{ "source_lock": "Use the uploaded image as the fixed structural blueprint. Preserve the exact silhouette, proportions, thickness, cutouts, openings, separate parts, layered elements, attachments, labels, logos, text, facial details, decorations, spacing, overlap, orientation, camera angle and composition. Do not redesign or simplify the source object. All material behavior must adapt to the original geometry exactly.", "palette": { "violet_base": "#5A2FC2", "cyan": "#24A8E8", "acid_lime": "#DDF235", "orange_red": "#FF6B3D", "background": "#000000" }, "material_system": "Construct the object as a smooth matte rubber body with dramatic multicolor bloom transitions, then interrupt the body with several luxurious soft fur islands and a few focused spike concentrations. The body remains the main structure, while fur and spikes add tactile complexity.", "surface_physics": "The main shell is matte violet rubber with a slightly dry premium finish, a fine grippy microtexture and real shape clarity. Across the shell apply large soft-edged bloom transitions in cyan, acid lime and orange-red, with the colors diffusing into one another in a fluid, cloud-like manner rather than crisp stripes. Selected areas become fur islands, using dense short fiber tufts in tones

{ "source_lock": "Treat the uploaded image as the immutable structural master. Preserve every visible source component exactly one-to-one: silhouette, proportions, thickness, openings, cutouts, separate parts, layered elements, attachments, readable text, logos, labels, facial details, decorative elements, relative positions, overlap, depth order, camera angle and composition. Nothing visible in the input may disappear, merge, move, simplify or be redesigned. Material scale must automatically adapt around fine source details.", "palette": { "silicone_base": "#E6B8F3", "cobalt_speckles": "#3154E8", "coral_speckles": "#FF6575", "glass_lime": "#C7ED49", "background": "#000000" }, "material_hierarchy": { "primary": "70% matte speckled silicone", "secondary": "25% recessed translucent glass channels", "accent": "5% darker polished silicone details" }, "construction": "Build the object primarily from dense matte molded silicone with embedded pigment aggregate. Across selected broad surfaces carve a small number of wide flowing recessed channels and fill them flush with translucent lime-tinted glass.", "surface_physics": "The silicone is warm lavender with a fine soft-touch grain and embedded cobalt and coral speckles at several scales: tiny pinpoints, medium rounded chips and a few larger irregular fragments. All speckles continue through the material thickness and appear naturally sliced at edges. The recessed glass channels are large, simple and fluid rather than numerous:

{ "source_lock": "Treat the uploaded image as the immutable structural master. Preserve every visible source component exactly one-to-one: silhouette, proportions, thickness, openings, cutouts, separate parts, layered elements, attachments, readable text, logos, labels, facial details, decorative elements, relative positions, overlap, depth order, camera angle and composition. Nothing visible in the input may disappear, merge, move, simplify or be redesigned. Material scale must automatically adapt around fine source details.", "palette": { "pearl_silver": "#D3D5D8", "cobalt": "#3564EC", "orchid_pink": "#ED67AF", "frosted_clear": "#E2F3F0", "aqua_core": "#71D8D2", "background": "#000000" }, "construction": "Build the object from a rigid pearlescent metallic outer body containing broad inset windows of dense frosted optical gel. Use the metallic material as the structural shell and frosted gel as thick embedded zones rather than one material blended into another.", "surface_physics": "The metallic shell has an extremely fine silver pearlescent grain, visually between satin powder-coated aluminum and metallic automotive lacquer, with no mirror finish. Across selected areas add soft directional cobalt and orchid-pink spray shading, concentrated into broad fading arcs and irregular feathered clouds that retain visible pigment granularity at their edges. The gel inserts have a semi-opaque frosted skin with a soft waxy optical body and contain slow internal aqua, violet and coral pigment diffusion several millimeters below the surface. These internal color blooms should have soft organic boundaries and genuine volumetric depth rather than look sprayed onto the exterior. At

{ "source_lock": "Treat the uploaded image as the immutable structural master. Preserve every visible source component exactly one-to-one: silhouette, proportions, thickness, openings, cutouts, separate parts, layered elements, attachments, readable text, logos, labels, facial details, decorative elements, relative positions, overlap, depth order, camera angle and composition. Nothing visible in the input may disappear, merge, move, simplify or be redesigned. Material scale must automatically adapt around fine source details.", "palette": { "leather_base": "#F2B3CA", "cobalt_airbrush": "#3459E9", "acid_green": "#C6F632", "deep_plum": "#633260", "background": "#000000" }, "construction": "Reconstruct suitable surfaces from genuine fine ostrich-grain leather tightly formed over the existing rigid geometry without puffing or changing its silhouette.", "surface_physics": "The leather must show the characteristic irregular follicle quills of real ostrich hide: scattered raised round follicles of varying diameter, fine natural grain between them, slight puckering around selected quill points and subtle directional creasing at bends. Dye the base soft pink, then apply large directional cobalt and acid-green airbrush clouds that penetrate the natural grain unevenly while leaving the raised follicles slightly lighter or darker depending on pigment accumulation. Use deep plum only inside several overlapping sprayed transitions. Keep the color fields large and editorial, with broad pink leather areas untouched.

{ "source_lock": "Preserve every visible source element exactly one-to-one: silhouettes, proportions, openings, cutouts, layered pieces, attachments, readable text, logos, labels, decorative elements, relative positions and camera view.", "palette": { "rubber_base": "#EFE8DA", "electric_blue": "#3158F5", "neon_pink": "#FF3A99", "orange": "#FF6427", "black_ink": "#18181D", "background": "#000000" }, "construction": "Reconstruct the existing surfaces from firm cream-colored molded rubber with a soft satin finish and fine tactile grain.", "surface_physics": "Apply physically believable layered spray-paint treatment directly onto the rubber: broad cobalt airbrush clouds, hot-pink overspray arcs, orange misted bands and sparse black marker-like gestural lines. The spray should show real pigment density, feathered aerosol edges, tiny overspray dots, occasional runs, matte dried paint accumulation and areas where pigment partially sinks into the rubber grain. Use large gestural zones rather than full graffiti

{ "source_lock": "Preserve the uploaded image as an immutable complete assembly. Keep every visible component, silhouette, proportion, opening, thickness, attachment, text, logo, label, decorative detail, overlap and source orientation exactly unchanged.", "palette": { "suede_base": "#C7B5F2", "acid_lime": "#C8FF35", "hot_pink": "#F6429B", "sunset_orange": "#FF8A45", "background": "#000000" }, "construction": "Reconstruct suitable surfaces from genuine very-short-pile micro-suede with a dense directional nap and soft matte tactile body.", "surface_physics": "Dye the suede with large-scale Y2K airbrush color fields rather than printed gradients. Use broad blurred acid-lime, hot-pink and orange blooms overlapping across the lavender pile, with irregular overspray edges and occasional sharper sprayed cores. Color must visibly live inside the fibers: brushed nap direction changes saturation, deeper fibers remain darker and individual pale or brightly dyed tips are visible at macro scale. Introduce a small number of fast hand-sprayed

Use the uploaded image as the fixed master reference. Rebuild the exact object one-to-one, preserving the original silhouette, proportions, cutouts, layered construction, text areas, logo placement, spacing, overlap, front-facing orientation and all recognizable structural details. Transform the surface into powder-coated metal with a silky matte finish. Base color soft silver #C9CED5, with gradient overspray in candy pink #FF82C2 and electric blue #5A7CFF appearing as subtle industrial color transitions. Keep the metal believable with fine powder texture, crisp edges, faint assembly wear and clean contemporary product realism. The result should feel solid, cool and stylish. Photograph it on a pure black background #000000 with dramatic but clean studio lighting and extremely sharp macro realism.

Use the uploaded image as the fixed master reference. Rebuild the exact object one-to-one, preserving the original silhouette, proportions, cutouts, layered construction, text areas, logo placement, spacing, overlap, front-facing orientation and all recognizable structural details. Transform the entire surface into a premium soft-touch rubber with tightly spaced sculpted ribs wrapping around the geometry. Use a vivid electric coral-to-tangerine gradient from #FF5D7A to #FF9A3D. The ribbing must feel physically molded into the material, with clean rhythm, tactile softness, matte dry finish, subtle edge compression and beautiful shadow separation between grooves. The result should feel sporty, graphic and highly tactile, never flimsy. Photograph it on a pure black background #000000 with refined product lighting and sharp macro realism.

Use the uploaded image as the fixed master reference. Rebuild the exact object one-to-one, preserving the original silhouette, proportions, cutouts, layered construction, text areas, logo placement, spacing, overlap, front-facing orientation and all recognizable structural details. Transform the surface into thick plush faux fur with directional fibers and soft volume. Base color lavender #B792FF, with subtle airbrushed fades in acid lime #B8FF3D and baby pink #FF9BD4 appearing as soft sprayed zones across selected areas. The fur must feel premium, fluffy and tactile, with individual fibers visible, soft edge frizz, natural clumping, slight compression on curves and realistic depth. Avoid cartoon fluff; make it editorial and materially convincing. Photograph it on a pure black background #000000 with elegant product lighting and detailed macro sharpness.

Use the uploaded image as the fixed master reference. Rebuild the exact object one-to-one, preserving the original silhouette, proportions, cutouts, layered construction, text areas, logo placement, spacing, overlap, front-facing orientation and all recognizable structural details. Transform the surface into a smooth molded plastic with a satin-matte finish and a fashionable terrazzo pattern. Base color warm cream #F4EBDD, with embedded chips in cobalt #4164FF, tomato #FF6A4A, blush #F4A0B6 and olive #95B66F. The terrazzo pieces should feel truly embedded within the material, varying slightly in size but remaining crisp and elevated in design quality. The surface should feel solid, clean and expensive. Photograph it on a pure black background #000000 with polished studio lighting and strong macro realism.

Use the uploaded image as the fixed master reference. Rebuild the exact object one-to-one, preserving the original silhouette, proportions, cutouts, layered construction, text areas, logo placement, spacing, overlap, front-facing orientation and all recognizable structural details. Transform the surface into a clean molded polymer base in off-white #F4F1EA, overlaid with tasteful airbrushed and hand-sprayed graffiti-style layers in neon lime #B9FF31, bright orange #FF7B2F, fuchsia #FF4FA8 and deep violet #7A4FFF. The paint should feel physically sprayed with soft overspray, drips, marker accents and layered tagging energy, but remain fashion-forward and balanced rather than messy. Keep the material itself smooth and solid underneath. Photograph it on a pure black background #000000 with crisp product lighting and sharp macro realism.

Use the uploaded image as an immutable full-object assembly blueprint. Preserve every visible source component one-to-one: silhouettes, proportions, openings, layered pieces, attachments, readable text, logos, faces, decorations, overlap and camera orientation remain exact. Rebuild suitable surfaces physically from hundreds of miniature genuine game-controller buttons and directional pads tightly seated into the source geometry. Use a main substrate of frosted translucent smoke plastic #CBD6D8, with buttons in saturated cobalt #3155E8, hot coral #F24B58, acid lime #BDF034 and violet #6D47D4. Use clearly recognizable legends and forms: A, B, X, Y, START, SELECT, plus signs, minus signs and real cross-shaped D-pads, rendered cleanly and correctly rather than pseudo-text. Larger A/B/X/Y button clusters act as focal regions while smaller buttons pack surrounding spaces; several broad components incorporate one oversized D-pad section formed from matte graphite #303137 rubber. Buttons must have real rounded caps, translucent side walls, molded legends, underside plungers and tiny gap shadows. Add slight finger-polish on common controls, fine surface scratches, dust in recesses and realistic rubber roughness. Preserve source text and small features by scaling buttons down locally. Photograph against pure black #000000 with premium gaming-hardware lighting, clean plastic highlights, deeply readable button legends, subtle rubber response and full macro photographic sharpness.

Use the uploaded image as an immutable full-assembly reference. Preserve every source component, opening, attachment, layered object, readable text, logo, label, decorative element, overlap and original view exactly. Reconstruct suitable surfaces from real stretch lamé fabric made from a dense black knit base #17161C laminated with an ultra-thin metallic foil coating in pale chrome #CCD3D8. Instead of a perfectly smooth metallic finish, intentionally fracture the foil into an irregular large-scale network as the fabric stretches over the existing geometry, revealing vivid ultraviolet knit #6338D7 through the cracks. Crack density follows physical strain: broad flat regions retain larger continuous silver foil areas, highly curved sections develop fine branching fractures and edges show tiny lifted foil scales. Add one limited accent: selected underlying knit zones shift to hot coral #F14868 so isolated cracks reveal coral rather than violet. Every foil fragment has true micron-thin thickness, slightly curled edges, microscopic scratches, worn high points and subtle wrinkle reflections. The textile beneath remains visibly knitted through larger breaks, with actual loops and soft deformation. Keep the source geometry rigid and precise. Photograph levitating against #000000 with broad controlled material lighting, long soft metallic reflections, rich dark crack lines, clear violet/coral underlayer and high-fashion Y2K textile realism.

Use the uploaded image as an immutable full-assembly reference. Preserve every visible source component exactly one-to-one: identical silhouette, proportions, thickness, openings, cutouts, layered pieces, attachments, readable source text, logos, labels, facial details, decorative elements, exact spacing, overlap, depth order and original viewing orientation. Nothing from the source may disappear, merge, move, simplify or be redesigned. Rebuild the visible material from hundreds of real miniature translucent computer-keyboard keycaps physically fitted together so the keycaps themselves form the surfaces, edges and thickness of the uploaded object. Use a clean Y2K palette of transparent lavender #8458D9, aqua #50D9D0, bubblegum pink #F06EAF, pale smoke #DCE4E7 and occasional translucent lemon #F3DC69, arranged in coherent color zones rather than random rainbow scatter. Every keycap must read unmistakably as a real keyboard key with a proper sculpted keycap profile, slightly concave top surface, injection-molded side walls, visible translucent plastic thickness, underside switch stem, tiny molding seam, realistic gap between neighboring keys and sharp centered legends. Use genuine recognizable keyboard legends throughout the material: CTRL, ENTER, SHIFT, ESC, TAB, ALT, FN, CAPS LOCK, BACKSPACE, SPACE, DELETE, HOME, END, PAGE UP, PAGE DOWN, arrow keys ↑ ↓ ← →, plus familiar letter and number keys. Include several clearly readable larger modifier keys such as ENTER, SHIFT, CTRL and SPACE as dominant visual anchors on broad areas, while smaller

Use the input image as an immutable geometry blueprint and preserve its precise silhouette, proportions, negative spaces, logo geometry, lettering and source viewpoint. Transform the object into a complex mineral composite while keeping the underlying design completely recognizable. Broad exterior regions are formed from dense dark graphite-gray rock with naturally fractured crystalline microstructure. Within selected recessed areas and controlled surface breaks, reveal deep internal geode cavities lined with progressively smaller translucent crystals ranging from smoky gray at the outer boundary through pale lavender to saturated violet at their deepest points. At the center of some cavities, expose smooth semi-transparent mineral glass instead of additional crystals, creating multiple material scales inside the same object. Crystal growth must remain contained within the source silhouette and never produce random spikes extending beyond it. Illuminate the cavities with subtle internal-looking reflected light while using a dramatic side key and thin cool rim to reveal the outer stone geometry. Center the object and suspend it in absolute empty black space, background #080808, with no ground, pedestal, environmental elements, horizon or external shadow.

Use the attached image as a strict geometry blueprint and preserve its exact silhouette, dimensions, internal holes, typography, logo contours, structural parts, orientation and original camera view. Flat source graphics may become shallow solid forms without any redesign. Reconstruct the exterior from thick translucent sea-glass in a saturated bottle-green tone, with smoothly rounded matte-frosted surfaces, softly polished edges and subtle internal inclusions. The material transmits light diffusely rather than remaining fully transparent, creating darker dense cores and brighter glowing thin edges. Include extremely fine abrasion and microscopic pitting associated with naturally weathered glass. Keep all source details exact. Center the object and make it freely levitate in empty air against a perfectly uniform #E8E8E6 background. No sand, water, ground, pedestal, support, horizon, contact shadow or external cast shadow. Only internal transmission and self-shading within the glass.

Use the attached image as the fixed geometric blueprint. Preserve all original contours, proportions, openings, lettering, logos, construction details, orientation and overall composition. Convert a flat graphic into a shallow object only when needed. Wrap the exterior tightly in extremely thin holographic Mylar foil with dense fine crinkles, sharp microscopic creases and irregular tension patterns that follow the object's geometry. The reflective foil produces narrow angle-dependent flashes of cyan, electric blue, magenta, lime, gold and violet while maintaining a predominantly silvery metallic base. Crumpling creates complex highlights but must not deform the underlying silhouette. Fine details remain readable beneath tightly stretched foil. Center the object and suspend it freely against a perfectly uniform solid #E8E8E6 background. No loose foil around it, floor, support, pedestal, horizon, contact shadow or external cast shadow. Lighting should produce controlled crisp reflections exclusively on the object.

{ "source_lock": "Treat the uploaded image as the immutable structural master. Preserve every visible source component, contour, thickness, opening, cutout, attachment, text, logo, facial detail, overlap, relative position and exact camera view. The transformation changes materials only.", "palette": { "knit_blue": "#3E63D9", "knit_lilac": "#A58AE5", "latex_silver": "#C5CBD0", "latex_pink": "#E56EA5", "background": "#000000" }, "material_logic": { "dominant_material": "Dense three-dimensional spacer knit with raised rounded bubble stitches.", "secondary_material": "Thin metallic latex stretched selectively across knit valleys." }, "macro_structure": "Form the surface from an engineered knit whose stitch topology creates broad swollen bubble rows separated by narrow flexible valleys. Arrange the raised rows directionally with the source geometry rather than as a uniform grid.", "meso_structure": "Use cobalt knit transitioning slowly into lilac across large areas. Stretch thin silver metallic latex across selected valley systems so the metal appears as smooth flowing bands between the soft raised knit rows. In a few focal areas shift the latex from silver toward muted metallic pink.", "micro_structure": "Resolve real knitted loops, yarn twist, tiny fiber fuzz, stretched stitches on convex

Use the attached image strictly as a geometry blueprint. Preserve its silhouette, proportions, openings, source graphics, typography, logo contours, construction and orientation. If the source is flat, give it subtle physical thickness without changing its frontal design. Cover the complete exterior in deep burgundy crushed velvet with dense ultra-short directional pile. The velvet fibers create irregular light-and-dark tonal islands depending on brushing direction, producing the characteristic liquid-like crushed sheen without any printed pattern. Broad surfaces reveal sweeping changes in nap direction while edges show finely wrapped textile construction and restrained compression. Fine source details remain perfectly legible. The object floats freely in the center of an empty scene against one perfectly uniform #E8E8E6 background. No floor, pedestal, stand, wall interaction, horizon, contact shadow or external cast shadow. Soft broad studio highlights should interact only with the velvet nap and the object's own geometry.

