Retina Prompts

{ "task_configuration": { "task_type": "screen_simulation_photorealism", "target_model": "SDXL_Refiner / Nano Banana Pro compatible", "aspect_ratio": "3:4", "resolution": { "width": 1152, "height": 1536 } }, "prompt_assembly": { "positive_prompt": "Hyper-realistic downward-angled photograph of a MacBook screen viewed from above. The MacBook display fills approximately 95% of the frame. The glass surface shows realistic physical imperfections: subtle dust particles, faint fingerprint smudges, micro glare streaks, soft ambient reflections, and a visible pixel grid (moire) consistent with a real Retina display.\n\nThe screen is running macOS in Dark Mode. Two application windows are visible. The dominant window is a Photo Booth live-preview window positioned centrally. Secondary interface elements remain subdued and out of focus.\n\nInside the Photo Booth window: a young woman lying in a dim bedroom environment with an off-white wall and lightly rumpled bedding. Lighting is low-key and nocturnal, combining cool blue screen glow with warm natural skin tones and deep soft shadows.\n\nCRITICAL IDENTITY PRESERVATION:\nThe woman’s face must match the uploaded reference image EXACTLY. Facial identity lock is mandatory. This includes identical facial proportions, eye shape and spacing, eyelids, eyebrows, nose bridge and tip, lips, jawline, cheek volume, forehead shape, skin tone, and natural asymmetries. No beautification, no stylization, no facial drift.\n\nHair color, hairline, hairstyle, and texture must also match the reference precisely.\n\nSubject details:\nShe is reclined naturally, wearing a black top and grey bottom. She holds an iPhone 15 Pro in her right hand, looking at the screen with a relaxed, candid expression and a subtle, natural smile. No posing, no exaggerated emotion.\n\nOverall realism target:\nRaw, unedited photo look. Natural noise, slight grain, imperfect exposure balance, and realistic contrast. The scene must feel like a real photograph taken casually at night, not a render or illustration.", "negative_prompt": "vector art, illustration, CGI, cartoon, 3D render, flat digital image, screenshot, perfect glass, clean screen, exaggerated glow, studio lighting, daylight, HDR look, face mismatch, altered facial features, wrong hair color, smooth plastic skin, watermark, text artifacts" }, "identity_preservation_settings": { "strictness_level": "CRITICAL", "methodology": { "control_net_stack": [ { "unit": "ControlNet_Tile", "weight": 0.4, "purpose": "Maintain screen texture, pixel grid, and UI sharpness" }, { "unit": "IP-Adapter_FaceID_Plus", "weight": 0.95, "region_mask": "Photo Booth window only", "note": "Ensures 1:1 facial identity match with uploaded reference" } ] } }, "visual_hierarchy": { "layer_1_physical_macro": { "camera_angle": "Downward, high-angle", "framing": "MacBook screen dominant", "foreground_anchor": "Thin strip of MacBook keyboard visible at bottom edge", "surface_imperfections": [ "pixel grid texture", "dust particles", "finger smudges", "soft ambient reflections" ] }, "layer_2_digital_interface": { "os_theme": "macOS Dark Mode", "window_layout": { "primary": "Photo Booth live-preview window (dominant focus)", "secondary": "Background macOS UI elements, subdued" } }, "layer_3_nested_subject_content": { "environment": "Dim bedroom, off-white wall, rumpled bedding", "lighting_simulation": "Cool screen glow mixed with warm skin tones", "subject_pose": "Reclined, relaxed", "expression": "Candid, calm, natural", "identity_target": "STRICTLY_BASED_ON_UPLOADED_REFERENCE" } }, "rendering_parameters": { "sampler": "DPM++ 3M SDE Exponential", "steps": 40, "cfg_scale": 5.5, "denoising_strength": 0.35 } }

{ "task_configuration": { "task_type": "screen_simulation_photorealism", "target_model": "SDXL_Refiner / Nano Banana Pro compatible", "aspect_ratio": "3:4", "resolution": { "width": 1152, "height": 1536 } }, "prompt_assembly": { "positive_prompt": "Hyper-realistic downward-angled photograph of a MacBook screen viewed from above. The MacBook display fills approximately 95% of the frame. The glass surface shows realistic physical imperfections: subtle dust particles, faint fingerprint smudges, micro glare streaks, soft ambient reflections, and a visible pixel grid (moire) consistent with a real Retina display.\n\nThe screen is running macOS in Dark Mode. Two application windows are visible. The dominant window is a Photo Booth live-preview window positioned centrally. Secondary interface elements remain subdued and out of focus.\n\nInside the Photo Booth window: a young woman lying in a dim bedroom environment with an off-white wall and lightly rumpled bedding. Lighting is low-key and nocturnal, combining cool blue screen glow with warm natural skin tones and deep soft shadows.\n\nCRITICAL IDENTITY PRESERVATION:\nThe woman’s face must match the uploaded reference image EXACTLY. Facial identity lock is mandatory. This includes identical facial proportions, eye shape and spacing, eyelids, eyebrows, nose bridge and tip, lips, jawline, cheek volume, forehead shape, skin tone, and natural asymmetries. No beautification, no stylization, no facial drift.\n\nHair color, hairline, hairstyle, and texture must also match the reference precisely.\n\nSubject details:\nShe is reclined naturally, wearing a black top and grey bottom. She holds an iPhone 15 Pro in her right hand, looking at the screen with a relaxed, candid expression and a subtle, natural smile. No posing, no exaggerated emotion.\n\nOverall realism target:\nRaw, unedited photo look. Natural noise, slight grain, imperfect exposure balance, and realistic contrast. The scene must feel like a real photograph taken casually at night, not a render or illustration.", "negative_prompt": "vector art, illustration, CGI, cartoon, 3D render, flat digital image, screenshot, perfect glass, clean screen, exaggerated glow, studio lighting, daylight, HDR look, face mismatch, altered facial features, wrong hair color, smooth plastic skin, watermark, text artifacts" }, "identity_preservation_settings": { "strictness_level": "CRITICAL", "methodology": { "control_net_stack": [ { "unit": "ControlNet_Tile", "weight": 0.4, "purpose": "Maintain screen texture, pixel grid, and UI sharpness" }, { "unit": "IP-Adapter_FaceID_Plus", "weight": 0.95, "region_mask": "Photo Booth window only", "note": "Ensures 1:1 facial identity match with uploaded reference" } ] } }, "visual_hierarchy": { "layer_1_physical_macro": { "camera_angle": "Downward, high-angle", "framing": "MacBook screen dominant", "foreground_anchor": "Thin strip of MacBook keyboard visible at bottom edge", "surface_imperfections": [ "pixel grid texture", "dust particles", "finger smudges", "soft ambient reflections" ] }, "layer_2_digital_interface": { "os_theme": "macOS Dark Mode", "window_layout": { "primary": "Photo Booth live-preview window (dominant focus)", "secondary": "Background macOS UI elements, subdued" } }, "layer_3_nested_subject_content": { "environment": "Dim bedroom, off-white wall, rumpled bedding", "lighting_simulation": "Cool screen glow mixed with warm skin tones", "subject_pose": "Reclined, relaxed", "expression": "Candid, calm, natural", "identity_target": "STRICTLY_BASED_ON_UPLOADED_REFERENCE" } }, "rendering_parameters": { "sampler": "DPM++ 3M SDE Exponential", "steps": 40, "cfg_scale": 5.5, "denoising_strength": 0.35 } }

