Prompt Pharmacy

Create a habit tracking application using HTML5, CSS3, and JavaScript. Build a clean interface showing daily, weekly, and monthly views. Implement habit creation with frequency, reminders, and goals. Add streak tracking with visual indicators and milestone celebrations. Include detailed statistics and progress graphs. Support habit categories and tags for organization. Implement calendar integration for scheduling. Add data visualization showing patterns and trends. Create a responsive design for all devices. Include data export and backup functionality. Add gamification elements with achievements and rewards.

Develop a web-based image editor using HTML5 Canvas, CSS3, and JavaScript. Create a professional interface with tool panels and preview area. Implement basic adjustments including brightness, contrast, saturation, and sharpness. Add filters with customizable parameters and previews. Include cropping and resizing with aspect ratio controls. Implement text overlay with font selection and styling. Add shape drawing tools with fill and stroke options. Include layer management with blending modes. Support image export in multiple formats and qualities. Create a responsive design that adapts to screen size. Add undo/redo functionality with history states.

Build a comprehensive text analysis tool using HTML5, CSS3, and JavaScript. Create a clean interface with text input area and results dashboard. Implement word count, character count, and reading time estimation. Add readability scoring using multiple algorithms (Flesch-Kincaid, SMOG, Coleman-Liau). Include keyword density analysis with visualization. Implement sentiment analysis with emotional tone detection. Add grammar and spelling checking with suggestions. Include text comparison functionality for similarity detection. Support multiple languages with automatic detection. Add export functionality for analysis reports. Implement text formatting and cleaning tools.

Create an interactive Sudoku game using HTML5, CSS3, and JavaScript. Build a clean, accessible game board with intuitive controls. Implement difficulty levels with appropriate puzzle generation algorithms. Add hint system with multiple levels of assistance. Include note-taking functionality for candidate numbers. Implement timer with pause and resume. Add error checking with optional immediate feedback. Include game saving and loading with multiple slots. Create statistics tracking for wins, times, and difficulty levels. Add printable puzzle generation. Implement keyboard controls and accessibility features.

Build a URL shortening service frontend using HTML5, CSS3, JavaScript and a backend API. Create a clean interface with prominent input field. Implement URL validation and sanitization. Add QR code generation for shortened URLs. Include click tracking and analytics dashboard. Support custom alias creation for URLs. Implement expiration date setting for links. Add password protection option for sensitive URLs. Include copy-to-clipboard functionality with confirmation. Create a responsive design for all devices. Add history of shortened URLs with search and filtering.

Build an interactive typing speed test using HTML5, CSS3, and JavaScript. Create a clean interface with text display and input area. Implement WPM and accuracy calculation in real-time. Add difficulty levels with appropriate text selection. Include error highlighting and correction tracking. Implement test history with performance graphs. Add custom test creation with text import. Include virtual keyboard display showing keypresses. Support multiple languages and keyboard layouts. Create a responsive design for all devices. Add competition mode with leaderboards.

Develop a memory matching card game using HTML5, CSS3, and JavaScript. Create visually appealing card designs with flip animations. Implement difficulty levels with varying grid sizes and card counts. Add timer and move counter for scoring. Include sound effects for card flips and matches. Implement leaderboard with score persistence. Add theme selection with different card designs. Include multiplayer mode for competitive play. Create responsive layout that adapts to screen size. Add accessibility features for keyboard navigation. Implement progressive difficulty increase during gameplay.

Build a high-performance file system indexer and search tool in Go. Implement recursive directory traversal with configurable depth. Add file metadata extraction including size, dates, and permissions. Include content indexing with optional full-text search. Implement advanced query syntax with boolean operators and wildcards. Add incremental indexing for performance. Include export functionality in JSON and CSV formats. Implement search result highlighting. Add duplicate file detection using checksums. Include performance statistics and progress reporting. Implement concurrent processing for multi-core utilization.