Use the uploaded image as the identity and primary-shape blueprint for a physically realized 3D material object. Preserve the subject's recognizable outer silhouette, overall proportions, major internal openings, negative spaces and essential graphic structure. Do not redesign the subject or replace it with another object. If the uploaded source is flat artwork, typography or a logo, give it convincing physical thickness while preserving its frontal design. If it is already a three-dimensional object, preserve its overall orientation and primary form. MATERIAL CONSTRUCTION: [INSERT MATERIAL BLOCK HERE] The chosen material must physically reconstruct the object rather than appear as a texture map, decal, printed pattern or photographic overlay. Allow material-specific secondary geometry to change the local surface structure wherever physically appropriate: thickness, displacement, pores, fibers, cells, folds, seams, swelling, compression, cavities, cracks, layers, particles, strands, wrinkles, extrusion or erosion. Preserve the recognizable primary silhouette and major negative spaces while allowing the material itself to determine the smaller surface topology. Render the result as a genuinely modeled three-dimensional asset with convincing thickness, edge construction and material-dependent depth. CAMERA AND COMPOSITION: Keep the source object's general visual orientation whenever possible. Use a clean near-frontal premium 3D product-render viewpoint with only a subtle amount of perspective revealing physical thickness. Neutral long-lens visual compression, approximately equivalent to an 85–100 mm product-photography lens. No wide-angle distortion, dramatic perspective, dutch angle or unnecessary rotation. Show the complete object, fully inside the frame, centered consistently, occupying approximately 62–68% of the image height with generous negative space around it. The object floats freely in empty space against an infinite pure-black background, exact color #000000. No floor, ground plane, table, pedestal, base, wall, visible support, wire, horizon line, contact shadow or cast shadow outside the object. LIGHTING: Use restrained high-end material-study illumination consistent across the entire collection. Soft directional illumination comes predominantly from the upper-left-front direction, creating broad dimensional modeling across the form, smooth transitions from light to shadow and clearly readable microgeometry. Maintain a small amount of neutral frontal illumination so shadowed regions retain material information, with only very subtle separation along selected upper-right

{ "source_lock": "Treat the uploaded image as the immutable structural master. Preserve every visible source component exactly one-to-one: silhouette, proportions, thickness, openings, cutouts, negative spaces, separate parts, layered elements, attachments, readable text, logos, labels, facial details, decorative source elements, relative positions, overlap, depth order, camera angle and composition. Transform the existing material only. Do not add external ornaments, panels, shells or objects.", "palette": { "frosted_base": "#D9ECEA", "cobalt": "#2857DA", "coral": "#F36D7B", "orchid": "#9D72DB", "chartreuse": "#C6E84D", "background": "#000000" }, "material_logic": { "dominant_material": "Thick satin-frosted fused glass.", "secondary_material": "Large colored glass-cane structures fused throughout the same body." }, "macro_structure": "Keep the overall surface pale and frosted. Inside the material form several large flowing fields of fused glass cane, not scattered inclusions. Colored structures should travel continuously through the object's thickness and reappear naturally on side surfaces and cut edges.", "meso_structure": "Build the colored regions from tightly bundled glass rods with visible concentric cross-sections and stretched elongated patterns, like complex millefiori cane pulled through hot glass. Use cobalt and orchid as the dominant cane colors, coral as a secondary color and chartreuse only as a rare sharp accent. Some bundles remain circular in cross-section while others stretch into long ribbons

{ "source_lock": "Treat the uploaded image as the immutable structural master. Preserve every visible source component exactly one-to-one: silhouette, proportions, thickness, openings, cutouts, negative spaces, separate parts, layered elements, attachments, readable text, logos, labels, facial details, decorative source elements, relative positions, overlap, depth order, camera angle and composition. Transform the existing surfaces only. Do not add external shells, clothing, panels, frames, appliques or decorative objects that were not present in the source. The transformed object must match the original source geometry when overlaid.", "palette": { "base_lilac": "#B89AE9", "raspberry": "#EE4D98", "acid_lime": "#C9F43D", "electric_blue": "#315CEB", "chrome": "#C6CDD2", "background": "#000000" }, "material_logic": { "dominant_material": "Dense satin polyurethane with a softly dry molded surface.", "secondary_material": "Translucent colored elastomer contained inside recessed relief cells.", "structural_accent": "Very narrow polished chrome dividers integrated flush into the material." }, "macro_structure": "Divide each broad surface into a small number of large flowing cells using continuous chrome lines that curve organically with the existing geometry. Use approximately 6–15 large cells on a broad source component, never hundreds of tiny cells. The line network should feel like fluid Y2K cloisonne rather than honeycomb or mosaic.", "meso_structure": "Keep approximately half the cells matte lilac polyurethane. Fill selected neighboring cells with translucent raspberry, acid-lime and electric-blue elastomer, forming large coherent color regions rather than alternating every cell. Colored cells sit slightly lower than the matte base and have

Use the uploaded input as an exact geometry constraint. Preserve its silhouette, proportions, openings, typography, logos, orientation and all recognizable source details without redesign. Reconstruct the object from pale warm-gray porous mineral stone with extremely fine sedimentary grain, scattered tiny cavities, subtle geological strata and irregular eroded micro-edges. Within selected naturally shaped cavities, replace the rough stone interior with flawless mirror-polished silver metal, as though metallic material had formed organically inside geological voids. Some cavities are shallow polished pools while others extend deeper and reveal distorted mirrored interiors. Keep the transition between dry porous stone and perfect chrome unusually precise and physically believable. Use raking directional light to reveal the stone texture, paired with long narrow studio reflections that appear only inside the metallic cavities. A restrained back rim separates the pale object from the dark scene. Center the object and make it levitate freely against uniform #080808 black, without ground, pedestal, support, visible studio, horizon, contact shadow or cast shadow.

Use the uploaded image as an immutable full-assembly reference. Preserve every source silhouette, component, opening, attachment, text, logo, label, decorative feature, spacing, overlap and exact source orientation. Reconstruct suitable surfaces from genuine soft-touch thermochromic silicone with a base color of deep ultraviolet #6335D3. Create large physically plausible temperature-reactive color blooms across the material rather than a static airbrushed gradient: cooler areas remain violet, medium-temperature zones shift through saturated cobalt #2C58E8 and turquoise #26C9BE, and warmer zones transition sharply into acid yellow #D8F23B and vivid orange #FF632A. The boundaries between colors should have irregular diffusion fronts and subtle finger-pressure-like shapes, as if the material has recently been touched at several broad points and is slowly returning to its cool state. Keep the silicone surface itself real and tactile: ultra-fine molded grain, soft matte roughness, slight finger-pressure deformation on broad regions, microscopic dust, tiny handling marks and a faint satin sheen only on compressed high points. Avoid smooth rainbow gradients; the thermochromic response should look chemically embedded inside the silicone and vary naturally with local thickness. Preserve fine source details with calmer temperature fields. Photograph against black #000000 with neutral material-study lighting that does not introduce colored light, so every color comes from the actual surface chemistry. Broad soft upper-left key, gentle fill, restrained highlights, rich saturated local color and extreme macro realism.

Use the uploaded image as an immutable full-assembly reference and preserve every source component, opening, layer, attachment, text, logo, label, decoration, overlap, relative scale and viewing orientation exactly. Reconstruct suitable visible surfaces from individually cast polished chrome hardware pieces shaped into large Y2K tribal forms: sharp sweeping hooks, stretched flame-like curves, forked spikes, elongated crescents and mirrored abstract glyphs. The chrome pieces themselves should interlock and overlap tightly enough to physically form the source object's surfaces and thickness, with a deep black rubber substrate #151519 only visible through narrow gaps. Finish most metal in bright polished chrome #C9CFD3, with a minority anodized in electric blue #2457E9 and hot magenta #E42D85 as large isolated accent modules. Every hardware piece must show real cast-metal thickness, soft rounded backs, polished bevels, tiny mounting pins or screws, hairline scratches, faint fingerprints and subtle edge wear. Avoid printed tribal graphics entirely: the pattern is three-dimensional physical hardware. Preserve fine source features through smaller metal glyphs. Photograph the complete object floating against #000000 with hard-fashion editorial lighting: broad soft modeling plus small controlled specular accents, deep black gaps between pieces, crisp chrome curvature and premium jewelry-grade macro realism.

Use the uploaded image as the fixed master reference. Rebuild the exact object one-to-one, preserving the original silhouette, proportions, cutouts, layered construction, text areas, logo placement, spacing, overlap, front-facing orientation and all recognizable structural details. Transform the surface into powder-coated metal with a silky matte finish. Base color soft silver #C9CED5, with gradient overspray in candy pink #FF82C2 and electric blue #5A7CFF appearing as subtle industrial color transitions. Keep the metal believable with fine powder texture, crisp edges, faint assembly wear and clean contemporary product realism. The result should feel solid, cool and stylish. Photograph it on a pure black background #000000 with dramatic but clean studio lighting and extremely sharp macro realism. Use the uploaded image as the fixed master reference. Rebuild the exact object one-to-one, preserving the original silhouette, proportions, cutouts, layered construction, text areas, logo placement, spacing, overlap, front-facing orientation and all recognizable structural details. Transform the surface into a clean molded polymer base in off-white #F4F1EA, overlaid with tasteful airbrushed and hand-sprayed graffiti-style layers in neon lime #B9FF31, bright orange #FF7B2F, fuchsia #FF4FA8 and deep violet #7A4FFF. The paint should feel physically sprayed with soft overspray, drips, marker accents and layered tagging energy, but remain fashion-forward and balanced rather than messy. Keep the material itself smooth and solid underneath. Photograph it on a pure black background #000000 with crisp product lighting and sharp macro realism. { "source_lock": "Use the uploaded image as the fixed structural master. Preserve every visible source component exactly: full silhouette, proportions, thickness, openings, cutouts, separate pieces, attachments, layered construction, text, logos, labels, faces, decorations, overlap, spacing, depth order and camera view. Only the material

{ "source_lock": "Treat the uploaded image as the immutable structural master. Preserve every visible source component exactly one-to-one: silhouette, proportions, thickness, openings, cutouts, separate parts, layered elements, attachments, readable text, logos, labels, facial details, decorative elements, relative positions, overlap, depth order, camera angle and composition. Nothing visible in the input may disappear, merge, move, simplify or be redesigned. Material scale must automatically adapt around fine source details.", "palette": { "foam_base": "#F3A5BB", "foam_cobalt": "#3557DA", "foam_lime": "#C6E846", "metal": "#C2C8CD", "background": "#000000" }, "material_hierarchy": { "primary": "65% dense microcellular foam", "secondary": "30% satin aluminum", "accent": "5% dark rubber seam" }, "construction": "Build the object as a dense closed-cell foam body partially wrapped in precisely fitted satin aluminum shells. Foam remains the dominant exposed material while metal appears as broad clean panels and edge guards.", "surface_physics": "The foam is blush pink with real microcellular structure and embedded cobalt and lime pigment islands visible both at the surface and in cut edges. Use a mix of microscopic pores and slightly larger irregular cells, but keep the material dense and refined rather than sponge-like. Aluminum panels are pale satin silver with fine

{ "source_lock": "Treat the uploaded image as an immutable structural blueprint. Preserve all source components, proportions, thicknesses, openings, attachments, text, logos, labels, decorative details, overlap and viewing orientation exactly.", "palette": { "silicone_base": "#EF4E91", "spike_tip": "#FFB347", "accent": "#8E6BFF", "background": "#000000" }, "construction": "Reconstruct suitable surfaces from dense soft molded silicone with a rich matte-satin body.", "surface_physics": "Cover selected broad areas with thousands of short flexible conical micro-spikes physically molded from the same silicone body. Spikes have softly rounded tips, dense consistent bases and subtle natural variation in lean and height. Keep the body saturated hot pink while dyeing only the final millimeters of broad spike fields warm apricot, with a few violet-tipped zones for contrast. The spike direction forms large sweeping fields following the local geometry rather than random vertical hair.

{ "source_lock": "Preserve every visible source component exactly: silhouette, proportions, thickness, openings, attachments, layers, text, logos, labels, decorative details and camera orientation.", "palette": { "frosted_tpu": "#D5C9F3", "inner_layer": "#A9EF35", "secondary_inner": "#FF657E", "background": "#000000" }, "construction": "Reconstruct suitable surfaces from thick frosted translucent TPU laminated over a saturated flexible inner sheet.", "surface_physics": "Create a precise field of smooth laser-cut perforations transitioning from larger elongated capsules to tiny circular holes across broad regions. Through the holes reveal the acid-lime inner layer, with only one or two selected zones switching to coral beneath. The TPU has real flexible thickness, softly frosted surfaces, subtle stretch whitening around several openings, fine molding haze and tiny compression marks. Hole walls remain semi-translucent

{ "source_lock": "Use the uploaded image as the fixed structural blueprint. Preserve the exact silhouette, proportions, thickness, cutouts, openings, separate parts, layered elements, attachments, labels, logos, text, facial details, decorations, spacing, overlap, orientation, camera angle and composition. Do not redesign or simplify the source object. All material behavior must adapt to the original geometry exactly.", "palette": { "mink_lilac": "#C9B2F1", "soft_mint": "#C7F19B", "powder_pink": "#F5B6CF", "spike_pink": "#F57FAA", "tip_peach": "#FFD199", "background": "#000000" }, "material_system": "Rebuild the object as a luxurious short-mink-like fur body wrapped by selected flexible spike membranes. The fur remains dominant and continuous, while spike-rich areas behave like a second skin laid over specific surfaces.", "surface_physics": "The fur must appear extremely refined: tight and silky, with short premium fibers, visible direction changes around form transitions and a slight halo at the silhouette. Flow broad soft mint and powder-pink bands through the lilac base using real fiber coloration, so the hues softly bloom inside the fur. On selected surfaces overlay a skin of flexible soft spikes growing from

Use the uploaded image as the fixed master reference. Rebuild the exact object one-to-one, preserving the original silhouette, proportions, cutouts, layered construction, text areas, logo placement, spacing, overlap, front-facing orientation and all recognizable structural details. Transform the surface into dark matte rubber in charcoal #2A2B31 with precise perforation fields revealing a bright internal layer in hyper lime #D4FF28. The perforations should vary in scale to follow the object's geometry and remain sharply machined, giving the impression of a high-performance industrial-fashion material. Add slight wear polish on touch points, clean edges and strong shadow depth inside the holes. Photograph it on a pure black background #000000 with premium product lighting and crisp material realism.

{ "source_lock": "Treat the uploaded image as the immutable structural master. Preserve every visible source component exactly one-to-one: silhouette, proportions, thickness, openings, cutouts, negative spaces, separate parts, layered elements, attachments, readable text, logos, labels, facial details, decorative source elements, relative positions, overlap, depth order, camera angle and composition. The material must conform to the existing geometry and may not generate an additional garment or outer shell.", "palette": { "silicone_coral": "#F56B87", "silicone_orchid": "#A67BE8", "gel_aqua": "#62DCD2", "gel_lime": "#C9F03B", "background": "#000000" }, "material_logic": { "dominant_material": "Thick matte silicone cord physically crocheted into a dense continuous skin.", "secondary_material": "Glossy translucent gel occupying selected open channels between crochet paths." }, "macro_structure": "Cover the geometry in an oversized continuous crochet topology formed from thick rounded silicone cord. Use broad loops, interlocking U-shapes, large braided turns and clean repeating stitch families. The pattern should flow with the source geometry and remain clearly recognizable from a distance.", "meso_structure": "Keep most silicone cord coral, transitioning into orchid across several broad fields. Instead of closing every gap, leave a limited number of elongated openings between selected stitch paths and fill these recessed openings with translucent aqua gel. Use acid-lime gel only in a few smaller focal

{ "source_lock": "Treat the uploaded image as the immutable structural master. Preserve every visible source component exactly one-to-one: silhouette, proportions, thickness, openings, cutouts, separate parts, layered elements, attachments, readable text, logos, labels, facial details, decorative elements, relative positions, overlap, depth order, camera angle and composition. Nothing visible in the input may disappear, merge, move, simplify or be redesigned. Material scale must automatically adapt around fine source details.", "palette": { "base_enamel": "#D6D3E4", "scale_blue": "#3F6EDC", "scale_pink": "#E97CAF", "scale_green": "#9DD46B", "dark_grout": "#37363C", "background": "#000000" }, "material_hierarchy": { "primary": "100% layered hard-enamel scale system" }, "construction": "Reconstruct suitable surfaces from overlapping rigid enamel scales arranged like contemporary architectural shingles rather than biological fish skin.", "surface_physics": "Each scale is a thin rounded trapezoid with a subtly convex glazed face, dark recessed base edge and real hard-enamel thickness. Use broad color fields of cobalt, pink and green rather than alternating every scale. Slightly vary glaze opacity so some scales are nearly opaque and others show deeper translucent color. Neighboring scales overlap physically and create

Use the uploaded image as an immutable full-assembly geometry reference. Preserve every source component, silhouette, opening, thickness, attachment, layered piece, readable text, logo, decoration, overlap and exact source camera orientation. Reconstruct suitable surfaces from real three-dimensional spacer textile engineered like premium technical footwear: an upper knit layer in icy pearl #E8EFEA formed from tightly woven elliptical apertures, a hidden monofilament spacer layer several millimeters deep in electric cobalt #284FFF, and a lower backing knit in vivid tangerine #FF6328 visible through the openings. The three layers must be physically separate and structurally readable rather than appearing as a printed perforation. Every aperture has a genuine knitted rim, individual polyester filaments, tiny fuzzy broken fibers and subtle deformation from tension; inside each hole, hundreds of near-vertical cobalt spacer monofilaments bridge the upper and lower fabrics and create rich deep micro-shadowing. Vary aperture geometry by region: elongated oval openings across broad areas and progressively smaller compact openings near edges and intricate source features. Keep large unperforated knitted border zones around important details to preserve visual hierarchy. Add no other decorative elements—the depth of the three-layer textile is the entire concept. Photograph the complete object floating against pure black #000000 with sneaker-editorial lighting: broad upper-left illumination grazing the upper knit, restrained frontal fill revealing the cobalt internal filaments, warm orange backing visible deep inside apertures, clean fiber definition and extremely tactile real-material realism.

