In this folder there is a floorplan image (floorplan.png) and, optionally, reference photos or a moodboard (refs/). Build a photoreal virtual tour of this flat, to scale from the plan. Realism is the bar: it must look like real interior photography, never like a toy or a game. Deliverables 1. One eye-level photo per room (1920x1200). 2. A walk-through video (MP4, 1280x720, 24 fps, 30-60 s) through every main room, with a small floorplan in the top-right corner showing a dot where the camera stands and a cone for where it looks. 3. A browser walk-through (three.js) with WASD + mouse, touch controls on phones, collisions with walls and big furniture, and the same minimap. Start it with one double-click script that runs a local server. 4. A short report: what you could not match, the scale you used, where every file is. Tools Use Blender (Cycles) from Python scripts, ffmpeg and Python. Check they are installed first and tell me if something is missing. Use only free CC0 models, textures and HDRIs (Poly Haven), download them with a script and list every asset and author in CREDITS.md. Step 1: read the plan Find the scale from one reliable dimension, ideally the longest outer wall. AI-generated plans often have dimensions that disagree with each other: pick one, say which, and note the others that don't fit. Trace walls (with thickness), doors (with swing side), windows, rooms (name and type) and the drawn furniture into plan.json in plan pixels. Draw plan.json over the image as an overlay and fix it until walls, openings and furniture line up. Ceiling height 2.7 m, doors 2.1 m, unless the plan says otherwise. Step 2: build the shell Walls, door openings with frames and leaves, windows with frames and glass, floors by room type (wood in living areas, tiles in bathrooms), ceilings, skirting. Everything in metres, at real size. Step 3: furnish room by room with a builder and a critic Split the flat into rooms. For each room run a builder subagent and a separate critic subagent with fresh context. The builder places furniture exactly where the plan draws it, using real models where they exist. The critic looks at an eye-level render of the room next to the plan (and the reference photo if there is one), says which is more convincing, names the single biggest gap and sends it back. Loop until the critic finds no major gap, at most 5 rounds per room. Subagents must never kill processes they did not start. Realism rules (apply them centrally, for the whole flat) - Cycles, AgX view transform, denoising, real-world light units. - Glass that the sun can pass through: the camera sees glass, all other rays go straight through. Otherwise the rooms stay dark. - HDRI sky for light, a clean HDRI or backplate behind the windows, one sun with a fixed direction, warm ceiling downlights. - PBR textures with slight variation in colour and roughness, bevels on every hard edge, no perfectly flat colours. - Bedding, curtains and throws from cloth simulation, not boxes. - Small details: switches and sockets by doors, radiators under windows, books, plants, kitchen props, towels, a rug. Empty surfaces look fake. - Cameras at 1.6 m, 20 to 24 mm lens, level horizon, real photographic framing. - Light post-processing: subtle grain, vignette, mild contrast. Step 4: the video Plan a smooth camera path through door openings at eye height (Catmull-Rom position, eased turns, slow walking speed). Render every second frame and interpolate the rest with ffmpeg, but render every frame where the camera turns faster than about 8 degrees per second, because interpolation smears thin objects there. Save frames to disk so an interrupted render can resume. Draw the minimap after interpolation, using the real camera field of view for the cone. Fade in and out. Step 5: the browser tour Export glTF from Blender with all modifiers applied at render quality, real UVs for box-mapped textures and Draco compression, so no detail is lost. In three.js: AgX tone mapping, the same sun direction, ambient occlusion, colliders from the walls and large furniture, pointer lock with a drag fallback, and a thumb stick on touch screens. Working rules Work in small scripts I can rerun. Don't run a Blender render and the browser test at the same time on a machine with little RAM. When you finish, show me the photos, the video and how to start the browser tour.

Fine art photograph, landscape 4:3. A white marble classical bust of a Roman woman with a braided hair bun and calm closed-lip expression stands on a slim black plinth on the left third of the frame, in front of a 1960s modernist wall of square glossy lemon yellow ceramic tiles (#F2D230) with thin pale grey grout lines. A vertical band through the center of her face is digitally pixel-sorted sideways: the marble is stretched horizontally to the right into hundreds of fine streaks of white and grey stone that run across the tile wall and end in a clean straight edge near the right side of the frame, like a corrupted 3D render frozen in place. The rest of the bust stays perfectly sharp, with real marble pores, chips and veining. Soft daylight from the left, a crisp shadow of the bust on the tiles. Black text is set into the tile grid on the right half, each letter centered inside its own square tile, two lines reading exactly: "ANTIQUITY," and "RE-RENDERED". At the end of the streaks, a tiny black monospace label reads "restoring 87%". No other text, no logos, no watermark.