Create an exciting 3D racing game using Three.js and JavaScript. Implement realistic vehicle physics with suspension, tire friction, and aerodynamics. Create detailed car models with customizable paint and upgrades. Design multiple race tracks with varying terrain and obstacles. Add AI opponents with different difficulty levels and racing behaviors. Implement a split-screen multiplayer mode for local racing. Include a comprehensive HUD showing speed, lap times, position, and minimap. Create particle effects for tire smoke, engine effects, and weather. Add dynamic day/night cycle with realistic lighting. Implement race modes including time trial, championship, and elimination. Include replay system with multiple camera angles.

Build an immersive 3D space exploration game using Three.js and JavaScript. Create a vast universe with procedurally generated planets, stars, and nebulae. Implement realistic spacecraft controls with Newtonian physics. Add detailed planet surfaces with terrain generation and atmospheric effects. Create space stations and outposts for trading and missions. Implement resource collection and cargo management systems. Add alien species with unique behaviors and interactions. Create wormhole travel effects between star systems. Include detailed ship customization and upgrade system. Implement mining and combat mechanics with weapon effects. Add mission system with story elements and objectives.

Create a web-based PDF viewer using HTML5, CSS3, JavaScript and PDF.js. Build a clean interface with intuitive navigation controls. Implement page navigation with thumbnails and outline view. Add text search with result highlighting. Include zoom and fit-to-width/height controls. Implement text selection and copying. Add annotation tools including highlights, notes, and drawing. Support document rotation and presentation mode. Include print functionality with options. Create a responsive design that works on all devices. Add document properties and metadata display.

Build a comprehensive health metrics calculator with HTML5, CSS3 and JavaScript based on medical standards. Create a clean, accessible interface with step-by-step input forms. Implement accurate BMI calculation with visual classification scale and health risk assessment. Add body fat percentage calculator using multiple methods (Navy, Jackson-Pollock, BIA simulation). Calculate ideal weight ranges using multiple formulas (Hamwi, Devine, Robinson, Miller). Implement detailed calorie needs calculator with BMR (using Harris-Benedict, Mifflin-St Jeor, and Katch-McArdle equations) and TDEE based on activity levels. Include personalized health recommendations based on calculated metrics. Support both metric and imperial units with seamless conversion. Store user profiles and measurement history with trend visualization. Generate interactive progress charts showing changes over time. Create printable/exportable PDF reports with all metrics and recommendations.

Build a feature-rich markdown notes application with HTML5, CSS3 and JavaScript. Create a split-screen interface with a rich text editor on one side and live markdown preview on the other. Implement full markdown syntax support including tables, code blocks with syntax highlighting, and LaTeX equations. Add a hierarchical organization system with nested categories, tags, and favorites. Include powerful search functionality with filters and content indexing. Use localStorage with optional export/import for data backup. Support exporting notes to PDF, HTML, and markdown formats. Implement a customizable dark/light mode with syntax highlighting themes. Create a responsive layout that adapts to different screen sizes with collapsible panels. Add productivity-enhancing keyboard shortcuts for all common actions. Include auto-save functionality with version history and restore options.

Create a comprehensive pomodoro timer app using HTML5, CSS3 and JavaScript following the time management technique. Design an elegant interface with a large, animated circular progress indicator that visually represents the current session. Allow customization of work intervals (default ${Work Intervals:25min}), short breaks (default ${Short Breaks:5min}), and long breaks (default ${Long Breaks:15min}). Include a task list integration where users can associate pomodoro sessions with specific tasks. Add configurable sound notifications for interval transitions with volume control. Implement detailed statistics tracking daily/weekly productivity with visual charts. Use localStorage to persist settings and history between sessions. Make the app installable as a PWA with offline support and notifications. Add keyboard shortcuts for quick timer control (start/pause/reset). Include multiple theme options with customizable colors and fonts. Add a focus mode that blocks distractions during work intervals.

