Ai Image Prompts

( Deconstructed_Ingredients_{argument name="dish name" default="[DISH_NAME]"} * 1.5 ) + 
( Miniature_Plastic_Toy_Chef * 1.2 ) + 
( Floating_Frosted_Glass_AR_UI_Panels * 1.5 ) + 
( Flavor_Profile_Radar_Charts * 1.0 ) + 
( Slate_Serving_Board * 1.0 ) +
( Blurred_Cookbook_Background_{argument name="dish name 2" default="[DISH_NAME]"} * 0.8 ) +
( Pure_White_Studio_Void * 1.0 ) - 
( Human_Sized_Chef / 2.0 ) - 
( Messy_Plating / 2.0 )

[NATURAL OBJECT] dissected as if by a master naturalist who found it in the wild. Split and pinned open like a specimen, but lit as if Caravaggio worked for National Geographic. Every internal structure glowing with its own material truth. Cross-section so sharp it feels violent. Interior so beautiful it feels sacred. The full object present, one half intact, one half opened to its core, every layer at the resolution of obsession. Background: pure black velvet. The object floats in it like something precious and dangerous. Labels pressed close, handwritten-weight serif, never floating: "[STRUCTURE]" / "[MATERIAL TRUTH]" / "[AGE OR SCALE]" "[OBJECT] DISSECTED" title in warm ivory caps, upper left. "[One line that makes you lean closer]" italic beneath. Mood: Audubon illustration meets Caravaggio meets the most beautiful science photograph ever taken. 4K, specimen lighting, extraordinary interior detail, nothing clinical, everything alive.

[DISH] at the precise moment of a dramatic [LIQUID] pour in ultra high-speed photography, liquid cascade frozen mid-fall in perfect clarity. Hero [DISH] center on matte [COLOR] surface, [LIQUID] pouring from above in one cinematic ribbon catching warm single-source light, splitting and branching into suspended droplets and threads as it hits the surface. Splatter crown frozen at moment of impact, droplets suspended in perfect arcs. Every surface texture hyperreal: glistening, steaming, sauce pooling in slow motion. Each element labeled with ultra-thin lines in clean uppercase: "[INGREDIENT] [descriptor]". Dish name in elegant editorial typography: "[DISH NAME]". Subtitle: "[TAGLINE]". Mood: Albert Watson food photography meets Harold Edgerton fluid dynamics meets Michelin-star editorial. 4K, tack sharp every thread and droplet, warm single-source light, extraordinary and craveable.

A detailed technical blueprint of a high-performance AI GPU cluster placed on a polished brass drafting table, with a photorealistic miniature AI server system self-assembling from it — multiple GPU accelerator units (sleek black and metallic modules with neon green accents) rising from the dimension lines, high-speed interconnect bridges threading through the tolerance annotations, and dense compute nodes forming from the grid layout.

Stacks of GPU cards slide into server chassis above the parts list, each unit locking in with precision. NVLink-style connectors and high-bandwidth interconnects assemble seamlessly between GPUs, forming a powerful parallel compute network. Rack-mounted AI servers emerge vertically, with layered compute blades building upward in perfect alignment.

A liquid cooling system forms from exploded-diagram callouts — transparent cooling pipes with glowing coolant flowing through them, cold plates attaching to GPUs, and radiators assembling with high-performance fans. Heat dissipation fins and airflow channels dynamically shape around the system.

A tiny engineer in futuristic protective gear stands on a GPU module inspecting circuits with a holographic diagnostic interface, while another miniature technician connects high-speed data cables into a switch unit. Fiber optic lines glow faintly, representing active data transfer.

Functional details illuminate — GPU core lights pulsing softly, status LEDs blinking in synchronized patterns, data streams visualized as glowing lines moving between nodes, and monitoring panels activating during assembly.

Signature tools of the trade — precision screwdriver, thermal paste applicator, anti-static tools, fiber connectors, and a digital diagnostic tablet — rest across the blueprint’s title block, partially integrated into the scene.

All elements grow organically from the blueprint like a 3D mechanical diorama — circuit traces rising from printed schematics, GPU modules emerging from drawn outlines, cables threading through pencil grid lines. Seamless transformation from 2D blueprint into a fully operational AI infrastructure.

LIGHTING:
Soft studio lighting combined with strong neon green and cool blue glows from GPUs and data pathways. Subtle reflections from the brass surface and volumetric light enhancing depth.