{ "source_lock": "Treat the uploaded image as the immutable structural master. Preserve every visible source component exactly one-to-one: silhouette, proportions, thickness, openings, cutouts, separate parts, layered elements, attachments, readable text, logos, labels, facial details, decorative elements, relative positions, overlap, depth order, camera angle and composition. Nothing visible in the input may disappear, merge, move, simplify or be redesigned. Material scale must automatically adapt around fine source details.", "palette": { "frosted_glass": "#BCE8E4", "cobalt_glass": "#4169E8", "speckled_peach": "#FF9C85", "violet_speckles": "#7049D8", "chrome": "#C8CED2", "background": "#000000" }, "material_hierarchy": { "primary": "50% vertically and concentrically ribbed frosted glass", "secondary": "35% matte speckled peach polymer", "accent": "15% satin chrome junctions" }, "construction": "Divide broad source areas into large coherent fields of frosted optical glass and dense matte polymer. Use chrome only at selected material junctions and structural intersections.", "surface_physics": "The glass is thick and semi-translucent with alternating rib systems: selected zones use very fine parallel vertical flutes while others use broad curved concentric ribs following the source geometry. Rib relief is physically molded, with frosted faces and slightly clearer polished ridge peaks. Subtle cobalt pigment density appears deeper inside selected glass zones. The polymer is warm peach with embedded irregular violet and cobalt chips, ranging

{ "source_lock": "Treat the uploaded image as the immutable structural master. Preserve every visible source component exactly one-to-one: silhouette, proportions, thickness, openings, cutouts, separate parts, layered elements, attachments, readable text, logos, labels, facial details, decorative elements, relative positions, overlap, depth order, camera angle and composition. Nothing visible in the input may disappear, merge, move, simplify or be redesigned. Material scale must automatically adapt around fine source details.", "palette": { "rubber_base": "#EFB0D0", "cobalt": "#2858E8", "acid_lime": "#CBF136", "orange": "#FF6B28", "chrome": "#C7CDD2", "background": "#000000" }, "material_hierarchy": { "primary": "55% bubble-relief matte rubber", "secondary": "30% chrome pools and structural panels", "accent": "15% aerosol pigment" }, "construction": "Build the source geometry from dense pink elastomer carrying a physical field of rounded convex nodules, interrupted by several broad irregular chrome pools flush with the surface.", "surface_physics": "The rubber relief consists of rounded bubble-like hemispheres and softened domes in several related sizes, organized into flowing clusters rather than a uniform polka-dot grid. Deep spaces between domes remain matte pink and create rich micro-shadowing. Chrome appears as several large amoeba-like flush regions that weave between bubble clusters, with true polished metallic roughness and softly warped reflections. Apply cobalt,

{ "source_lock": "Treat the uploaded image as the immutable structural master. Preserve every visible source component exactly one-to-one: silhouette, proportions, thickness, openings, cutouts, separate parts, layered elements, attachments, readable text, logos, labels, facial details, decorative elements, relative positions, overlap, depth order, camera angle and composition. Nothing visible in the input may disappear, merge, move, simplify or be redesigned. Material scale must automatically adapt around fine source details.", "palette": { "wax_base": "#E6B2F0", "salt_clear": "#F3F5EE", "salt_blue": "#7AB6F2", "salt_orange": "#F0A060", "background": "#000000" }, "material_hierarchy": { "primary": "70% dense matte wax", "secondary": "30% grown cubic salt-crystal crust" }, "construction": "Reconstruct the object from dense pigmented wax that has been selectively seeded with real salt crystallization across broad regions.", "surface_physics": "The wax is lavender, dry and softly satin with subtle drag marks, micro-scuffs and faint handling bloom. Across selected surfaces grow real cubic and stepped salt crystals in dense clusters, ranging from microscopic grains to larger 2–5 mm formations. Most crystals remain icy translucent white, while limited groups shift pale blue or warm orange through mineral tinting. Crystal growth must be physically

{ "source_lock": "Treat the uploaded image as the immutable structural master. Preserve every visible source component exactly one-to-one: silhouette, proportions, thickness, openings, cutouts, separate parts, layered elements, attachments, readable text, logos, labels, facial details, decorative elements, relative positions, overlap, depth order, camera angle and composition. Nothing visible in the input may disappear, merge, move, simplify or be redesigned. Material scale must automatically adapt around fine source details.", "palette": { "porous_ceramic": "#FF806B", "deep_coral": "#D95462", "gel_blue": "#315FE8", "gel_lime": "#C5EE38", "metal": "#BCC4CB", "background": "#000000" }, "material_hierarchy": { "primary": "65% saturated porous ceramic", "secondary": "25% translucent gel-filled cavities", "accent": "10% satin aluminum plates" }, "construction": "Reconstruct the object from high-fired coral ceramic with genuine open porosity. Use selected naturally enlarged cavities as reservoirs containing translucent colored gel, and introduce only a few satin-metal structural plates.", "surface_physics": "The ceramic body contains a convincing hierarchy of pores: thousands of micro-pores, medium rounded cavities and occasional larger irregular voids with thin brittle walls. Its surface remains dry and mineral-matte with subtle kiln variation and darker coral inside deep pores. Fill a small number of larger cavities completely with smooth cobalt or acid-lime translucent gel, creating glossy optical pockets recessed below the porous surface.

{ "source_lock": "Treat the uploaded image as the immutable structural master. Preserve every visible source component exactly one-to-one: silhouette, proportions, thickness, openings, cutouts, separate parts, layered elements, attachments, readable text, logos, labels, facial details, decorative elements, relative positions, overlap, depth order, camera angle and composition. Nothing visible in the input may disappear, merge, move, simplify or be redesigned. Material scale must automatically adapt around fine source details.", "palette": { "foam_base": "#F6A4BE", "electric_blue": "#3157EA", "acid_lime": "#D2F531", "chrome": "#C8CED3", "violet_ink": "#6E3CCB", "background": "#000000" }, "material_hierarchy": { "primary": "55% porous pigmented structural foam", "secondary": "30% polished chrome skeletal bands", "accent": "15% sprayed and absorbed color interventions" }, "construction": "Build the object as a dense microcellular foam body reinforced by a continuous polished-metal skeleton that follows the existing source geometry. Chrome should appear as several broad structural ribbons and junctions physically embedded through the foam rather than as decorative trim.", "surface_physics": "The pink foam has genuine irregular cellular topology: thousands of tiny pores, scattered medium cavities and a restrained number of larger torn cells, with real depth and rough cut edges. Across selected foam regions apply saturated cobalt, lime and violet aerosol gestures: broad misted fields, dense pigment cores, small overspray droplets, short marker-like sweeps and occasional controlled drips. Pigment physically penetrates the open cells and becomes

{ "source_lock": "Treat the uploaded image as the immutable structural master. Preserve every visible source component exactly one-to-one: silhouette, proportions, thickness, openings, cutouts, separate parts, layered elements, attachments, readable text, logos, labels, facial details, decorative elements, relative positions, overlap, depth order, camera angle and composition. Nothing visible in the input may disappear, merge, move, simplify or be redesigned. Material scale must automatically adapt around fine source details.", "palette": { "aerogel_lilac": "#C5B4EE", "aerosol_blue": "#3159F0", "aerosol_pink": "#F54299", "acid_yellow": "#E4F232", "chrome": "#C8CED3", "background": "#000000" }, "material_hierarchy": { "primary": "60% ultra-light porous aerogel-like solid", "secondary": "25% polished chrome structural network", "accent": "15% absorbed graffiti pigments" }, "construction": "Build the object from an opaque-to-slightly-translucent microcellular aerogel-like solid reinforced by several smooth chrome structural paths integrated through the body.", "surface_physics": "The lilac porous solid is extremely fine and dry, with a velvety mineral feel and millions of microscopic cavities producing soft diffuse depth. Add a restrained number of slightly larger irregular pores for tactile hierarchy. Across the porous material apply cobalt, hot-pink and acid-yellow spray gestures; pigment sinks into the open structure, creating dense colorful pore cores surrounded by

Use the uploaded image as the fixed master reference. Rebuild the exact object one-to-one, preserving the original silhouette, proportions, cutouts, layered construction, text areas, logo placement, spacing, overlap, front-facing orientation and all recognizable structural details. Transform the surface into semi-opaque frosted glass with soft internal depth and a clean vertical gradient shifting from icy aqua #8EE7E1 to lilac haze #B69CFF to translucent shell pink #F7B8D9. The glass should have realistic thickness, softly diffused edges, satin-frosted translucency, internal glow, very fine surface bloom and delicate cold highlights. Keep the material elegant, modern and believable, with real glass density rather than glossy jelly. Photograph it on a pure black background #000000 with premium studio lighting and ultra-crisp material realism.

{ "source_lock": "Preserve every source element exactly one-to-one: silhouette, proportions, thickness, openings, layered components, attachments, text, logos, labels, decorations, overlap and viewing orientation.", "palette": { "ceramic_base": "#EFDDD1", "cobalt_glaze": "#3656D9", "orange_glaze": "#F57A39", "background": "#000000" }, "construction": "Reconstruct the existing object from dense fine ceramic with a dry satin body and real fired thickness.", "surface_physics": "Form a limited number of large irregular concave cells directly into broad ceramic surfaces, similar to hand-pressed thumb wells but cleaner and more graphic. Leave most ceramic warm blush-beige and coat selected cell interiors with deep glossy cobalt glaze, with a smaller number in saturated orange. Glaze pools darker at the deepest points and thins toward the matte ceramic rim. Each cell has a slightly unique outline,

Use the uploaded image as the fixed master reference. Rebuild the exact object one-to-one, preserving the original silhouette, proportions, cutouts, layered construction, text areas, logo placement, spacing, overlap, front-facing orientation and all recognizable structural details. Transform the surface into semi-translucent jelly-like polymer with a frosted skin and internal marbling. Use mint #8DECCB, pale aqua #9CEAF0 and light lilac #C0A8FF. The material should feel soft and thick yet physically real, with cloudy depth, internal color turbulence, softly blurred edges, diffused highlights and realistic silicone-like density. Avoid toy-like transparency; make it premium and nuanced. Photograph it on a pure black background #000000 with studio product lighting and ultra-detailed material fidelity.

Use the uploaded image as an immutable full-assembly reference. Preserve the exact complete source construction including every visible part, opening, attachment, layered piece, label, text, logo, decoration, scale relationship, overlap and orientation. Reconstruct suitable surfaces from one continuous rounded silicone cord densely laid across the form in elaborate looping paths, as though the entire surface has been meticulously drawn with a single extruded line. Use saturated electric green #A8E800 as the dominant cord with occasional parallel sections in deep violet #6027D8. The cord has a soft satin elastomer finish, subtle molded micrograin and a consistent rounded cross-section. Organize it into large swirling loops, nested U-turns, compressed parallel runs and sweeping directional flows that clearly follow each component's geometry, leaving no random spaghetti-like tangles. Tiny recessed gaps between adjacent cord runs create strong rhythmic self-shadowing and real tactile depth. Around labels, text, faces and delicate parts, automatically reduce cord diameter and spacing without losing any source element. Render the complete preserved assembly floating against #000000, exact source camera retained, clean upper-left-front material lighting, rich green-violet separation, crisp groove shadows and exceptionally refined tactile CGI.

{ "source_lock": "Treat the uploaded image as the immutable structural master. Preserve every visible source component exactly one-to-one: silhouette, proportions, thickness, openings, cutouts, separate parts, layered elements, attachments, readable text, logos, labels, facial details, decorative elements, relative positions, overlap, depth order, camera angle and composition. Nothing visible in the input may disappear, merge, move, simplify or be redesigned. Material scale must automatically adapt around fine source details.", "palette": { "primary": "#......", "secondary": "#......", "accent": "#......", "background": "#000000" }, "construction": "What the object is physically made from and how this material is constructed.", "surface_physics": "Large-scale surface behavior, tactile structure, roughness, relief, fibers, pores, grooves, transparency, wear, manufacturing details and realistic imperfections.", "detail_control": "How the material adapts around text, logos, openings,

Use the uploaded image as an immutable full-assembly reference. Preserve every source component, silhouette, opening, internal separation, attachment, label, readable text, logo, decorative element, overlap, spacing and original orientation exactly. Reconstruct suitable volumes from open-cell aluminum foam with a physically complex network of irregular interconnected pores and thin metallic bridges. Apply a saturated powder-anodized surface in hot magenta #E62B87 while leaving selected freshly cut pore interiors raw silver #C7CDD1. Inside a small number of larger cavities deposit a smooth translucent resin lining in deep cobalt #2850FF, visible as glossy blue pockets embedded among the dry metallic cellular structure. The pore hierarchy must be convincing: microscopic pinholes, medium cells and occasional larger openings, all following genuine foamed-metal topology rather than procedural dots. Broad areas retain dense magenta foam with only sparse blue cavities, producing a strong simple read at thumbnail scale and extreme complexity at macro scale. Fine source components receive tighter cell density. Render the exact preserved assembly floating against black #000000, original camera retained, broad grazing upper-left-front illumination, rich pore self-occlusion, crisp raw-metal edge response, controlled cobalt optical highlights and premium physically convincing CGI.

Use the uploaded image as an immutable full-object assembly reference. Preserve every source silhouette, component, thickness, opening, layered part, attachment, text, logo, label, decorative detail, overlap and source camera exactly. Reconstruct suitable surfaces from a physically real cellular frame supporting thousands of thin soap-film membranes. The frame itself is deep cobalt silicone #2648CC and remains very fine, while the membranes span irregular rounded polygonal cells and show authentic nanometer-thin interference colors: pale cyan #7DE3F1, violet #8A65DE, hot pink #EE67A1 and warm gold #EFC363 appearing only as subtle angle-dependent bands. Each membrane must show slight concavity, irregular thickness gradients, delicate edge tension and tiny moisture beads collecting at several frame junctions. Keep cell size relatively large and organic so individual membranes remain readable rather than becoming foam. Near fine source details, reduce cell scale while maintaining all geometry. Photograph floating against pure black #000000 with precise material illumination that reveals thin-film interference without artificial rainbow glow, deep blue frame shadows, microscopic liquid edge detail and a highly sophisticated experimental-material aesthetic.

Use the uploaded image as an immutable full-object reference. Preserve the complete source one-to-one, including every silhouette, proportion, thickness, opening, attachment, label, readable text, logo, decorative component, overlap and source view. Construct suitable material from many thin die-cut EVA foam sheets physically laminated into the existing geometry. Use a dominant pale lavender #C9B7F4 with large airbrushed gradient zones shifting into neon lime #B9F52E and hot coral #FF5A65, while inner laminate layers expose saturated cobalt #3156EA along selected existing edges and shallow cutouts. The foam must show genuine closed-cell structure, matte rubbery surface, tiny blade-cut striations, pressure dents, soft sanded corners and slight color absorption into the porous skin. Create a few large precision-cut apertures or scalloped recesses in broad areas where the cobalt inner sheets become visible, without changing the source silhouette. Avoid tiny random holes; use bold graphic layer reveals and smooth airbrush transitions. Photograph freely suspended against #000000 with sneaker-editorial lighting, soft diffuse foam response, strong colored edge separation, visible microcellular texture and premium physical-product realism.

Use the uploaded image as an immutable full-object reference and preserve every source component, opening, thickness, attachment, text, logo, label, decoration, overlap and original camera direction exactly. Reconstruct suitable surfaces from real lenticular polycarbonate sheet formed to the source geometry, with thousands of extremely fine vertical cylindrical lens ridges physically molded into a clear outer layer. Beneath the lenses place only two large interlaced graphic states: state A uses electric cobalt #2952FF with oversized ivory starbursts #F4ECE1; state B uses hot magenta #F23796 with large tangerine oval motifs #FF6828. The visible graphic should shift locally between the two states as the surface curvature changes, producing authentic lenticular motion rather than rainbow holography. Individual lens ridges must be visible at macro scale with slight manufacturing variation, fine vertical scratches, tiny trapped dust and real polycarbonate thickness. Keep graphic shapes enormous and simple so the effect remains bold at thumbnail size. Fine source features receive a smaller lenticular pitch but stay fully intact. Photograph against pure black #000000 using controlled upper-left-front studio illumination that reveals the cylindrical lens texture without washing out the underlying imagery, with clean transparent highlights, strong saturated color and real printed-lenticular material behavior.

Use the uploaded image as an immutable full-assembly reference. Preserve every source component, opening, attachment, layered element, readable text, logo, label, face, decoration, overlap and source camera direction exactly. Reconstruct suitable surfaces from thick early-2000s embossed vinyl sticker material rather than ordinary plastic. The base is glossy translucent grape #753FD0 with broad inset sticker panels made from puffed gel vinyl in hot coral #FF5364, icy blue #78D8F4 and acid lime #C0F331. Each sticker panel is a real separate laminated film layer with rounded raised edges, soft internal air volume, visible adhesive boundary, tiny trapped bubbles and a slightly different gloss from the underlying material. Use large graphic Y2K shapes—oversized stars, rounded flames, stretched hearts, abstract splash forms and bubble lettering fragments—but avoid covering the entire object; several broad clean grape regions remain between sticker clusters. Show slight peeling at one or two microscopic corners, faint surface scratches, dust caught beneath clear adhesive and subtle stress wrinkles. Source labels and logos remain untouched and readable. Photograph as a real fashion accessory against #000000 with broad polished light, real vinyl speculars, delicate raised-edge shadows and crisp laminated-film texture.

Use the uploaded image as an immutable full-assembly reference. Preserve every original source element exactly: all silhouettes, proportions, openings, layers, attachments, text, logos, facial details, decorative pieces, overlap and viewing orientation remain unchanged. Transform suitable surfaces into a photoreal digital-pet hardware material built from translucent shell plastic, tiny monochrome LCD screens, rubber buttons and miniature pixel interfaces. Use clear grape #8C62D9, transparent aqua #65D7D5, bubblegum pink #F772B6, pale yellow #F0DD63 and graphite #313238. Integrate several recessed oval or egg-shaped translucent shell zones showing actual internal circuit boards and battery contacts, alongside tiny grayscale LCD panels displaying simple black pixel hearts, stars and abstract pet-status icons. Add real rubber A/B/C-style button clusters, molded lettering, tiny speaker holes, miniature screw heads and plastic seam lines. The transparent plastic must show realistic scratches, mold haze and internal structural ribs. The result should feel like a bizarre premium accessory physically manufactured from hundreds of late-90s digital pets, while the exact uploaded object's assembly remains intact. Render floating against #000000 with precise product lighting, strong but controlled plastic highlights, readable dark LCD pixels and high micro-detail. Real photography aesthetic, no game UI overlay, no glossy toy render.

Use the uploaded image as an immutable full-assembly reference and preserve every source component, opening, attachment, text, logo, face, decorative detail, overlap and source viewpoint exactly. Reconstruct suitable surfaces as a physically layered early-2000s purikura sticker collage sealed beneath a thick transparent lacquer coat. Use pearl white #F7F3F2, bubblegum #FF72B5, violet #915BE8, cyan #4CDCF1 and chrome silver #CCD1D7. Beneath the lacquer embed overlapping real die-cut stickers: chrome stars, translucent hearts, pixel cherries, bubble-letter fragments, tiny faux gemstones, holographic smileys and miniature photo-booth border pieces. Sticker edges must show actual thin film thickness, trapped air bubbles, slight curling corners and imperfect overlaps, while the clear topcoat produces smooth continuous depth over the entire collage. Keep motifs abstract enough that the result reads as a Y2K sticker-bomb surface rather than a children's sticker sheet. Add a few zones of untouched pearlescent lacquer for hierarchy. Render floating against #000000 with glossy fashion-editorial lighting, crisp lacquer highlights, accurate film thickness and extreme close-up detail. Real laminated-sticker material, not printed texture, not flat graphic.

Use the uploaded image as an immutable full-object assembly reference. Preserve every visible source part exactly, including complete silhouettes, proportions, openings, layered objects, attachments, text, logos, labels, tiny decorations, depth relationships and original orientation. Reconstruct suitable surfaces from a dense chanterelle-like fungal material in vivid saffron #F2A126 with deeper amber folds #C96C19 and buttery highlights #FFD77A. The dominant physical feature is not mushroom caps but thick continuous forked fungal ridges running across the surface like the false gills of a chanterelle: softly rounded raised folds that divide, reconnect and flow around curves in large coherent directional systems. Between the ridges, the material is matte, finely fibrous and slightly velvety, with microscopic pores, delicate moist darkening inside deeper channels and subtle irregularity in thickness. Selected existing edges show a naturally torn fibrous fungal cross-section in pale cream #F0D6A7. Keep the pattern bold and sculptural rather than repetitive, with broad calm saffron areas alternating with denser folded regions. Render centered and levitating against #000000, exact input camera, beautifully controlled upper-left-front illumination, warm dimensional shadows between folds, restrained natural surface sheen, exceptional high-frequency detail and premium organic CGI realism.

Use the uploaded image as an immutable full-object assembly reference. Preserve every source component and microdetail exactly, including silhouettes, proportions, cutouts, openings, layered parts, attachments, labels, text, logos, decorative details, relative scale, overlap and original orientation. Reconstruct suitable surfaces from cast rubberized lace in intense cobalt #2445E5. Build the lace as a real shallow three-dimensional network of thick rounded elastomer strands forming oversized abstract loops, asymmetric petals, broken rings and curved bridges, with deliberate open spaces revealing a bonded substrate underneath in saturated coral #FF5B5D. The pattern must feel contemporary and graphic rather than ornamental or vintage: large-scale irregular modules, clean negative spaces and a strong directional flow across each component. The cobalt rubber carries fine molded grain and dry satin roughness; the coral substrate is perfectly smooth with a slightly glossier finish. Several lace junctions become visibly thicker from overlapping strands, producing genuine pressure and micro-shadowing. Pattern scale adapts around intricate source features so full fidelity remains intact. Render centered and floating against #000000, exact input viewpoint, soft controlled upper-left-front material lighting, crisp rubber relief, strong negative-space color contrast and high-end experimental fashion CGI.