{ "task_configuration": { "task_type": "screen_simulation_photorealism", "target_model": "SDXL_Refiner / Nano Banana Pro compatible", "aspect_ratio": "3:4", "resolution": { "width": 1152, "height": 1536 } }, "prompt_assembly": { "positive_prompt": "Hyper-realistic downward-angled photograph of a MacBook screen viewed from above. The MacBook display fills approximately 95% of the frame. The glass surface shows realistic physical imperfections: subtle dust particles, faint fingerprint smudges, micro glare streaks, soft ambient reflections, and a visible pixel grid (moire) consistent with a real Retina display.\n\nThe screen is running macOS in Dark Mode. Two application windows are visible. The dominant window is a Photo Booth live-preview window positioned centrally. Secondary interface elements remain subdued and out of focus.\n\nInside the Photo Booth window: a young woman lying in a dim bedroom environment with an off-white wall and lightly rumpled bedding. Lighting is low-key and nocturnal, combining cool blue screen glow with warm natural skin tones and deep soft shadows.\n\nCRITICAL IDENTITY PRESERVATION:\nThe woman’s face must match the uploaded reference image EXACTLY. Facial identity lock is mandatory. This includes identical facial proportions, eye shape and spacing, eyelids, eyebrows, nose bridge and tip, lips, jawline, cheek volume, forehead shape, skin tone, and natural asymmetries. No beautification, no stylization, no facial drift.\n\nHair color, hairline, hairstyle, and texture must also match the reference precisely.\n\nSubject details:\nShe is reclined naturally, wearing a black top and grey bottom. She holds an iPhone 15 Pro in her right hand, looking at the screen with a relaxed, candid expression and a subtle, natural smile. No posing, no exaggerated emotion.\n\nOverall realism target:\nRaw, unedited photo look. Natural noise, slight grain, imperfect exposure balance, and realistic contrast. The scene must feel like a real photograph taken casually at night, not a render or illustration.", "negative_prompt": "vector art, illustration, CGI, cartoon, 3D render, flat digital image, screenshot, perfect glass, clean screen, exaggerated glow, studio lighting, daylight, HDR look, face mismatch, altered facial features, wrong hair color, smooth plastic skin, watermark, text artifacts" }, "identity_preservation_settings": { "strictness_level": "CRITICAL", "methodology": { "control_net_stack": [ { "unit": "ControlNet_Tile", "weight": 0.4, "purpose": "Maintain screen texture, pixel grid, and UI sharpness" }, { "unit": "IP-Adapter_FaceID_Plus", "weight": 0.95, "region_mask": "Photo Booth window only", "note": "Ensures 1:1 facial identity match with uploaded reference" } ] } }, "visual_hierarchy": { "layer_1_physical_macro": { "camera_angle": "Downward, high-angle", "framing": "MacBook screen dominant", "foreground_anchor": "Thin strip of MacBook keyboard visible at bottom edge", "surface_imperfections": [ "pixel grid texture", "dust particles", "finger smudges", "soft ambient reflections" ] }, "layer_2_digital_interface": { "os_theme": "macOS Dark Mode", "window_layout": { "primary": "Photo Booth live-preview window (dominant focus)", "secondary": "Background macOS UI elements, subdued" } }, "layer_3_nested_subject_content": { "environment": "Dim bedroom, off-white wall, rumpled bedding", "lighting_simulation": "Cool screen glow mixed with warm skin tones", "subject_pose": "Reclined, relaxed", "expression": "Candid, calm, natural", "identity_target": "STRICTLY_BASED_ON_UPLOADED_REFERENCE" } }, "rendering_parameters": { "sampler": "DPM++ 3M SDE Exponential", "steps": 40, "cfg_scale": 5.5, "denoising_strength": 0.35 } }

Microscobic view of an ultrarealistic human retina,reflecting a red devil silhouette with ultradetailed white angel wings., Cinematic, Golden Hour, Intentional camera movement, Night Vision, 35mm, Kodak Gold 200, Velvia, Macro View, Fisheye Lens

A dark, mystical queen stands in the foreground, her piercing crimson eyes glowing with an otherworldly intensity. Her grey hair cascades down her back like a waterfall of moonlight, framing her pale, ethereal face. She wears a dark, flowing dress that seems to absorb the light around her, its folds embroidered with intricate, glowing tattoos that pulse with a malevolent energy. The atmosphere is heavy with the weight of the underworld, a realm of shadows and darkness. The queen's presence is both captivating and terrifying, drawing the viewer in with an unseen force. The color palette is a deep, rich blend of dark blues and purples, with hints of crimson that seem to sear themselves into the viewer's retina. The overall effect is one of 8k cinematic grandeur, a masterpiece of dark fantasy illustration that transports the viewer to a realm of gothic wonder.

Face lock ⚠️ IDENTITY & BODY LOCK — CRITICAL ⚠️ The subject is an ADULT woman (21+). Face identity must remain 100% identical to the uploaded reference image. DO NOT alter, stylize, beautify, or reinterpret the face in any way. STRICT FACE CONSISTENCY REQUIREMENTS: - Exact same facial structure and proportions - Exact eye shape, spacing, eyelid fold, and eye angle - Exact eyebrow shape, thickness, and position - Exact nose bridge, tip, width, and nostril shape - Exact lip shape, volume, cupid’s bow, and mouth width - Exact jawline, chin shape, cheekbone structure, and cheek volume - Exact skin tone, undertone, freckles/moles/asymmetry if present - Natural expression only — no face drift, no idealization, no AI beautification BODY & FIGURE CONSISTENCY REQUIREMENTS: - Body proportions must match the reference exactly - Same height impression and limb proportions - Natural default chest size and shape (realistic softness and gravity, not exaggerated) - Natural waist, hips, and abdomen — no slimming or enhancement - No body reshaping, no exaggeration, no stylized curves REALISM RULES: - Preserve natural skin texture (pores, fine lines, slight imperfections) - No plastic skin, no smoothing filters, no CGI look - No anime, illustration, painterly, or stylized outputs FAIL CONDITIONS (DO NOT GENERATE IF ANY OCCUR): - Face looks like a different person - “Prettier” or altered facial features - Unrealistic anatomy or body enhancement - AI-polished or synthetic appearance This identity lock has higher priority than style, lighting, pose, outfit, or environment.{ "task_configuration": { "task_type": "screen_simulation_photorealism", "target_model": "SDXL_Refiner / Nano Banana Pro compatible", "aspect_ratio": "3:4", "resolution": { "width": 1152, "height": 1536 } }, "prompt_assembly": { "positive_prompt": "Hyper-realistic downward-angled photograph of a MacBook screen viewed from above. The MacBook display fills approximately 95% of the frame. The glass surface shows realistic physical imperfections: subtle dust particles, faint fingerprint smudges, micro glare streaks, soft ambient reflections, and a visible pixel grid (moire) consistent with a real Retina display.\n\nThe screen is running macOS in Dark Mode. Two application windows are visible. The dominant window is a Photo Booth live-preview window positioned centrally. Secondary interface elements remain subdued and out of focus.\n\nInside the Photo Booth window: a young woman lying in a dim bedroom environment with an off-white wall and lightly rumpled bedding. Lighting is low-key and nocturnal, combining cool blue screen glow with warm natural skin tones and deep soft shadows.\n\nCRITICAL IDENTITY PRESERVATION:\nThe woman’s face must match the uploaded reference image EXACTLY. Facial identity lock is mandatory. This includes identical facial proportions, eye shape and spacing, eyelids, eyebrows, nose bridge and tip, lips, jawline, cheek volume, forehead shape, skin tone, and natural asymmetries. No beautification, no stylization, no facial drift.\n\nHair color, hairline, hairstyle, and texture must also match the reference precisely.\n\nSubject details:\nShe is reclined naturally, wearing a black top and grey bottom. She holds an iPhone 15 Pro in her right hand, looking at the screen with a relaxed, candid expression and a subtle, natural smile. No posing, no exaggerated emotion.\n\nOverall realism target:\nRaw, unedited photo look. Natural noise, slight grain, imperfect exposure balance, and realistic contrast. The scene must feel like a real photograph taken casually at night, not a render or illustration.", "negative_prompt": "vector art, illustration, CGI, cartoon, 3D render, flat digital image, screenshot, perfect glass, clean screen, exaggerated glow, studio lighting, daylight, HDR look, face mismatch, altered facial features, wrong hair color, smooth plastic skin, watermark, text artifacts" }, "identity_preservation_settings": { "strictness_level": "CRITICAL", "methodology": { "control_net_stack": [ { "unit": "ControlNet_Tile", "weight": 0.4, "purpose": "Maintain screen texture, pixel grid, and UI sharpness" }, { "unit": "IP-Adapter_FaceID_Plus", "weight": 0.95, "region_mask": "Photo Booth window only", "note": "Ensures 1:1 facial identity match with uploaded reference" } ] } }, "visual_hierarchy": { "layer_1_physical_macro": { "camera_angle": "Downward, high-angle", "framing": "MacBook screen dominant", "foreground_anchor": "Thin strip of MacBook keyboard visible at bottom edge", "surface_imperfections": [ "pixel grid texture", "dust particles", "finger smudges", "soft ambient reflections" ] }, "layer_2_digital_interface": { "os_theme": "macOS Dark Mode", "window_layout": { "primary": "Photo Booth live-preview window (dominant focus)", "secondary": "Background macOS UI elements, subdued" } }, "layer_3_nested_subject_content": { "environment": "Dim bedroom, off-white wall, rumpled bedding", "lighting_simulation": "Cool screen glow mixed with warm skin tones", "subject_pose": "Reclined, relaxed", "expression": "Candid, calm, natural", "identity_target": "STRICTLY_BASED_ON_UPLOADED_REFERENCE" } }, "rendering_parameters": { "sampler": "DPM++ 3M SDE Exponential", "steps": 40, "cfg_scale": 5.5, "denoising_strength": 0.35 } }

young Female oval-shaped face with sharp jaw, thin lips, wide lips, upturned nose, slightly big nose, narrow bridge, big round wide set eyes, light fair skin, smiling, nordic. masterpiece, UHD, retina, accurate, anatomically correct, textured skin, super detail, high details, high quality, award winning, best quality, highres, 1080P, HD, Realism, close-up

