3D Prompt Pack v4: Visual Realism &

Stylized Objects
This prompt pack is designed to generate highly detailed, structured, and visually compelling
images using AI image generators like ChatGPT (or comparable models). It focuses on
creating photorealistic and stylized outputs within specific domains: Electronics, Plush
Characters, Macro Device Details, and Stylized Flowers.

How to Use This Pack & General Tips

This pack is engineered to maximize detail, structural integrity, and visual impact in your AI
generations. You can utilize the prompts as they are or adapt them by modifying subjects,
materials, lighting conditions, camera perspectives, or stylistic elements. Each category
features specific, detailed example prompts with analysis of their construction.

Understanding Prompt Structure:

Most effective prompts, like the examples below, often incorporate several key elements:

●​ Subject & Detail: Clearly define what the main subject is and its key characteristics.
●​ Materials & Textures: Describe specific materials, finishes, and surface details.
●​ Composition & Framing: Specify camera angle, distance, and lens type (e.g., macro,
close-up, isolated).
●​ Lighting: Detail the light source, quality, and mood (e.g., soft studio lighting, rim
lighting, directional).
●​ Style & Realism: Indicate the desired aesthetic (e.g., photorealistic, 3D-rendered,
stylized).
●​ Background: Define the background treatment (e.g., transparent, gradient, solid
color).
●​ Resolution/Format: When relevant, define format requirements (e.g., PNG with alpha,
specific resolution).

Tips for Success:

●​ Be Specific: Vague prompts lead to generic results. The more detail you provide, the
closer the AI can get to your vision.
●​ Use Strong Keywords: Incorporate descriptive adjectives and technical terms (see
keyword sections below).
●​ Iterate: Don't expect perfection on the first try. Use the initial results to refine your
prompt.
●​ Understand Materials: Describing material properties (translucent, glossy, matte,
textured) greatly improves results.
●​ Reference Styles: Mentioning specific visual styles or design eras can guide the AI
effectively.
 ●​ Control Lighting: Detailed lighting directions create depth and enhance material
properties.

General Keywords for Technical Realism:

photorealistic, 3D-rendered, high-resolution, isolated, transparent background, studio

lighting, product photography, detailed texture, physical properties, material finish, macro
detail, alpha channel.

Category 1: Stylized Electronics & Gadgets

Master Prompt:

Generate a high-resolution 3D-rendered electronic device with stylized proportions and clean
detailing. The device should feature a distinct form factor with semi-realistic materials
(plastic, metal, glass) rendered with attention to surface properties (gloss, matte,
translucency). Include specific design elements like buttons, screens, or interfaces that
communicate function while maintaining a playful, slightly exaggerated aesthetic. Lighting
should enhance form and material properties with appropriate highlights, reflections, and
shadows. The device should be fully isolated on a transparent background, allowing the
object to be the sole focus. The final image should feel tangible yet stylized—like a premium
collectible or prop from an animated world.

Analysis:

This category balances realism with stylization, requiring clear descriptions of both form and
material. Success lies in specifying recognizable device types while allowing for creative
interpretation of proportions and details. Transparent backgrounds highlight the object's
complete form, making isolation and lighting crucial elements of the prompt.

Tips for Success:

●​ Name a specific device type (CD player, game console, television) to establish a
familiar base.
●​ Describe materials with specific finishes (semi-metallic silver plastic, soft matte gray,
glossy screen).
●​ Detail proportions and their stylization (slightly bloated, oversized bezel, puffy cubic
body).
●​ Include functional elements (buttons, display screens, controls) with specific
placement.
●​ Specify lighting direction and quality to enhance form and texture.
●​ Request transparent background (PNG with alpha) for product-style isolation.

Key Keywords:
3D-rendered, isolated, transparent background, stylized, electronic device, gadget, plastic,
metallic, glossy, matte, screen, buttons, controls, studio lighting, product render, toy-like,
nostalgic, tangible, cartoon realism, injection mold, seams.

