AI 프롬프트 모음

Use case: photorealistic-natural
Asset type: public AI image library stock asset with paired prompt asset
Primary request: ceramic roof tile rain chain courtyard
Scene/backdrop: quiet courtyard corner after light rain, with stacked curved clay roof tiles, copper rain chain, stone basin, and moss between paving stones
Subject: rainwater droplets moving from the chain into the basin beside the ceramic tiles
Style/medium: photorealistic architectural detail stock photography
Composition/framing: square image, close low angle with rain chain vertical line and tile stack diagonal
Lighting/mood: soft post-rain daylight, serene and tactile
Color palette: terracotta clay, aged copper, wet gray stone, fresh moss green
Materials/textures: glazed and unglazed ceramic tile, oxidized copper, rippled water, damp stone
Constraints: no logos, no readable signs, no watermark, no people, no heavy storm, no fantasy styling

Use case: scientific-educational
Asset type: public AI image library stock asset with paired prompt asset
Primary request: tactile museum accessibility model
Scene/backdrop: museum education table with a 3D tactile floor-plan model, raised route lines, small texture samples, and an audio guide device with no visible branding
Subject: hands exploring a raised-relief miniature gallery layout designed for blind and low-vision visitors
Style/medium: photorealistic inclusive design stock photography
Composition/framing: square image, close overhead angle with the tactile model filling most of the frame
Lighting/mood: soft gallery lighting, respectful and practical
Color palette: matte white model, warm oak table, charcoal device, subtle color-coded zones without text
Materials/textures: raised plastic lines, embossed dots, smooth acrylic, wood grain, woven sleeve fabric
Constraints: no readable text, no logos, no watermark, no faces, no medical stereotypes, no distorted hands

Use case: photorealistic-natural
Asset type: public AI image library stock asset with paired prompt asset
Primary request: lighthouse fresnel lens maintenance gallery
Scene/backdrop: circular lighthouse service room with brass railing, lens panels, lint-free cloths, inspection flashlight, and a small tool roll
Subject: a large historic fresnel lens being carefully cleaned by gloved hands
Style/medium: photorealistic architectural stock photography
Composition/framing: square image, wide three-quarter view through curved glass facets, strong radial geometry
Lighting/mood: late afternoon coastal light refracting through the lens, clear and quiet
Color palette: warm brass, sea-blue highlights, clear glass, white gloves, pale stone wall
Materials/textures: ribbed glass prisms, polished brass, cotton gloves, worn painted metal
Constraints: no logos, no readable signage, no watermark, no faces, no broken glass, no distorted hands

Use case: stylized-concept
Asset type: public AI image library stock image with paired prompt asset
Primary request: abstract isometric data backup vault made from glass blocks and light paths
Scene/backdrop: clean dark neutral studio plane with a small architectural data-vault object floating just above the surface
Subject: translucent glass cube vault, tiny stacked storage slabs, luminous connection paths, subtle lock-like geometric shape without text
Style/medium: polished 3D abstract render, premium technology concept art
Composition/framing: square image, centered isometric view, strong silhouette, generous breathing room
Lighting/mood: cool controlled studio lighting with soft reflections, secure and calm
Color palette: frosted glass, cyan light, graphite base, small warm white highlights
Materials/textures: translucent glass, satin metal, glowing fiber lines, matte stone surface
Constraints: no words, no logos, no watermark, no UI screens, no brand references
Avoid: padlock cliché, cyberpunk city, binary code, clutter, human figures

Use case: product-mockup
Asset type: public AI image library stock image with paired prompt asset
Primary request: a compact field audio recording kit arranged for a sound designer
Scene/backdrop: weathered wooden table near a quiet window, minimal studio corner in the background
Subject: portable audio recorder with blank screen, over-ear headphones, coiled XLR cable, small windscreen microphones, handwritten waveform sketches with no readable words
Style/medium: photorealistic product flat lay, premium but practical creator-tool stock image
Composition/framing: square image, overhead angle with diagonal cable rhythm, audio recorder near center, balanced whitespace
Lighting/mood: soft late-afternoon window light, focused and tactile
Color palette: charcoal black, brushed silver, warm wood, muted paper cream, small red cable accent
Materials/textures: rubber buttons, metal microphone mesh, coiled cable, worn tabletop grain, matte paper
Constraints: no readable brand names, no logos, no watermark, no people, no text overlays, screen must be blank or abstract
Avoid: concert stage, DJ booth, messy cables, visible trademark shapes