Light leaves the Sun and strikes your shoelaces and bounces off; some photons enter the pupils of your eyes and strike your retina; the energy of the photons triggers neural impulses; the neural impulses are transmitted to the visual-processing areas of the brain; and there the optical information is processed and reconstructed into a 3D model that is recognized as an untied shoelace; and so you believe that your shoelaces are untied. Here is the secret of deliberate rationality—this whole process is not magic, and you can understand it. You can understand how you see your shoelaces. You can think about which sort of thinking processes will create beliefs which mirror reality, and which thinking processes will not. Mice can see, but they can’t understand seeing. You can understand seeing, and because of that, you can do things that mice cannot do. Take a moment to marvel at this, for it is indeed marvelous. Mice see, but they don’t know they have visual cortexes, so they can’t correct for optical illusions. A mouse lives in a mental world that includes cats, holes, cheese and mousetraps—but not mouse brains. Their camera does not take pictures of its own lens. But we, as humans, can look at a seemingly bizarre image, and realize that part of what we’re seeing is the lens itself. You don’t always have to believe your own eyes, but you have to realize that you have eyes—you must have distinct mental buckets for the map and the territory, for the senses and reality. Lest you think this a trivial ability, remember how rare it is in the animal kingdom. The whole idea of Science is, simply, reflective reasoning about a more reliable process for making the contents of your mind mirror the contents of the world. It is the sort of thing mice would never invent. Pondering this business of “performing replicable experiments to falsify theories,” we can see why it works. Science is not a separate magisterium, far away from real life and the understanding of ordinary mortals. Science is not something that only applies to the inside of laboratories. Science, itself, is an understandable process-in-the-world that correlates brains with reality. Science makes sense, when you think about it. But mice can’t think about thinking, which is why they don’t have Science. One should not overlook the wonder of this—or the potential power it bestows on us as individuals, not just scientific societies. Admittedly, understanding the engine of thought may be a little more complicated than understanding a steam engine—but it is not a fundamentally different task. Once upon a time, I went to EFNet’s #philosophy chatroom to ask, “Do you believe a nuclear war will occur in the next 20 years? If no, why not?” One person who answered the question said he didn’t expect a nuclear war for 100 years, because “All of the players involved in decisions regarding nuclear war are not interested right now.” “But why extend that out for 100 years?” I asked. “Pure hope,” was his reply. Reflecting on this whole thought process, we can see why the thought of nuclear war makes the person unhappy, and we can see how his brain therefore rejects the belief. But if you imagine a billion worlds—Everett branches, or Tegmark duplicates1—this thought process will not systematically correlate optimists to branches in which no nuclear war occurs.2 To ask which beliefs make you happy is to turn inward, not outward—it tells you something about yourself, but it is not evidence entangled with the environment. I have nothing against happiness, but it should follow from your picture of the world, rather than tampering with the mental paintbrushes. If you can see this—if you can see that hope is shifting your first-order thoughts by too large a degree—if you can understand your mind as a mapping engine that has flaws—then you can apply a reflective correction. The brain is a flawed lens through which to see reality. This is true of both mouse brains and human brains. But a human brain is a flawed lens that can understand its own flaws—its systematic errors, its biases—and apply second-order corrections to them. This, in practice, makes the lens far more powerful. Not perfect, but far more powerful.

Face lock ⚠️ IDENTITY & BODY LOCK — CRITICAL ⚠️ The subject is an ADULT woman (21+). Face identity must remain 100% identical to the uploaded reference image. DO NOT alter, stylize, beautify, or reinterpret the face in any way. STRICT FACE CONSISTENCY REQUIREMENTS: - Exact same facial structure and proportions - Exact eye shape, spacing, eyelid fold, and eye angle - Exact eyebrow shape, thickness, and position - Exact nose bridge, tip, width, and nostril shape - Exact lip shape, volume, cupid’s bow, and mouth width - Exact jawline, chin shape, cheekbone structure, and cheek volume - Exact skin tone, undertone, freckles/moles/asymmetry if present - Natural expression only — no face drift, no idealization, no AI beautification BODY & FIGURE CONSISTENCY REQUIREMENTS: - Body proportions must match the reference exactly - Same height impression and limb proportions - Natural default chest size and shape (realistic softness and gravity, not exaggerated) - Natural waist, hips, and abdomen — no slimming or enhancement - No body reshaping, no exaggeration, no stylized curves REALISM RULES: - Preserve natural skin texture (pores, fine lines, slight imperfections) - No plastic skin, no smoothing filters, no CGI look - No anime, illustration, painterly, or stylized outputs FAIL CONDITIONS (DO NOT GENERATE IF ANY OCCUR): - Face looks like a different person - “Prettier” or altered facial features - Unrealistic anatomy or body enhancement - AI-polished or synthetic appearance This identity lock has higher priority than style, lighting, pose, outfit, or environment.{ "task_configuration": { "task_type": "screen_simulation_photorealism", "target_model": "SDXL_Refiner / Nano Banana Pro compatible", "aspect_ratio": "3:4", "resolution": { "width": 1152, "height": 1536 } }, "prompt_assembly": { "positive_prompt": "Hyper-realistic downward-angled photograph of a MacBook screen viewed from above. The MacBook display fills approximately 95% of the frame. The glass surface shows realistic physical imperfections: subtle dust particles, faint fingerprint smudges, micro glare streaks, soft ambient reflections, and a visible pixel grid (moire) consistent with a real Retina display.\n\nThe screen is running macOS in Dark Mode. Two application windows are visible. The dominant window is a Photo Booth live-preview window positioned centrally. Secondary interface elements remain subdued and out of focus.\n\nInside the Photo Booth window: a young woman lying in a dim bedroom environment with an off-white wall and lightly rumpled bedding. Lighting is low-key and nocturnal, combining cool blue screen glow with warm natural skin tones and deep soft shadows.\n\nCRITICAL IDENTITY PRESERVATION:\nThe woman’s face must match the uploaded reference image EXACTLY. Facial identity lock is mandatory. This includes identical facial proportions, eye shape and spacing, eyelids, eyebrows, nose bridge and tip, lips, jawline, cheek volume, forehead shape, skin tone, and natural asymmetries. No beautification, no stylization, no facial drift.\n\nHair color, hairline, hairstyle, and texture must also match the reference precisely.\n\nSubject details:\nShe is reclined naturally, wearing a black top and grey bottom. She holds an iPhone 15 Pro in her right hand, looking at the screen with a relaxed, candid expression and a subtle, natural smile. No posing, no exaggerated emotion.\n\nOverall realism target:\nRaw, unedited photo look. Natural noise, slight grain, imperfect exposure balance, and realistic contrast. The scene must feel like a real photograph taken casually at night, not a render or illustration.", "negative_prompt": "vector art, illustration, CGI, cartoon, 3D render, flat digital image, screenshot, perfect glass, clean screen, exaggerated glow, studio lighting, daylight, HDR look, face mismatch, altered facial features, wrong hair color, smooth plastic skin, watermark, text artifacts" }, "identity_preservation_settings": { "strictness_level": "CRITICAL", "methodology": { "control_net_stack": [ { "unit": "ControlNet_Tile", "weight": 0.4, "purpose": "Maintain screen texture, pixel grid, and UI sharpness" }, { "unit": "IP-Adapter_FaceID_Plus", "weight": 0.95, "region_mask": "Photo Booth window only", "note": "Ensures 1:1 facial identity match with uploaded reference" } ] } }, "visual_hierarchy": { "layer_1_physical_macro": { "camera_angle": "Downward, high-angle", "framing": "MacBook screen dominant", "foreground_anchor": "Thin strip of MacBook keyboard visible at bottom edge", "surface_imperfections": [ "pixel grid texture", "dust particles", "finger smudges", "soft ambient reflections" ] }, "layer_2_digital_interface": { "os_theme": "macOS Dark Mode", "window_layout": { "primary": "Photo Booth live-preview window (dominant focus)", "secondary": "Background macOS UI elements, subdued" } }, "layer_3_nested_subject_content": { "environment": "Dim bedroom, off-white wall, rumpled bedding", "lighting_simulation": "Cool screen glow mixed with warm skin tones", "subject_pose": "Reclined, relaxed", "expression": "Candid, calm, natural", "identity_target": "STRICTLY_BASED_ON_UPLOADED_REFERENCE" } }, "rendering_parameters": { "sampler": "DPM++ 3M SDE Exponential", "steps": 40, "cfg_scale": 5.5, "denoising_strength": 0.35 } }

Skintight upper structure formed from glossy bloom-tissue and stretched retina mesh, skirt composed of layered eyelid petals that gently open and close with the rhythm of breath, arms elongated into optic-fiber feelers that respond to motion and light, head crowned with blooming optic bulbs radiating fluctuating glow, entire body emitting shifting visual hallucination patterns across the surface like living projections, silhouette expressing a fusion of sensory anatomy and surreal biomechanical couture

abstract and magical style , glitters Crystal ball abstract background with transparent sphere with beautiful snowflakes and the name "Merry Christmas and a Happy New year 2025" engraved in gold. . background beautiful warm colors , magic water splash . , chiaroscuro, depth of field, cinematic lighting, UHD, Retina, masterpiece , Accurate, Super detail, high details, high quality , award winning , best quality, highres, 1080P, HD, 16K

abstract and magical style , glitters Crystal ball with green plants in water soap bubble. abstract background with transparent sphere . background beautiful warm colors , magic water splash ., chiaroscuro, depth of field, cinematic lighting, UHD, Retina, masterpiece , Accurate, Super detail, high details, high quality , award winning , best quality, highres, 1080P, HD, 16K

A colossal mechanical structure enclosing a gigantic, hyper-realistic female human eye, with workers in orange protective suits performing its maintenance. The eye is incredibly detailed and realistic, transparent brown pupils, dominating the scene, while the surrounding machinery is intricate and complex, with gears, cables and steel beams. Workers, standing on ladders and scaffolding, use futuristic tools to adjust and examine the mechanisms of the eye's retina, which reflects a small flash of light on its surface. The overall atmosphere is that of a science fiction setting where technology has advanced to such an extent that such a monumental biomechanical facility is possible.