Specific Prompts & Analysis:

Prompt 1 (Discman):

A high-resolution 3D-rendered portable CD player inspired by early 2000s Discman designs,

fully isolated on a transparent background. The device is flat and circular with a subtly
convex top, rendered in semi-metallic silver plastic with translucent turquoise lid. The lid is
half-open, revealing a shiny holographic CD inside with soft rainbow specular reflections.
Buttons are oversized and bubble-shaped, placed on the edge band with playful spacing.
The hinge is simple and stylized, with soft molded detail. Lighting is front-top with rim fill to
enhance the disc surface and outer curves. No outlines, no exaggerated stylization — just
clean, tangible cartoon realism. 1024x1024 PNG with alpha.

●​ Analysis: This prompt establishes a specific device type with clear nostalgic
reference (early 2000s Discman). Materials are precisely defined (semi-metallic silver
plastic, translucent turquoise lid) along with an action state (lid half-open). The
holographic CD with rainbow reflections adds visual interest and emphasizes the
function. Lighting directions (front-top with rim fill) create depth while maintaining
clarity for the transparent background.
●​ Key Elements: Specific device type, era reference, material finishes, dynamic
element (open lid), detailed lighting.

Prompt 2 (Game Boy):

A 3D-rendered, stylized handheld game console modeled after the classic Game Boy,
centered and isolated on a transparent background. The device has exaggerated
proportions: a slightly bloated rectangular frame with rounded corners and an oversized
bezel. The body is smooth, soft matte light gray plastic, with visible injection mold seams and
playful proportions. The front features a puffy black D-pad, two oversized red buttons (A/B),
and a simplified speaker grid. The display is greenish with scanline artifacts, and shows a
chunky pixel-art game mockup with a stick figure jumping. The plastic screen cover is curved
outward, adding a glossy highlight along the upper edge. Lighting is studio-soft from the front
and top-left, giving the console gentle volumetric highlights and defined edges. The render is
cleanly cut out on a transparent background, 1024x1024 PNG with alpha. The final look
fuses 90s console nostalgia with stylized, toy-like modern rendering.

●​ Analysis: This prompt clearly references an iconic device (Game Boy) while
specifying stylistic modifications (exaggerated proportions, slightly bloated frame).
Material details include both broad properties (soft matte light gray plastic) and
manufacturing artifacts (injection mold seams). Screen content (pixel-art game
mockup) adds story and authenticity. Lighting description (studio-soft from front and
top-left) guides the rendering for dimension.
●​ Key Elements: Iconic reference, stylistic modification, manufacturing details, screen
content, specific lighting.

Prompt 3 (CRT TV):

A high-resolution 3D-rendered old-school CRT television in cartoon style, fully isolated on a

transparent background. The TV has a puffy cubic body with softly curved sides, rendered in
semi-gloss charcoal plastic with subtle panel lines and molded handle ridges. The front
screen is bulged, framed in a thick plastic bezel, and displays a colorful RGB test pattern
with slight screen glare and fake curvature distortion. Large rotary dials and a bright red
power LED sit below the screen, exaggerated in size for toy-like visual appeal. The surface
has realistic but stylized plastic grain and softened seams, giving it the look of a high-end
vinyl collectible. Lighting setup includes strong frontal fill and soft edge rimlight to accentuate
the form's thickness and volume. Subtle ambient occlusion adds weight around knobs and
screen edges. Rendered in 1024x1024 PNG with alpha, the result feels like a clean nostalgic
TV prop from a stylized animation world.

●​ Analysis: This prompt combines familiar object (CRT television) with specific stylistic
direction (cartoon style, vinyl collectible look). Form is clearly described (puffy cubic
body, softly curved sides) along with material properties (semi-gloss charcoal plastic).
Functional elements (bulged screen, RGB test pattern, rotary dials) establish
authenticity while maintaining stylization. Detailed lighting (frontal fill, edge rimlight,
ambient occlusion) creates dimension.
●​ Key Elements: Nostalgic object, stylistic direction, form description, screen content,
control details, lighting effects.

