Development of a 3D model for printing

1. Title 3D/AI Video Artist: Hyper-realistic Face Analysis Animation for Landing (Web Video)2. What We Do A short looping video is needed for the hero section of the landing page of a web product (AI face analysis, playful format). Plot: hyper-realistic face generated by AI (not a specific person). Landmark points (eyes, nose, jawline, eyebrows) will sequentially "sit" on it, with a light glowing grid built between them. At the end, 2–3 small score cards will gently "fly out" from the face (e.g. Curiosity 88 / 100). Behavior: build-in on loading (the grid builds, cards appear, ~3–4 s) → then seamless loop (~8–12 s): the grid barely "breathes," the cards gently pulse. Smoothly, without sharp movements.3. Style Aesthetics: editorial, clinical, grey — calm, premium, "medical-analytical report × magazine spread." Reference tone — QOVES face-analysis. The face should be photorealistic, but neutral, calm, natural light, without glamour and without a "stock" smile. Overlays (points, grid, cards) — strictly in a grey clinical palette from below, with a single grey-slate accent at the nodes. Critical — tone. This is a playful vibe analysis, NOT biometric scanning, NOT face recognition, NOT "the system evaluates the person." Due to photorealism, this risk is higher, so: Prohibited: IDENTIFIED/SCANNING frames, targeting crosshairs, red alarming colors, "security" HUD, tracking/interrogation effects, cold "prisoner scanning." Required: warm soft light, delicate glowing points, a sense of "interesting play with one's face," not a diagnosis. Score cards — light, friendly. Background: dark (deep graphite gradient, like a premium studio) — so that glowing overlays are readable and to avoid transparency. Not black-to-zero, but soft dark-slate.4. Technical Requirements Delivery format: MP4 (H.264) + WebM (VP9) — both, for cross-browser compatibility. Dark opaque background (transparency not needed). If the client later wants transparency over light — this is a separate encoding webm VP9-alpha + HEVC .mov-alpha, discussed additionally. Poster frame (first frame, JPG) — for instant display before video loading and for fallback. The video must play as muted + loop + autoplay + playsinline (otherwise it won't start on iOS). Size/weight: keep compact — target ≤ 5 MB per video (better 2–3 MB) with good compression. This is important for hero speed. 24–30 fps, build-in ~3–4 s, seamless loop ~8–12 s. Resolution for retina hero columns: output ~1400–1600px wide, with clean compression. Mobile: plays correctly on real iOS Safari and Android Chrome (playsinline, muted); on narrow columns, the face and cards are not cropped; poster fallback on weak devices. prefers-reduced-motion: show poster frame (static final state) instead of video.5. Deliverables + Rights The contractor delivers: MP4 (H.264) + WebM (VP9) — final looping video. Poster frame (JPG, final static state). Editable source — compositing project (After Effects / Nuke / Blender scene, etc.) with all layers and overlays, so future edits do not require starting from scratch. (Optional / bonus) "silent" light version for the login page from the same source. Rights and confirmations: Full transfer of exclusive property rights + unlimited commercial use. The contractor written confirms that they have commercial rights to use the generated AI face (the license of the generation tool allows for commercial use). The AI face must not resemble any real recognizable person; gender/ethnically neutral, ¾ or frontal angle. Fonts in the cards — free Google Fonts (Hanken Grotesk, JetBrains Mono).6. Process Still-frame (concept frame) within the first 24 hours — one static render of the future scene (face + background + overlay example) for approval. I confirm the same day.(For photorealism, this stage is critical — redoing a finished render is expensive.) After my "ok" — animation and compositing. 2 rounds of revisions included in the price. Payment in stages through Safe agreement: part after approval of still-frame, the rest — after acceptance of final files. Important quick start: still-frame within the first day, so respond only if you are truly free now.7. Budget and Timeline Budget: $___ (confirm; realistic range for this scope — $300–700; for $150, finding photorealistic AI video with compositing and sources is almost impossible). Timeline: 3–4 days from start (for photorealism this is tight — flexibility up to 5 is possible).8. What to Send in Response 1–2 works specifically with realistic faces: 3D render, AI-generated / AI video, or compositing overlays on faces (not just static illustrations). Short comment: how you see this style and what tool you plan to use to generate the face. Confirmation that you can start immediately and provide still-frame within the first day. Responses without examples of realistic faces and without a comment on style will not be considered.

Need seamless textures for canvas frames (based on photo references) There is a 3D project in Blender (frames for canvas gallery wrap). Textures for the frames are needed. Task: create/select seamless tile textures that closely resemble the photos in color and texture based on photographs of real frames. I will provide macro photos of the corners of real frames under different lighting — one or two references for each of the 6 materials (metals and wood). What is needed for each material: seamless tile without visible seams and noticeable pattern repetition “delighted”: without baked highlights and shadows from the original photo 4K, PNG Optional (a plus, but not required): If you can provide a complete PBR set of maps (normal, roughness, metallic, height/AO) right away — that’s a plus. But the main criterion is the similarity of the texture itself to the reference; we will extract the maps on our side if necessary. Important: we specifically need tile textures of the material, not a photo overlay of the frame on the model the main acceptance criterion is visual similarity to the reference in color and texture ready-made textures from stock are acceptable if they truly match the reference — the result is what matters, not the method Deliver: an archive with textures (one folder per material) + a preview for tile checking. Tool of your choice — I will evaluate based on the final similarity.

Task: to turn a 3D scan of the floor (file .obj) into a ready-made template for cutting — a flat outline in CDR format while preserving real dimensions. Important nuance: the car floor is uneven (footwells, podium under the gearbox), so simply "photographing" the scan from above will not work - dimensions in areas of bends will be distorted. A correct unfolding of the surface into a plane is needed while preserving real dimensions across the surface. We will provide: a 3D scan file (.obj). What is needed: a CDR file, ready to be opened in AutoCAD and uploaded to a laser cutter. Thank you in advance for your response

Hello! I need to create a HighPoly 3D model of a bamboo basket according to the reference. The work includes exclusively detailed modeling. No UV unwrapping or texturing.

It is necessary to develop a 3D CAD model of a new product for further production. A design engineer is needed, working in SolidWorks, Fusion 360, or Inventor. The model needs to be prepared in STEP/STP format (STL will be an advantage). There is a concept and references. Detailed materials will be provided after communication begins. Please specify the cost, completion time, and examples of similar work.