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crea una infografia con la siguiente informacion sobre la psicología de color Teoría del color La teoría del color se basa en un conjunto de reglas o elementos esenciales que rigen los parámetros de combinación de diferentes colores, definiciones, divisiones y categorías en las que se pueden estandarizar. Dentro de esta estandarización, se encuentran inmersas algunas reglas específicas de uso en diseño y publicidad; se utiliza para captar, en menos de un segundo, la atención del cliente, para bien o para mal. Un ejemplo claro del uso del color en grandes marcas de cadenas de comidas rápidas, es el uso de colores cálidos, como el amarillo, rojo y naranja, estos colores se relacionan con el poder evocado por el sol, la abundancia de alimentos, la energía, el poder, la fuerza, el brillo, el calor, la alegría, e incluso son colores que llaman de inmediato la atención del consumidor. Estos colores elevan el ritmo respiratorio y elevan el apetito, incluso la sensación de sed, por eso tantas marcas exitosas los utilizan como recurso gráfico. La teoría del color también dicta algunos parámetros referentes, que explican por qué ciertos matices, sombras y tonos se llevan mejor y transmiten armonía, logrando resaltar un logotipo o un gráfico que acompaña un texto. Aún sin conocer las bases de la teoría del color, es mucha la influencia que se tiene por la manera en que los diseñadores crean una pieza o ambientan un espacio: se toman decisiones gracias a los tonos y la forma en que armonizan juntos. Si está todo bien hecho, se obtendrá el efecto deseado por sus creadores, ya sea para hacer más atractivo un artículo o atraer a un cliente a un anuncio en especial. Existen diferentes tipos de colores en teoría del color, por ejemplo: Colores primarios: Son denominados de esta manera ya que no se pueden obtener a partir de la mezcla de otros colores, como los secundarios o terciarios; son colores absolutos, que representan la base de los otros colores; se trata de los colores rojo, amarillo y azul. Colores secundarios: Se obtienen a partir de mezclar, en partes desiguales, dos colores primarios. Colores terciarios: Se obtienen a partir de mezclar un color primario más un color secundario. Colores complementarios: Se obtienen a partir de mezclar un color primario más un color secundario. Colores análogos: Son colores situados de forma continua en el círculo cromático, generalmente, conforman grupos de 3 colores que comparten matices. El video “Teoría del color | Conceptos básicos de diseño gráfico” explica cómo los colores influyen en nuestras emociones y en la comunicación visual, y enseña a usar el círculo cromático para crear paletas armónicas y profesionales. Se repasan conceptos básicos como primarios, secundarios y terciarios, además de tonalidad, saturación y brillo, y se presentan fórmulas prácticas para combinar colores en diseño gráfico y proyectos creativos. El papel del color en la vida diaria El color atrae, comunica y provoca emociones. Artistas y diseñadores lo han usado durante siglos. Colores primarios y secundarios Rojo + amarillo = naranja. Amarillo + azul = verde. Azul + rojo = morado. De estas mezclas surgen más tonos y el círculo cromático. Tonalidad, saturación y brillo Tonalidad = color. Saturación = intensidad. Brillo = claridad u oscuridad. Permiten crear variaciones como pasteles o tonos profundos. Armonía del color y fórmulas básicas Monocromática: un solo color con variaciones de brillo y saturación. Análoga: colores vecinos en la rueda (ej. rojos y naranjas). Complementaria: colores opuestos (ej. azul y naranja). Combinaciones avanzadas Complementarios divididos: se usan tonos cercanos al opuesto. Tríada: tres colores formando un triángulo en la rueda. Tetraédrica: dos pares de complementarios formando un rectángulo. En resumen, el video enseña que la teoría del color es una herramienta práctica para crear paletas equilibradas y expresivas, ayudando a transmitir mensajes visuales más efectivos en diseño gráfico y en la vida cotidiana. 2.1 Definición y fundamentos El concepto de color, como se conoce hoy en día, se empieza a gestar con diversos experimentos que llevó a cabo Isaac Newton (1642-1726) para entender y comprender los fenómenos relativos a la luz y el color, es el primer científico en entender el arco iris. Para ello, crea un hoyo en la pared de un cuarto oscuro; seguidamente, refracta la luz blanca con un prisma en la pared, que resalta la proyección de sus colores componentes al fondo del cuarto: magenta, rojo, naranja, amarillo, verde, azul y violeta; además, para probar que el prisma no estaba coloreando la luz, volvió a unir la luz, realizando el experimento a la inversa. Son tan importantes los experimentos que realizó Newton que se dice que fue quien dio paso a la ciencia moderna; sus estudios, experimentos y descubrimientos cambiaron y revolucionaron la vida hasta el mundo actual. La percepción que se tiene del color depende de una fuente lumínica que se refleja en el objeto; dentro de la retina, el ojo cuenta con una cantidad ilimitada de células especializadas en identificar diferentes tipos longitud de onda, que son transformadas en impulsos eléctricos, los cuales asignan un color a cada longitud en particular; por esta razón, en ausencia de luz, el ojo humano no tiene la capacidad de generar ningún tipo de color. El ojo es un órgano complejo, formado por un conjunto de órganos que reciben la luz del medio ambiente (fotorreceptores) y que, al trabajar unificadamente, permiten reconocer la reflexión de la luz sobre los objetos. Los objetos atraen ciertos tipos de ondas y reflejan otros en contraposición, esto depende de muchos factores, como la distancia de la fuente lumínica, el tamaño del objeto, hasta su composición. El color tiene diversas características, entre las que se encuentran las siguientes: 2.2 Teoría aditiva y sustractiva La representación del color, por fuera del ámbito artístico, para su reproducción en medios gráficos visuales se enmarca en las teorías aditiva y sustractiva. Cada modo tiene características específicas y un ámbito de uso ideal. Hace un tiempo, equivocarse en el modo de color suponía una pérdida millonaria; hoy es más una mala práctica, que debe corregirse por profesionalismo. Para ampliar esta información, revise lo que se expone a continuación: Modo RGB Modo CMYK Se denominan colores luz. Dentro de la teoría aditiva, la combinación de los colores primarios rojo (red), verde (green) y azul (blue) da como resultado la luz blanca. Esto resulta fácilmente demostrable con un cuarto oscuro, tres linternas y filtros de colores. Sobre una pared blanca, las linternas iluminan separadamente según el color del filtro, pero al enfocar un punto común, el color resultante tiende a ser blanco. La aplicación por excelencia del modo RGB es en las publicaciones digitales, multimedia y sitios web. Un dato curioso: al mezclar las luces en parejas, se obtienen los valores: amarillo, cian y magenta, propios del modo CMYK (el negro es la ausencia de luz). RGB: sigla en inglés de Red, Green, Blue, en español rojo, verde y azul. El modelo de cuatricromía o de colores pigmento. Un ejemplo evocativo puede remitir al juego con plastilina. Al mezclar masas de todos los colores se obtenía algo poco atractivo que variaba del café al púrpura. En el modo CMYK, los pigmentos cian, magenta, amarillo y negro se unen para conformar otros colores y la combinación de los tres primeros tiene como resultado un negro de baja pureza. Dos datos curiosos sobre el modo CMYK: el color magenta no existe como tal, se crea al mezclar las frecuencias de onda de ambos extremos del espectro visible; si se mezclan las parejas de color, se obtienen los valores tonales del) modelo aditivo. CMYK: sigla en inglés de Cyan, Magenta, Yellow y Key, en español cián, magenta, amarillo y negro.Continuando con este aprendizaje, tenga en cuenta explorar el video Teoría de Color: aditivo, sustractivo y la ley de los complementarios, que explica con mayor profundidad ambas teorías, se encuentra disponible en el material complementario. El video “Teoría de Color: aditivo, sustractivo y la ley de los complementarios” explica de manera clara cómo funcionan los dos grandes enfoques de la teoría del color: el sistema aditivo (luz) y el sustractivo (pigmentos). También enseña cómo se combinan los colores primarios, cómo se forman secundarios y terciarios, y la importancia de la ley de los complementarios para crear sombras y volúmenes sin “ensuciar” los tonos. Introducción a la teoría del color Se divide en dos segmentos: aditivo y sustractivo. El aditivo se relaciona con la luz y la percepción visual. El sustractivo se aplica a pigmentos y materiales. Teoría aditiva Explica cómo los conos y bastones perciben colores. La luz con diferentes frecuencias genera distintas sensaciones. La combinación de luces roja, verde y azul produce blanco. Teoría sustractiva Se basa en pigmentos: cian, magenta y amarillo. Su mezcla da lugar al negro en el centro. Se aplica en técnicas como óleo, acrílico o lápices de color. Círculo cromático Colores primarios: amarillo, azul y rojo. Sus combinaciones generan secundarios: naranja, violeta y verde. El negro no debe mezclarse porque “ensucia” los colores. Uso del violeta como comodín Se puede mezclar con todos los colores. Sirve para crear sombras y volúmenes sin perder pureza. Ley de los complementarios Colores opuestos en el círculo cromático se equilibran. Ejemplos: azul–naranja, amarillo–violeta, rojo–verde. Su combinación genera tonos café oscuros, útiles para sombras naturales. En resumen, el video enseña que comprender la teoría del color permite aplicar combinaciones correctas, evitar errores comunes (como usar negro para oscurecer) y aprovechar los complementarios para dar realismo y profundidad a cualquier obra artística. 2.3 Psicología y armonías de color La psicología del color: se refiere a las sensaciones, percepciones y emociones que produce el color en las personas, además de estéticamente confortable, siendo posible asociarlo con recuerdos de sentimientos, facilitar la atención, interés y deseo, provocar repulsión, entre otros. Goethe evocó varios principios en teoría del color, sin embargo, uno de sus mayores aportes fue el de plantear que el color es capaz de influir en las emociones y sensaciones que percibe el individuo, lo que se conoce hoy en día como psicología del color. Dividió los colores en grupos, donde el rojo, el naranja y el amarillo eran colores “positivos”, que aumentaban la energía y la vitalidad, mientras colores como el azul, el violeta y el verde eran colores “negativos”, que estimulaban la ansiedad e inquietud. También creó el triángulo de color, que, por medio de una subdivisión en otros triángulos, asignaba diferentes tipos de emociones relacionadas al mismo. Fue el primer paso a diversos fundamentos que están presentes hasta el día de hoy. Resumen del archivo: Características psicológicas del color (con ejemplos publicitarios) El documento explica que los colores generan asociaciones psicológicas que influyen en cómo las personas perciben un mensaje. En publicidad, elegir un color ayuda a provocar emociones, guiar decisiones y posicionar una marca. Cada color puede tener connotaciones positivas y negativas, según el contexto y la cantidad de uso. ________________________________________ Colores y significado (con ejemplos de marcas) Rojo Asocia: amor, pasión, fuerza, energía, acción. También peligro/advertencia. Uso publicitario típico: promociones, urgencia, impacto visual, productos intensos. Ejemplos de marcas: • Coca Cola: energía, emoción, recordación inmediata. • Netflix: impacto, intensidad, protagonismo visual. Rosa Asocia: delicadeza, feminidad, amabilidad; también puede ser empalagoso si se usa en exceso. Uso publicitario típico: productos de cuidado personal, experiencias “dulces” o juveniles. Ejemplos de marcas: • Barbie: identidad femenina/juvenil y mundo “fantasía”. • Victoria’s Secret (líneas y campañas): sensualidad y estilo. Verde Asocia: naturaleza, frescura, esperanza, equilibrio; negativo: decadencia/moho en ciertos contextos. Uso publicitario típico: salud, bienestar, sostenibilidad, alimentos “naturales”. Ejemplos de marcas: • Starbucks: frescura, cercanía, experiencia relajada. • Whole Foods (o marcas “eco”): natural/orgánico. Amarillo Asocia: luz, alegría, dinamismo, intelecto; negativo: advertencia/peligro, sensacionalismo. Uso publicitario típico: llamar la atención rápido, campañas optimistas, precios/promos. Ejemplos de marcas: • McDonald’s (arcos dorados): energía, alegría, apetito y visibilidad. • Nikon: alto contraste, recordación y energía visual. Dorado Asocia: riqueza, lujo, sofisticación, “calidad premium”. Uso publicitario típico: ediciones especiales, alta gama, exclusividad. Ejemplos de marcas: • Rolex (comunicación y empaques): estatus y lujo. • Ferrero Rocher: premium, regalo, “valor”. Violeta / Morado Asocia: realeza, dignidad, misterio, profundidad; negativo: puede verse opresivo o triste según el uso. Uso publicitario típico: creatividad, lujo alternativo, belleza, tecnología “diferente”. Ejemplos de marcas: • Cadbury: identidad fuerte y reconocimiento inmediato en confitería. • Twitch: creatividad, mundo digital y comunidad. Marrón Asocia: tierra, calidez, tradición, seguridad; evoca café/chocolate. Uso publicitario típico: productos artesanales, naturales, “hechos con ingredientes reales”. Ejemplos de marcas: • UPS: seriedad, confianza, estabilidad. • Hershey’s / Nescafé: sabor, chocolate/café, calidez. Azul Asocia: confianza, seguridad, orden, calma; negativo: frialdad, soledad, tristeza si se enfatiza demasiado. Uso publicitario típico: bancos, tecnología, salud, marcas que buscan credibilidad. Ejemplos de marcas: • Samsung: tecnología confiable y estable. • PayPal: seguridad y confianza en pagos. Naranja Asocia: calor, energía, entusiasmo, extroversión; negativo: puede verse vulgar o agresivo si satura. Uso publicitario típico: marcas juveniles, promociones, llamados a la acción (botones “Comprar”). Ejemplos de marcas: • Fanta: diversión, frescura, juventud. • Amazon (detalles naranjas): acción/compra y dinamismo. Negro Asocia: elegancia, sofisticación, poder; negativo: misterio, duelo, tristeza. Uso publicitario típico: lujo, moda, tecnología premium, minimalismo. Ejemplos de marcas: • Chanel: lujo sobrio y elegante. • Apple (campañas minimalistas): premium, enfoque y modernidad. Gris Asocia: neutralidad, tecnología, industria, “seriedad”; también resignación o frialdad. Uso publicitario típico: fondos para destacar producto, estética moderna/industrial. Ejemplos de marcas: • Mercedes Benz: sofisticación técnica, precisión. • Apple (gris espacial en producto): modernidad y sobriedad. ________________________________________ Idea clave para tu trabajo En una infografía o campaña, el color funciona mejor si se define: • Objetivo (vender, advertir, generar confianza, inspirar lujo). • Público (edad, cultura, contexto). • Cantidad de color (un color fuerte en exceso puede volverse negativo). Si quieres, dime para qué producto o tipo de marca es tu infografía (por ejemplo: comida, ropa, tecnología, salud) y te propongo una paleta recomendada con justificación y ejemplos más precisos. Armonía de color Está dividida por secciones, para evidenciar los aspectos del color y sus combinaciones que explican, de manera visual, el efecto que tienen los colores en todos los aspectos de la vida de las personas. Cada variación tonal refleja aspectos y cualidades que fueron identificados en los colores y las combinaciones, las cuales se usan para describir sus propiedades, cómo combinarlos y contrastarlos. Al armonizar, es posible que el conjunto o combinación armónica se asocie más a un concepto antiguo que a la belleza dinámica y moderna; para ello es útil el uso del círculo cromático (Whelan, 1994).