Create a responsive todo app with HTML5, CSS3 and vanilla JavaScript. The app should have a modern, clean UI using CSS Grid/Flexbox with intuitive controls. Implement full CRUD functionality (add/edit/delete/complete tasks) with smooth animations. Include task categorization with color-coding and priority levels (low/medium/high). Add due dates with a date-picker component and reminder notifications. Use localStorage for data persistence between sessions. Implement search functionality with filters for status, category, and date range. Add drag and drop reordering of tasks using the HTML5 Drag and Drop API. Ensure the design is fully responsive with appropriate breakpoints using media queries. Include a dark/light theme toggle that respects user system preferences. Add subtle micro-interactions and transitions for better UX.

Create a comprehensive scientific calculator with HTML5, CSS3 and JavaScript that mimics professional calculators. Implement all basic arithmetic operations with proper order of operations. Include advanced scientific functions (trigonometric, logarithmic, exponential, statistical) with degree/radian toggle. Add memory operations (M+, M-, MR, MC) with visual indicators. Maintain a scrollable calculation history log that can be cleared or saved. Implement full keyboard support with appropriate key mappings and shortcuts. Add robust error handling for division by zero, invalid operations, and overflow conditions with helpful error messages. Create a responsive design that transforms between standard and scientific layouts based on screen size or orientation. Include multiple theme options (classic, modern, high contrast). Add optional sound feedback for button presses with volume control. Implement copy/paste functionality for results and expressions.

{
  "meta": {
    "description": "Structured prompt for generating an isometric city diorama in a miniature 3D style, with weather and environment adaptive to the specified city.",
    "variable": "${City:San Francisco}"
  },
  "prompt_structure": {
    "perspective_and_format": {
      "view": "Isometric camera view",
      "format": "Miniature 3D diorama resting on a floating square base serving as the ground plinth.",
      "ratio": "16:9 (vertical phone)"
    },
    "art_style": {
      "medium": "High-detail 3D render",
      "texture_quality": "Realistic textures appropriate for the region's architecture (e.g., stone/brick, stucco/adobe, glass/steel).",
      "vibe": "Toy-like but highly sophisticated architectural model with tactile material qualities."
    },
    "environment_and_atmosphere": {
      "weather": "Typical climate and weather conditions associated with the specified city (e.g., overcast/rainy for London, bright/sunny/arid for Cairo, snowy for Moscow). Lighting matches the weather.",
      "ground": "Ground surface material typical for the city (e.g., asphalt, cobblestones, sand, dirt). Surface conditions reflect the weather (e.g., wet with reflections if rainy, dry and dusty if arid, snow-covered if winter).",
      "background": "Sky gradient and atmosphere matching the chosen weather, filling the upper frame."
    },
    "architectural_elements": {
      "housing": "Dense cluster of residential or commercial buildings reflecting the city's vernacular architecture style.",
      "landmarks": "Isometric miniature representations of iconic landmarks defining the city."
    },
    "props_and_details": {
      "street_level": "Miniature elements specific to the city's vibe (e.g., iconic vehicles like yellow cabs or red buses, specific vegetation like palm trees or deciduous trees, streetlights, signage).",
      "life": "Tiny, stylized figures dressed in clothing appropriate for the climate and culture."
    },
    "text_overlay": {
      "content": "${City:San Francisco}",
      "font_style": "White, sans-serif, bold, uppercase letters",
      "placement": "Centered floating at the very top of the frame."
    }
  }
}

I want you to act as a web design consultant. I will provide details about an organization that needs assistance designing or redesigning a website. Your role is to analyze these details and recommend the most suitable information architecture, visual design, and interactive features that enhance user experience while aligning with the organization’s business goals.

You should apply your knowledge of UX/UI design principles, accessibility standards, web development best practices, and modern front-end technologies to produce a clear, structured, and actionable project plan. This may include layout suggestions, component structures, design system guidance, and feature recommendations.

My first request is:
“I need help creating a white page that showcases courses, including course listings, brief descriptions, instructor highlights, and clear calls to action.”

Present a clear, 45° top-down isometric miniature 3D cartoon scene of ${city_name:İSTANBUL}, featuring its most iconic landmarks and architectural elements. Use soft, refined textures with realistic PBR materials and gentle, lifelike lighting and shadows. Integrate the current weather conditions directly into the city environment to create an immersive atmospheric mood.
Use a clean, minimalistic composition with a soft, solid-colored background.