Use the uploaded image as an immutable full-assembly blueprint. Preserve every visible source component, opening, layered element, attachment, label, text, logo, decorative detail, spatial relationship, overlap and original viewing direction exactly. Transform suitable broad surfaces into molded silicone in saturated chartreuse #B8F328 with millions of densely packed short flexible bristles growing directly from the existing geometry. Each bristle has a precise cylindrical base, softly rounded tip, microscopic molded grain and subtle local bending from neighboring fibers. Organize the bristle direction into several large flowing fields so the pile sweeps around the object's geometry in graphic currents rather than standing randomly. Dip the tips of selected broad regions in electric cobalt #2554FF, creating large blue color zones only at the final millimeters of the bristles while the bases remain chartreuse; a few compact zones use warm tangerine tips #FF602A. Preserve broad single-color areas for visual clarity. Shorten bristles progressively around outer contours, text, tiny source features and openings so the complete assembly remains exact. Render floating against pure black #000000 with the exact source camera, soft controlled upper-left-front material illumination, crisp individual fiber separation, rich self-shadowing inside the bristle field, clean saturated tip color and premium macro CGI detail.

Use the uploaded image as an immutable full-assembly reference. Preserve every visible input component and secondary detail exactly: silhouette, proportions, openings, layered structure, attachments, labels, text, logos, decorative features, overlap and source orientation all remain unchanged. Reconstruct suitable surfaces from thousands of tiny elongated ceramic bugle beads tightly woven into a flexible beadwork skin. Use saturated cobalt #2850E8 as the dominant bead color with graphic flowing bands in coral-red #F34C53, warm ivory #F1DEC3 and a sparse acid-yellow accent #E6F42C. Each bead is a real small glazed ceramic cylinder with a central hole, slight individual size variation, subtly rounded edges and tiny glaze imperfections. Organize the weaving into broad diagonal herringbone and sweeping chevron fields instead of random bead scatter, with visible dark thread #26252B connecting neighboring pieces and pulling them tightly over the existing geometry. At curves the beads fan and compress naturally, maintaining the precise source form. Scale down the beadwork around labels, faces, text and intricate elements. Render the complete preserved assembly levitating against #000000, exact input view, refined upper-left-front illumination, thousands of tiny controlled glaze highlights, crisp weave depth and highly tactile collectible-object CGI.

Use the uploaded image as an immutable full-object reference. Preserve every source component, contour, opening, layered part, attachment, text, label, logo, decoration, spacing, overlap and orientation exactly. Cover suitable surfaces with luxurious crushed velvet whose base pile is saturated petrol blue #075C73 with enormous flowing marble-like regions dyed raspberry #D32D68 and warm apricot #F19A65. The pattern must arise entirely from changes in fiber coloration and nap direction rather than printed pigment, so each colored region changes brightness as the fibers turn under the light. Build the design from a few large sweeping shapes with irregular fluid boundaries, some nearly touching and others separated by broad blue fields. Within selected raspberry areas introduce subtle violet underpile #642C83 visible only when the nap changes direction. Individual velvet fibers, crushed directional tracks and soft pile compression around edges must be clearly resolved. Keep the exact source silhouette and shorten pile automatically around intricate details. Render the intact source assembly floating in pure black #000000, original view preserved, sophisticated directional illumination revealing the shifting crushed-velvet surface, rich chromatic depth and ultra-high-resolution fashion material realism.

Use the uploaded image as an immutable full-assembly reference. Preserve every visible source object and secondary detail exactly: silhouettes, proportions, thicknesses, openings, cutouts, layered components, attachments, labels, readable text, logos, decorations, overlap, spacing and orientation all remain unchanged. Cast the existing geometry from thick polished cellulose acetate with a transparent warm-amber base #E77A24 and large irregular cloud-like inclusions in deep oxblood #771D35, electric cobalt #2455D6 and creamy ivory #F0D8B9. The inclusions must be genuine pigment masses suspended through the full material thickness, stretched and compressed into large asymmetric islands by the casting process, with different shapes visible from the front and side surfaces. Create occasional partially transparent overlap zones where amber passes over cobalt or oxblood and produces darker optical color mixing. Add extremely fine internal flow striations, tiny polishing scratches and subtle softened edges characteristic of hand-polished eyewear acetate. Keep the pattern bold with only 3–6 major colored masses per broad component, never tiny terrazzo noise. Render the exact preserved assembly centered against black #000000, floating freely, source view unchanged, beautiful controlled upper-left-front lighting, rich amber transmission, deep saturated pigment clouds and luxury product CGI.

Use the uploaded image as an immutable full-assembly reference. Preserve every visible source element exactly, including all silhouettes, proportions, thicknesses, openings, layered parts, attachments, labels, text, logos, decorative objects, overlaps, spacing and orientation. Cast the entire existing assembly from dense translucent designer soap with a creamy semi-opaque base #F4E5D7, gently polished rounded surface tension and fine waxy microtexture. Inside the soap suspend a small number of thick flowing color ribbons in electric cobalt #2855FF, acid chartreuse #C5FF24 and vivid coral #FF5D61, physically swirled through the volume like colored soap batches folded together before setting. The bands should form large soft waves and broad marbled folds rather than tiny chaotic veins, with crisp color near the surface and gently diffused edges deeper in the material. Add delicate pearlescent microbubbles concentrated along several color interfaces, tiny transparent soap crystals and faint compression streaks produced during casting. Preserve generous clean cream-colored zones so the internal color remains graphic and sophisticated. Fine source details receive smaller and calmer swirls automatically. Render the complete exact assembly floating in pure black #000000, source view unchanged, refined upper-left-front material illumination, rich waxy subsurface response, silky translucent color depth, subtle soap highlights and exceptional photorealistic CGI.

Use the uploaded image as an immutable full-assembly reference. Retain every source element one-to-one: each separate component, contour, opening, insert, attachment, text element, label, icon, facial detail, tiny accessory, relative position, overlap and orientation stays exactly as supplied. Reconstruct suitable surfaces from an uncanny ultra-light volcanic aerogel composite with a deep charcoal-blue body #202B38, powdery mineral roughness, microscopic sponge-like pores and occasional larger irregular cavities revealing a pale mineral interior #B9C4C8. Through the porous volume run a restrained network of smooth translucent capillaries in vivid acid green #B8FF32 and electric orange #FF6B24, physically embedded beneath the outer surface and visible intermittently through naturally opened pores. The capillaries should widen slightly at occasional junctions into tiny glossy reservoirs, contrasting against the extremely dry absorbent aerogel. Add sparse cobalt mineral grains #365BFF and faint silvery dust inside deeper cavities, while broad regions remain predominantly dark porous material. Edges retain the precise source shape with tighter micro-porosity around delicate details. Render the intact source assembly floating in pure black #000000, original camera retained, sophisticated upper-left-front material illumination, beautiful grazing definition across pores, controlled translucent accents, rich blacks and ultra-high-resolution physically convincing CGI.

Use the uploaded image as an immutable full-assembly reference. Preserve every source component, opening, attachment, decorative insert, label, text, logo, relative dimension, spacing, overlap and original orientation exactly. Rebuild suitable solid regions as a dense engineered stone-fiber laminate with a warm pale mineral matrix #D7D0C3 containing hundreds of ultra-thin compressed fiber sheets at varying internal depths. Alternate fiber strata in saturated ultramarine #264CFF, tomato orange #FF5938, deep plum #59206E and sparse fluorescent chartreuse #C8FF35. Keep broad frontal zones predominantly matte mineral, while naturally exposed sides, existing recesses and selected shallow milled channels reveal curved cross-sections of the internal colored laminations as tightly packed contour bands. Scatter tiny dark mineral grains #38363B and occasional translucent amber flecks #F0A53D throughout the stone body to add microstructure. The material should feel precision-cut from a genuinely layered industrial composite, with visible fiber compression, slightly frayed microscopic cross-sections and convincing mass. Preserve calm areas rather than covering every surface with pattern. Render the complete source assembly floating on exact #000000, original orientation preserved, soft directional material lighting with strong relief readability, rich saturated layer colors and ultra-clean commercial CGI.

Use the uploaded image as an immutable full-assembly reference. Preserve every visible part exactly, from the main silhouette to layered components, openings, labels, logos, text, decorative pieces, faces, stems, tabs, small protrusions and exact depth relationships. Reconstruct all suitable surfaces from intensely pigmented cobalt fiber cement #2947D3 with a dense matte mineral body, microscopic cellulose fibers, pinholes, tiny aggregate grains and subtle molded irregularities. Across larger uninterrupted surfaces create a limited number of smoothly eroded shallow basins following organic asymmetric shapes. Fill those basins with polished pearlescent resin in pale shell pink #F5B7D2, opal mint #AEE6CC and occasional warm apricot #FFB070, with color shifting softly inside the resin depending on optical depth. Several basins contain sparse black glass microbeads #15151A submerged beneath the glossy surface. Preserve large fields of raw blue fiber cement so the resin appears as a deliberate material interruption rather than decoration. Let fine fibers remain visible along the mineral-to-resin boundary, giving the interface authentic physical construction. Render the full preserved assembly floating in pure black #000000, exact source camera, sophisticated upper-left-front lighting, deep matte mineral response, elegant resin highlights and exceptional tactile CGI resolution.

Use the uploaded image as an immutable full-assembly reference. Preserve the complete visible construction exactly, including every silhouette, proportion, thickness, cutout, negative space, layered part, attachment, label, text, logo, facial detail, decoration, overlap and original viewing orientation. Transform the surfaces into an unusually saturated fine-grain nubuck with a pistachio-lime body #A8D928 and slightly darker brushed nap #789E18. The nubuck surface should contain dense microscopic directional fibers with authentic finger-brushed tonal changes, compressed pile along seams and crisp short nap around fine elements. Across selected broad regions integrate irregular clusters of shallow ruby-glass cells: smooth rounded inset lenses in translucent crimson #D91945, raspberry #EE3465 and sparse cobalt #2649EA, physically seated within the nubuck rather than attached above it. Each lens creates a delicate compressed-fiber boundary and contains subtle internal bubbles, optical thickness and polished concave depth. Arrange cells as asymmetric concentrated islands separated by large uninterrupted green suede fields, producing strong contemporary visual hierarchy. Render the exact preserved assembly centered against pure black #000000, floating freely, exact source view, refined upper-left-front illumination revealing individual fibers and jewel-like cell highlights, deep tonal separation and premium macro CGI detail.

Use the uploaded image as an immutable full-assembly reference. Preserve every visible input element exactly: complete silhouettes, proportions, layered objects, openings, decorative pieces, labels, text, logos, facial details, spacing and orientation. Reconstruct the solid surfaces from dense lavender ceramic #A997E8 with a silky satin glaze, microscopic firing pores, subtle mineral mottling and softly polished edge transitions. Integrate broad sweeping bands of ultra-short midnight-blue velvet flock #18244D directly into shallow recessed areas of the ceramic, forming irregular ribbon-like stripes that curve naturally around the source geometry. The flock bands contain real microscopic upright fibers, absorb light strongly and sit fractionally below the surrounding smooth ceramic, creating an extreme hard-soft roughness contrast. Add several narrow apricot ceramic lines #FFAA76 running beside selected blue bands and sparse glossy black pinpoints #17171B within the glaze for graphic tension. The striped composition should feel deliberately art-directed and asymmetrical rather than repetitive. Render the full preserved assembly floating against exact #000000, original camera retained, high-end upper-left-front illumination, clean lavender ceramic highlights, deep velvety blue separation and exceptional tactile CGI.

Use the uploaded image as an immutable full-assembly reference. Preserve every visible source component exactly, including all main and secondary forms, openings, attachments, labels, text, graphic details, micro-objects, overlaps and source orientation. Form the surfaces from a vivid translucent citrus-yellow bioplastic #F4D72F with a slightly cloudy pearl body, fine cellulose microfibers and a soft waxy-satin skin. Throughout the material suspend hundreds of flat irregular black seed-like inclusions #1C1A1C, warm rust-red fragments #B94732 and sparse translucent turquoise flakes #36C7BD, all physically embedded at different depths. Near-surface inclusions remain sharp with visible thickness and softened edges, while deeper particles diffuse subtly through the yellow matrix. On broad areas create very fine directional compression lines in the bioplastic, almost like molded growth rings, providing secondary texture without competing with the inclusions. Keep ingredient density varied: dense clusters in selected areas, nearly pure yellow zones elsewhere. Render the exact assembly floating on pure #000000, source view preserved, refined directional material lighting, rich yellow transmission, beautiful embedded-particle depth and ultra-high-resolution contemporary CGI.

Use the uploaded image as an immutable full-object assembly reference. Preserve absolutely every visible component, opening, layer, attachment, text element, logo, small decoration, relative position, overlap and orientation exactly as supplied. The final construction remains identical to the input; only material appearance and shallow surface articulation change. Build the surfaces from vivid patent elastomer in saturated tangerine #FF5B1F with a dense smooth body, fine molded grain and a controlled wet-satin finish rather than mirror gloss. Across broad areas form large shallow rounded blister depressions in an irregular but deliberate rhythm, with some zones almost clean and others containing clusters of 3–7 cavities. Fill selected blister interiors with thick translucent cobalt gel #244BFF, creating deep optical blue pools inside the orange material; a much smaller number use hot-pink #FF3B8D for punctuation. Each cavity has a subtly compressed orange rim and convincing molded depth while remaining fully inside the original geometry. Around labels, faces, openings and fine source components, reduce the blister scale until all details remain perfectly intact. Render on exact #000000, object floating freely, source view unchanged, soft controlled upper-left-front illumination, beautiful orange-to-blue material contrast, crisp cavity self-shadowing, clean gel reflections and exceptionally refined commercial CGI.

Use the uploaded image as an immutable full-assembly reference. Preserve every visible source element exactly, including all separate parts, thicknesses, openings, negative spaces, layered pieces, text, labels, logos, attached objects, decorative details, overlaps and original orientation. Reconstruct suitable surfaces from tightly stretched satin in pearl pink #F3A7C8 with a faint blush highlight #FFD0DE and a subtle woven grain. Keep the structure firm rather than puffy: the original geometry remains exact while the textile skin follows it closely. Beneath the satin embed thick graphite cords #292B31 in a small number of large sweeping paths, creating smooth raised linear relief visible through the stretched fabric, similar to sculptural piping trapped below the surface. Let the cords loop around broad areas, intersect once or twice, then disappear under the satin, with tiny tension lines radiating naturally from sharper turns. Add only rare electric-blue cord segments #2F63FF as controlled interruptions. Preserve source text and small attached elements by routing the relief around them. Render floating against #000000, source view intact, elegant upper-left-front material illumination, precise satin highlights, rich textile shadow modeling, crisp cord relief and premium fashion-CGI fidelity.

Use the uploaded image as an immutable full-object reference. Preserve every visible component, silhouette, proportion, cutout, opening, layered part, attachment, label, text, logo, decoration, spacing, overlap and orientation exactly. Transform the existing material into saturated cobalt ceramic #2746D8 with a silky satin glaze, subtle firing pores, microscopic mineral speckling and a dense sculptural body. Introduce several bold flowing seams across broad areas, carved as narrow recessed channels that split and reconnect like deliberate graphic fault lines. Fill the channels with translucent peach-orange glass #FF9B63, slightly darker #F26B46 in deeper sections, so the molten-glass material appears fused into the ceramic after firing. The glass should pool gently at junctions, produce smooth optical depth and remain completely flush or slightly recessed. Keep the ceramic areas large and calm; the seams are the single dominant visual gesture. Around text, logos, faces and tiny structural details, taper the seams away completely. Render the preserved assembly against pure black #000000, floating freely, exact source camera, broad soft upper-left-front illumination, crisp ceramic microtexture, luminous peach glass depth without glow, refined shadows and ultra-high-resolution CGI.

Use the uploaded image as an immutable full-object assembly reference. Preserve every visible component and detail exactly: outer contours, proportions, thicknesses, openings, internal shapes, layered parts, labels, readable text, logos, attachments, decorations, overlap and orientation. Cast suitable regions from deep transparent amber resin #D76816 with brighter honey edges #F6A43A and a subtle smoky core #8D3F18. Inside the resin embed a limited number of large smooth optical lens-cells in saturated cobalt #214CFF, shaped as rounded discs and soft capsules at different depths. Each lens should magnify and distort the amber material behind it, with crisp boundaries near the surface and stronger optical compression deeper inside. Use only 5–15 large cells per broad component, giving the material a bold contemporary rhythm rather than micro-speckle noise. Add a few tiny champagne bubbles #F3C77C trapped around selected lens edges for physical casting detail. The exterior stays polished and structurally identical to the source. Render the complete preserved assembly floating against pure black #000000, exact source camera, controlled upper-left-front illumination, rich amber transmission, deep cobalt optical contrast, sophisticated internal refraction and ultra-clean premium CGI.

Use the uploaded image as an immutable full-object assembly reference. Preserve the complete source construction exactly: all silhouettes, proportions, thicknesses, openings, layered pieces, labels, text, logos, attachments, decorative details, overlap and original orientation remain intact. Transform suitable material regions into dense microcellular foam in saturated mango yellow #F8B81E with lighter saffron #FFD34D on exposed surfaces and a finely porous dry finish. Create a controlled field of larger smooth cavities only across broad areas, each cavity cut inward into the foam rather than protruding outward. Line the deepest parts of selected cavities with glossy violet elastomer #6A38D9 and rare hot-pink #FF4B9B accents, making the colorful interiors feel like a second bonded material beneath the foam shell. Vary cavity scale and clustering so the surface has large dramatic voids alongside calm porous areas. Show fine torn cellular structure around a few cavity edges for physical realism while keeping the overall object pristine. Render the preserved assembly floating on #000000, exact source camera, refined directional illumination, strong foam microshadowing, clean violet depth and high-end tactile CGI.

Transform the uploaded object into a premium pastry material study while keeping the exact silhouette, proportions, volume changes, attached components and every structural source detail fully intact. The uploaded object remains the exact blueprint. Rebuild the object as airy golden dough in #C9874B, #E0B06C and #F0C98B with a tender baked crumb visible at selected edges, coated in a thick glossy glaze in #F7B6C9, #FF6AA8 and #FFF0C7, with a few slow icing drips following the form, scattered sprinkles in #5ED4FF, #FFD84F, #F2659F, #8E6CFF and #73D86B, subtle sugar shine, rich pastry realism, elegant material readability, refined studio lighting, deep black background #000000, floating object, centered luxury render.

Transform the uploaded object into a premium material exploration while keeping the exact silhouette, proportions, internal spacing, cutouts, attached components and every source feature fully intact. The uploaded object remains the exact structural blueprint. Rebuild the surfaces as dense translucent smoked resin with rich depth, colored in #341D4C, #5E2C73, #C24B88 and #F18A5B, with suspended flowing pigment clouds, delicate trapped microbubbles, floating glitter dust in #FFD66B and #F6D9F0, faint liquid-like streaks frozen in motion, varied opacity zones, polished glossy outer skin, subtle internal layering and depth shifts, visually sophisticated material behavior, highly refined studio lighting, controlled speculars, pure black background #000000, object levitating, luxury product render quality, ultra-detailed and clean.

Transform the uploaded object into a hyper-real material study while keeping the exact silhouette, proportions, curvature, cutouts, decorative attachments and every structural detail from the uploaded source fully intact. Treat the source object as the exact form blueprint. Build the material as a dense fungal ecosystem with a dark bark-and-soil base in #4C382C, #6A4B3C and #2F241D, layered shelf mushrooms and rounded caps in #7A5B48, #A17863, #8D6A86 and #C2A48E, pale gills peeking from underside edges in #E8DDCF, thin mycelium threads nesting inside seams, damp moss pockets in #5B743B, soft organic micro-fuzz, realistic spore dust accumulation, subtle moisture sheen on fleshy cap surfaces, visually rich macro structure with tactile realism, premium studio lighting that reveals every surface behavior, deep shadow definition, pure black background #000000, floating object, centered luxury render.