CAMERA & LENS:
Shot on a full-frame camera, 35mm lens. Slight low-angle perspective to emphasize scale and power. Cinematic depth of field with focus on central GPU cluster.

COMPOSITION:
Vertical 2:3 format. Central stacked GPU cluster rising upward with symmetrical balance. Clean negative space around edges with layered depth.

STYLE & MOOD:
Futuristic, cinematic, high-end AI infrastructure aesthetic inspired by NVIDIA design language. Powerful, clean, and cutting-edge.

DETAILS:
Ultra-detailed textures — matte black metal, glowing accents, micro circuitry, cooling liquid reflections, cable braiding, LED indicators. 8K resolution, HDR,

<instructions>
[Use the UNIVERSAL WRAPPER above exactly as-is.]

If input includes ingredients, pick 4 distinct countries with famous dishes that fit those ingredients (hidden gems welcome). Output one 2x2 grid: each panel shows an open book spread for that country.

Per panel:
- Left page: 2D vintage sepia sketches (timeline/illustrated recipe flow, minimal text).
- Right page: 3D pop-up diorama of the finished steaming dish emerging from the page.
- A tiny chef mini stands beside the dish.
- All 4 books look like one cohesive atlas series.
- Only readable text: engraved plate “Dish ({argument name="country name" default="Country"})”.

Style: Cinematic top-down lighting emphasizing 2D vs 3D depth, macro detail, cohesive atlas design, clean background, shallow DOF, no logos, no long text.
</instructions>

Dessert (AR shopping UI)

POV shot inside a modern supermarket aisle, hands holding a small gourmet dessert with cream and berries, futuristic augmented reality (AR) interface overlay showing calories, sugar, fats, freshness score, expiry date, and recipe suggestions, soft depth of field, cinematic lighting, ultra-realistic, 4K, tech-inspired UI, clean glassmorphism design

⸻

2. Apple (AR nutrition UI)

First-person view in a grocery store holding a fresh red apple, augmented reality interface displaying calories, vitamin C, fiber, freshness bar, and recipe ideas, minimal futuristic UI panels floating around the object, bright supermarket lighting, shallow depth of field, hyper-realistic, modern tech aesthetic, 4K

⸻

3. Orange Soda Bottle (AR data UI)

POV shot of hands holding an orange soda bottle in a supermarket aisle, futuristic AR overlay showing calories, sugar content, caffeine level, freshness score, expiry date, and drink recipes, sleek holographic interface, glassmorphism UI, vibrant colors, cinematic lighting, ultra-detailed, photorealistic, 4K

Anchor: The word "{argument name="word to construct" default="Tesla"}" :: constructed entirely from printed circuit board traces, where each letterform is a functional-looking PCB layout — solder pads as terminals, vias as joints, trace paths forming the strokes ::4 Morphology: Technical PCB illustration. Letter strokes are traces of varying widths. Circular vias punctuate stroke junctions. Solder pad rectangles anchor stroke terminals. The letters read as living circuit diagrams. Monochrome technical vector ::3 Material Physics: Jet black trace lines on white substrate, exposed copper-pad circles with concentric detail rings, uniform stroke weight with deliberate corner chamfers (45°) ::3 Illumination: Flat technical illustration lighting, no depth, pure 2D schematic clarity ::2 Render Stack: Electronics schematic aesthetic, hardware documentation style, Gerber file visual output ::1 Negative: [Silhouette shapes, actual electronic components, chip illustrations, realistic PCB green color, perspective, photographic textures, solder reflections] ::-1

Create a page from a textbook on "{argument name="subject" default="Biology"}" used in a school in a "{argument name="worldview" default="Fantasy World"}".
The content of the textbook must not be based on the real world, but must strictly adhere to the specified worldview. The content should be written in accurate Japanese, avoiding duplication of content and font corruption. The composition is a realistic photo of an open textbook taken directly from above, not an illustration.

CONCEPT:
A futuristic architectural blueprint of the Burj Khalifa projected as a glowing hologram, actively constructing itself in mid-air through robotic precision and digital intelligence.

SUBJECT:
A semi-transparent holographic version of the Burj Khalifa floating above a sleek glass smart table. The lower portion appears as a glowing blue wireframe blueprint, while the upper portion transitions into a fully photorealistic skyscraper with reflective glass panels and metallic structure as it builds itself in real-time.