At the top-center, place the title “İSTANBUL” in large bold text, a prominent weather icon beneath it, then the date (small text) and temperature (medium text).
All text must be centered with consistent spacing, and may subtly overlap the tops of the buildings.
Square 1080x1080 dimension.

3D chibi-style miniature concept store of ${Brand Name:Mc Donalds}, creatively designed with an exterior inspired by the brand's most iconic product or packaging (such as a giant ${Brand's core product:chicken bucket, hamburger, donut, roast duck}). The store features two floors with large glass windows clearly showcasing the cozy and finely decorated interior: {brand's primary color}-themed decor, warm lighting, and busy staff dressed in outfits matching the brand. Adorable tiny figures stroll or sit along the street, surrounded by benches, street lamps, and potted plants, creating a charming urban scene. Rendered in a miniature cityscape style using Cinema 4D, with a blind-box toy aesthetic, rich in details and realism, and bathed in soft lighting that evokes a relaxing afternoon atmosphere. --ar 2:3

Brand name: ${Brand Name:Mc Donalds}

Design a "floating miniature island" shaped like the ${city:denizli} map/silhouette, gliding above white clouds. On the island, seamlessly blend ${city:denizli}’s most iconic landmarks, architectural structures, and natural landscapes (parks, waterfronts, hills). Integrate large white 3D letters spelling "${city:denizli}" into the island’s surface or geographic texture. Enhance the atmosphere with city-specific birds, cinematic sunlight, vibrant colors, aerial perspective, and realistic shadow/reflection rendering. Ultra HD quality, hyper-realistic textures, 4K+ resolution, digital poster format. Square 1×1 composition, photoreal, volumetric lighting, global illumination, ray tracing.

Context:
This prompt is used by AI2sql to generate SQL queries from natural language.
AI2sql focuses on correctness, clarity, and real-world database usage.

Purpose:
This prompt converts plain English database requests into clean,
readable, and production-ready SQL queries.

Database:
${db:PostgreSQL | MySQL | SQL Server}

Schema:
${schema:Optional — tables, columns, relationships}

User request:
${prompt:Describe the data you want in plain English}

Output:
- A single SQL query that answers the request

Behavior:
- Focus exclusively on SQL generation
- Prioritize correctness and clarity
- Use explicit column selection
- Use clear and consistent table aliases
- Avoid unnecessary complexity

Rules:
- Output ONLY SQL
- No explanations
- No comments
- No markdown
- Avoid SELECT *
- Use standard SQL unless the selected database requires otherwise

Ambiguity handling:
- If schema details are missing, infer reasonable relationships
- Make the most practical assumption and continue
- Do not ask follow-up questions

Optional preferences:
${preferences:Optional — joins vs subqueries, CTE usage, performance hints}

Create a single 3x3 grid image (square, 2048x2048, high detail).
The center tile (row 2, col 2) must be the exact uploaded reference film still, unchanged. Do not reinterpret, repaint, relight, recolor, crop, reframe, stylize, sharpen, blur, or transform it in any way. It must remain exactly as provided.

Director detection rule
If the director of the uploaded film still is one of the 8 directors listed below, then the tile for that same director must be an exact duplicate of the ORIGINAL center tile, with no changes at all (same image content, same framing, same colors, same lighting, same texture). Only apply the label.
All other tiles follow the normal re-shoot rules.

Grid rules
9 equal tiles in a clean 3x3 layout, thin uniform gutters between tiles.
Each tile has a simple, readable label in the top-left corner, consistent font and size, high contrast, no warping.
Center tile label: ORIGINAL
Other tiles labels exactly:
Alfred Hitchcock
Akira Kurosawa
Federico Fellini
Andrei Tarkovsky
Ingmar Bergman
Jean-Luc Godard
Agnès Varda
Sergio Leone
No other text, logos, subtitles, or watermarks.
Keep the 3x3 alignment perfectly straight and clean.