Use case: scientific-educational
Asset type: public AI image library stock image with paired prompt asset
Primary request: a clean desk setup for teaching basic electronics with breadboard circuits
Scene/backdrop: bright maker classroom desk with a neutral background and organized parts trays
Subject: breadboard with simple LED resistor circuit, jumper wires, multimeter with blank display, small component boxes, notebook with abstract circuit doodles only
Style/medium: realistic educational technology photography, approachable and precise
Composition/framing: square image, top-down view, breadboard slightly off center, parts arranged in tidy arcs
Lighting/mood: even daylight, curious and methodical
Color palette: white breadboard, primary-color jumper wires, graphite tools, pale plywood desk, small brass and copper details
Materials/textures: plastic breadboard, metal leads, rubber meter casing, paper notebook, plywood grain
Constraints: no readable text, no brand names, no logos, no watermark, no hands, safe low-voltage classroom circuit
Avoid: exposed mains power, sparks, messy workstation, futuristic holograms

Use case: infographic-diagram
Asset type: public free AI image library asset with paired prompt library entry
Primary request: a text-free visual process board showing circular textile recycling steps through objects only
Scene/backdrop: clean workshop wall-mounted cork board above a sorting table
Subject: pinned fabric swatches, thread cones, scissors, shredded fiber sample, yarn skein, small woven test panel, and arrows made from plain cord without words
Style/medium: photorealistic process board stock image, no typography
Composition/framing: square image, straight-on board with table edge visible, clear circular flow
Lighting/mood: bright neutral studio light, practical sustainable design mood
Color palette: denim blue, natural cotton white, charcoal, muted coral, raw cork brown
Materials/textures: woven fabric, cork, cotton thread, paper pins, matte scissors
Constraints: no readable text, no labels, no brand marks, no people, no watermark

Create a premium square “reference-style sustainable transportation infographic” centered around a futuristic electric city bus called the {E_BUS_NAME}, designed as a beautifully curated urban-mobility handbook page rather than a commercial vehicle advertisement.

The composition should feel like a modern visual encyclopedia mixed with an elite public-transit engineering guide and high-end editorial infographic system.

Visual Direction

• 1:1 square composition
• Premium smart-city background with subtle transportation blueprints, circuit-inspired overlays, and urban infrastructure schematics
• Elegant palette using deep navy, graphite black, electric green, steel gray, and soft cyan accents
• Refined editorial typography hierarchy
• Rounded modular information cards with clean spacing
• Gentle realistic reflections and premium transit-system dividers
• Minimal transportation engineering iconography
• Extremely detailed central electric bus render viewed in dramatic three-quarter perspective driving through a futuristic smart-city boulevard
• Thin precision annotation lines pointing toward key systems and technologies
• Clean, organized “knowledge-first” layout with high information density but breathable spacing

Main Subject Presentation

A stunning ultra-detailed realistic render of the {E_BUS_NAME} placed at the center, featuring:

• sleek aerodynamic body design
• panoramic windshield
• illuminated destination display
• low-floor accessibility layout
• futuristic LED lighting systems
• premium electric drivetrain details
• realistic urban reflections
• smart-city transportation realism

Surround the bus with engineering callouts explaining:

• battery pack technology
• electric motor system
• regenerative braking system
• charging infrastructure compatibility
• smart fleet management systems
• passenger accessibility features
• thermal battery management
• energy-efficiency technologies
• safety monitoring systems
• intelligent driver assistance features

Include Modular Sections

• E-Bus Overview
• Technical Specifications
• Vehicle Dimensions & Capacity
• Powertrain & Energy System
• Battery Technology Breakdown
• Charging Solutions
• Passenger Comfort Features
• Safety & Reliability Systems
• Fleet Management Technology
• Environmental Impact Analysis
• Operating Cost Comparison
• Construction & Material Engineering
• Sustainability Lifecycle Assessment
• Smart-City Integration
• Global Adoption Trends
• “Did You Know?” Facts Section
• Future of Electric Public Transport

Add Premium Visualization Modules

• battery architecture diagrams
• charging workflow graphics
• energy-consumption charts
• passenger-capacity visualizations
• smart-city integration maps
• drivetrain cutaway illustrations
• environmental impact comparisons
• fleet-management dashboards
• vehicle blueprint dimensions
• lifecycle sustainability graphics

Style Keywords

“premium transportation encyclopedia”
“editorial electric mobility handbook”
“high-end public transit infographic”
“scientific transportation poster”
“museum-quality electric bus reference page”
“modular smart-city knowledge system”
“clean engineering editorial design”
“ultra-detailed mobility visualization”
“future transportation showcase”
“sustainable urban mobility design”

Avoid

• generic vehicle advertisements
• cluttered commercial brochure layouts
• cartoon transportation styling
• unrealistic flying-bus concepts
• excessive cyberpunk neon overload
• low-detail stock-vehicle renders

Final Goal

The final result should resemble a professionally published transportation-engineering reference-book page created for urban planners, transportation engineers, sustainability researchers, architects, public-transit authorities, and smart-city enthusiasts, combining technical accuracy, sustainability insights, and premium editorial design.