display a coin embedded in the frontal lobe with utmost clarity. Ensure that the x-ray effect is convincingly strong, completely eliminating any semblance of bony structures in the skull. Pay close attention to the fine details of the brain's convolutions, providing a scientifically accurate representation. Exclude any unnecessary spinal structures from the image. The emphasis should be on achieving a realistic, grayscale x-ray effect that highlights the brain and the embedded coin with precision and clarity.
Negative: drawing, sketch, painting ,illustration
Prompt: The brain is depicted in a profile view, showcasing its intricate and interconnected structures. The background is a pristine white, providing a clean canvas for the artwork. The painting technique employed is stable diffusion, which adds a unique texture and depth to the image. Starting from the top, the cerebral cortex is prominently displayed, exhibiting its convoluted folds and distinct lobes. It showcases the frontal lobe, responsible for executive functions and decision-making, followed by the parietal lobe, associated with sensory perception and spatial awareness. The temporal lobe, involved in memory and auditory processing, extends gracefully beneath the parietal lobe. Moving further down, the occipital lobe reveals itself, dedicated to visual processing and interpretation. Its distinct contours and intricate neural pathways create an eye-catching visual element. Adjacent to the occipital lobe, the cerebellum, known for its role in motor coordination and balance, adds a sense of symmetry to the composition. The brainstem, positioned below the cerebellum, emerges as a vital connector between the brain and the spinal cord. Its medulla oblongata, pons, and midbrain are discernible, each playing crucial roles in autonomic functions, sensory relay, and motor control. The stable diffusion painting technique adds subtle gradients of color, emphasizing the connectivity and complexity of the brain's neural networks. Delicate shades of blue, green, and purple blend seamlessly, representing the dynamic nature of neural activity within the brain. Overall, the profile view of the brain, painted using stable diffusion on a white background, captures the beauty and intricacy of this remarkable organ, inviting viewers to appreciate its awe-inspiring structure and functionality.
Prompt: The brain is depicted in a profile view, showcasing its intricate and interconnected structures. The background is a pristine white, providing a clean canvas for the artwork. The painting technique employed is stable diffusion, which adds a unique texture and depth to the image. Starting from the top, the cerebral cortex is prominently displayed, exhibiting its convoluted folds and distinct lobes. It showcases the frontal lobe, responsible for executive functions and decision-making, followed by the parietal lobe, associated with sensory perception and spatial awareness. The temporal lobe, involved in memory and auditory processing, extends gracefully beneath the parietal lobe. Moving further down, the occipital lobe reveals itself, dedicated to visual processing and interpretation. Its distinct contours and intricate neural pathways create an eye-catching visual element. Adjacent to the occipital lobe, the cerebellum, known for its role in motor coordination and balance, adds a sense of symmetry to the composition. The brainstem, positioned below the cerebellum, emerges as a vital connector between the brain and the spinal cord. Its medulla oblongata, pons, and midbrain are discernible, each playing crucial roles in autonomic functions, sensory relay, and motor control. The stable diffusion painting technique adds subtle gradients of color, emphasizing the connectivity and complexity of the brain's neural networks. Delicate shades of blue, green, and purple blend seamlessly, representing the dynamic nature of neural activity within the brain. Overall, the profile view of the brain, painted using stable diffusion on a white background, captures the beauty and intricacy of this remarkable organ, inviting viewers to appreciate its awe-inspiring structure and functionality.
Prompt: Certainly! Here's a description of a simplified line drawing of a profile view of the brain, including its complete structure, with labels for the following five parts: 1. Brainstem, 2. Cerebellum, 3. Limbic System, 4. Basal Ganglia, and 5. Cerebral Cortex. The background color is white, and the drawing will be created using simple lines and the stable diffusion technique. The profile view of the brain features a clean and minimalist white background. The drawing technique employed involves simple lines that outline the various structures of the brain, combined with the subtle texture of stable diffusion. Here are the labeled parts: Brainstem: The brainstem is clearly labeled, positioned at the base of the brain. It is represented by a straight vertical line, indicating its central location within the brain. Cerebellum: Adjacent to the brainstem, the cerebellum is labeled and depicted as a smaller, curved line beneath the brainstem. Its distinctive shape is captured, showcasing its role in motor coordination and balance. Limbic System: The labeled limbic system is represented by a curved line that encircles the innermost region of the brain. While simple, this line suggests the presence of the hippocampus, amygdala, and hypothalamus, which collectively form the limbic system and regulate emotions, memory, and basic physiological functions. Basal Ganglia: Another labeled component, the basal ganglia, is represented by a series of small interconnected lines near the cerebral cortex. These lines indicate the presence of the caudate nucleus, putamen, and globus pallidus, which form the basal ganglia and play a role in motor control. Cerebral Cortex: The labeled cerebral cortex is depicted with a series of wavy lines that cover the upper portion of the brain. These lines represent the outer layer of the brain and suggest the presence of the frontal, parietal, temporal, and occipital lobes, which constitute the cerebral cortex responsible for higher cognitive functions. By utilizing simple lines and the stable diffusion technique, this profile view drawing of the brain with labeled parts on a white background offers a minimalist representation of the brain's structure.