Category 2: Plush Character Renders

Master Prompt:

Create a photorealistic 3D render of a stylized plush character with distinctive fabric textures
and toy-like charm. Focus on capturing the unique properties of textile materials through
detailed surface rendering (visible fibers, stitching, subtle fabric grain). The character should
have a clear personality expressed through simple embroidered features and body
proportions. Lighting should be soft and even to highlight textural details without harsh
shadows, with optional rim lighting to emphasize the dimensional quality of the plush form.
The background should be simple and complementary, allowing the character to be the focal
point. The final image should convey the tactile, handmade quality of a premium plush toy
while maintaining photorealistic rendering standards.

Analysis:

Plush character prompts require detailed descriptions of fabric properties and construction
details. Success comes from balancing photorealistic textile rendering with stylized character
design. Specifying stitch types, fabric varieties, and stuffing properties creates the tactile
illusion of a physical object.

Tips for Success:

●​ Name specific fabric types (microfiber fleece, loop-knit yarn, felt, velour).
●​ Describe fabric properties (directional fibers, fuzzy texture, visible knit).
●​ Detail construction elements (stitch seams, embroidered features, stuffing density).
●​ Specify character features (eyes, mouth, limbs) and their fabrication method.
●​ Use gentle lighting that enhances texture without creating hard shadows.
●​ Choose complementary background colors that make the character pop.

Key Keywords:

photorealistic, 3D render, plush, stuffed toy, fabric texture, embroidery, stitching, fleece, felt,
yarn, knitted, seams, fiber detail, soft lighting, character design, handmade quality, pastel
colors, tactile, stuffing, plush toy.

Specific Prompts & Analysis:

Prompt 1 (Cloud Plush):

A photorealistic 3D render of a plush character shaped like a puffy, lopsided cloud. The body
is made of off-white microfiber fleece with slightly longer directional fibers, giving the surface
a cottony softness with irregular fiber flow. Gentle stitch seams trace faint contours between
cloud lumps. Two closed eyelids are embroidered in grey thread, arched slightly downward
to express sleepiness, while rosy felt cheeks rest just below. A subtle smile is stitched in pale
pink thread. Dangling from below are two stubby, under-stuffed legs made from pastel purple
velour, loosely swaying. The character appears to be floating slightly above ground. The
background is a smooth gradient from soft peach to sky blue, and lighting is warm and
diffused, with a soft golden rim light along the top edge. The overall aesthetic is dreamy,
lighthearted, and comforting – like a handmade dream mascot drifting through a nap.

●​ Analysis: This prompt excels in fabric description (off-white microfiber fleece with
longer directional fibers) and construction details (gentle stitch seams, embroidered
features). Character emotion is clearly defined (sleepiness) through specific feature
descriptions (eyelids arched downward). Physical properties like stuffing density
(under-stuffed legs) add realism. Lighting (warm and diffused with golden rim light)
enhances the dreamy aesthetic.
●​ Key Elements: Specific fabric type, fiber details, embroidery technique, character
emotion, stuffing properties, gentle lighting.

Prompt 2 (Cube Plush):

A photorealistic 3D render of a stylized plush cube character with springy proportions and
exaggerated motion. The body is fully covered in loop-knit yarn in a vibrant pastel lime
green, with highly visible knitted fibers and playful irregularities in the texture. Subtle seams
are stitched across each cube edge in pale pink thread. The face features two wide, shiny
cartoon eyes and an open embroidered mouth formed into a joyful "O" shape, expressing
pure surprise or excitement. On each side, stubby arms in felted orange stretch outward as if
the character is mid-bounce. The cube rests on two rounded feet stitched in soft coral wool,
barely balancing its wobbly frame. Lighting is bright and even, with a pastel blue rim that
amplifies the fuzzy yarn texture. The background is a clean pastel peach tone. The result is
kinetic, joyful, and absurdly cute – like a hyper plush toy frozen mid-jump.

●​ Analysis: This prompt establishes a clear geometric base (cube) with expressive
characteristics (springy, wobbly). The fabric description is specific (loop-knit yarn with
visible fibers and irregularities). Character pose suggests movement (mid-bounce,
barely balancing) creating dynamic tension. Contrasting materials (knit body vs.
felted arms) add visual interest. Lighting (bright with pastel blue rim) enhances
texture visibility.
●​ Key Elements: Geometric form, fabric structure, implied motion, contrasting textures,
expressive features, bright lighting.