IDENTITY + GENDER LOCK (applies to ALL non-ORIGINAL tiles)
- Use the ORIGINAL center tile as the single source of truth for every person’s identity.
- Preserve the exact number of people and their roles/positions (no swapping who is who).
- Do NOT change any person’s gender or gender presentation. No gender swap, no sex change, no cross-casting.
- Keep each person’s key identity traits consistent: face structure, hairstyle length/type, facial hair (must NOT appear/disappear), makeup level (must NOT appear/disappear), body proportions, age range, skin tone, and distinctive features (moles/scars/glasses).
- Do not turn one person into a different person. Do not merge faces. Do not split one person into two. Do not duplicate the same face across different people.
- If any identity attribute is ambiguous, default to matching the ORIGINAL exactly.
- Allowed changes are ONLY cinematic treatment per director: framing, lens feel, camera height, DOF, lighting, palette, contrast curve, texture, mood, and set emphasis. Identities must remain locked.
NEGATIVE: gender swap, femininize/masculinize, add/remove beard, add/remove lipstick, change hair length drastically, face replacement, identity drift.

CAST ANCHORING
- Person A = left-most person in ORIGINAL, Person B = right-most person in ORIGINAL, Person C = center/back person in ORIGINAL, etc.
- Each tile must keep Person A/B/C as the same individuals (same gender presentation and identity), only reshot cinematically.

Content rules (for non-duplicate tiles)
Maintain recognizable continuity across all tiles (who/where/what). Do not change identities into different people.
Vary per director: framing, lens feel, camera height, depth of field, lighting, color palette, contrast curve, texture, production design emphasis, mood.
Ultra-sharp cinematic stills (except where diffusion is specified), coherent lighting, correct anatomy, no duplicated faces, no mangled hands, no broken perspective, no glitch artifacts, and perfectly readable labels.

Director-specific style and color grading (apply strongly per tile, unless the duplicate rule applies)

Alfred Hitchcock
Palette: muted neutrals, cool grays, sickly greens, deep blacks, occasional saturated red accent.
Contrast: high contrast with crisp, suspenseful shadows.
Texture: classic 35mm cleanliness with tense atmosphere.
Lens/DOF: 35–50mm, controlled depth, precise geometry.
Lighting/Blocking: noir-influenced practicals, hard key, voyeuristic framing, psychological tension.

Akira Kurosawa
Palette: earthy desaturated browns/greens; restrained primaries if color.
Contrast: bold tonal separation, punchy blacks.
Texture: gritty film grain, tactile elements (mud, rain, wind).
Lens/DOF: 24–50mm with deep focus; dynamic staging and strong geometry.
Lighting/Atmosphere: dramatic natural light, weather as design (fog, rain streaks, backlight).

Federico Fellini
Palette: warm ambers, carnival reds, creamy highlights, pastel accents.
Contrast: medium contrast, dreamy glow and gentle bloom.
Texture: soft diffusion, theatrical surreal polish.
Lens/DOF: normal to wide, staged tableaux, rich background set dressing.
Lighting: expressive, stage-like, whimsical yet melancholic mood.

Andrei Tarkovsky
Palette: subdued sepia/olive, cold cyan-gray, low saturation, weathered tones.
Contrast: low-to-medium, soft highlight roll-off.
Texture: organic grain, misty air, water stains, aged surfaces.
Lens/DOF: 50–85mm, contemplative framing, naturalistic DOF.
Lighting/Atmosphere: window light, overcast feel, poetic elements (fog, rain, smoke), quiet intensity.

Ingmar Bergman
Palette: near-monochrome restraint, cold grays, pale skin tones, minimal color distractions.
Contrast: high contrast, sculpted faces, deep shadows.
Texture: clean, intimate, psychologically focused.
Lens/DOF: 50–85mm, tighter framing, shallow-to-medium DOF.
Lighting: strong key with dramatic falloff, emotionally intense portraits.

Jean-Luc Godard
Palette: bold primaries (red/blue/yellow) punctuating neutrals, or intentionally flat natural colors.
Contrast: medium contrast, occasional slightly overexposed highlights.
Texture: raw 16mm/35mm energy, imperfect and alive.
Lens/DOF: wider lenses, spontaneous off-center composition.
Lighting: available light feel, street/neon/practicals, documentary new-wave immediacy.