{ "task_configuration": { "task_type": "screen_simulation_photorealism", "target_model": "SDXL_Refiner / Nano Banana Pro compatible", "aspect_ratio": "3:4", "resolution": { "width": 1152, "height": 1536 } }, "prompt_assembly": { "positive_prompt": "Hyper-realistic downward-angled photograph of a MacBook screen viewed from above. The MacBook display fills approximately 95% of the frame. The glass surface shows realistic physical imperfections: subtle dust particles, faint fingerprint smudges, micro glare streaks, soft ambient reflections, and a visible pixel grid (moire) consistent with a real Retina display.\n\nThe screen is running macOS in Dark Mode. Two application windows are visible. The dominant window is a Photo Booth live-preview window positioned centrally. Secondary interface elements remain subdued and out of focus.\n\nInside the Photo Booth window: a young woman lying in a dim bedroom environment with an off-white wall and lightly rumpled bedding. Lighting is low-key and nocturnal, combining cool blue screen glow with warm natural skin tones and deep soft shadows.\n\nCRITICAL IDENTITY PRESERVATION:\nThe woman’s face must match the uploaded reference image EXACTLY. Facial identity lock is mandatory. This includes identical facial proportions, eye shape and spacing, eyelids, eyebrows, nose bridge and tip, lips, jawline, cheek volume, forehead shape, skin tone, and natural asymmetries. No beautification, no stylization, no facial drift.\n\nHair color, hairline, hairstyle, and texture must also match the reference precisely.\n\nSubject details:\nShe is reclined naturally, wearing a black top and grey bottom. She holds an iPhone 15 Pro in her right hand, looking at the screen with a relaxed, candid expression and a subtle, natural smile. No posing, no exaggerated emotion.\n\nOverall realism target:\nRaw, unedited photo look. Natural noise, slight grain, imperfect exposure balance, and realistic contrast. The scene must feel like a real photograph taken casually at night, not a render or illustration.", "negative_prompt": "vector art, illustration, CGI, cartoon, 3D render, flat digital image, screenshot, perfect glass, clean screen, exaggerated glow, studio lighting, daylight, HDR look, face mismatch, altered facial features, wrong hair color, smooth plastic skin, watermark, text artifacts" }, "identity_preservation_settings": { "strictness_level": "CRITICAL", "methodology": { "control_net_stack": [ { "unit": "ControlNet_Tile", "weight": 0.4, "purpose": "Maintain screen texture, pixel grid, and UI sharpness" }, { "unit": "IP-Adapter_FaceID_Plus", "weight": 0.95, "region_mask": "Photo Booth window only", "note": "Ensures 1:1 facial identity match with uploaded reference" } ] } }, "visual_hierarchy": { "layer_1_physical_macro": { "camera_angle": "Downward, high-angle", "framing": "MacBook screen dominant", "foreground_anchor": "Thin strip of MacBook keyboard visible at bottom edge", "surface_imperfections": [ "pixel grid texture", "dust particles", "finger smudges", "soft ambient reflections" ] }, "layer_2_digital_interface": { "os_theme": "macOS Dark Mode", "window_layout": { "primary": "Photo Booth live-preview window (dominant focus)", "secondary": "Background macOS UI elements, subdued" } }, "layer_3_nested_subject_content": { "environment": "Dim bedroom, off-white wall, rumpled bedding", "lighting_simulation": "Cool screen glow mixed with warm skin tones", "subject_pose": "Reclined, relaxed", "expression": "Candid, calm, natural", "identity_target": "STRICTLY_BASED_ON_UPLOADED_REFERENCE" } }, "rendering_parameters": { "sampler": "DPM++ 3M SDE Exponential", "steps": 40, "cfg_scale": 5.5, "denoising_strength": 0.35 } }