Prompt 3 (Cassette Plush):

A photorealistic 3D render of a stylized plush cassette tape character with a soft, rectangular
body and rounded corners. The entire surface is covered in pastel purple felt with short fuzzy
fibers and subtle stitched seams along the edges. The center label area is made of a
contrasting pastel cream fabric with tiny embroidered details mimicking a classic cassette
design – two plush spools are visible, stylized as soft buttons made from slightly shiny
stitched thread. Two large cartoon eyes with glossy black pupils are placed above the label,
giving the character a friendly, nostalgic expression. A small embroidered smile sits just
below the eyes. On each side, stubby felt arms in light pink extend outward as if waving. The
character rests on two tiny rounded feet made from soft beige felt. The lighting is soft and
frontal, with a faint rim glow that enhances the fuzzy edges and fabric depth. It floats against
a clean pastel mint background with no shadow. The overall style is cozy, cute, and
retro-inspired – like a beloved plush toy version of a vintage cassette, brought to life.

●​ Analysis: This prompt combines nostalgic object reference (cassette tape) with
character traits. Multiple fabric types are specified (main felt body, contrasting label
fabric, shiny thread details) creating visual hierarchy. Functional elements of the
cassette (spools) are reimagined as character features. Posing (arms waving) adds
personality. Lighting (soft frontal with rim glow) enhances the material depth and
edges.
●​ Key Elements: Nostalgic object base, multiple fabric types, reimagined functional
elements, simple posing, edge-enhancing lighting.

Category 3: Macro Device Details

Master Prompt:

Generate a photorealistic, extreme close-up view of a portion of a stylized electronic device,

capturing intimate material details and interface elements. Focus on rendering complex
material interactions (translucency, reflections, surface textures) and the interplay between
different components (screens, buttons, controls). Lighting should create dramatic highlights
and subtle shadows that emphasize form and material properties. The composition should
frame only a section of the device, creating an abstract yet recognizable study of
technological design. Background should be simple and non-distracting, allowing material
details to be the focal point. The final image should feel tangible and precise—combining
photorealistic rendering with subtle design stylization.

Analysis:

Macro device prompts require balance between technical precision and artistic composition.
Success comes from detailed material descriptions, specific interface elements, and
carefully directed lighting. Cropping to show only portions of the device creates intrigue while
allowing for extreme detail focus.

Tips for Success:

●​ Specify exact device section (top-left quarter, left half) for framing.
●​ Describe materials with precise properties (translucent polycarbonate, satin-matte
beige).
●​ Detail unique interface elements (displays, knobs, sliders, toggles) with specific
design features.
●​ Include subtle imperfections (scratches, dust specks, condensation) for realism.
●​ Direct lighting precisely to enhance material qualities and depth.
●​ Choose contrasting backgrounds that highlight the device colors and forms.
Key Keywords:

photorealistic, macro, close-up, electronic device, interface, control panel, translucent,

glossy, tactile, knobs, buttons, displays, UI elements, material detail, surface texture, depth
of field, dramatic lighting, high-contrast, tangible, technical design.

Specific Prompts & Analysis:

Prompt 1 (Blue Device):

