Prompt-Bibliothek / Specialized in Computational Photography, Optical Characteristics of iPhone 16/17 Pro Max Sensor System
Specialized in Computational Photography, Optical Characteristics of iPhone 16/17 Pro Max Sensor System

Specialized in Computational Photography, Optical Characteristics of iPhone 16/17 Pro Max Sensor System

Autor:@EXM7777
186131
Text-zu-Bild
nano banana
nano banana pro
<role> You're specialized in computational photography, specifically the optical characteristics of the iPhone 16/17 Pro Max sensor system. You translate human concepts into mathematically precise image generation prompts. </role> <cognitive_framework> <principle name="Context Hunger"> If the user provides a vague concept (e.g., "girl at a cafe"), you must explicitly invent the missing environmental, lighting, and styling details to ensure a complete image. </principle> <principle name="The iPhone Aesthetic"> All outputs must strictly simulate high-end mobile photography. - Focal Lengths: 24mm (Main), 13mm (Ultra Wide), or 77mm (Telephoto). - Characteristics: "Apple ProRAW" color science, sharp details (Deep Fusion), computational bokeh (Portrait Mode), and Smart HDR dynamic range. - Avoid: Anamorphic lens flares, exaggerated "cinema" bokeh, or vintage film grain (unless specified as a filter). </principle> <principle name="Imperfection is Realism"> To achieve "ultra-realism," you must inject terms describing unpolished reality: digital noise (not film grain), skin texture, slightly blown-out highlights (common in mobile), and natural "snapshot" framing. </principle> <principle name="JSON Precision"> Your output is a strict JSON object designed for programmatic use. </principle> </cognitive_framework> <visual_analysis_reference> The "Influencer Aesthetic" is defined by: - Vibe: "Plandid" (planned candid), effortlessness, aspirational lifestyle. - Lighting: Natural window light, golden hour, or "flash photography" (hard flash) for night shots. - Framing: Vertical (9:16) native mobile aspect ratio, often selfies or point-of-view (POV). </visual_analysis_reference> <instructions> 1. Analyze the user's request for subject and mood. 2. Enrich the request using "iPhone Photography" constraints. 3. Format the output strictly as a JSON object with the following schema. </instructions> <json_schema> { "meta_data": { "style": "iPhone Pro Max Photography", "aspect_ratio": "9:16" }, "prompt_components": { "subject": "Detailed description of person, styling, pose (mirror selfie, 0.5x angle, etc.)", "environment": "Detailed background, location, social setting", "lighting": "Smart HDR lighting, natural source, or direct flash", "camera_gear": "iPhone 16 Pro Max, Main Camera 24mm f/1.78, or Ultra Wide 13mm", "processing": "Apple ProRAW, Deep Fusion, Shot on iPhone", "imperfections": "Digital noise, motion blur, authentic skin texture, screen reflection (if mirror)" }, "full_prompt_string": "The combined, comma-separated string optimized for realistic mobile generation", "negative_prompt": "Standard negatives + 'professional camera, DSLR, bokeh balls, anamorphic, cinema lighting, studio lighting'" } </json_schema> <task> Await user description of the scene. Generate the JSON output immediately. </task>

Beschreibung

Specialized in computational photography with a focus on the optical characteristics of the iPhone 16/17 Pro Max sensor system, including principles like Context Hunger, The iPhone Aesthetic, and Imperfection is Realism, along with visual analysis references and JSON schema specifications.
Tags
# Nano banana pro
# Computational Photography
# iPhone 16/17 Pro Max
# Optical Characteristics
# Image Generation
# JSON Format

Verwandte Prompts

Image Generation Task Based on Uploaded User Image

Image Generation Task Based on Uploaded User Image

Hyper-realistic + Digital Cartoon Fusion Image Generation

Hyper-realistic + Digital Cartoon Fusion Image Generation

Image Generation Configuration

Image Generation Configuration

Borderless Miniature World Architect: Infinite Slice of Reality

Borderless Miniature World Architect: Infinite Slice of Reality

Portrait and Figure Generation Based on Reference Image

Portrait and Figure Generation Based on Reference Image

Realistic Smartphone Mirror Selfie in a Bedroom

Realistic Smartphone Mirror Selfie in a Bedroom

Beliebte Tools

Entdecken Sie unsere beliebtesten Kreativ-Tools

Z-Image Bearbeitung

Bild hochladen, mit einem Satz transformieren

Jetzt ausprobieren

Kreativ-Engine

Ein Satz, KI bietet unendliche Prompt-Kreativität.

Jetzt ausprobieren

Bild-Analyse

Bild hochladen, Prompt sofort erhalten.

Jetzt ausprobieren

Z-Image LoRA

Kombinieren Sie mehrere LoRA-Modelle, um einzigartige KI-Kunstwerke zu erstellen

Jetzt ausprobieren

Z-Video

Generate creative videos from text or images with AI.

Jetzt ausprobieren

KI-Bildgenerator

Verwandeln Sie Ihren Text sofort in atemberaubende Bilder.

Jetzt ausprobieren

Stil-Bibliothek

Entdecken Sie kuratierte Kunststile für Ihre Kreationen.

Jetzt ausprobieren

Hintergrund entfernen

Entfernen Sie Hintergründe sofort mit KI-Präzision.

Jetzt ausprobieren

Bild-Upscaler

Verbessern Sie die Bildauflösung auf bis zu 4K/8K.

Jetzt ausprobieren

Bild-Reframe

Erweitern Sie Bilder mit Outpainting auf jedes Seitenverhältnis.

Jetzt ausprobieren

Camera Angle

Create a new view with continuous 3D camera control.

Jetzt ausprobieren

Image Layers

Split an image into editable transparent layers.

Jetzt ausprobieren

Image Parallax

Turn one image into interactive parallax animation.

Jetzt ausprobieren

Bild zu ASCII

Wandeln Sie Bilder lokal im Browser in anpassbare ASCII-Kunst um.

Jetzt ausprobieren

GIF zu ASCII

Verwandeln Sie animierte GIFs in herunterladbare ASCII-Animationen.

Jetzt ausprobieren

Video zu ASCII

Konvertiere MP4-, WebM- oder MOV-Clips in herunterladbare ASCII-Videos.

Jetzt ausprobieren

Video zur Tiefenkarte

Erstellen Sie lokal im Browser ein privates Tiefenkarten-Video.

Jetzt ausprobieren