{ "task_configuration": { "task_type": "screen_simulation_photorealism", "target_model": "SDXL_Refiner / Nano Banana Pro compatible", "aspect_ratio": "3:4", "resolution": { "width": 1152, "height": 1536 } }, "prompt_assembly": { "positive_prompt": "Hyper-realistic downward-angled photograph of a MacBook screen viewed from above. The MacBook display fills approximately 95% of the frame. The glass surface shows realistic physical imperfections: subtle dust particles, faint fingerprint smudges, micro glare streaks, soft ambient reflections, and a visible pixel grid (moire) consistent with a real Retina display.\n\nThe screen is running macOS in Dark Mode. Two application windows are visible. The dominant window is a Photo Booth live-preview window positioned centrally. Secondary interface elements remain subdued and out of focus.\n\nInside the Photo Booth window: a young woman lying in a dim bedroom environment with an off-white wall and lightly rumpled bedding. Lighting is low-key and nocturnal, combining cool blue screen glow with warm natural skin tones and deep soft shadows.\n\nCRITICAL IDENTITY PRESERVATION:\nThe woman’s face must match the uploaded reference image EXACTLY. Facial identity lock is mandatory. This includes identical facial proportions, eye shape and spacing, eyelids, eyebrows, nose bridge and tip, lips, jawline, cheek volume, forehead shape, skin tone, and natural asymmetries. No beautification, no stylization, no facial drift.\n\nHair color, hairline, hairstyle, and texture must also match the reference precisely.\n\nSubject details:\nShe is reclined naturally, wearing a black top and grey bottom. She holds an iPhone 15 Pro in her right hand, looking at the screen with a relaxed, candid expression and a subtle, natural smile. No posing, no exaggerated emotion.\n\nOverall realism target:\nRaw, unedited photo look. Natural noise, slight grain, imperfect exposure balance, and realistic contrast. The scene must feel like a real photograph taken casually at night, not a render or illustration.", "negative_prompt": "vector art, illustration, CGI, cartoon, 3D render, flat digital image, screenshot, perfect glass, clean screen, exaggerated glow, studio lighting, daylight, HDR look, face mismatch, altered facial features, wrong hair color, smooth plastic skin, watermark, text artifacts" }, "identity_preservation_settings": { "strictness_level": "CRITICAL", "methodology": { "control_net_stack": [ { "unit": "ControlNet_Tile", "weight": 0.4, "purpose": "Maintain screen texture, pixel grid, and UI sharpness" }, { "unit": "IP-Adapter_FaceID_Plus", "weight": 0.95, "region_mask": "Photo Booth window only", "note": "Ensures 1:1 facial identity match with uploaded reference" } ] } }, "visual_hierarchy": { "layer_1_physical_macro": { "camera_angle": "Downward, high-angle", "framing": "MacBook screen dominant", "foreground_anchor": "Thin strip of MacBook keyboard visible at bottom edge", "surface_imperfections": [ "pixel grid texture", "dust particles", "finger smudges", "soft ambient reflections" ] }, "layer_2_digital_interface": { "os_theme": "macOS Dark Mode", "window_layout": { "primary": "Photo Booth live-preview window (dominant focus)", "secondary": "Background macOS UI elements, subdued" } }, "layer_3_nested_subject_content": { "environment": "Dim bedroom, off-white wall, rumpled bedding", "lighting_simulation": "Cool screen glow mixed with warm skin tones", "subject_pose": "Reclined, relaxed", "expression": "Candid, calm, natural", "identity_target": "STRICTLY_BASED_ON_UPLOADED_REFERENCE" } }, "rendering_parameters": { "sampler": "DPM++ 3M SDE Exponential", "steps": 40, "cfg_scale": 5.5, "denoising_strength": 0.35 } }

{ "task_configuration": { "task_type": "screen_simulation_photorealism", "target_model": "SDXL_Refiner / Nano Banana Pro compatible", "aspect_ratio": "3:4", "resolution": { "width": 1152, "height": 1536 } }, "prompt_assembly": { "positive_prompt": "Hyper-realistic downward-angled photograph of a MacBook screen viewed from above. The MacBook display fills approximately 95% of the frame. The glass surface shows realistic physical imperfections: subtle dust particles, faint fingerprint smudges, micro glare streaks, soft ambient reflections, and a visible pixel grid (moire) consistent with a real Retina display.\n\nThe screen is running macOS in Dark Mode. Two application windows are visible. The dominant window is a Photo Booth live-preview window positioned centrally. Secondary interface elements remain subdued and out of focus.\n\nInside the Photo Booth window: a young woman lying in a dim bedroom environment with an off-white wall and lightly rumpled bedding. Lighting is low-key and nocturnal, combining cool blue screen glow with warm natural skin tones and deep soft shadows.\n\nCRITICAL IDENTITY PRESERVATION:\nThe woman’s face must match the uploaded reference image EXACTLY. Facial identity lock is mandatory. This includes identical facial proportions, eye shape and spacing, eyelids, eyebrows, nose bridge and tip, lips, jawline, cheek volume, forehead shape, skin tone, and natural asymmetries. No beautification, no stylization, no facial drift.\n\nHair color, hairline, hairstyle, and texture must also match the reference precisely.\n\nSubject details:\nShe is reclined naturally, wearing a black top and grey bottom. She holds an iPhone 15 Pro in her right hand, looking at the screen with a relaxed, candid expression and a subtle, natural smile. No posing, no exaggerated emotion.\n\nOverall realism target:\nRaw, unedited photo look. Natural noise, slight grain, imperfect exposure balance, and realistic contrast. The scene must feel like a real photograph taken casually at night, not a render or illustration.", "negative_prompt": "vector art, illustration, CGI, cartoon, 3D render, flat digital image, screenshot, perfect glass, clean screen, exaggerated glow, studio lighting, daylight, HDR look, face mismatch, altered facial features, wrong hair color, smooth plastic skin, watermark, text artifacts" }, "identity_preservation_settings": { "strictness_level": "CRITICAL", "methodology": { "control_net_stack": [ { "unit": "ControlNet_Tile", "weight": 0.4, "purpose": "Maintain screen texture, pixel grid, and UI sharpness" }, { "unit": "IP-Adapter_FaceID_Plus", "weight": 0.95, "region_mask": "Photo Booth window only", "note": "Ensures 1:1 facial identity match with uploaded reference" } ] } }, "visual_hierarchy": { "layer_1_physical_macro": { "camera_angle": "Downward, high-angle", "framing": "MacBook screen dominant", "foreground_anchor": "Thin strip of MacBook keyboard visible at bottom edge", "surface_imperfections": [ "pixel grid texture", "dust particles", "finger smudges", "soft ambient reflections" ] }, "layer_2_digital_interface": { "os_theme": "macOS Dark Mode", "window_layout": { "primary": "Photo Booth live-preview window (dominant focus)", "secondary": "Background macOS UI elements, subdued" } }, "layer_3_nested_subject_content": { "environment": "Dim bedroom, off-white wall, rumpled bedding", "lighting_simulation": "Cool screen glow mixed with warm skin tones", "subject_pose": "Reclined, relaxed", "expression": "Candid, calm, natural", "identity_target": "STRICTLY_BASED_ON_UPLOADED_REFERENCE" } }, "rendering_parameters": { "sampler": "DPM++ 3M SDE Exponential", "steps": 40, "cfg_scale": 5.5, "denoising_strength": 0.35 } }