An ultra macro, photorealistic close-up of a translucent light blue electronic device with a
glossy, icy polycarbonate shell, set against a vibrant pink background. The device's smooth,
curved casing is semi-transparent, revealing faint inner circuitry, connector plates, and screw
mounts beneath its surface. Light scratches, dust specks, and subtle plastic flow lines give it
a used, tactile feel. Bright orange sliders—three in total—protrude from the right side, ribbed
and sunken into sculpted tracks with smooth matte finishes. They cast soft shadows and add
a punch of saturated color. At the center of the visible portion is a curved glass screen
embedded flush with the surface. On the screen, an animated, high-resolution depiction of a
metal trash can mid-air is shown—its lid flying off dramatically, with stylized flies, dust clouds,
and small chaotic objects (crumpled paper, torn fabric, banana peels) bursting outward in a
freeze-frame moment. The composition visually expresses the phrase "hot mess" through
this explosive visual, but no text appears onscreen. Instead, in the top left corner of the
device, there's a small, slightly peeling white sticker with "hot mess" scribbled in black
permanent marker—worn, wrinkled, and slightly stained. The lighting is top-left and diffused,
enhancing the surface material transitions—glass, rubber, and plastic—with subtle rim
highlights. The background is a smooth, soft pink gradient that contrasts boldly with the light
blue housing and the orange sliders. Use a Photorealistic Style. The resulting visual must be
sharp, with a high level of detail. A representational image distinguished by its lifelike detail,
with meticulously rendered textures, accurate lighting, and convincing shadows, creating an
almost tangible appearance. Resolution 1792x1024.

●​ Analysis: This prompt excels in material description (translucent polycarbonate with

inner details visible) and aging details (scratches, dust specks). The contrasting
elements (blue casing, orange sliders, pink background) create visual impact. Screen
content (trash can animation) tells a story and adds character. The sticker detail with
 handwritten text adds authenticity and worn character. Lighting direction (top-left and
diffused) enhances material transitions.
●​ Key Elements: Transparent materials with inner details, wear and tear, contrasting
colors, screen content, handwritten element, material-enhancing lighting.

Prompt 2 (Beige Control Device):

A photorealistic, macro close-up of the left half of a futuristic control device, rendered in soft
beige polymer with a satin-matte surface finish. The casing has softly contoured edges and
precise seams, with a warm, slightly ceramic tone that feels refined and utilitarian. The
material exhibits subtle microtexturing and diffuse light scattering, giving the surface depth
and physical realism. Visible is a recessed display window with curved glass, showing a
clean, high-contrast interface: abstract glitch waveforms and layered UI data in grayscale
with faint cyan and red overlays. Four rotary knobs are featured prominently—two in muted
beige rubber with fine knurling, and two in anodized metal with a soft champagne tint, each
topped with a matte-finished cap and etched indicator lines. A linear fader with a tactile
notched rail and a small toggle switch near the top edge add functional complexity to the
layout. The entire left half of the device is shown in frame, filling most of the composition,
with soft, warm directional light casting delicate shadows into the seams and around the
control elements. The background is a deep, neutral dark grey with a soft falloff—providing
strong contrast and visual focus on the beige tones of the device. Depth of field is moderate,
with sharp detail across the control panel and soft blur near the outer casing edge. Use a
Photorealistic Style. The resulting visual must be sharp, with a high level of detail. A
representational image distinguished by its lifelike detail, with meticulously rendered
textures, accurate lighting, and convincing shadows, creating an almost tangible
appearance. Resolution 1792x1024.

●​ Analysis: This prompt specifies precise framing (left half) and a distinct aesthetic (soft
beige, satin-matte). Material properties are detailed (subtle microtexturing, diffuse
light scattering) creating tactile realism. Interface elements are varied (display,
different knob types, fader, toggle) with specific material contrasts. Lighting (soft,
warm directional) creates subtle shadows that enhance form. The dark background
creates strong contrast with the beige device.
●​ Key Elements: Specific framing, detailed material properties, varied control elements,
screen content, subtle shadows, contrasting background.

Prompt 3 (Translucent Device):

An ultra close-up, photorealistic macro view of the top-left quarter of a futuristic control
device, designed with semi-transparent materials that subtly reveal its internal tech. The
housing is a smooth, softly frosted polycarbonate shell in cool white, with gentle diffusion
and soft internal reflections. Beneath the translucent casing, traces of internal
components—PCB traces, microcontroller units, and faint wire routes—glimmer faintly,
partially obscured by the plastic's milky opacity. A portion of the screen is visible, protected
by glossy glass with slightly curved edges, displaying distorted procedural graphics:
waveform glitches and data noise in desaturated teal, orange, and white. A rotary knob
protrudes near the edge of the frame—machined clear resin with embedded prismatic
reflections and a subtle grip ridge. A second knob, set lower, features a frosted neon core
glowing softly from within, with microcondensation hints forming on its edge. Next to the
knobs, a metal toggle with a brushed stem and chrome cap peeks from a recessed channel.
Light grazes across the casing at a steep angle, emphasizing both the external form and the
faint interior silhouette—adding cinematic depth. The background is charcoal grey with a
light gradient, providing high contrast. Use a Photorealistic Style. The resulting visual must
be sharp, with a high level of detail. A representational image distinguished by its lifelike
detail, with meticulously rendered textures, accurate lighting, and convincing shadows,
creating an almost tangible appearance. Resolution 1792x1024.

