Nano Banana Pro Prompts
Menampilkan 37 dari 14,322 prompt
Hyper-Fidelity Mirror Selfie with Identity Locking
An extremely technical prompt for generating a hyper-realistic mirror selfie, simulating an iPhone 17 Pro capture. It uses 'Identity Lock' and 'Expression Sync' to enforce 1:1 replication of facial geometry and expression from external reference images (A and B). It details the outfit (rib-knit mini-dress), anatomical volume (hyper-defined hourglass), and background integrity (pixel-perfect inventory of a domestic apartment setting).
dress color
sticker detail
High-fidelity selfie with identity and expression lock
A highly technical prompt simulating a raw, high-fidelity iPhone 17 Pro selfie. It uses 'Identity Lock' and 'Expression Sync' to ensure absolute replication of facial geometry, specific anatomical features (like a mole), and expression from reference images, while detailing epidermal physics and textile architecture for hyper-realistic results.
hair color
top color
High-Fidelity Flash Selfie Portrait Prompt
An extremely detailed, technical prompt designed to generate a raw, high-fidelity portrait simulating an iPhone 17 Pro flash photograph. It uses 'Identity Lock' and 'Expression Sync' to ensure precise replication of facial features and expression from external references (A and B, which are implied), focusing heavily on epidermal physics, lighting (hard flash), and anatomical volume.
High-Fidelity Athletic Portrait with Strict Identity and Physics Control
A highly detailed, structured prompt designed for generating a raw, high-fidelity photograph of an athletic woman in a specific pose and environment, emphasizing strict control over facial geometry, hair physics, outfit details, and zero artificial bokeh for total depth of field.
High-Fidelity Portrait with Extreme Identity Mapping and Technical Rib-Knit Texture
An extremely technical and detailed prompt for generating a high-fidelity portrait using an iPhone 17 Pro sensor simulation. The core requirement is absolute physical identity inheritance from a reference image (Image A). It specifies the pose (extreme S-curve torsion, looking over the shoulder), attire (high-impact technical rib-knit body-conscious set in earth tones), and lighting (indoor ambient with soft front-fill flash) to achieve hyper-realistic skin physics and textile tension, focusing on structural depth and anatomical accuracy.
outfit color
High-Fidelity Mirror Selfie Prompt with Identity Locking
A detailed image generation prompt simulating a raw, high-fidelity smartphone mirror selfie. It specifies technical camera settings (zero bokeh, sharp focus, digital grain) and includes identity locking instructions to preserve specific facial geometry and detailed skin physics, focusing on an athletic-to-lean physique wearing a matte onyx black technical micro-romper.
lighting temperature
Technical Morning Selfie with Identity Lock Prompt
A highly technical prompt designed to simulate a 'Raw high-fidelity photograph' taken with an iPhone 17 Pro sensor, requiring strict identity locking from a reference image, zero bokeh, sharp focus across all depths, and specific details regarding skin physics, clothing geometry, and high-contrast amber lighting.
High-Fidelity Mirror Selfie Portrait with Identity Lock
A highly technical and restrictive prompt for generating a raw, high-fidelity portrait mimicking an iPhone photo, focusing heavily on identity preservation and anatomical accuracy based on a reference image (Image A). It details the subject's features, hair physics, skin texture (micro-pores, vellus hair), outfit (technical floral mini-dress with ruching), and the specific indoor environment and lighting (zero bokeh, f/8 depth, warm vanity lights).
reference image
High-Fidelity Mirror Selfie with Valentine's Roses and Identity Lock
A highly technical prompt for generating a high-fidelity mirror selfie, simulating an iPhone 17 Pro sensor. It requires absolute preservation of the subject's facial geometry from a reference image, focusing on realistic physics (hair, skin, fabric tension) and sharp focus across the entire depth of field (zero bokeh) for an upscale, magnetic, and intimate mood.
High-Fidelity Fitness Portrait Prompt (Identity Locking)
An extremely detailed, technical prompt for generating a high-fidelity fitness portrait, specifically designed for 'identity locking' to preserve the facial geometry of a reference image. It demands sharp focus (zero bokeh), detailed anatomical rendering, and specific technical apparel textures and dual-source lighting.
mat color
Mirror Selfie Aesthetic with Detailed Physics and Identity Locking
An extremely detailed image generation prompt focusing on a mirror selfie aesthetic, requiring raw high-fidelity photography, precise anatomical rendering (including skin texture and hand articulation), and specific textile physics for athletic loungewear. It also includes an identity locking feature, suggesting the need for a reference image.
reference image
Raw High-Fidelity Mirror Selfie in Walk-in Closet
A highly technical prompt simulating a raw, high-fidelity mirror selfie taken with an iPhone 17 Pro, requiring sharp focus across the entire scene and emphasizing realistic textile physics on a minimalist matte black outfit within a detailed domestic walk-in closet environment.
