6 Astra prompts

Create a 3D space that users can walk through and explore inside a house as a single browser page.

{ "task": "build the pyramids in 3D. rotate the camera", "video": { "duration": "15s", "ratio": "16:9", "layout": "split screen, 1 model per side" }, "scene": "golden miniature diorama, tilt-shift, dark dusk lighting, smooth carved pyramid, temple, small pyramids, cracked plaza, contour terrain", "animation": "pyramid morphs in from base to tip, no workers, no ramps, no blocks", "camera": "continuous 150 degree orbit, synced on both sides", "overlay": "model name + timer only" }

Recreate this scene in Isaac Sim for the purposes of manipulation policy evaluation. Don't use Manifold.

Write a complete, executable Python script using Blender's bpy module to create a 3D Minion character, set up a 360-degree turntable camera animation, and render a 5-second 1:1 video. Animation & Render Specifications: Frame Rate & Duration: Set frame rate to 30 fps and render frame range from frame 1 to 150 (exactly 5 seconds). Aspect Ratio: Set render resolution to 1080x1080 pixels (1:1 square ratio). Camera Turntable Animation:Animate the camera (or an empty controller object parented to the camera) to perform a seamless 360-degree rotation around the Minion over the 150 frames. Set keyframe interpolation to LINEAR to ensure smooth, constant-speed rotation. Output Settings: Set output format to FFmpeg video (H.264 / MP4 container). Technical Requirements & Model Structure: Base Body:Create a capsule-like mesh for the main body (yellow material, subsurface scattering/roughness ~0.3). Add sparse, thin strands of black hair on top of the head. Goggles & EyesBuild dual-lens goggles using extruded cylinders/toruses. Goggle Frame Material: Metallic (~0.9), Roughness (~0.2) to simulate brushed aluminum/metal. Add a black elastic strap wrapping around the body. Generate two eyeball meshes inside the frame (white sclera, brown iris, shiny pupil). Clothing - Overalls:Model the denim overalls using separate mesh geometry or extruded body segments. Material: Blue denim color, higher roughness (~0.6). Include shoulder straps and a front pocket on the chest. Appendages & DetailsAdd arms and legs with black gloved hands and black shoes. Use Mirror Modifier (bpy.ops.object.modifier_add(type='MIRROR')) where applicable (e.g., eyes, goggles frame, arms, straps, legs) to ensure symmetry and clean code. Lighting & Scene:Place a three-point lighting setup (Key, Fill, Rim lights) parented to the camera or placed uniformly so the lighting stays consistent during rotation. Set render engine to Cycles or EEVEE with a clean studio background. Ensure all materials are created using Nodes (use_nodes = True). Return ONLY valid Python code inside a markdown block with no surrounding text or markdown explanations.

Build a cinematic, photorealistic, beautifully textured rocket launch scene using Three.js

Using blender mcp. Make me a realistic 3d model of the: Lockheed Martin F-22 Raptor (US only). Then create me 60 second mp4 of it flying around in Godot that I can upload to X.

Create a local HTML/CSS/JS file using Three.js. Make a highly detailed 3D model of a human eye that looks like a macro photograph of a real eye. Everything must be created from scratch.

Build a detailed sports car that transforms into a humanoid robot, with an x-ray mode and interactive exploded view

Build a fullscreen, responsive Three.js boat ride set in a narrow jungle waterway. Use a third-person camera following an empty wooden rowboat with a pointed bow, broad sides, flat stern, visible floorboards and seats, no oars, a dry interior, and a hull slightly submerged in the water. Let users steer with WASD or arrow keys and touch controls. Make the scene nocturnal and mystical: dense, varied, realistic dark-green trees on both banks, subtle wind, a detailed full moon, and broken moonlight reflected across animated water. Use convincing moving waves, distorted reflections of the boat and trees, and a wake that follows the boat’s traveled path and fades naturally no fixed glowing marks or hard circular borders. Add a weather toggle for moonlit night, warm dawn, and overcast rain; in rain mode, show falling drops and small, short-lived impact ripples shaped by the water’s waves. Add optional, subtle water, jungle, and rain ambience. Keep the interface minimal. Verify the visuals, controls, audio, counter, and all three weather modes on desktop and mobile.

I want you to create an interactive educational 3d represenation how CRISPR DNA technology works. You can choose what ever technology you want as long as its clear readable and has a dna strand, you can see a full work of gene editing and what each piece is, I should be able to select any relevant part of it and learn something

Design one 3D-printable J-hook for a strength test. The hook hangs from an 8 mm steel bar. An 8 mm pin sits in the bill and we hang weight from that pin. I want the highest breaking load I can get without the bar or the pin slipping out. Rules: - One printed part. No screws, inserts, glue, or extra pieces. - Must clip onto the bar and the pin by hand. No closed rings. - Pin seats 40 mm apart, center to center. - PLA. Max 35 g as printed. - Must fit 80 x 60 x 25 mm. - The pin should have to lift at least 10 mm to come out. If it can roll out the side, that design is invalid. Give me: 1. A short explanation of the shape. 2. A complete OpenSCAD file I can compile and export to STL for Bambu Studio. No STL text. No G-code. OpenSCAD only. If the first idea would slip off, replace it in the same answer.