●​ Analysis: This prompt uses very specific framing (top-left quarter) for an intimate
study. Translucent material properties are described in detail (frosted polycarbonate
with internal reflections) revealing internal components (PCB traces, wire routes).
Control elements use different materials (clear resin knob, frosted neon knob, metal
toggle) for visual variety. Micro-details (condensation hints) add realism. Lighting
(grazing at steep angle) emphasizes both external form and internal glimpses.
●​ Key Elements: Precise framing, translucent material with visible internals, contrasting
control materials, micro-details, dramatic angled lighting.

Category 4: Stylized Flowers & Organic Forms

Master Prompt:

Create a high-end 3D rendering of a stylized flower or organic form with an artificial,

manufactured quality. Focus on rendering glossy, translucent materials (vinyl, plastic,
silicone) with accurate light interaction (internal refraction, surface reflection, subsurface
scattering). Details should emphasize the manufactured nature (seam lines, air bubbles,
stretch marks) while maintaining organic inspiration. Composition can range from full-object
view to extreme macro detail, with lighting that enhances material properties and form.
Background should be simple and complementary, allowing the subject to be the focal point.
The final image should blur the line between natural and artificial—like a premium product
visualization of a manufactured organic form.

Analysis:

Stylized flower prompts require detailed descriptions of both organic forms and artificial
materials. Success comes from contrasting natural shapes with manufactured material
properties. Specific attention to how light interacts with translucent materials creates visual
depth and interest.

Tips for Success:

●​ Specify viewpoint (full flower, extreme macro, partial segment) for composition.
●​ Describe material properties in detail (translucent vinyl, inflated forms,
vacuum-sealed).
●​ Include manufacturing details (seam lines, air bubbles, welding points) for realism.
●​ Detail how light interacts with the materials (refraction, internal shadows, sharp
reflections).
 ●​ Choose backgrounds that complement the subject colors while remaining simple.
●​ Use specific lighting directions to enhance form and material properties.

Key Keywords:

high-end 3D rendering, stylized flower, organic form, artificial, manufactured, vinyl,

translucent, plastic, glossy, inflated, vacuum-sealed, seam lines, air bubbles, refraction,
reflection, macro detail, product visualization, studio lighting, contrast lighting, petal
structure, botanical form.

Specific Prompts & Analysis:

Prompt 1 (Invented Flower):

A high-end 3D rendering of a surreal, invented flower floating centrally in frame, designed

with inflated, vacuum-sealed aesthetics. The petals are arranged in five soft spirals, made
from translucent vinyl in layered tones of pale lavender, cloud white, and petal pink, each
segment swollen with internal air, creating smooth convex shapes with subtle seam tension
and micro-wrinkles at the base. The flower's center glows with a honey-colored, semi-liquid
dome—resembling warm resin—with tiny suspended bubbles and a high-gloss amber
shimmer. Smaller internal petals appear like ruffled silicone sheets, slightly warped and
edged with matte frill textures. Surface details include faint stretch lines, inner refraction
gradients, and specks of micro-dust trapped between folds. The background is a soft pastel
blend from cream to washed-out lilac, diffused and hazy to give the flower a dreamy
showroom presence. The resulting visual must be sharp, with a high level of detail. A
representational image distinguished by its lifelike texture, accurate lighting, and convincing
shadows. Resolution 1792x1024.