shoe brand color
Raw High-Fidelity Mirror Selfie Simulation
A highly technical prompt simulating a raw, high-fidelity mirror selfie taken with an iPhone 17 Pro sensor, demanding sharp focus from foreground to background, precise identity preservation, and realistic textile physics on an asymmetrical technical-knit bodycon dress.
dress color
Raw High-Fidelity iPhone 17 Pro Simulation
A highly technical prompt simulating a raw, high-fidelity photograph taken with an iPhone 17 Pro wide-angle lens from a high-angle perspective, emphasizing sharp focus across all planes and realistic textile physics on the subject's athletic mini-dress.
dress color
couch color
Hyper-Realistic Gym Mirror Selfie Prompt (iPhone 17 Pro Simulation)
A highly technical prompt for Gemini Nano Banana Pro designed to simulate a raw, high-contrast gym mirror selfie taken with an ultra-wide-angle iPhone 17 Pro lens. It mandates extreme bio-fidelity, sharp focus across all planes (no bokeh), aggressive anatomical tapering, and realistic textural details on clothing and skin, aiming for an unedited social media dump aesthetic.
Ultra-Wide Candid Mirror Capture with Bio-Fidelity
An extremely technical and detailed prompt designed to generate a raw, high-contrast candid mirror selfie using an ultra-wide lens aesthetic (iPhone 17 Pro 0.5x). It demands 'TrueLens' biological physics, visible micro-pores, aggressive anatomical tapering (S-curve geometry), and extreme textural tension in the clothing, while ensuring everything in the background remains perfectly sharp.
Raw High-Contrast Mirror Selfie (iPhone Ultra-Wide)
An extremely detailed prompt for generating a raw, high-contrast mirror selfie using a simulated iPhone ultra-wide lens. It emphasizes 'TrueLens' biological fidelity, aggressive anatomical shaping, compression lines on technical fabrics, and a completely sharp, uncurated domestic background.
skirt pattern
Ultra-Wide Candid Mirror Documentation Portrait Prompt
A highly technical prompt for generating a raw, high-contrast candid mirror documentation portrait using an ultra-wide-angle lens (0.5x) with NO artificial bokeh, ensuring everything is sharp. It mandates strict identity locking and focuses intensely on bio-fidelity details like micro-pores, vellus hair, and realistic fabric tension/indentations on the subject's fitted attire.
Raw High-Contrast Coastal Night Snapshot
An extremely detailed prompt for generating a raw, high-contrast night snapshot on a beach, mimicking an iPhone photo with a hard optical flash. It focuses heavily on bio-fidelity, material tension, and aggressive anatomical calibration (UFF-FACTOR), demanding everything be sharp and in focus, rejecting artificial depth-of-field.
setting
clothing color
Raw High-Contrast Night Documentation Portrait
A highly detailed image generation prompt designed for a raw, high-contrast night portrait, mimicking a smartphone snapshot with a hard photon flash. It focuses heavily on bio-fidelity, material physics, and aggressive anatomical calibration, ensuring everything remains sharp and in focus, rejecting artificial bokeh.
setting
clothing color and pattern
Ultra-Wide Mirror Selfie with Identity Lock and Tan Lines
A highly specific prompt for generating a raw, high-contrast mirror selfie using an ultra-wide-angle lens (0.5x). It mandates strict identity preservation for two subjects (Sydney Sweeney and Billie Eilish), zero artificial bokeh, and extreme realism, focusing on detailed skin physics and high-contrast tan lines.
identity 1 name
identity 2 name
bikini color
Hyper-Detailed Prone Selfie with Anatomical Realism
A highly detailed and complex image generation prompt designed to stress-test the AI's ability to handle extreme anatomical and material realism, focusing on a prone pose, vacuum-tight clothing tension, visible skin texture (bio-fidelity), and a sharp, high-contrast environment with no artificial depth of field. It requires strict identity locking based on a reference image.
top color
shorts color
Hyper-Realistic High-Contrast Mirror Selfie Prompt
A highly detailed image generation prompt designed to create a raw, high-contrast side-profile mirror selfie with extreme realism, focusing on detailed skin physics, specific body proportions, and an uncurated, 'lived-in' environment aesthetic, mimicking a modern social media 'fit-check' photo taken with a high-end smartphone.
dress color
Raw Photo of MacBook Screen During Google Meet Selfie
A highly specific prompt for generating an ultra-realistic photo of a silver MacBook Air sitting on a wooden desk, emphasizing sharp focus (no bokeh) across all layers. The image captures the MacBook screen displaying an active Google Meet call, where the subject (identity locked from a reference image) is seen taking a mirror selfie of herself through the webcam, creating a complex layered image with realistic screen glare and surface imperfections.