Face lock ⚠️ IDENTITY & BODY LOCK — CRITICAL ⚠️ The subject is an ADULT woman (21+). Face identity must remain 100% identical to the uploaded reference image. DO NOT alter, stylize, beautify, or reinterpret the face in any way. STRICT FACE CONSISTENCY REQUIREMENTS: - Exact same facial structure and proportions - Exact eye shape, spacing, eyelid fold, and eye angle - Exact eyebrow shape, thickness, and position - Exact nose bridge, tip, width, and nostril shape - Exact lip shape, volume, cupid’s bow, and mouth width - Exact jawline, chin shape, cheekbone structure, and cheek volume - Exact skin tone, undertone, freckles/moles/asymmetry if present - Natural expression only — no face drift, no idealization, no AI beautification BODY & FIGURE CONSISTENCY REQUIREMENTS: - Body proportions must match the reference exactly - Same height impression and limb proportions - Natural default chest size and shape (realistic softness and gravity, not exaggerated) - Natural waist, hips, and abdomen — no slimming or enhancement - No body reshaping, no exaggeration, no stylized curves REALISM RULES: - Preserve natural skin texture (pores, fine lines, slight imperfections) - No plastic skin, no smoothing filters, no CGI look - No anime, illustration, painterly, or stylized outputs FAIL CONDITIONS (DO NOT GENERATE IF ANY OCCUR): - Face looks like a different person - “Prettier” or altered facial features - Unrealistic anatomy or body enhancement - AI-polished or synthetic appearance This identity lock has higher priority than style, lighting, pose, outfit, or environment.{ "task_configuration": { "task_type": "screen_simulation_photorealism", "target_model": "SDXL_Refiner / Nano Banana Pro compatible", "aspect_ratio": "3:4", "resolution": { "width": 1152, "height": 1536 } }, "prompt_assembly": { "positive_prompt": "Hyper-realistic downward-angled photograph of a MacBook screen viewed from above. The MacBook display fills approximately 95% of the frame. The glass surface shows realistic physical imperfections: subtle dust particles, faint fingerprint smudges, micro glare streaks, soft ambient reflections, and a visible pixel grid (moire) consistent with a real Retina display.\n\nThe screen is running macOS in Dark Mode. Two application windows are visible. The dominant window is a Photo Booth live-preview window positioned centrally. Secondary interface elements remain subdued and out of focus.\n\nInside the Photo Booth window: a young woman lying in a dim bedroom environment with an off-white wall and lightly rumpled bedding. Lighting is low-key and nocturnal, combining cool blue screen glow with warm natural skin tones and deep soft shadows.\n\nCRITICAL IDENTITY PRESERVATION:\nThe woman’s face must match the uploaded reference image EXACTLY. Facial identity lock is mandatory. This includes identical facial proportions, eye shape and spacing, eyelids, eyebrows, nose bridge and tip, lips, jawline, cheek volume, forehead shape, skin tone, and natural asymmetries. No beautification, no stylization, no facial drift.\n\nHair color, hairline, hairstyle, and texture must also match the reference precisely.\n\nSubject details:\nShe is reclined naturally, wearing a black top and grey bottom. She holds an iPhone 15 Pro in her right hand, looking at the screen with a relaxed, candid expression and a subtle, natural smile. No posing, no exaggerated emotion.\n\nOverall realism target:\nRaw, unedited photo look. Natural noise, slight grain, imperfect exposure balance, and realistic contrast. The scene must feel like a real photograph taken casually at night, not a render or illustration.", "negative_prompt": "vector art, illustration, CGI, cartoon, 3D render, flat digital image, screenshot, perfect glass, clean screen, exaggerated glow, studio lighting, daylight, HDR look, face mismatch, altered facial features, wrong hair color, smooth plastic skin, watermark, text artifacts" }, "identity_preservation_settings": { "strictness_level": "CRITICAL", "methodology": { "control_net_stack": [ { "unit": "ControlNet_Tile", "weight": 0.4, "purpose": "Maintain screen texture, pixel grid, and UI sharpness" }, { "unit": "IP-Adapter_FaceID_Plus", "weight": 0.95, "region_mask": "Photo Booth window only", "note": "Ensures 1:1 facial identity match with uploaded reference" } ] } }, "visual_hierarchy": { "layer_1_physical_macro": { "camera_angle": "Downward, high-angle", "framing": "MacBook screen dominant", "foreground_anchor": "Thin strip of MacBook keyboard visible at bottom edge", "surface_imperfections": [ "pixel grid texture", "dust particles", "finger smudges", "soft ambient reflections" ] }, "layer_2_digital_interface": { "os_theme": "macOS Dark Mode", "window_layout": { "primary": "Photo Booth live-preview window (dominant focus)", "secondary": "Background macOS UI elements, subdued" } }, "layer_3_nested_subject_content": { "environment": "Dim bedroom, off-white wall, rumpled bedding", "lighting_simulation": "Cool screen glow mixed with warm skin tones", "subject_pose": "Reclined, relaxed", "expression": "Candid, calm, natural", "identity_target": "STRICTLY_BASED_ON_UPLOADED_REFERENCE" } }, "rendering_parameters": { "sampler": "DPM++ 3M SDE Exponential", "steps": 40, "cfg_scale": 5.5, "denoising_strength": 0.35 } }