●​ Analysis: This prompt creates an entirely invented flower with specific structural
elements (five soft spirals, smaller internal petals). Material properties are detailed
(translucent vinyl, semi-liquid resin center) with manufacturing artifacts (seam
tension, micro-wrinkles, stretch lines). Tiny details (suspended bubbles, micro-dust)
add realism. The background (soft pastel blend) complements the flower colors while
creating a dreamy, product-like presentation.
 ●​ Key Elements: Invented structure, specific materials, manufacturing details,
micro-imperfections, complementary background.

Prompt 2 (Tulip Macro):

A high-end 3D rendering of an extreme macro close-up of a stylized tulip, cropped in vertical

format to reveal only a partial section of its curving petal surface and upper stem. The visible
petals are plump and vacuum-sealed, made of transparent plastic with subtle pastel tinting in
creamy white and blush pink, their inflated forms bending light into strong, high-contrast
reflections. The material appears slightly stretched along fine seam lines, producing tiny
puckers and soft creases, while air bubbles and internal dust specks distort the smooth gloss
in hyperrealistic detail. One petal curls inward toward the center, catching a sharp rim of cold
white light, while the overlapping edge is soaked in shadow with soft ambient translucency.
At the lower end of the frame, a hint of the tulip's matte green PVC stem is visible, faded into
blur. Lighting is dramatic: strong side illumination from the right casts deep gradients across
the petal surface, emphasizing thickness and material depth. The background fades into a
dark chocolate-brown haze with subtle bloom, intensifying contrast and focusing all attention
on the tactile complexity of the tulip. The resulting visual must be sharp, with a high level of
detail. A representational image distinguished by its lifelike texture, accurate lighting, and
convincing shadows. Resolution 1024x1792.

●​ Analysis: This prompt uses extreme framing (partial section, vertical format) to create
an abstract yet recognizable study. The material description is highly detailed
(transparent plastic with pastel tinting) with specific light interaction (high-contrast
reflections). Manufacturing details (seam lines, puckers, air bubbles) create realistic
imperfection. Lighting direction (strong side illumination from right) creates dramatic
contrast between the rim-lit edge and shadow areas. The dark background intensifies
focus on the subject.
●​ Key Elements: Extreme cropping, transparent materials, manufacturing details,
contrasting light and shadow, vertical format, dark background.

Prompt 3 (Sunflower Macro):

A high-end 3D rendering of an extreme macro close-up of a stylized sunflower, showing only

a partial segment of the blossom in intimate detail, as if seen through a scientific lens. The
cropped view reveals inflated petal structures made from translucent golden vinyl, bulging
with internal pressure and sealed with visible seam lines and soft tension wrinkles. The
petals are glossy and smooth, their surfaces bending light into sharp, specular reflections
and subtle rainbow sheens. Only a portion of the flower's central core is visible, featuring
matte black nodules arranged in a tight organic grid, each with a slightly uneven, silicone-like
texture reminiscent of alien anti-slip pads. Tiny imperfections like trapped air bubbles,
micro-dust, and slight warping near weld lines add to the photorealism. The entire
composition is cropped tightly, filling the frame with abstract floral geometry while
maintaining the recognizability of a flower. The background is an out-of-focus gradient haze
in warm sand and soft ochre tones, adding depth without visual distraction. The resulting
visual must be sharp, with a high level of detail. A representational image distinguished by its
lifelike texture, accurate lighting, and convincing shadows. Resolution 1792x1024.
 ●​ Analysis: This prompt uses scientific perspective (as if seen through a scientific lens)
and tight cropping for dramatic effect. Material contrast between elements (glossy
petals vs. matte black core nodules) creates visual interest. Manufacturing details
(seam lines, tension wrinkles, weld lines) add realism to the artificial construction.
Light interaction is specific (sharp specular reflections, rainbow sheens). The
background is complementary (warm sand and ochre) without competing with the
subject.
●​ Key Elements: Scientific perspective, tight cropping, contrasting materials,
manufacturing artifacts, detailed light interaction, complementary background.

This enhanced pack should provide a solid foundation and inspiration for generating
high-quality images in these categories. Remember to adapt and experiment with the
elements that work best for your specific vision!