Create “Melon Jelly” — a polished, interactive 3D watermelon jelly slice that runs directly in the browser using genuine WebGPU and WGSL shaders. Deliver a single, self-contained HTML file with embedded JavaScript and CSS. This must be an actual interactive 3D simulation, not a static render, video, or 2D imitation. THE WATERMELON Create a thick, rounded triangular watermelon wedge with: Translucent ruby-red jelly flesh. A pale, slightly translucent layer between the flesh and rind. A glossy green outer rind with irregular dark-green stripes. Individually modeled dark seeds embedded in both exposed sides. Softly rounded corners and an appealing, substantial thickness. Make it look like an expensive gummy candy photographed in a studio. It should feel juicy, soft, and almost edible. Keep the colors rich without overexposing the highlights. SOFT-BODY PHYSICS Use a volumetric soft-body simulation, such as a tetrahedral mesh with XPBD elastic and volume-preservation constraints. The user must be able to: Grab the tip, a corner, the flesh, or the rind. Stretch, bend, lift, and gently twist the slice. Release it and watch it wobble before gradually settling. The slice must visibly deform locally, not simply move or scale as one rigid object. Make the rind slightly firmer than the flesh while keeping the whole slice flexible. Preserve volume reasonably during stretching. Prevent inverted elements, explosive motion, and permanent collapse. Use a fixed simulation timestep and bounded substeps for stability. After release, the motion should decay naturally — no instant snapping back and no endless oscillation. Keep seeds attached to the deforming flesh. They must move and rotate with the surface rather than float independently or remain fixed in space. Include ground contact, gentle friction, and soft bouncing. Avoid visible floor penetration. RENDERING Use native WebGPU with WGSL shaders. Include: Thickness-dependent light absorption. Refraction through the jelly. Fresnel reflections and glossy highlights. Soft transmitted light through thin edges. Subtle internal details and a few tiny air bubbles. Soft contact shadows beneath the slice. A light, neutral studio background. The flesh, pale rind, and green skin should have distinct material responses. Avoid making everything look like clear glass or opaque plastic. Keep the slice large and easy to inspect, with a three-quarter camera angle that reveals the flesh, seeds, and thickness. INTERFACE Use a minimal editorial layout with generous whitespace, thin borders, restrained controls, and no decorative UI gradients. Top left: “MATERIAL STUDIES / NO. 009” A large italic serif heading split across two lines: “Melon” and “Jelly.” Small caption: “A slice of summer.” “A little wobble.” “Too soft to share.” Top right: A small status indicator showing “WEBGPU · LIVE” when the renderer is running. Right-side panel: “THE SPECIMEN” Three coordinated watermelon-inspired color presets. Firmness slider with its current value. Internal damping slider with its current value. “Give it a nudge” and “Reset” buttons. “¼ speed” and “Show mesh” checkboxes. Pause / Resume button. Bottom left: A short hint explaining that the slice can be grabbed and stretched. Live mass, relative volume, and kinetic-energy readouts derived from the simulation. Clearly describe illustrative units or approximate values where appropriate. Bottom right: A collapsible “Inside the experiment” section briefly explaining the physics and rendering. BEHAVIOR AND PERFORMANCE Support both mouse and touch input. Use pointer capture so dragging remains reliable when the pointer leaves the object. Make the layout work on desktop and mobile without controls covering the slice. Reuse buffers and avoid rebuilding geometry or compiling shaders during dragging. Keep interaction smooth and responsive. Respect reduced-motion preferences. If WebGPU is unavailable, display a clear explanation instead of silently substituting a fake renderer. VALIDATION Test dragging from several locations, strong stretches, repeated releases, ground collisions, all sliders, presets, pause, reset, and slow motion. Check that the model returns to a stable resting shape, seeds stay attached, the mesh remains intact, and there are no rendering errors. Prioritize the quality of the jelly response and lighting. The result should be something people want to keep grabbing and playing with.

i want you to create an interactive 3d render of how light travels through a camera lens and gets to the sensor. make the demo use a beautiful mountain scape with waterfalls and beautiful green grass

build a Super Heavy booster catch in Blender using only Python. no downloaded models, no textures, no HDRIs, everything generated by code

A forest with a lake in the center. In the middle of the lake, an abandoned house. Around the lake, a flower-filled French village. Paths connecting the important points.

Design and create a very creative, elaborate, and detailed voxel art scene of a intricate ship sailing through the ocean inside of a bottle. Include waves and realistic physics, with the whole scene encapsulated inside of the bottle. Make the scene impressive and varied and use colorful voxels, modeled physics, and interesting props / landscapes all encapsulated inside of the bottle. Use WebGL and whatever libraries to get this done but make sure I can paste it all into a single HTML file and open it in Chrome

Build a detailed voxel-style Japanese garden in Three.js, with a pagoda, tiny villagers, a flying dragon and interactive details.

Create a guinea pig in Blender

Create an outfit for VRChat

I want you to create me a misty, rainy, autumn-like mysterious atmosphere, nostalgic experience in an explorable Three.js in a single html/css/js file.