Face lock ⚠️ IDENTITY & BODY LOCK — CRITICAL ⚠️ The subject is an ADULT woman (21+). Face identity must remain 100% identical to the uploaded reference image. DO NOT alter, stylize, beautify, or reinterpret the face in any way. STRICT FACE CONSISTENCY REQUIREMENTS: - Exact same facial structure and proportions - Exact eye shape, spacing, eyelid fold, and eye angle - Exact eyebrow shape, thickness, and position - Exact nose bridge, tip, width, and nostril shape - Exact lip shape, volume, cupid’s bow, and mouth width - Exact jawline, chin shape, cheekbone structure, and cheek volume - Exact skin tone, undertone, freckles/moles/asymmetry if present - Natural expression only — no face drift, no idealization, no AI beautification BODY & FIGURE CONSISTENCY REQUIREMENTS: - Body proportions must match the reference exactly - Same height impression and limb proportions - Natural default chest size and shape (realistic softness and gravity, not exaggerated) - Natural waist, hips, and abdomen — no slimming or enhancement - No body reshaping, no exaggeration, no stylized curves REALISM RULES: - Preserve natural skin texture (pores, fine lines, slight imperfections) - No plastic skin, no smoothing filters, no CGI look - No anime, illustration, painterly, or stylized outputs FAIL CONDITIONS (DO NOT GENERATE IF ANY OCCUR): - Face looks like a different person - “Prettier” or altered facial features - Unrealistic anatomy or body enhancement - AI-polished or synthetic appearance This identity lock has higher priority than style, lighting, pose, outfit, or environment.{ "task_configuration": { "task_type": "screen_simulation_photorealism", "target_model": "SDXL_Refiner / Nano Banana Pro compatible", "aspect_ratio": "3:4", "resolution": { "width": 1152, "height": 1536 } }, "prompt_assembly": { "positive_prompt": "Hyper-realistic downward-angled photograph of a MacBook screen viewed from above. The MacBook display fills approximately 95% of the frame. The glass surface shows realistic physical imperfections: subtle dust particles, faint fingerprint smudges, micro glare streaks, soft ambient reflections, and a visible pixel grid (moire) consistent with a real Retina display.\n\nThe screen is running macOS in Dark Mode. Two application windows are visible. The dominant window is a Photo Booth live-preview window positioned centrally. Secondary interface elements remain subdued and out of focus.\n\nInside the Photo Booth window: a young woman lying in a dim bedroom environment with an off-white wall and lightly rumpled bedding. Lighting is low-key and nocturnal, combining cool blue screen glow with warm natural skin tones and deep soft shadows.\n\nCRITICAL IDENTITY PRESERVATION:\nThe woman’s face must match the uploaded reference image EXACTLY. Facial identity lock is mandatory. This includes identical facial proportions, eye shape and spacing, eyelids, eyebrows, nose bridge and tip, lips, jawline, cheek volume, forehead shape, skin tone, and natural asymmetries. No beautification, no stylization, no facial drift.\n\nHair color, hairline, hairstyle, and texture must also match the reference precisely.\n\nSubject details:\nShe is reclined naturally, wearing a black top and grey bottom. She holds an iPhone 15 Pro in her right hand, looking at the screen with a relaxed, candid expression and a subtle, natural smile. No posing, no exaggerated emotion.\n\nOverall realism target:\nRaw, unedited photo look. Natural noise, slight grain, imperfect exposure balance, and realistic contrast. The scene must feel like a real photograph taken casually at night, not a render or illustration.", "negative_prompt": "vector art, illustration, CGI, cartoon, 3D render, flat digital image, screenshot, perfect glass, clean screen, exaggerated glow, studio lighting, daylight, HDR look, face mismatch, altered facial features, wrong hair color, smooth plastic skin, watermark, text artifacts" }, "identity_preservation_settings": { "strictness_level": "CRITICAL", "methodology": { "control_net_stack": [ { "unit": "ControlNet_Tile", "weight": 0.4, "purpose": "Maintain screen texture, pixel grid, and UI sharpness" }, { "unit": "IP-Adapter_FaceID_Plus", "weight": 0.95, "region_mask": "Photo Booth window only", "note": "Ensures 1:1 facial identity match with uploaded reference" } ] } }, "visual_hierarchy": { "layer_1_physical_macro": { "camera_angle": "Downward, high-angle", "framing": "MacBook screen dominant", "foreground_anchor": "Thin strip of MacBook keyboard visible at bottom edge", "surface_imperfections": [ "pixel grid texture", "dust particles", "finger smudges", "soft ambient reflections" ] }, "layer_2_digital_interface": { "os_theme": "macOS Dark Mode", "window_layout": { "primary": "Photo Booth live-preview window (dominant focus)", "secondary": "Background macOS UI elements, subdued" } }, "layer_3_nested_subject_content": { "environment": "Dim bedroom, off-white wall, rumpled bedding", "lighting_simulation": "Cool screen glow mixed with warm skin tones", "subject_pose": "Reclined, relaxed", "expression": "Candid, calm, natural", "identity_target": "STRICTLY_BASED_ON_UPLOADED_REFERENCE" } }, "rendering_parameters": { "sampler": "DPM++ 3M SDE Exponential", "steps": 40, "cfg_scale": 5.5, "denoising_strength": 0.35 } }

Hyperrealistic digital portrait of a young woman, early 20s, rare genetic mutation aesthetic. EYES: Fully saturated violet-purple irises, deep amethyst core fading to lavender at edges, no brown or green undertones whatsoever, whites of eyes with the faintest violet tint, pupils perfectly round and deep black, subtle inner bioluminescent glow as if lit from behind the retina, wet glass-like reflections, catchlights at 10 o'clock position, visible fine iris texture and radiating fiber patterns, long dark lashes with natural variation in length. HAIR: Natural silver-white, not platinum blonde — true achromatic silver with cool blue undertones in shadows, warm pearl in highlights, wavy 2B texture, face-framing layers, soft flyaways catching rim light, individual strands visible, slight natural frizz at crown, cascading past collarbone, parted slightly off-center. FRECKLES: Constellation map freckles — NOT random, deliberately star-pattern arranged. Orion's Belt clearly visible across nose bridge (three aligned dots), Cassiopeia W-shape across left cheek, Pleiades cluster on right cheekbone (seven dots in tight cluster), Big Dipper across forehead hairline. Freckles vary in size: larger anchor dots, smaller satellite dots. Select freckles have faint phosphorescent shimmer — visible only at certain angles, like crushed pearl pigment embedded in skin. Freckle color: warm sienna-copper, not dark brown. SKIN: Warm ivory base, cool rose undertones in cheeks, visible fine skin texture — pores, subtle facial down catching side light, dewy luminous finish, no heavy makeup, barely-there gloss on lips, skin looks touched by moonlight. EXPRESSION & POSE: Casual home selfie angle, shot from slightly above eye level, slight forward lean, direct eye contact with camera, expression is calm — not smiling, not serious — somewhere between curious and knowing. Lips slightly parted. Natural relaxed jaw. LIGHTING: Warm amber practical lamp behind and to the right (hair rim light), cool blue-white key light from front-left (simulating phone screen or window moonlight), soft shadow under cheekbones, no harsh shadows, golden-to-cool light contrast creates dimensional depth on face. BACKGROUND: Cozy indoor living room, slightly out of focus, warm lamp glow in distance, midnight blue ambient, suggestion of a sofa, bokeh light particles resembling stars. TECHNICAL: Shot on Phase One IQ4, 85mm f/1.4, shallow depth of field, sharp focus on eyes only, slight natural lens distortion from selfie angle, ultra-high resolution skin detail, no AI smoothing artifacts, authentic candid feel, editorial fashion quality meets genuine casual moment. Aspect ratio 4:5.

{ "task_configuration": { "task_type": "screen_simulation_photorealism", "target_model": "SDXL_Refiner / Nano Banana Pro compatible", "aspect_ratio": "3:4", "resolution": { "width": 1152, "height": 1536 } }, "prompt_assembly": { "positive_prompt": "Hyper-realistic downward-angled photograph of a MacBook screen viewed from above. The MacBook display fills approximately 95% of the frame. The glass surface shows realistic physical imperfections: subtle dust particles, faint fingerprint smudges, micro glare streaks, soft ambient reflections, and a visible pixel grid (moire) consistent with a real Retina display.\n\nThe screen is running macOS in Dark Mode. Two application windows are visible. The dominant window is a Photo Booth live-preview window positioned centrally. Secondary interface elements remain subdued and out of focus.\n\nInside the Photo Booth window: a young woman lying in a dim bedroom environment with an off-white wall and lightly rumpled bedding. Lighting is low-key and nocturnal, combining cool blue screen glow with warm natural skin tones and deep soft shadows.\n\nCRITICAL IDENTITY PRESERVATION:\nThe woman’s face must match the uploaded reference image EXACTLY. Facial identity lock is mandatory. This includes identical facial proportions, eye shape and spacing, eyelids, eyebrows, nose bridge and tip, lips, jawline, cheek volume, forehead shape, skin tone, and natural asymmetries. No beautification, no stylization, no facial drift.\n\nHair color, hairline, hairstyle, and texture must also match the reference precisely.\n\nSubject details:\nShe is reclined naturally, wearing a black top and grey bottom. She holds an iPhone 15 Pro in her right hand, looking at the screen with a relaxed, candid expression and a subtle, natural smile. No posing, no exaggerated emotion.\n\nOverall realism target:\nRaw, unedited photo look. Natural noise, slight grain, imperfect exposure balance, and realistic contrast. The scene must feel like a real photograph taken casually at night, not a render or illustration.", "negative_prompt": "vector art, illustration, CGI, cartoon, 3D render, flat digital image, screenshot, perfect glass, clean screen, exaggerated glow, studio lighting, daylight, HDR look, face mismatch, altered facial features, wrong hair color, smooth plastic skin, watermark, text artifacts" }, "identity_preservation_settings": { "strictness_level": "CRITICAL", "methodology": { "control_net_stack": [ { "unit": "ControlNet_Tile", "weight": 0.4, "purpose": "Maintain screen texture, pixel grid, and UI sharpness" }, { "unit": "IP-Adapter_FaceID_Plus", "weight": 0.95, "region_mask": "Photo Booth window only", "note": "Ensures 1:1 facial identity match with uploaded reference" } ] } }, "visual_hierarchy": { "layer_1_physical_macro": { "camera_angle": "Downward, high-angle", "framing": "MacBook screen dominant", "foreground_anchor": "Thin strip of MacBook keyboard visible at bottom edge", "surface_imperfections": [ "pixel grid texture", "dust particles", "finger smudges", "soft ambient reflections" ] }, "layer_2_digital_interface": { "os_theme": "macOS Dark Mode", "window_layout": { "primary": "Photo Booth live-preview window (dominant focus)", "secondary": "Background macOS UI elements, subdued" } }, "layer_3_nested_subject_content": { "environment": "Dim bedroom, off-white wall, rumpled bedding", "lighting_simulation": "Cool screen glow mixed with warm skin tones", "subject_pose": "Reclined, relaxed", "expression": "Candid, calm, natural", "identity_target": "STRICTLY_BASED_ON_UPLOADED_REFERENCE" } }, "rendering_parameters": { "sampler": "DPM++ 3M SDE Exponential", "steps": 40, "cfg_scale": 5.5, "denoising_strength": 0.35 } }