Transform the uploaded object into a hyper-detailed premium material study while keeping the exact silhouette, proportions, thickness, cutouts, layered parts, accessory elements and every secondary detail from the source object fully intact. The uploaded object remains the exact structural blueprint of the final form. Rebuild every visible surface as an ancient forest composite made of cracked bark plates in #6B4A2E, #8A6545 and #4B3525, weathered driftwood ridges, exposed wood grain, tangled root fibers weaving through the seams, dense velvety moss in #4E6B32, #6E8E43 and #8DA35B growing inside crevices and lower pockets, tiny moist soil deposits packed into recessed areas, subtle lichen blooms in #C7D0A8, miniature wild mushrooms in #7B5A43 and #9A7A65 emerging from natural junctions, delicate micro-dew on selected moss tips, physically rich large-scale and micro-scale realism, controlled high-end studio lighting from upper-left-front, deep readable contrast, refined highlights that follow the form, pure black background #000000, floating object, centered premium composition, ultra-sharp focus, luxury material render quality.

Use the uploaded image as an immutable full-assembly blueprint. Preserve every visible source element one-to-one: complete object hierarchy, silhouettes, proportions, openings, layered construction, attachments, text, logos, labels, decorative details, micro-features, overlap relationships, spacing and viewing orientation. Nothing in the original assembly is traded for the material effect; complex source regions receive finer material detail while retaining their exact construction. Transform the object into a dense semi-translucent milky-aqua cast resin with soft opalescent depth shifting subtly between pale turquoise, frosted mint and icy cyan. Inside the resin build dozens of nested topographic rings suspended at several physical depths, formed from thin translucent bands in deep cobalt, ultraviolet blue and sparse warm apricot. The bands follow organic contour-map logic, bending and splitting around the existing geometry while staying entirely inside each source component, producing striking concentric depth patterns visible through front surfaces, side edges and curved sections. Near-surface rings remain crisp and saturated; deeper bands soften, enlarge optically and overlap through refraction, producing complex moiré-like interior movement. Add tiny iridescent microflakes and occasional pale-lime translucent dots trapped between selected contour layers, with large calm areas of clear milky resin retained for visual hierarchy. The external surfaces remain smooth, premium and geometrically faithful, with subtle frosted-to-polished transitions only where they enhance the optical effect. Render the preserved assembly floating centrally in infinite pure black #000000, source camera unchanged, soft controlled upper-left-front illumination with gentle fill, refined internal transmission, beautifully readable edge depth, elegant highlights and exceptionally high-resolution contemporary CGI.

Use the uploaded image as an immutable full-assembly reference. Preserve the entire visible source with exact component count, silhouettes, proportions, thicknesses, openings, negative spaces, layered pieces, attachments, labels, text, logos, illustrations, decorative details, depth relationships and original orientation. The material transformation remains secondary to complete input fidelity and automatically simplifies around complex source details. Reconstruct the surfaces from saturated acid-yellow soft-touch elastomer with a rich dry satin finish, fine microscopic grain and subtle tactile softness without altering the existing geometry. Across broad uninterrupted zones introduce an art-directed field of thousands of tiny recessed microcraters ranging from needle-point pits to small perfectly rounded wells, with density shifting dramatically between tightly packed clusters and large clean yellow areas. Line selected deeper craters with glossy midnight-indigo enamel and occasional electric-blue translucent gel, while a much smaller number contain vivid orange or milky-pink centers as punctuation. Allow crater groupings to create broad directional gradients across individual components rather than an even procedural pattern. Around each colored cavity, the yellow elastomer shows an ultra-fine compressed lip and subtle roughness transition, making the surface feel precision-molded rather than perforated randomly. Preserve every label, face, text element, opening and small attachment through automatic reduction of crater scale and density. Render the full assembly centered and freely levitating against exact black #000000 with the uploaded viewpoint preserved, refined upper-left-front soft illumination, deep but readable shadows, crisp crater self-occlusion, rich yellow-indigo contrast and premium ultra-detailed CGI material quality.

Use the uploaded image as an immutable full-object assembly blueprint. Reproduce every visible component and fine detail exactly, maintaining all silhouettes, proportions, openings, layered structures, attachments, labels, text, logos, facial details, decorative objects, positions, overlap, spacing and depth order. Keep the source camera direction unchanged and let the material adapt around delicate elements rather than simplifying the input. Cover the existing geometry in an extremely fine powdered lilac flock made from millions of microscopic upright fibers, shorter and denser than conventional fur, creating a smooth velvety suede-like body with exceptionally soft edge diffusion. Across this tactile surface introduce large irregular airbrushed chromatic blooms in fluorescent chartreuse, warm butter yellow, saturated coral pink and icy cyan, but treat the color as dyed fiber rather than painted surface: each bloom penetrates the flock, feathers softly into the surrounding lavender and contains subtle internal tonal variation from root to fiber tip. Keep the color placement asymmetric and sophisticated, with one or two larger gradient clouds per component and a handful of smaller vivid punctuation spots rather than generic rainbow coverage. Add extremely sparse reflective microfibers that catch tiny pinpoint highlights inside selected color zones, while the majority of the surface remains deeply matte and tactile. Fine source details receive ultra-short pile and lower color density so they remain perfectly readable. Render as a high-end floating CGI material study on pure #000000, original composition preserved, soft controlled upper-left-front illumination with delicate fiber separation, creamy highlights, beautifully saturated color transitions and exceptionally clean photorealistic microdetail.

Use the uploaded image as an immutable full-assembly reference. Preserve every visible source component exactly, including all silhouettes, proportions, openings, layered pieces, attachments, labels, text, logos, facial details, decorations, overlaps, spacing and original orientation; nothing may disappear, merge, move or be redesigned. Only replace the material appearance, adapting the texture scale around delicate source details so the full input remains readable. Transform the object into a hyper-detailed Olivier salad material built from a dense creamy mayonnaise matrix visibly packed with unmistakable diced ingredients: small matte potato cubes in warm ivory-yellow, bright carrot cubes in saturated orange, glossy green peas, pale egg-white fragments with occasional soft yolk-yellow pieces, muted rosy sausage cubes, tiny emerald pickle cubes and sparse dill-green herb flecks. The ingredients must be physically embedded throughout the entire visible volume, not printed on top, with some pieces partially protruding from the creamy surface and others appearing deeper beneath a glossy mayonnaise coating. Make the mixture extremely rich and tactile, with believable ingredient density, tiny moisture highlights, soft compressed pockets where cubes press against one another, subtle creamy folds and occasional glossy pea surfaces catching sharp highlights. Keep broad areas visibly packed so the material is immediately recognizable as Olivier salad at first glance. Reduce ingredient size near text, facial details and tiny source elements without removing them. Render the complete preserved assembly centered and floating against pure black #000000, exact source viewing direction, no floor, pedestal, support or cast shadow. Use refined soft upper-left-front illumination with balanced fill, appetizing creamy highlights, crisp individual ingredient definition, strong color separation and ultra-high-resolution premium CGI.

Use the uploaded image as an immutable full-object reference and preserve absolutely every source element exactly as provided: identical overall silhouette, all separate parts, layers, overlaps, holes, cutouts, labels, text, icons, small decorative details, relative spacing, orientation and proportions. Nothing may be removed, merged, enlarged, simplified or redesigned. The full source assembly must remain perfectly intact, including tiny secondary elements. Only replace the material styling. Transform the object into a highly stylized premium hot-dog-inspired material system with a contemporary design language. The main body should feel like glossy toasted brioche in a warm gradient from buttery beige to golden amber with subtle baked micro-porosity and a soft lacquered finish. Secondary parts should read as sleek sausage-like inserts in a rich smoked paprika to coral-red tone with taut semi-gloss casing reflections. Add elegant condiment-inspired surface behaviors that stay strictly inside the existing geometry: thin flowing ribbons and micro-drizzles in pale dijon yellow, ivory aioli and muted relish green, wrapping around existing contours or sitting inside grooves without changing the structure. Introduce tiny embedded garnish details such as sesame-like pale specks, crisp onion crumbs and microscopic pickle-green flecks, but keep them sparse near delicate source features so all original details remain readable. The result should feel premium, playful and hyper-designed rather than literal food photography. Render as a centered ultra-detailed CGI material study on pure black #000000, exact source viewing direction, floating freely with no floor, pedestal, support, wire or cast shadow, with controlled upper-left-front studio lighting, smooth highlight rolloff and exceptional material detail.

Use the uploaded image as an immutable full-assembly reference. Preserve every visible source element one-to-one: component count, silhouette, proportions, openings, layered pieces, attachments, labels, text, decorative objects, relative position, overlap and orientation. Nothing may be removed, moved, merged or redesigned. Replace only the material. Form each existing component from dense pearl-white semi-translucent resin with a subtle opalescent response shifting between icy cyan, pale violet and soft pink. Across larger surfaces introduce a highly refined system of very shallow topographic contour ridges in saturated electric blue, forming continuous nested lines that bend around the existing geometry while remaining fully contained inside the source silhouette. The blue relief should vary in line width and spacing, occasionally tightening into dense fingerprint-like swirls and then opening into broad calm zones. Add sparse vivid-orange microdots only inside a few contour valleys for sharp visual accents. Keep all relief extremely shallow and automatically fade it around fine source details, text, logos, openings and attachments. Render the complete preserved assembly centered and floating against exact #000000 with no floor, pedestal or external cast shadow, preserve the source view exactly, soft controlled upper-left-front material illumination, elegant opalescent resin, crisp cobalt relief, rich micro-shadowing and premium ultra-high-resolution CGI.

Use the uploaded image as an immutable full-assembly reference. Preserve every source object, attachment, opening, label, text, decoration, position, overlap and orientation exactly; no component can disappear, simplify or change identity. Apply only a new material treatment. Reconstruct all suitable surfaces from saturated cobalt-blue flock with extremely short dense fibers and a rich velvety matte finish. Embed clusters of tiny glossy chartreuse pearl spheres into shallow recessed pockets across broad surfaces, arranged as irregular constellations rather than an even dot pattern. Mix occasional hot-orange and mirrored chrome spheres into selected clusters, keeping chartreuse dominant. Each constellation should vary strongly in density and scale: tight star-like clusters, sparse arcs and isolated pearls, separated by large calm cobalt areas. Create subtle compressed fiber halos around each embedded sphere so every element feels physically seated inside the material. Automatically reduce or omit pearl clusters around text, graphics, small components and other critical source details. Render as a premium centered 3D material study floating on pure black #000000 with no floor or external cast shadow, exact original camera view, controlled upper-left-front illumination revealing individual cobalt fibers and juicy pearl highlights, deep blacks, smooth exposure, no glow, no studio equipment and exceptional CGI detail.

Use the uploaded image as an immutable full-assembly reference. Preserve the complete source exactly, including every visible component, subcomponent, opening, attachment, decorative object, text, logo, facial or graphic detail, relative position, overlap and orientation. Only the material appearance may change. Reconstruct the surfaces from intensely saturated acid-lime fine ceramic with a dense satin fired finish and tiny scattered cobalt and black mineral freckles throughout the body. Carve broad surfaces with a controlled system of shallow flowing channels that behave like topographic lines, splitting, merging and bending around the source geometry without ever changing its silhouette. Fill selected channels with glossy translucent hot-magenta enamel, others with deep violet glaze, leaving several grooves empty and shadowed for stronger dimensional rhythm. The enamel should pool slightly darker in deeper sections and thin toward channel edges, creating convincing optical depth against the dry lime ceramic. Add rare small chrome enamel beads at a few channel junctions as precise highlights. Automatically simplify the channel network near text, fine attachments, tiny holes and intricate source details. Floating centered premium CGI on #000000, no floor, support or external cast shadow, exact source viewing direction, controlled upper-left-front material lighting, strong lime-magenta separation, crisp groove depth, restrained natural highlights and exceptional surface detail.

Use the uploaded image as an immutable full-assembly reference. Preserve every visible source element, exact component count, silhouette, proportions, layering, openings, attachments, text, logos, decorations, overlap and orientation; material styling may never remove or replace any source detail. Apply the material independently to all existing components. Reconstruct the surfaces from saturated hot-pink technical rubber with a dense velvet-matte finish and extremely fine molded grain. Create hundreds of precisely recessed irregular pores across broad surfaces, varying from tiny pinholes to larger smooth organic cavities; every cavity remains inset into the original geometry rather than altering the outline. Line selected deeper pores with translucent electric-cobalt glass, some with a glossy dark-purple interior and rare acid-yellow centers, so the surface reads as a complex engineered porous composite rather than decorative dots. Around each glass-lined cavity create an ultra-fine compressed rubber lip with believable molded tension. Use strongly varied pore density, allowing dense clusters to dissolve into almost untouched matte areas for a deliberate contemporary rhythm. Preserve every original small detail by reducing or omitting pores locally. Isolated premium CGI material study on exact #000000, complete assembly floating freely, no floor or cast shadow, exact source camera direction, soft controlled upper-left-front illumination, deep saturated pink, clean cobalt optical highlights, rich cavity occlusion and extremely crisp high-frequency material definition.

Use the uploaded object as the exact identity reference. Preserve its primary silhouette, proportions, openings, negative spaces and overall orientation so it remains unmistakably the same object. Reconstruct the form from dense translucent electric-cobalt resin with polished optical depth, packed with hundreds of short vivid-orange cylindrical pins physically embedded through the volume at different depths and angles. Some pins sit flush beneath the surface, others appear deeper and optically distorted, creating a bold engineered material rather than a decorative pattern. Keep the exterior geometry clean and controlled; the visual complexity comes from the embedded pins and their depth. Isolated centered 3D material study on pure black #000000, floating freely with no floor or cast shadow. Clean near-frontal product view with subtle visible thickness. Soft controlled directional illumination from upper-left-front, balanced shadow detail, restrained natural specular response, deep blacks, crisp microgeometry and premium photorealistic CGI. No visible light sources, studio equipment, rectangular reflections, bloom, glow or environment.

Use the uploaded image as an immutable full-object assembly blueprint. Preserve every visible component and subcomponent exactly, including silhouettes, internal openings, layered structures, attachments, labels, readable text, logos, facial features, illustrations, plant details and all minor source elements. Preserve exact component positions, scale, orientation, depth order, overlap and spacing. Never combine separate source pieces or replace a detailed object with a simplified approximation. Keep the entire assembly unchanged and transform only suitable solid material regions into dense translucent milky acrylic containing hundreds of short hollow polymer tubes in vivid cobalt, acid yellow, coral orange, hot pink and deep violet. Tubes occur at varying internal angles and depths, creating circular, elliptical and elongated cross-sections through the translucent material. Tube scale and density must adapt to each source component and decrease strongly around fine details so nothing becomes obscured. All original source components remain physically separate where separate in the reference. Render as a centered floating 3D material study against pure black #000000, no floor, pedestal, support, horizon or cast shadow. Preserve exact source viewing direction and composition. Soft controlled upper-left-front illumination, accurate acrylic transmission, crisp internal tube detail and restrained polished highlights. No visible light fixtures, rectangular reflections, bloom, glow or environment. Premium high-resolution CGI. Absolute priority: preserve 100% of the uploaded reference assembly.

Use the uploaded image as an immutable full-object assembly blueprint. Preserve the entire source object hierarchy with exact fidelity: every silhouette, component, subcomponent, opening, attachment, layered piece, label, text, logo, face, illustration, plant element, small decoration and secondary detail must remain in the same position, scale, orientation, overlap and depth order. Never remove, merge, simplify or structurally reinterpret anything. Change only the material appearance of eligible surfaces to saturated cobalt-blue dense foam with a fine dry porous finish. Add tightly packed shallow rounded ridges separated by narrow recessed channels, revealing vivid orange inner material only inside selected channel bottoms and tiny pores. Ridging is permitted only where it does not affect source fidelity; it must flatten completely near silhouettes, openings, edges, text, faces, labels, graphics and small attached objects. Every source element remains distinct and fully visible. Render the exact assembly floating centered against #000000 with no floor, pedestal, support, horizon or external cast shadow. Preserve source viewing direction. Soft controlled upper-left-front lighting, rich cobalt-orange separation, crisp micro-shadowing and high-end photorealistic CGI. No visible studio equipment, rectangular reflections, bloom, glow or environment. Absolute priority: preserve the uploaded source assembly in full.

Use the uploaded image as an immutable full-object assembly blueprint. Preserve one-to-one every visible component, internal layer, attachment, decorative insert, opening, cutout, contour, thickness, label, text, logo, facial feature, plant element and secondary object in the reference. Preserve component count, exact positions, proportions, orientation, overlap, spacing and depth order. Nothing may disappear, merge, simplify or move. Keep the full existing assembly unchanged and replace only its material appearance with saturated glossy tangerine technical vinyl. Add dense extremely shallow accordion pleating only across sufficiently broad surfaces, with narrow cobalt-blue piping seated inside selected valleys and occasional fine hot-pink stitching. Pleats must remain surface-confined, may not inflate the object, alter thickness or round any original contour, and must automatically flatten around openings, text, graphics, faces, small attachments and fine details. Every original element remains clearly recognizable. Render the exact assembly floating against #000000, centered and composed exactly like the source, no floor, support, pedestal, horizon or external shadow. Preserve source camera direction. Soft restrained upper-left-front illumination with balanced shadow visibility, crisp pleat definition and controlled glossy vinyl response. No visible lights, rectangular studio reflections, bloom, glow or environment. Premium CGI material rendering. Absolute priority: full reference fidelity over textile styling.

Use the uploaded subject as an immutable 3D geometry blueprint and preserve its exact silhouette, proportions, thickness, curvature, openings, negative spaces, edges and orientation. Only the material and shallow inward surface structure may change. Construct the object from a polished warm-silver metal body with an intricate irregular network of thin recessed metallic partitions forming rounded organic cells across selected broad surfaces, inspired by cloisonné construction but with a contemporary abstract geometry rather than floral ornament. Fill the cells with glossy translucent gels in saturated cobalt blue, tomato red, hot pink, acid lime, tangerine orange and milky white, varying the fill depth slightly so some cells appear darker and more optically dense than others. Keep the metal partitions nearly flush with the surface and ensure the entire pattern remains inside the original geometry, fading completely before every edge and opening. Add sparse microscopic black and chrome particles suspended inside selected colored cells for internal depth. Preserve exact source orientation and minimal perspective, complete object centered and floating against infinite pure black #000000. No floor, pedestal, wall, support, wire, horizon or external cast shadow. Use restrained invisible upper-left-front illumination with minimal frontal fill and subtle right separation; no visible light-source shapes or studio reflections. Physically accurate polished metal, translucent enamel-gel depth, cavity self-occlusion, bold saturated color and ultra-high-resolution CGI. Highest priority: exact source geometry.

Use the uploaded subject as an immutable geometry blueprint and preserve its exact silhouette, thickness, proportions, openings, negative spaces, corners, curvature and orientation. Do not modify the bounding shape under any circumstances. Reconstruct the object from intensely saturated cobalt-blue microfiber flock with an ultra-matte velvet-like light-absorbing surface composed of microscopic upright fibers. Integrate a controlled irregular field of glossy translucent orange gel lenses directly into very shallow circular recesses across the broad surfaces: some lenses are tiny pinpoints, others slightly larger rounded droplets, with restrained variation in spacing rather than a regular polka-dot grid. Add sparse hot-pink and acid-yellow microdots among the orange lenses for a sharper graphic rhythm. Every gel element must remain flush with or slightly below the original surface so the outer geometry stays unchanged. The contrast between extremely matte cobalt flock and glossy saturated gel should be the main material idea. Preserve exact source orientation, minimal perspective, long-lens product-render compression, complete object centered and freely levitating against exact #000000. No floor, pedestal, wall, support, wire, horizon or external shadow. Use restrained invisible upper-left-front illumination with weak frontal fill and subtle upper-right separation; no visible lights or rectangular reflections. Maintain rich cobalt midtones without crushing the flock into black, crisp individual fibers, juicy gel highlights, realistic translucent depth and exceptional ultra-high-resolution CGI material fidelity. Highest priority: exact preservation of the uploaded object's geometry.