Agnès Varda
Palette: warm natural daylight, gentle pastels, honest skin tones, subtle complementary colors.
Contrast: medium, soft and inviting.
Texture: tactile lived-in realism, subtle film grain.
Lens/DOF: 28–50mm, environmental portrait framing with context.
Lighting: naturalistic, human-first, intimate but open atmosphere.

Sergio Leone
Palette: sunbaked golds, dusty oranges, sepia browns, deep shadows, occasional turquoise sky tones.
Contrast: high contrast, harsh sun, strong silhouettes.
Texture: gritty dust, sweat, leather, weathered surfaces, pronounced grain.
Lens/DOF: extreme wide (24–35mm) and extreme close-up language; shallow DOF for eyes/details.
Lighting/Mood: hard sunlight, rim light, operatic tension, iconic dramatic shadow shapes.

Output: a single final 3x3 grid image only.

{
  "style_definition": {
    "art_style": "Modern Flat Vector Illustration",
    "medium": "Digital Vector Art",
    "vibe": "Optimistic, Cheerful, Travel Poster",
    "rendering_engine_simulation": "Adobe Illustrator / Vectorized"
  },
  "visual_parameters": {
    "lines_and_shapes": "Clean sharp lines, simplified geometry, lack of complex textures, rounded organic shapes for trees and clouds.",
    "colors": "High saturation, vibrant palette. Dominant turquoise and cyan for water/sky, warm orange and terracotta for buildings, lush green for vegetation, cream/yellow for clouds.",
    "lighting": "Flat lighting with soft gradients, minimal shadows, bright daylight atmosphere."
  },
  "generation_prompt": "Transform the input photo into a high-quality modern flat vector illustration in the style of a corporate travel poster. The image should feature simplified shapes, clean lines, and a smooth matte finish. Use a vibrant color palette with bright turquoise water, warm orange rooftops, and lush green foliage. The sky should be bright blue with stylized fluffy clouds. Remove all photorealistic textures, noise, and grain. Make it look like a professional digital artwork found on Behance or Dribbble. Maintain the composition of the original photo but vectorize the details.",
  "negative_prompt": "photorealistic, realistic, 3d render, glossy, shiny, grainy, noise, blur, bokeh, detailed textures, grunge, dark, gloomy, sketch, rough lines, low resolution, photography"
}

Eres un tutor de programación para estudiantes de secundaria. Tienes prohibido darme la solución directa o escribir código corregido. Tu misión es guiarme para que yo mismo tenga el momento "¡Ajá!".

Sigue este proceso cuando te envíe mi código:

    1.Identifica el problema: Localiza el error (bug) o la ineficiencia.

    2.Explica el concepto: Antes de decirme dónde está el error, explícame brevemente el concepto teórico que estoy aplicando mal (ej. ámbito de variables, condiciones de salida de un bucle, tipos de datos).

    3.Pista Guiada: Dame una pista sobre en qué bloque o función específica debo mirar.

    4.Prueba Mental: Pídeme que ejecute mentalmente mi código paso a paso (trace table) con un ejemplo de entrada específico para que yo vea dónde se rompe.

Mantén un tono didáctico y motivador.

Inputs

Reference 1: User’s uploaded photo

Reference 2: ${Footballer Name}

Jersey Number: ${Jersey Number}
Jersey Team Name: ${Jersey Team Name} (team of the jersey being held)
User Outfit: ${User Outfit Description}
Mood: ${Mood}

Prompt
Create a photorealistic image of the person from the user’s uploaded photo standing next to ${Footballer Name} pitchside in front of the stadium stands, posing for a photo.

Location: Pitchside/touchline in a large stadium. Natural grass and advertising boards look realistic.

Stands: The background stands must feel 100% like ${Footballer Name}’s team home crowd (single-team atmosphere). Dominant team colors, scarves, flags, and banners. No rival-team colors or mixed sections visible.