ENVIRONMENT:
A high-tech architectural lab with a dark, minimal interior. The blueprint originates from a glossy black glass table embedded with touch controls, glowing UI panels, and soft neon edges. Subtle reflections of the hologram appear on the table surface. Background is clean, futuristic, and slightly blurred.

STRUCTURAL DETAILS:
The central spire rises as glowing gridlines before solidifying into steel and glass  
Tiered setbacks of the tower assemble through hovering robotic drones  
Glass facade panels lock into place with precise alignment and reflections  
Laser beams scan and map each level during construction  
Small AI drones orbit around the structure, actively building and welding components  
Materials transition from holographic light into real textures — polished glass, steel beams, and concrete core  
Floating UI overlays show measurements, grids, and rotating architectural schematics

VISUAL MECHANIC:
The blueprint exists in layered form — base is a glowing grid, mid-layer is a semi-transparent wireframe, and top layer is fully realistic. Certain sections flicker between hologram and solid material, emphasizing the transformation.

LIGHTING:
Dark environment with strong neon blue and cyan holographic glow. Subtle rim lighting created by reflections from the hologram. Volumetric light beams and soft particles enhance depth.

CAMERA & LENS:
Shot on a full-frame camera, 35mm lens. Slight low-angle perspective to emphasize scale and height. Sharp focus on the hologram core with slight background blur.

COMPOSITION:
Vertical 2:3 format. The Burj Khalifa hologram is centered, rising upward. UI elements orbit symmetrically around it. Clean negative space enhances the futuristic aesthetic.

STYLE & MOOD:
Futuristic, cinematic, high-tech, and minimal. Feels like advanced AI-driven architecture and innovation. Clean, premium, and visually striking.

DETAILS:
Ultra-sharp holographic lines, glowing particles, realistic glass reflections, smooth transitions between digital and physical materials, micro UI details, 8K resolution, HDR, cinematic color grading with blue/cyan tones and deep contrast.

NEGATIVE PROMPT:
cluttered environment, low detail, dull lighting, messy UI, cartoon style, distorted structure, blurry hologram, watermark

[NATURAL OBJECT] dissected as if by a master naturalist who found it in the wild. Split and pinned open like a specimen, but lit as if Caravaggio worked for National Geographic.
Every internal structure glowing with its own material truth. Cross-section so sharp it feels violent. Interior so beautiful it feels sacred. The full object present, one half intact, one half opened to its core, every layer at the resolution of obsession.
Background: pure black velvet. The object floats in it like something precious and dangerous.
Labels pressed close, handwritten-weight serif, never floating: "[STRUCTURE]" / "[MATERIAL TRUTH]" / "[AGE OR SCALE]"
"{argument name="object" default="[OBJECT]"} DISSECTED" title in warm ivory caps, upper left. "{argument name="line" default="[One line that makes you lean closer]"}" italic beneath.
Mood: Audubon illustration meets Caravaggio meets the most beautiful science photograph ever taken. 4K, specimen lighting, extraordinary interior detail, nothing clinical, everything alive.

<instruction>
 
Input A is a Complex Machine (e.g., {argument name="machine type" default="A Space Shuttle"}, A Grand Piano, A Clockwork Watch).
Deconstruct into   3 Assembly Phases  :
   Phase 1:  Raw chassis/frame.
   Phase 2:  Internal gears/wires.
   Phase 3:  Finished exterior.
2. Container (The Geometric Unfold):
Goal: "Kinetic Blueprint" Photography.
The Object: A series of Triangular Acrylic Wedges attached to a central hinge, opening like a blooming flower or a tool-kit.
The Layout: The wedges are partially unfolded across a drafting table surface.
3. The Dioramas (The Exploded View):
Internal Content: Each wedge holds a different "Phase" of the machine.
Visual Link: Real copper wires or brass chains physically cross the gaps between the acrylic wedges, "connecting" the assembly line.
4. Visual 
Background: A cluttered workshop desk with blueprints and calipers.
Lighting: Hard side-lighting to cast shadows of the internal gears through the clear acrylic walls onto the table.
Output: ONE image, 16:9 Aspect Ratio, 3D Macro Render, "Technical Art" aesthetic.
</instruction>

Title
The Legend of the 5000 Yen Cost

The cost of a 500,000 yen champagne tower is
5,000 yen?

Profit margin over 90%

What is this?