Use the uploaded subject as an immutable geometry reference. Preserve exactly the source object’s outer contour, proportions, thickness, openings, negative spaces, edge shape, corner shape, curvature and orientation. Do not alter the geometry, even slightly, to accommodate the material. Construct the object from clear high-gloss acrylic containing dense internal ribbons of saturated cobalt blue, tomato red, hot pink, acid yellow and milky white. These ribbons should not appear as flat stripes on the surface; they are irregular laminated color bands physically suspended inside the acrylic volume, bending gently through depth and becoming visible differently across the front, sides and edges. Between the larger colored ribbons embed hundreds of tiny confetti-like fragments in orange, lime, black and silver, with strong variation in scale and depth. Add a restrained system of shallow vertical scalloped grooves carved inward into selected broad surfaces, creating alternating optical magnification and compression of the internal stripes without changing the object's silhouette. The combination should feel like a custom-cast Memphis-inspired acrylic composite, extremely graphic and contemporary but rendered with sophisticated physical realism. Preserve exact source orientation, minimal perspective, long-lens premium 3D product framing, complete object centered and floating against infinite black #000000. No floor, pedestal, wall, support, horizon, contact shadow or external cast shadow. Consistent invisible upper-left-front material illumination, weak frontal fill and subtle upper-right separation; no rectangular light reflections or studio environment. Accurate acrylic transmission and refraction, true laminated depth, crisp confetti inclusions, restrained polished highlights and exceptionally high-resolution CGI.

Use the uploaded subject as an immutable 3D geometry blueprint. Preserve the source object with exact fidelity: identical silhouette, proportions, thickness, curvature, internal openings, negative spaces, edge positions, corners, spacing and orientation. Never inflate, soften, round, warp or otherwise alter its bounding form. Reconstruct the existing object from vivid hot-pink silicone with a smooth premium satin surface and subtle translucent depth. Embed a dense but irregular field of rounded cobalt-blue microdots throughout the material at different depths, mixed with sparse translucent orange capsules, tiny glossy black fragments and occasional ivory ceramic specks, creating a juicy dimensional polka-dot effect rather than a printed pattern. Integrate narrow acid-lime cord-like inlays into shallow recessed paths that snake rhythmically across broad surfaces in parallel groups, remaining entirely flush or slightly below the original surface. The lime inlays should be glossy and softly translucent, contrasting with the satin pink silicone, while cobalt particles distort gently beneath nearby curved channels. Keep all inlays and relief away from outer contours, openings and fine structural regions so the silhouette remains perfectly unchanged. Preserve the exact source camera direction and minimal perspective, complete centered object floating freely in infinite #000000 with no floor, pedestal, wall, support, wire, horizon or external cast shadow. Use the same controlled invisible upper-left-front illumination with extremely weak frontal fill and restrained upper-right separation. No softboxes, rectangular reflections, environment reflection, glow, halo or bloom. Physically realistic silicone scattering, embedded particle depth, polished inlay response, clean saturated color separation and ultra-high-resolution premium CGI. Highest priority: exact preservation of the uploaded object's geometry.

Use the uploaded subject as an immutable 3D geometry blueprint. Preserve the source object exactly: identical outer silhouette, proportions, thickness, curvature, edge positions, corners, internal openings, holes, negative spaces, spacing between elements, relative dimensions, orientation and overall construction. Every recognizable contour of the uploaded object must remain in precisely the same location. Do not reinterpret, inflate, shrink, round, soften, thicken, thin, warp, bend, stretch or simplify the original form. Do not alter the dimensions of openings or change the relationship between individual parts. The final object must match the uploaded source exactly when their silhouettes are overlaid. Only replace the material and surface treatment. Reconstruct the existing geometry from thick semi-translucent smoky-lilac silicone with a sophisticated satin surface and convincing optical depth. The silicone follows the original object geometry exactly and remains constrained inside the source object's existing volume. Embed hundreds of irregular inclusions physically throughout the silicone at multiple depths: tiny ivory ceramic chips, saturated cobalt-blue glass fragments, matte black rubber crumbs and sparse pale fluorescent-yellow particles. Use strong variation in particle size, shape, depth and concentration. Some inclusions sit immediately beneath the surface, some partially intersect it, and others become softly distorted and optically diffused deeper inside the silicone. The inclusions must continue naturally through visible side surfaces and edges so they clearly belong to the material volume rather than appearing as a printed terrazzo pattern. Add a distinctive system of shallow molded longitudinal ribs directly into the existing surfaces without changing the object's overall geometry. The ribs are low-relief surface formations only: narrow softly rounded raised bands alternating with shallow compressed channels. Their total displacement must remain very small relative to the object's thickness and must never expand, contract or distort the original outer contour. On broad surfaces the ribs may be clearly visible but restrained; approaching edges, corners, holes, typography, narrow sections or structural details, progressively reduce their height and spacing until they merge smoothly into the original surface. The precise original silhouette always takes priority over the rib pattern. The silicone stretches microscopically across the shallow relief, producing subtle tension variation and slightly increased optical density inside recessed channels. Embedded ceramic, glass and rubber particles remain visible beneath and through the ribbed surface and distort

Use the uploaded subject as a locked 3D geometry and silhouette reference. Preserve the source object exactly and with highest priority: identical outer contour, silhouette, proportions, thickness, curvature, edge positions, corner sharpness, internal openings, holes, negative spaces, spacing between elements, relative dimensions, orientation and overall construction. The final object must match the uploaded source exactly when their outlines are overlaid. Do not reinterpret, redesign, rotate, inflate, shrink, round, soften, bevel, thicken, thin, stretch, warp, bend or simplify the original form. Do not change the size or position of any opening, and do not alter the relationship between individual parts. Only replace the material and add extremely shallow surface treatment that remains completely inside the existing geometry. Reconstruct the object from dense translucent ivory glass-ceramic with softly frosted satin surfaces, restrained optical depth and realistic internal transmission. Suspend thousands of irregular inclusions throughout the volume at multiple depths: tiny cobalt-blue glass flecks, deep oxblood mineral particles, graphite-black ceramic specks and sparse warm amber translucent chips, all continuing naturally through visible side surfaces and cut edges so they read as true volumetric inclusions rather than a printed pattern. Add a tightly spaced system of very shallow vertical flutes only as engraved inward micro-relief, not as outward ribs: fine recessed channels separated by nearly flat narrow lands, with minimal depth so the original bounding contour never changes. The fluting must progressively fade to zero before all outer edges, corners, openings, thin sections, typography and delicate structural details, leaving those zones perfectly unchanged. If preserving the exact silhouette conflicts with

Use the uploaded subject as a locked 3D geometry blueprint. Preserve the source object exactly: identical silhouette, proportions, thickness, curvature, openings, negative spaces, edge positions, orientation and relationship between all parts; the final outline must match the uploaded source when overlaid. Do not inflate, soften, round, warp, thicken, shrink or reinterpret the form. Only replace the material and add shallow inward or surface-confined detail that never changes the bounding shape. Reconstruct the object from saturated translucent cobalt-blue jelly resin with rich optical depth, glossy elastic density and subtle internal refraction. Suspend hundreds of irregular vivid tangerine-orange chips, tiny ivory dots, occasional acid-lime fragments and sparse glossy black particles throughout the volume at different depths, creating bold volumetric speckling rather than a printed pattern. Integrate a system of very narrow polished chrome ribs running rhythmically across selected broad surfaces, seated almost flush with the resin and following the existing geometry without protruding beyond the original silhouette; the chrome strips should alternate between straight and gently curved paths and fade completely before edges, openings and delicate details. Let deeper orange and lime inclusions blur optically through the cobalt body while near-surface particles stay sharp and juicy. Keep the exact source orientation and viewing direction, minimal perspective consistent with the uploaded image, neutral long-lens premium 3D product-render look, complete object centered and fully visible. Float it freely against infinite pure black #000000 with no floor, pedestal, wall, support, wire, horizon, contact shadow or external cast shadow. Use restrained high-end material-study illumination from upper-left-front with weak neutral fill and subtle upper-right separation; illumination sources remain invisible, with no light panels, white cards or rectangular reflections. Highlights appear only as smooth curvature-following gradients. Physically accurate resin transmission, chrome response, volumetric inclusions, high-frequency material detail, rich saturated color separation and ultra-high-resolution premium CGI. Absolute highest priority: preserve the uploaded object geometry exactly.

Use the uploaded subject as an immutable 3D geometry reference and preserve its outer silhouette, proportions, thickness, openings, negative spaces, curvature, corners, edge locations and orientation exactly. Do not alter the source form in order to accommodate the material. Cast the object from intensely saturated transparent fuchsia-pink glass with substantial optical thickness, smooth polished surfaces and slightly lighter luminous-looking edges created only by transmission, never by glow. Inside the glass suspend an irregular field of acid-lime spherical and elongated inclusions at multiple depths, ranging from tiny pinpoints to small soft-edged bubbles, mixed with sparse cobalt-blue microbeads and occasional orange glass flecks. Engrave broad visible surfaces with extremely shallow parallel black flutes: narrow glossy near-black channels recessed into the existing glass surface, with the original outer contour remaining completely untouched. The channels may subtly bend with the object geometry and should compress in spacing around narrow regions, then fade to zero before all boundaries and openings. Create strong visual contrast between saturated transparent pink, fluorescent-looking lime inclusions and precise dark ribbing, but keep the result sophisticated rather than toy-like. Preserve the exact source camera orientation, minimal perspective, centered complete object floating in infinite #000000 with no ground, pedestal, wall, support, wire, horizon or external shadow. Use consistent neutral material-render illumination from upper-left-front, very weak frontal fill and subtle upper-right separation, all sources invisible. No rectangular studio reflections, HDRI room, bloom, halo or neon outlines. Physically based glass refraction, internal caustic-like depth confined within the object, realistic black groove roughness, crisp inclusions and exceptionally clean high-end CGI rendering. Highest priority: exact geometry preservation.

Use the uploaded image as the identity and primary-shape blueprint for a physically realized 3D material object. Preserve the subject's recognizable outer silhouette, overall proportions, major internal openings, negative spaces and essential graphic structure. Do not redesign the subject or replace it with another object. If the uploaded source is flat artwork, typography or a logo, give it convincing physical thickness while preserving its frontal design. If it is already a three-dimensional object, preserve its overall orientation and primary form. Reconstruct the object as a premium transparent bubble-wrap polymer structure built from tightly packed inflated air cells. The surface should consist of glossy clear flexible domes with thin transparent seams between them, subtle membrane tension, varying bubble sizes adapting to the geometry, and slightly compressed bubble cells near tight edges, corners and small negative spaces. The form must look physically built from bubble film itself, with convincing plastic thickness and air-filled volume, not merely wrapped in a bubble texture. The chosen material must physically reconstruct the object rather than appear as a texture map, decal, printed pattern or photographic overlay. Allow the material to determine the local surface topology and secondary geometry while preserving the recognizable primary silhouette and major negative spaces. Render the result as a genuinely modeled three-dimensional asset with convincing thickness, edge construction and material-dependent depth. Keep the source object's general visual orientation whenever possible. Use a clean near-frontal premium 3D product-render viewpoint with only a subtle amount of perspective revealing physical thickness. Neutral long-lens visual compression, approximately equivalent to an 85–100 mm product-photography lens. No wide-angle

Use the uploaded image as the identity and primary-shape blueprint for a physically realized 3D material object. Preserve the subject's recognizable outer silhouette, overall proportions, major internal openings, negative spaces and essential graphic structure. Do not redesign the subject or replace it with another object. If the uploaded source is flat artwork, typography or a logo, give it convincing physical thickness while preserving its frontal design. If it is already a three-dimensional object, preserve its overall orientation and primary form. Reconstruct the object from thick marshmallow mass with soft pillowy inflation, delicate skin tension, creamy white body tone, lightly toasted golden-brown blistered patches and subtle wrinkling where the sugar surface expands and contracts. Let the object feel slightly puffed and rounded while remaining recognizable, with broad sections swelling gently and edges becoming soft and cushion-like. The material should read as real marshmallow, with believable softness and a lightly caramelized surface, not as a smooth white plastic object. The chosen material must physically reconstruct the object rather than appear as a texture map, decal, printed pattern or photographic overlay. Allow the material to determine the local surface topology and secondary geometry while preserving the recognizable primary silhouette and major negative spaces. Render the result as a genuinely modeled three-dimensional asset with convincing thickness, edge construction and material-dependent depth. Keep the source object's general visual orientation whenever possible. Use a

Use the uploaded image as the identity and primary-shape blueprint for a physically realized 3D material object. Preserve the subject's recognizable outer silhouette, overall proportions, major internal openings, negative spaces and essential graphic structure. Do not redesign the subject or replace it with another object. If the uploaded source is flat artwork, typography or a logo, give it convincing physical thickness while preserving its frontal design. If it is already a three-dimensional object, preserve its overall orientation and primary form. Reconstruct the object from solid natural cork with warm tan-to-honey tonal variation, tiny irregular air cells, subtly pitted matte surfaces, compressed granular structure and slightly fractured sliced edges. Broader surfaces may appear more finely pressed, while edges and corners reveal stronger porous cellular breakup. The object must feel machined from dense cork itself, not wrapped in a cork pattern. The chosen material must physically reconstruct the object rather than appear as a texture map, decal, printed pattern or photographic overlay. Allow the material to determine the local surface topology and secondary geometry while preserving the recognizable primary silhouette and major negative spaces. Render the result as a genuinely modeled three-dimensional asset with convincing thickness, edge construction and material-dependent depth. Keep the source object's general visual orientation whenever possible. Use a clean near-frontal premium 3D product-render viewpoint

Use the uploaded image as the identity and primary-shape blueprint for a physically realized 3D material object. Preserve the subject's recognizable outer silhouette, overall proportions, major internal openings, negative spaces and essential graphic structure. Do not redesign the subject or replace it with another object. If the uploaded source is flat artwork, typography or a logo, give it convincing physical thickness while preserving its frontal design. If it is already a three-dimensional object, preserve its overall orientation and primary form. Reconstruct the object from pale porous pumice stone with an ultra-light volcanic foam structure, dense micro-cavities, softly cratered holes, dusty mineral matte finish and fragile-looking broken edges. Broad surfaces should remain coherent and solid, while edges and cut boundaries reveal deeper porous foam-stone structure. The object must feel carved from real pumice rather than textured with a generic rock map. The chosen material must physically reconstruct the object rather than appear as a texture map, decal, printed pattern or photographic overlay. Allow the material to determine the local surface topology and secondary geometry while preserving the recognizable primary silhouette and major negative spaces. Render the result as a genuinely modeled three-dimensional asset with convincing thickness, edge construction and material-dependent depth. Keep the source object's general visual orientation whenever possible. Use a clean near-frontal premium 3D product-render viewpoint with only a subtle

Use the uploaded image as the identity and primary-shape blueprint for a physically realized 3D material object. Preserve the subject's recognizable outer silhouette, overall proportions, major internal openings, negative spaces and essential graphic structure. Do not redesign the subject or replace it with another object. If the uploaded source is flat artwork, typography or a logo, give it convincing physical thickness while preserving its frontal design. If it is already a three-dimensional object, preserve its overall orientation and primary form. Reconstruct the object from thick chenille yarn structure with plush caterpillar-like strands, dense fuzzy pile, soft textile volume, visible wrapped fiber direction and rounded edge buildup. Let the form feel built from layered yarn bundles rather than generic fur. Broad areas may show organized chenille flow while tighter corners reveal compressed textile density and subtle thread direction changes. The chosen material must physically reconstruct the object rather than appear as a texture map, decal, printed pattern or photographic overlay. Allow the material to determine the local surface topology and secondary geometry while preserving the recognizable primary silhouette and major negative spaces. Render the result as a genuinely modeled three-dimensional asset with convincing thickness, edge construction and material-dependent depth. Keep the source object's general visual orientation whenever possible. Use a clean near-frontal premium 3D product-render viewpoint with only a subtle

Use the attached image as an immutable geometry reference and preserve its exact silhouette, proportions, openings, typography, logo shapes, construction details, orientation and viewpoint. For a flat logo, produce only a shallow dimensional object. Cover all visible exterior surfaces with densely layered ultra-soft miniature feathers in rich cobalt blue. Every feather has a visible central shaft, fine interlocking barbs and slight natural variation in length and orientation. Feathers overlap in controlled directional rows that follow each surface and wrap cleanly around curves and corners. Near narrow edges and small details, feathers become progressively shorter to maintain the exact source geometry. Center the transformed object and suspend it freely in empty space against a perfectly uniform #E8E8E6 background. No bird anatomy, loose flying feathers, floor, support, pedestal, horizon, contact shadow or external cast shadow. Soft studio light reveals only delicate self-shadowing between overlapping feathers.

Use the uploaded source exclusively as an immutable map of geometry, preserving its exact silhouette, thickness relationships, openings, lettering, logo geometry, perspective and orientation. Build the object from crystal-clear soft silicone with slight optical milkiness, realistic elastic density, smoothly rounded surface tension and subtle refractive distortion. Inside the silicone, embed hundreds of hair-thin flexible optical filaments following loose flowing paths through the volume. The fibers should bend naturally around openings and structural details without modifying the source design. Most remain dark and nearly invisible, while selected fibers emit concentrated points and thin lines of saturated cobalt blue, acidic lime and warm amber light from within the transparent material. Add small trapped air bubbles, microscopic material imperfections and occasional zones where multiple fibers bunch together below the surface. Illuminate primarily from behind and from the sides so the silicone edges glow while the front remains sophisticated and dark, with small specular highlights revealing its elastic surface. The object levitates perfectly centered against a seamless solid #080808 background, surrounded only by empty black space. No platform, floor, pedestal, wires, environmental objects, horizon, contact shadow or cast shadow.

Use the attached image as the exact identity and silhouette blueprint for one hero object. Preserve its proportions, major openings, negative spaces, and recognizable design relationships. If the input is a flat logo or graphic, turn the exact contour into a cohesive three-dimensional ceramic body. Do not copy the source background. Form the entire object from a structurally believable open-cell fired ceramic foam. The interconnected pores must pass through the material and participate in its construction rather than appear as shallow holes stamped into a smooth surface. Use larger irregular cells across broad masses and progressively smaller, denser cells around thin features, tight turns, and openings. Coat the ceramic with a thick translucent celadon glaze in a pale jade-green tone. The glaze should pool inside cavities, thin across exposed ridges, bridge some of the smallest openings, and form subtle rounded drips or meniscus edges without distorting the overall silhouette. Selected chips and cut-edge areas may reveal the warm off-white ceramic body beneath the glaze. Render on a vertical 3:4 canvas with a centered near-frontal product camera, restrained three-quarter depth, approximately an 85 mm lens, 5° horizontal rotation, 4° downward elevation, no roll, no wide-angle distortion, and no dramatic perspective. The full object remains visible at approximately 80–84% of the image width. Suspend it in an infinite pure-black studio void, background exactly #000000, without a visible floor, wall, horizon, pedestal, or support. Illuminate only from outside the frame using a broad soft key from high camera-left, a minimal frontal fill, and a restrained high camera-right accent. Use slightly grazing illumination to reveal pore depth and glaze thickness. No lamps, panels, softboxes, reflection cards, floating white rectangles, or visible studio fixtures. Preserve deep cavity shadows, subtle glaze transmission, self-occlusion, dimensional jade midtones, and smooth highlights. No sea sponge, soap bubbles, uniform perforation grid, glossy plastic, detached chunks, text, or watermark.