Composition: Both subjects centered, shoulder to shoulder. ${Footballer Name} can place one arm around the user.

Prop: They are holding a jersey together toward the camera. The back of the jersey must clearly show ${Footballer Name} and the number ${Jersey Number}. Print alignment is clean, sharp, and realistic.

Critical rule (lock the held jersey to a specific team)

The jersey they are holding must be an official kit design of ${Jersey Team Name}.

Keep the jersey colors, patterns, and overall design consistent with ${Jersey Team Name}.

If the kit normally includes a crest and sponsor, place them naturally and realistically (no distorted logos or random text).

Prevent color drift: the jersey’s primary and secondary colors must stay true to ${Jersey Team Name}’s known colors.

Note: ${Jersey Team Name} must not be the club ${Footballer Name} currently plays for.

Clothing:

${Footballer Name}: Wearing his current team’s match kit (shirt, shorts, socks), looks natural and accurate.

User: ${User Outfit Description}

Camera: Eye level, 35mm, slight wide angle, natural depth of field. Focus on the two people, background slightly blurred.

Lighting: Stadium lighting + daylight (or evening match lights), realistic shadows, natural skin tones.

Faces: Keep the user’s face and identity faithful to the uploaded reference. ${Footballer Name} is clearly recognizable. Expression: ${Mood}

Quality: Ultra realistic, natural skin texture and fabric texture, high resolution.

Negative prompts
Wrong team colors on the held jersey, random or broken logos/text, unreadable name/number, extra limbs/fingers, facial distortion, watermark, heavy blur, duplicated crowd faces, oversharpening.

Output
Single image, 3:2 landscape or 1:1 square, high resolution.

{
  "system_configuration": {
    "role": "Senior UX Researcher & Cognitive Science Specialist",
    "simulation_mode": "Predictive Visual Attention Modeling (Eye-Tracking Simulation)",
    "reference_authority": ["Nielsen Norman Group (NN/g)", "Cognitive Load Theory", "Gestalt Principles"]
  },
  "task_instructions": {
    "input": "Analyze the provided UI screenshots of web/mobile applications.",
    "process": "Simulate user eye movements based on established cognitive science principles, aiming for 85-90% predictive accuracy compared to real human data.",
    "critical_constraint": "The primary output MUST be a generated IMAGE representing a thermal heatmap overlay. Do not provide random drawings; base visual intensity strictly on the defined scientific rules."
  },
  "scientific_rules_engine": [
    {
      "principle": "1. Biological Priority",
      "directive": "Identify human faces or eyes. These areas receive immediate, highest-intensity focus (hottest red zones within milliseconds)."
    },
    {
      "principle": "2. Von Restorff Effect (Isolation Paradigm)",
      "directive": "Identify elements with high contrast or unique visual weight (e.g., primary CTAs like a 'Create' button). These must be marked as high-priority fixation points."
    },
    {
      "principle": "3. F-Pattern Scanning Gravity",
      "directive": "Apply a default top-left to bottom-right reading gravity biased towards the left margin, typical for western text scanning."
    },
    {
      "principle": "4. Goal-Directed Affordance Seeking",
      "directive": "Highlight areas perceived as actionable (buttons, inputs, navigation links) where the brain expects interactivity."
    }
  ],
  "output_visualization_specs": {
    "format": "IMAGE_GENERATION (Heatmap Overlay)",
    "style_guide": {
      "base_layer": "Original UI Screenshot (semi-transparent)",
      "overlay_layer": "Thermal Heatmap",
      "color_coding": {
        "Red (Hot)": "Areas of intense fixation and dwell time.",
        "Yellow/Orange (Warm)": "Areas scanned but with less dwell time.",
        "Blue/Transparent (Cold)": "Areas likely ignored or seen only peripherally."
      }
    }
  }
}

Ultra-realistic food photography–style image of ${FOOD_NAME:Fried chicken tenders with french fries}, presented in a clean, appetizing, and professional composition suitable for restaurant menus, promotional materials, digital screens, and delivery platforms.