EDIT THE SCENE ONLY. Do not regenerate or modify the object. Preserve the object itself pixel-for-pixel: identical geometry, material, silhouette, typography, internal openings, proportions, scale, position, rotation, tilt, perspective, camera view, extrusion depth, bevels, lighting on the object, and all self-shadowing inside its geometry. Remove every trace of the surrounding physical scene. Completely remove the floor, ground plane, horizontal surface, horizon, contact shadow, cast shadow, drop shadow, reflection beneath the object, gray area beneath it, light pool, background illumination, pedestal, platform, support, and every tonal boundary behind or below it. Replace the entire area surrounding the object—including every pixel beneath its lowest point—with a perfectly uniform infinite black void, exactly #000000. The object must appear freely suspended in empty space. Empty pure-black space must be clearly visible beneath every part of the object. Nothing touches or supports it. Do not add a halo, rim glow, mist, particles, wires, stands, or new reflections. Preserve only shadows located inside the object itself: bevel shading, seam occlusion, cavity shading, and self-shadowing between its parts. The final background must contain no gradient, vignette, texture, floor line, reflected light, or visible distinction between upper and lower areas. It must be one uninterrupted field of absolute black. One unchanged levitating object only. No added text and no watermark. MATERIAL-ONLY IMAGE EDIT. Use the attached levitating 3D master as an immutable geometry, camera, composition, lighting, and background reference. Preserve exactly the object’s pixel position, center point, bounding box, scale, rotation, tilt, perspective, camera distance, extrusion depth, complete outer silhouette, typography, internal openings, spacing, and empty black space around it. Do not move, rotate, reframe, enlarge, shrink, flatten, thicken, retype, redraw, or redesign the object. The transformed result must align with the attached object when overlaid at 50% opacity. Replace only the object’s

Use the attached image as a strict silhouette and structural reference. Preserve all original contours, openings, proportions, text, logo shapes, orientation and recognizable details. For flat graphics, create a shallow physical version that follows the exact original geometry. Rebuild the exterior from soft inflated technical nylon divided into compact pillowy chambers following the object's geometry. Each chamber has believable internal air pressure, subtle seam lines, tiny textile weave and gentle specular highlights characteristic of premium lightweight puffer fabric. Inflation may soften the surface but must never deform the object's overall silhouette or close negative spaces. Small details use proportionally smaller quilted cells. The object is centered and floating freely in empty air against a perfectly uniform #E8E8E6 background. No hanger, support, floor, pedestal, horizon, contact shadow or external cast shadow. Only restrained self-shadowing between inflated chambers and seam recesses.

Use the attached image as an immutable shape and construction reference. Keep its exact silhouette, proportions, openings, edges, seams, text, logo geometry, camera angle and overall composition. Reconstruct the same subject as a solid object whose visible exterior is made from raw architectural concrete: cool mineral gray tone, fine aggregate, tiny pores, subtle casting irregularities, faint scratches, occasional darker mineral specks and softly worn edges. The concrete must follow every curve, bevel, recessed area and thin structural element of the source with believable physical thickness; it must never look like a concrete photograph pasted onto the object. Preserve small source details instead of burying them under excessive roughness. Natural matte surface response, restrained soft highlights, realistic micro-shadowing inside pores, clean editorial studio lighting and a pale neutral background. The result should feel like an impossible precision-cast concrete edition of the original object rather than a redesigned object.

Use the attached image only to define the exact object geometry. Preserve its silhouette, proportions, construction, cutouts, typography, logo contours, perspective and orientation without simplification. Replace the visible exterior with genuine short-pile black-and-warm-ivory animal hide, formed from dense microscopic hairs rather than printed spots. Create irregular organic monochrome patches that flow continuously across the object's surfaces and naturally bend around corners, edges and recessed areas. Individual hairs should be visible at close range, with slight variation in length and direction, soft tactile sheen and subtle compression along seams and edges. Maintain crisp readability of all structural features and source graphics. If the input is a flat logo, build the exact logo silhouette as a shallow dimensional object and cover that form with the same hide. Soft fashion-editorial lighting, subtle contact shadow, warm white seamless background, centered premium product photography. No additional animal features, no horns, ears or anatomy, and no change to the original object design.

Treat the attached image as a locked geometric template and keep its exact silhouette, proportions, openings, graphic elements, text and orientation. Reconstruct its surface from laminated optical diffraction film bonded tightly to the underlying form. The material should have a smooth transparent-to-metallic polymer base with microscopic diffraction grooves producing sharp spectral bands of cyan, violet, magenta, emerald, amber and electric blue that shift according to surface angle and illumination. The rainbow must arise from optical interference rather than from a painted multicolor gradient. Wrap the film continuously around curves, bevels and edges, with realistic tension, occasional ultra-fine lamination lines and slight changes in spectral density near bends. Keep every source detail visible and geometrically accurate. Bright controlled studio strip lights should create moving-looking spectral highlights while preserving clean material definition. Neutral light-gray background, isolated product composition, crisp premium macro realism. No random rainbow background, no glitter, no floating particles and no redesign of the source.

Use the attached image as a strict silhouette and proportion map. Preserve every external contour, internal opening, relative spacing and recognizable graphic feature. Transform the subject into a tangible sculptural object formed from dense soft cloud-like fiber masses, with layered cottony volume, hundreds of small rounded billows and fine wispy fibers along the outer boundary. The cloud material must remain constrained by the original geometry: broad surfaces may swell slightly outward for believable softness, while holes, separations, typography and negative spaces remain clearly defined and unchanged. Avoid turning the object into an amorphous cloud blob. Create soft translucent edge scattering, delicate internal gray-blue shadow pockets between billows and luminous white highlights across exposed areas. Slightly floating isolated composition, soft overcast studio illumination, very pale cool-gray background, dreamy but photorealistic tactile rendering. No sky scene, no extra clouds around the object, no fantasy additions and no altered silhouette.

Use the attached image as the exact geometric foundation and preserve its original silhouette, dimensions, openings, structural details, text, logo forms and perspective. Cover the exterior with a continuous matte black elastomer skin populated by thousands of short soft conical spikes growing perpendicular to the local surface. Spike scale and density should adapt intelligently to the geometry: evenly distributed across broad areas, progressively smaller near narrow edges, typography, openings and delicate structural details so the original design stays perfectly recognizable. The spikes must be physically integrated into the rubber surface rather than added as disconnected objects. Use dense premium silicone with subtle deformation, soft rounded spike tips, very low gloss and faint velvety microtexture. Soft directional studio lighting should produce rhythmic micro-shadows between spikes while retaining detail in the black material. Clean light-gray background, centered isolated product shot, extremely crisp tactile macro realism. No aggressive weapon-like spikes, no metallic material and no modification of the underlying object.

Use the attached image as a rigid shape mask and preserve every contour, opening, proportion, graphic detail and letterform exactly. Turn the object's exterior into a miniature living lawn composed of dense fresh short green grass growing directly from the surface, with realistic blades following the local orientation of each plane. Add a sparse distribution of tiny white field daisies with yellow centers, keeping them small enough that they never interfere with the object's silhouette, text or structural details. Exposed edges should reveal a very thin dark organic soil substrate beneath the turf, giving the material believable physical construction. Grass density should decrease intelligently around narrow gaps and fine features so the source remains completely recognizable. Fresh daylight-style studio lighting, rich natural greens, fine blade shadows and subtle translucency, clean warm-white background, premium surreal product photography. No surrounding landscape, no pot, no ground plane and no additional plants outside the object.

Use the attached image as a locked geometry blueprint. Preserve the exact outer silhouette, proportions, internal cutouts, openings, construction, typography, logo shapes, recognizable details and orientation of the source. If the input is a flat logo or graphic, convert the exact original contour into a shallow three-dimensional object with clean physical thickness while preserving every negative space and letterform. Reconstruct every visible exterior surface from dense ultra-soft dusty-pink shag fur, made from thousands of individually resolved silky fibers with varied length, slight directional flow, fluffy irregular tips, subtle clustering and natural compression around edges, seams and recessed geometry. The fibers must physically grow from and wrap around the underlying object rather than appearing as a photographic texture layer. Broad areas are plush and voluminous while narrow features remain readable and structurally accurate. Use soft diffused studio illumination that reveals fiber detail through delicate self-shadowing and subtle highlights. Fixed composition: the object is centered and fully suspended in mid-air with visible empty space beneath it, floating freely with no surface, floor, pedestal, support, strings or hanging mechanism and with absolutely no contact shadow, cast shadow or drop shadow beneath or around it. Uniform seamless solid background #E8E8E6. Premium photorealistic material study, crisp silhouette, isolated object.

Use the attached image as an immutable geometry template. Preserve its original silhouette, dimensions, openings, lettering, logo geometry, perspective, orientation and every recognizable structural component. If the source is a flat logo, convert it into a shallow three-dimensional form while leaving its frontal outline completely untouched. Reconstruct the visible surface from ripe strawberry epidermis with rich natural red tonal variation, fine cellular texture, shallow seed dimples and small pale golden achenes physically embedded into the skin. Seed density and scale must adapt to the geometry so narrow edges, typography and small details remain crisp; extremely fine areas may contain only red strawberry skin without seeds. Include a restrained natural moisture sheen and microscopic organic irregularities. Do not turn the source into the shape of a strawberry. Center the transformed object and let it freely levitate against a perfectly uniform #E8E8E6 background. No leaves, stem, floor, surface, pedestal, support, horizon, contact shadow or external cast shadow. Only subtle self-shading across the object's own dimensional surface.

Use the uploaded image as an immutable full-assembly reference. Preserve every visible source component exactly one-to-one: identical silhouette, proportions, thickness, openings, cutouts, layered parts, attachments, readable text, logos, labels, facial details, decorations, relative placement, overlap, depth order and original viewing orientation; nothing may disappear, merge, move or be redesigned. Transform only the material. Reconstruct suitable surfaces from thick optically clear flexible vinyl #EAF8F7 with a faint icy-blue tint #BDECF2, physically laminated over a real stretched fishnet textile trapped directly beneath the transparent skin. The fishnet should use saturated ultraviolet #6C3BE8 as the dominant yarn with occasional hot-pink #F53B94 junctions, built from individually visible round synthetic fibers with real crossings, tiny weave tension, slight compression where the clear vinyl presses against the mesh and small irregular gaps caused by stretching over curves. Keep the network large and graphic rather than tiny and repetitive. In selected broad zones let the mesh rotate direction or stretch diagonally to create elongated diamonds and strong directional rhythm, while the outer vinyl remains perfectly smooth and faithful to the source geometry. Show realistic heat-welded micro-seams, subtle vinyl stress whitening around tight corners, faint surface scratches, microscopic dust trapped between layers and slight air pockets around several mesh intersections. Photograph the complete preserved assembly freely suspended against pure black #000000 with broad soft upper-left-front illumination, restrained neutral fill, crisp localized clear-vinyl highlights, deep purple mesh shadows and full-frame macro-product-photography realism. No glowing edges, no toy-plastic appearance, no generic CGI smoothness.

Use the uploaded image as an immutable full-assembly reference. Preserve every visible source component exactly, including all silhouettes, openings, layered elements, labels, text, logos, facial details, tiny attachments, decorations and original orientation. Every source element must remain fully present and readable; only replace the material system and scale embedded details down around delicate features so nothing disappears. Cast the object from premium crystal-clear and lightly frosted ice with believable thickness, cold transparency and softly whitened edges. Suspend interesting organic contents inside the ice at multiple depths: delicate wildflowers, thin stems, tiny petals, small seed heads and elegant trapped air bubbles. Use a refined palette of pale lilac, blush pink, soft butter-yellow, ivory and faint sage green so the floral inclusions feel stylish rather than overly busy. Let some petals sit near the surface, crisp and visible, while deeper flowers appear softly distorted through the ice. Add subtle crack-like frozen veining and tiny bubble chains to increase realism. The result should feel like a luxury frozen botanical artifact, luminous and intricate. Render floating against pure black #000000, exact source view, sophisticated upper-left-front studio lighting, beautiful edge highlights, internal depth and ultra-high-resolution CGI.

Create one canonical neutral 3D master render from the attached logo or object. Preserve every letter, contour, opening, proportion, spacing, alignment, and recognizable detail exactly. Do not redesign, reinterpret, retype, simplify, or separate any element. Convert the complete source into one coherent solid object made from smooth neutral medium-gray matte polymer. Use restrained physical depth equal to approximately 14% of the object width and small clean rounded bevels. Keep all front-facing geometry identical to the source. Use a fixed near-frontal product view with only slight three-quarter depth: approximately 85 mm lens compression, 6° horizontal rotation, 4° downward camera elevation, and no camera roll. Center the complete object and keep generous black negative space around it. Place it against an infinite pure-black background, exactly #000000. Use one broad invisible light from high camera-left, an extremely weak frontal fill, and one restrained high camera-right separation light. Lighting equipment must remain outside the frame. No visible lamps, softboxes, panels, white rectangles, reflection cards, floor, wall, horizon, pedestal, or environment. Preserve soft self-shadowing, dimensional bevel shadows, and one tiny near-black grounding shadow directly beneath the object. This image is the locked master reference for all later material transformations. IMAGE-EDIT TRANSFORM ONLY. The attached image defines an entirely locked object, camera, crop, and composition. Replace its material without changing its placement or primary form. Maintain pixel-aligned outer contours, internal openings, typography, spacing, center, bounding box, scale, tilt, perspective, extrusion depth, black background, and existing shadow footprint. Do not rotate, reframe, redraw, retype, separate, or distort the object. Construct the existing volume from thousands of tightly interlocked miniature polished chrome rings wrapped around a continuous translucent cyan gel core. The rings must follow the exact surface topology, become progressively smaller around thin features and narrow openings, and remain densely connected as a load-bearing chainmail skin. Through the gaps, reveal the cyan gel interior with soft subsurface depth and restrained internal illumination. Show real ring thickness, overlapping connections, dark occlusion at every intersection, small curved metallic highlights, subtle deformation around bends, and believable pressure from the gel beneath the chainmail. Keep the entire construction clipped to the locked silhouette, except for individual ring edges already lying on its boundary. Retain the original fixed light direction. The cyan core may softly illuminate only neighboring rings and internal gaps. No global glow, neon outline, floating rings, loose chains, visible softboxes, white panels, lamps, room reflections, additional text, or watermark.

Use the uploaded image as an immutable full-assembly reference. Preserve the complete source exactly, including every component, opening, layered part, attachment, label, readable text, logo, decoration, overlap, depth order and viewing orientation. Reconstruct suitable surfaces from real dense technical neoprene in saturated cobalt #254FE5 with a fine matte closed-cell skin, microscopic knit backing visible at cut boundaries and subtle compression following the source geometry. Across selected broad surfaces laser-cut a bold system of large smooth organic apertures—elongated ovals, rounded slots and asymmetric capsule shapes—remaining completely inside the existing silhouette. Beneath the perforated blue neoprene bond a continuous metallic film in vivid copper-orange #E86B2C with a slightly brushed satin finish, so every cutout exposes the same glowing warm substrate rather than empty black space. Add a very narrow reflective piping #D5DADD around only a few major existing edges for a sharp Y2K sport-tech accent. Laser-cut boundaries must show microscopic heat-darkening, tiny melted foam cells, slight knit fraying and real depth through the neoprene thickness. Keep pattern scale large and memorable, with wide clean cobalt zones between apertures. Photograph the preserved object floating against #000000 using controlled sneaker-campaign lighting: broad upper-left illumination revealing soft neoprene roughness, narrow copper highlights beneath holes, crisp cavity shadows and real physical edge detail.

Use the attached image as the locked identity and geometry blueprint for one hero object. Preserve the recognizable silhouette, proportions, internal openings, spacing, and primary design relationships. If the input is flat, transform its exact contour into a dimensional crystalline body. Do not reproduce the source background or add unrelated decorative elements. Physically grow the complete volume from interlocking bismuth hopper crystals. The object must be structurally assembled from nested stepped crystals rather than covered with a crystalline texture. Use large geometric terraces across broad regions and progressively smaller terraces around thin parts, curves, internal openings, and delicate details. Every crystal must interlock with neighboring crystals and contribute to the load-bearing form. Create deep square cavities, layered stair-step growth, sharp edges with microscopic chips, and dense shadowed recesses. Use a dark gunmetal bismuth base with natural oxide interference colors—controlled cyan, violet, magenta, amber, teal, and green—concentrated mainly along terrace edges. Avoid a smooth rainbow gradient or holographic coating. Render on a vertical 3:4 canvas with a centered near-frontal product camera, restrained three-quarter depth, approximately an 85 mm lens, 5° horizontal rotation, 4° downward elevation, no roll, no wide-angle distortion, and no dramatic foreshortening. Keep the full object visible at approximately 80–84% of the image width. The object is suspended in an infinite pure-black void, background exactly #000000, without a floor, wall, horizon, pedestal, or support. Use invisible off-camera lighting: a broad directional key from high camera-left, an extremely weak frontal fill, and a restrained high camera-right accent. Produce narrow metallic highlights along selected crystal steps while keeping the cavities dark and dimensional. Lighting equipment and reflection cards must never appear. No rectangular white reflections, glowing panels, room reflections, or floating crystals. Preserve realistic metallic response, deep self-shadowing, contact occlusion between crystals, controlled exposure, and crisp microstructure. Premium path-traced 3D realism, one object only, no quartz points, no loose gem pile, no text, and no watermark.

Use the attached image as the identity and geometry blueprint for one hero object. Preserve its unmistakable outer silhouette, proportions, major internal openings, spacing, and recognizable design relationships. Do not copy the source background, lighting, or camera distortion. If the input is a flat logo, icon, or letterform, convert its exact contour into a coherent three-dimensional body. If it is a physical object, preserve its defining construction and details. Physically reconstruct the entire object as a pressure-filled technical puffer sculpture made from premium semi-translucent ripstop nylon laminated to soft clear TPU. This must be genuine padded construction, not a smooth object covered with a fabric texture. Divide the form into intelligently shaped inflated chambers that follow its anatomy. Use large rounded chambers across broad masses and progressively smaller chambers around narrow features, tight curves, lettering, and internal openings. Give the object substantial soft thickness, approximately 22–28% of its width. Add narrow heat-welded seams, raised fluorescent-lime piping, subtle tension wrinkles beside the seams, fine ripstop grid texture, and smooth pressurized bulges. All chambers must look sealed, consistently filled, softly compressed against adjacent chambers, and structurally connected. Keep negative spaces open and the original silhouette immediately recognizable. Render on a vertical 3:4 canvas using a centered near-frontal product view with restrained three-quarter depth, approximately an 85 mm full-frame lens, about 5° horizontal rotation and 4° downward elevation, no roll, no wide-angle distortion, and no dramatic foreshortening. The entire object is visible and occupies approximately 80–84% of the image width. Place it in an infinite pure-black studio void, background exactly #000000, with no visible floor, wall, horizon, pedestal, support, or surrounding environment. Illuminate only from outside the frame: a broad soft directional key from high camera-left, an extremely weak frontal fill, and a restrained high camera-right separation accent. The lights themselves must never be visible. No lamps, panels, softboxes, reflection cards, floating white rectangles, or glowing studio fixtures. Preserve soft textile highlights, realistic seam shadows, internal occlusion, dimensional midtones, and controlled edge transmission. No broad cast shadow; only natural self-shadowing and an optional tiny near-black grounding shadow. Extremely detailed premium 3D product render, physically plausible textile construction, sharp fibers and seams, no flat texture overlay, no extra objects, no text, and no watermark.