The dish is shown in its most recognizable and ideal serving form, with accurate proportions and highly realistic details — natural textures, crispy surfaces, moist interiors, visible steam where appropriate, glossy but natural sauces, and fresh ingredients.

Lighting is soft, controlled, and natural, inspired by professional studio food photography, with balanced highlights, realistic shadows, and true-to-life colors that enhance freshness without exaggeration.

The food is plated on a simple, elegant plate or bowl, styled minimally to keep full focus on the dish. The background is clean and unobtrusive (neutral surface, dark matte background, or softly blurred setting) to ensure strong contrast and clarity.

Captured with a high-end DSLR look — shallow depth of field, sharp focus on the food, natural lens perspective, and high resolution. No illustration, no stylization, no artificial effects.

Commercial-grade realism, appetizing, trustworthy, and ready for real restaurant use.

--ar 4:5

{
  "name": "My Workflow",
  "steps": []
}{
  "promptDetails": {
    "description": "Ultra-detailed exploded technical infographic of {OBJECT_NAME}, shown in a 3/4 front isometric view. The object is partially transparent and opened, with its key internal and external components separated and floating around the main body in a clean exploded-view layout. Show all major parts typical for {OBJECT_NAME}: outer shell/panels, structural frame, primary electronics/boards, power system/battery or PSU, ports/connectors, display or interface elements if present, input controls/buttons, mechanical modules (motors/gears/fans/hinges) if applicable, speakers/microphones if applicable, cables/flex ribbons, screws/brackets, and EMI/thermal shielding. Use thin white callout leader lines and numbered labels in a minimalist sans-serif font. Background: smooth dark gray studio backdrop. Lighting: soft, even, high-end product render lighting with subtle reflections. Style: photoreal 3D CAD render, industrial design presentation, high contrast, razor-sharp, 8K, clean composition, no clutter.",
    "styleTags": [
      "Exploded View",
      "Technical Infographic",
      "Photoreal 3D CAD Render",
      "Industrial Design Presentation",
      "Minimalist Labels",
      "Dark Studio Background"
    ]
  },
  "negativePrompt": "no people, no messy layout, no extra components, no brand logos, no text blur, no cartoon, no low-poly, no watermark, no distorted perspective, no heavy noise",
  "generationHints": {
    "aspectRatio": "2:3",
    "detailLevel": "ultra",
    "stylization": "low-medium",
    "camera": {
      "angle": "3/4 front isometric",
      "lens": "product render perspective"
    },
    "lighting": "soft even studio lighting, subtle reflections",
    "background": "smooth dark gray seamless backdrop"
  }
}

{
  "meta": {
    "model": "nano-banana-pro",
    "mode": "thinking",
    "use_search_grounding": true,
    "language": "tr"
  },
  "input": {
    "location": "${Location: Location}",
    "date": "${Date: YYYY-MM-DD}",
    "aspectRatio": "${Aspect Ratio: 16:9 | 4:3 | 1:1 | 9:16}",
    "timeOfDay": "${Time of the Day}",
    "mood": "${Mood: epic | solemn | celebratory | tense | melancholic}"
  },
  "prompt": {
    "positive": "Konum: ${Location: Location}\nTarih: ${Date: YYYY-MM-DD}\n\nÖnce güvenilir kaynaklarla arama yap ve bu tarihte bu konumda gerçekleşen en önemli tarihsel olayı belirle. Sonra bu olayı temsil eden tek bir foto-gerçekçi, ultra detaylı, sinematik kare üret.\n\nDönem doğruluğu zorunlu: mimari, kıyafet, silah/araç ve şehir dokusu tarihle tutarlı olsun. Modern hiçbir obje, bina, araç veya tabela görünmesin. Tek sahne, tek an, gerçek kamera fiziği, doğal insan oranları, yüksek mikro detay.",
    "negative": "modern buildings, cars, asphalt, neon, smartphones, wrong era clothing/armor, fantasy, anime, cartoon, text overlay, blurry, low-res, extra limbs"
  },
  "render": {
    "quality": "ultra",
    "resolution": "4k"
  },
  "name": "My Workflow",
  "steps": []
}