{ "source_lock": "Treat the uploaded image as the immutable structural master. Preserve every visible source component exactly one-to-one: silhouette, proportions, thickness, openings, cutouts, separate parts, layered elements, attachments, readable text, logos, labels, facial details, decorative elements, relative positions, overlap, depth order, camera angle and composition. Nothing visible in the input may disappear, merge, move, simplify or be redesigned. Material scale must automatically adapt around fine source details.", "palette": { "glass_body": "#D5F1EE", "rubber_blue": "#4A68DF", "rubber_lime": "#BDEB43", "rubber_pink": "#EB79B1", "background": "#000000" }, "material_hierarchy": { "primary": "65% frosted glass", "secondary": "30% soft rubber nodules", "accent": "5% polished clear glass edges" }, "construction": "Cast the main object from thick frosted glass. Bond a limited number of soft rounded rubber nodules directly into shallow sockets in the glass so each secondary element feels mechanically integrated rather than attached decoratively.", "surface_physics": "The glass has real satin etching, milky optical depth, slightly clearer edges and faint internal blue-green haze. Rubber nodules are large, smooth and soft, with irregular rounded shapes—capsules, flattened spheres and organic blobs—distributed in intentional clusters. Keep cobalt as the dominant rubber color, with lime and

Create one canonical neutral 3D master render from the attached logo or object. Preserve every letter, contour, opening, proportion, spacing, alignment, and recognizable detail exactly. Do not redesign, reinterpret, retype, simplify, or separate any element. Convert the complete source into one coherent solid object made from smooth neutral medium-gray matte polymer. Use restrained physical depth equal to approximately 14% of the object width and small clean rounded bevels. Keep all front-facing geometry identical to the source. Use a fixed near-frontal product view with only slight three-quarter depth: approximately 85 mm lens compression, 6° horizontal rotation, 4° downward camera elevation, and no camera roll. Center the complete object and keep generous black negative space around it. Place it against an infinite pure-black background, exactly #000000. Use one broad invisible light from high camera-left, an extremely weak frontal fill, and one restrained high camera-right separation light. Lighting equipment must remain outside the frame. No visible lamps, softboxes, panels, white rectangles, reflection cards, floor, wall, horizon, pedestal, or environment. Preserve soft self-shadowing, dimensional bevel shadows, and one tiny near-black grounding shadow directly beneath the object. This image is the locked master reference for all later material transformations. IMAGE-EDIT TRANSFORM ONLY. The attached image is an immutable master frame. Replace

Use the uploaded subject as a locked 3D geometry blueprint and preserve its exact silhouette, proportions, thickness, openings, negative spaces, edges and orientation. Construct the object from dozens of ultra-thin hard-shell polymer layers fused into one dense solid, alternating saturated cobalt blue, vivid coral, hot pink, acid lime, bright orange, creamy white and deep black. Keep the broad front surfaces polished almost flat so the laminate appears as subtle internal color depth, while introduce a set of shallow asymmetric carved depressions across selected zones that expose the individual layers as sharp contour-like bands, similar to a geological cross-section but with vivid synthetic color. Scatter sparse tiny silver foil fragments between a minority of layers and embed occasional clear resin bubbles along the exposed cuts. Keep all carving inward and completely inside the original geometry; no outer contour may move. Preserve exact source orientation and minimal perspective, centered complete object freely levitating against infinite #000000 with no floor, pedestal, wall, support, wire, horizon or external shadow. Use restrained invisible upper-left-front material lighting with weak frontal fill and subtle right separation, no visible studio equipment or rectangular reflections. Physically accurate polymer roughness, layered cross-section depth, polished cut edges, intense clean color separation and ultra-high-resolution commercial CGI. Highest priority: exact preservation of the uploaded object's geometry.

Use the uploaded subject as an immutable geometry blueprint and preserve its exact silhouette, proportions, thickness, openings, negative spaces, curvature, edge positions and orientation. Reconstruct the object from dense matte black silicone rubber with a tightly spaced field of extremely shallow lenticular micro-ridges engraved into selected broad surfaces. Beneath the translucent tops of the ridges embed alternating narrow color bands of saturated cyan and hot pink so the visible color shifts from cyan to magenta depending on viewing angle, with occasional acid-yellow bands creating brief tertiary flashes. Keep the base rubber rich black and low-gloss so the directional color effect becomes the visual focus. The lenticular ridges must remain entirely inside the source bounding shape and flatten completely before all edges, holes and structural details. Preserve exact source viewing direction, minimal perspective, centered complete object floating against #000000, no ground, pedestal, wall, support, wire, horizon or external shadow. Controlled invisible upper-left-front illumination with weak frontal fill and subtle right separation; no visible panels, rectangular reflections, glow or bloom. Physically accurate silicone roughness, lenticular refraction, directional color change, crisp microgeometry and premium CGI fidelity. Highest priority: exact source geometry.

Use the uploaded object as the exact identity reference. Preserve its recognizable silhouette, proportions, major openings and overall orientation. Reconstruct the form from saturated translucent hot-pink opaline polymer with soft cloudy internal depth. Mold the broad surfaces into tightly spaced shallow rounded ribs that remain visually integrated into the original object rather than changing its primary form. Seat narrow glossy cobalt-blue resin lines in alternating recessed valleys, producing a strong striped relief that feels molded into the material. Add sparse tiny ivory speckles inside the pink polymer for subtle depth. Isolated centered 3D material study on pure black #000000, floating freely with no floor or cast shadow. Clean near-frontal product view with subtle visible thickness. Soft controlled directional illumination from upper-left-front, balanced shadow detail, juicy pink transmission, precise blue groove highlights, deep blacks and extremely crisp premium CGI.

Use the uploaded image as an immutable full-assembly reference. Keep every visible object, layer, attachment, label, text, decorative feature, opening, scale relationship, overlap and orientation exactly as supplied; no component may disappear or change structural identity. Replace only the materials. Cast each existing component from polished smoky-clear resin with substantial transparent depth. Inside the resin build a dense internal woven core from ultra-thin flexible strands in acid lime, vivid orange, cobalt blue and hot magenta, interlaced into changing directional patterns at different depths. Some zones should form tight basket-like weaving, others stretched diagonal braids, and others loose bundled crossings, creating real volumetric parallax through the clear body. Integrate occasional tiny chrome clips where strands intersect and sparse milky-white translucent knots, but keep the woven color system dominant. The outer resin remains geometrically pristine and faithful to the source, while all complexity exists inside its volume. Reduce weave scale automatically inside narrow parts and around text or delicate features so every source detail survives clearly. Render the unchanged complete assembly floating centered against pure black #000000, preserve source view, soft directional upper-left-front illumination, restrained polished reflections, excellent transmission and refraction, crisp near-surface strands, softly layered deeper structures, no visible studio hardware, glow, bloom or rectangular reflections. Premium ultra-detailed CGI.

Use the uploaded image as an immutable full-assembly reference. Preserve every visible component, subcomponent, attachment, opening, label, text, logo, decorative element, relative position, overlap and orientation exactly; nothing from the source may disappear, merge, move or be redesigned. Apply the material independently to every existing component while keeping the complete assembly unchanged. Transform the surfaces into dense translucent electric-cobalt gel with rich optical depth and a softly polished finish. Build an extremely fine system of closely packed tangerine-orange micro-ribs directly beneath the transparent outer skin, following the local curvature like embedded flexible filaments; the ribs should create strong rhythmic directional texture while remaining completely inside the source geometry. Between the ribs suspend thousands of tiny pale-lilac glass flecks and sparse glossy black microbeads at multiple depths, producing crisp near-surface speckling and softer deeper inclusions. In selected broad areas allow several rib groups to change direction and intersect, creating subtle moiré-like zones and complex optical distortion without touching the source silhouette. The material should feel custom-molded, highly tactile and technologically luxurious, not like a color overlay. Preserve all source details clearly; automatically reduce rib density around text, faces, tiny attachments and narrow geometry. Render as a centered premium 3D material study floating in pure black #000000 with no floor, support or external cast shadow. Preserve the exact source viewing direction. Soft controlled upper-left-front illumination, rich readable midtones, crisp microgeometry, smooth highlight roll-off, no visible lighting equipment, no rectangular reflections, no bloom or environment. Ultra-high-resolution photorealistic CGI.

Use the uploaded image as an immutable full-assembly reference and preserve the complete source exactly: every visible component, opening, layered element, label, text, logo, decoration, position, overlap, scale and orientation remains intact. Only replace the material styling. Reconstruct the object's surfaces as a dense physically assembled mosaic of unmistakable tetromino-shaped modules: L, J, T, S, Z, square and straight four-block pieces, each visibly built from four connected square cells and interlocking tightly across the existing surfaces like a continuous puzzle skin. Use a bold contemporary palette of electric cobalt, acid lime, vivid orange, hot magenta, lemon yellow, violet and cyan, with each tetromino staying one solid color so the individual shapes remain immediately readable. Give the modules premium injection-molded polymer construction with crisp shallow seams between pieces, softly beveled square-cell edges, subtle satin gloss and tiny molded microtexture. Let some broad surfaces show nearly perfect interlocking tessellation while other regions contain one or two slightly recessed translucent tetromino pieces for depth. Adapt the module scale around small source details so the original structure remains fully visible; never replace source components with puzzle blocks or alter their geometry. Render the preserved input assembly centered and levitating against pure black #000000, exact source orientation, controlled upper-left-front illumination, crisp module separation, deep saturated colors and ultra-clean premium CGI.

Use the uploaded image as an immutable full-object reference and preserve every source feature exactly: full silhouette, all distinct components, labels, text, cutouts, layered parts, proportions, orientation, relative placement and all tiny decorative details. Nothing may be removed, fused or redesigned. Only transform the material treatment. Rebuild the object as a highly stylized designer-donut material. The primary form should feel like dense baked dough with a softly golden pastry base visible at edges and transitions, while the exposed surfaces are coated in a thick premium glaze. Make the glaze contemporary and fashion-forward rather than generic: use a smooth blend of raspberry pink, pale apricot, creamy vanilla and a hint of lilac, with rich glossy reflections and luxurious depth. Across the glaze distribute curated topping details: elongated sprinkle rods in 3–4 coordinated colors, tiny sugar crystals, sparse pearl dragees and occasional freeze-dried berry crumbs, all placed elegantly and kept lighter around delicate source details. Allow a few rounded glaze drips and pooling edges strictly within the existing object geometry so the full silhouette never changes. The result should feel premium, playful and irresistibly tactile. Render as a centered ultra-detailed CGI material study on pure black #000000, exact source angle, no floor or cast shadow, controlled upper-left-front lighting and exceptional material resolution.

Use the uploaded image as an immutable full-assembly reference. Preserve every visible source component one-to-one: exact silhouettes, proportions, openings, internal layers, attachments, labels, text, logos, decorative elements, overlap, spacing and orientation; no source element may disappear, merge or change identity. Transform only the material system. Rebuild the existing surfaces as a highly recognizable hot-dog construction: dominant structural regions made from fluffy toasted brioche bun with a golden-brown baked crust, pale soft crumb visible at transitions, fine bread pores and a light buttery satin sheen; selected long or central regions made from taut glossy frankfurter casing in deep paprika-red with subtle smoked-coral tonal variation and tiny natural casing wrinkles. Add unmistakable condiment detailing directly on top of suitable broad regions: thin glossy mustard-yellow zigzags, deep ketchup-red ribbons, small chopped emerald relish pieces, sparse crispy fried-onion crumbs and occasional pale sesame seeds embedded into the bun. Use these food elements as surface material behavior only, never replacing or removing any source component. Let condiment ribbons bend cleanly around the existing geometry and automatically become finer near labels, text, facial features or small attachments. The object should look like the exact uploaded source physically recreated from hot-dog ingredients rather than merely colored brown and red. Render the entire preserved assembly floating against pure black #000000, exact source camera, no floor or cast shadow, premium upper-left-front material lighting, delicious crust microtexture, glossy sausage response, wet condiment highlights and exceptional CGI detail.

Use the uploaded image as an immutable full-assembly reference. Preserve every visible source component exactly, including all outer silhouettes, inner openings, separate parts, labels, text, logos, decorative features and original orientation. Every source detail must remain present; only the material appearance may change, with texture density automatically refined around small areas. Rebuild the object as a high-design fungal material combining translucent jelly mushrooms, matte velvet caps and delicate mycelium bridges. Let the dominant broad surfaces consist of sculptural mushroom growth in a rich palette of smoky plum, amber caramel, pale peach, soft taupe and muted chartreuse. Integrate translucent jelly-like folds between more solid fungal caps, with semi-gloss wet edges and soft internal glow-like transmission, while preserving the original object geometry exactly. Use lace-like mycelium membranes, tiny spore clusters and fine vein-like root networks to connect the fungal regions. Add a few miniature ivory mushrooms emerging from seams for refined complexity. The result should feel futuristic, editorial and strange in a very stylish way. Render the full preserved input floating on pure black #000000, exact source angle, soft dramatic upper-left-front lighting, wet-versus-matte material contrast, sharp fungal detail and ultra-clean CGI.

Use the uploaded subject as an immutable full-object geometry and assembly reference. Preserve absolutely every source element exactly as provided: identical outer silhouette, proportions, thickness, edge flow, curvature, internal cutouts, negative spaces, layering, attachments, decorative parts, labels, logos, text, facial details, tiny accessories and relative placement of all components. Every visible part of the uploaded object must remain present, readable and structurally intact, including small secondary elements such as clouds, leaves, stems, tabs, handles, badges and inserts. The final object must match the source shape when overlaid. Only transform the material and add surface or internal material detail while keeping all geometry faithful to the uploaded reference; automatically reduce feature scale around delicate areas so no source detail disappears. Render as a premium photoreal material-study object, never as a collage, never as a decorative diorama, never as a crude kitbash. The material must feel physically believable, tactile and high-end, with realistic thickness, contact, transitions and microdetail. Keep the original viewing angle and object orientation. Center the complete object and let it float freely in space against infinite pure black #000000, with no floor, pedestal, support, horizon, frame, wall, environment props or cast shadow. Use refined studio material lighting: dominant large soft key from upper-left-front around 35–45 degrees horizontally and 45–55 degrees elevation, very soft frontal fill, subtle cool separation from upper-right, clean specular control, deep contrast, elegant tonal falloff, and zero visible light panels or rectangular reflections. The image should feel like an ultra-premium product render with high-end CGI realism, exceptional surface fidelity, crisp edge definition, rich microtexture, subtle imperfections and sophisticated photographic restraint. Transform the complete preserved object into a luxurious forest material system combining short dense moss, weathered wood and exposed root fibers. Cover major surfaces with compact velvety moss in deep forest green, olive green and muted chartreuse, keeping the pile short, dense and premium rather than fluffy or messy. Let selected transitions, edges and recessed zones reveal beautifully aged wood with realistic grain, subtle cracks, compressed growth rings and warm natural tonality. Thread fine roots and fibrous tendrils through seams and along contours in a restrained way, integrated into the form instead of exploding outward. The object should feel like a sophisticated contemporary bio-design sculpture, not a whimsical forest prop. Preserve the exact source silhouette and every small element. Prioritize tactile realism, subtle moisture variation, rich microdetail and believable material junctions.

Use the uploaded image as an immutable full-assembly reference. Preserve every visible source component exactly, including complete silhouettes, openings, layered parts, labels, text, logos, decorative details, tiny attachments and original orientation. Every source element must stay fully present and clearly reconstructed; only replace the material system and scale mushroom details down around delicate areas so the input remains intact. Transform the object into a dramatic mushroom ecosystem with richly varied fungal growth. Build the main body from a combination of mossy woodland substrate and dense overlapping mushroom caps in elegant tones of cocoa brown, tobacco, dusty mauve, muted rust, pale beige and burgundy. Include velvety caps, satin caps, frilled edge mushrooms and a few fan-shaped shelf fungi growing along curves and edges. Between them weave fine white mycelium threads and delicate root-like filaments, with small patches of moss softening transitions. Add subtle spore-dust traces and a few dew points for depth. The overall look should feel fashion-forward, sculptural and a little surreal, with refined CGI precision rather than messy realism. Render floating against pure black #000000, exact source view, controlled upper-left-front lighting, beautiful cap texture variation, crisp gill detail and ultra-high-resolution premium CGI.

Use the uploaded image as an immutable full-assembly reference. Preserve every visible part and relationship from the input exactly, including silhouettes, cutouts, openings, layered pieces, attachments, labels, text, logos, decorations, relative size, overlap and source camera. Rebuild suitable surfaces from deep black chrome #14171B with a dark polished metallic body, subtle brushed micro-scratches and restrained curvature-following reflections. Across selected broad areas integrate clusters of smooth powder-blue ceramic nodules #83B7F4 physically fused into shallow recessed sockets in the metal. Use a deliberate scale hierarchy: a few larger rounded nodules surrounded by smaller satellite forms, with cluster density varying strongly and large chrome regions left completely untouched. The ceramic has a dry satin glaze and tiny pale mineral freckles #D7E4F5, creating strong roughness contrast against the metal. Several nodules may be sliced flush by an existing edge, revealing believable ceramic thickness rather than floating decoration. Preserve source details by reducing cluster scale near intricate components. Render floating against pure #000000, exact input viewpoint, broad controlled upper-left-front illumination, deep chrome tonal range, powder-blue matte separation and extremely crisp luxury CGI.

Use the uploaded image as an immutable full-object reference. Preserve the complete source assembly exactly, including every silhouette, proportion, thickness, opening, internal layer, attachment, label, text, logo, decorative component, overlap, spacing and viewing orientation. Reconstruct suitable surfaces from frosted aqua polymer #7DE4DC with deeper teal #2BA9AA visible through thicker regions and a silky translucent matte finish. Across broad surfaces create one or two large embossed spiral terrace systems: tightly nested contour bands that rise and recess by tiny controlled increments, producing a sculptural fingerprint-like relief while remaining completely inside the original geometry. Transition the spiral color from aqua toward pale lilac #B9A7FF near the center, with a very thin warm-yellow accent #FFD85C tracing only selected inner terraces. The relief must feel precisely molded, with crisp micro-shadowing and smooth transitions, not like printed lines. Fine source elements receive a flatter treatment to preserve readability. Render the complete assembly floating against exact #000000, source orientation untouched, controlled directional lighting emphasizing terrace depth, beautiful frosted transmission, deep readable shadows and premium ultra-detailed CGI.

{ "source_lock": "Treat the uploaded image as the immutable structural master. Preserve every visible source component exactly one-to-one: silhouette, proportions, thickness, openings, cutouts, separate parts, layered elements, attachments, readable text, logos, labels, facial details, decorative elements, relative positions, overlap, depth order, camera angle and composition. Nothing visible in the input may disappear, merge, move, simplify or be redesigned. Material scale must automatically adapt around fine source details.", "palette": { "silicone_base": "#B69AF0", "cup_inner": "#FF7BAF", "secondary_inner": "#A9ED45", "shadow_violet": "#6A50B6", "background": "#000000" }, "material_hierarchy": { "primary": "100% molded soft silicone with two-level suction-cup topology" }, "construction": "Reconstruct suitable surfaces from one continuous molded silicone body covered with real shallow suction cups rather than spikes, bubbles or perforations.", "surface_physics": "Each suction cup must have a raised flexible rim, concave center, soft membrane thickness and subtle deformation where cups crowd together. Use a deliberate scale hierarchy: medium cups dominate broad surfaces while much smaller cups transition around curves and edges. The outer silicone remains lavender; cup interiors shift selectively into hot pink or acid-lime, with color physically integrated into the molded