3dviz-pro-max

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What it is

A standalone agent skill for creative 3D visualization: shape the world, model its rules, make it interactive, and check what actually appears on screen. It ships a ten-step workflow, a searchable catalog of recipes and reusable knowledge, runnable Three.js templates and kits, and a capture helper so the agent inspects the frames it rendered instead of describing them. Factual explanations need sources; animated decoration does not become a simulation just by moving.

Start with one sentence:

Use 3dviz-pro-max to build a small fantasy village I can explore. Choose a distinctive art direction, add a few moving creatures, and inspect the result.

You do not need to choose a renderer or fill out a specification first. The agent should use the existing project stack, choose an appropriate representation, and refine the scene from observed results.

What it draws today

Runtime captures on a real GPU from the skill's own kits, rigs and recipes — all twenty-one frames, with host, tiers and hashes, are in the showcase gallery.

The whole island at dusk from the home camera.	Night: lantern practicals are the only key light.	Same island as a tabletop model, 22° lens.
Timber cottage at T3, the Blender-baked hero.	Stone bridge over the running water surface.	A 24/16-tooth spur pair, module 10 mm, ratio 3:2.

Village frames come from the retired pilot revision at mixed tiers; kit frames use the blueprint proof harness at the tier named. Nothing is cropped or retouched, and no frame claims a tier its record calls missing.

What ships

As of 2026-09-10, from catalog-summary.json and the docs below:

	Count	Notes
Recipes	223	across all 24 registered directions, at least six each
Knowledge records	440	18 populated families; 69 carry authored numeric defaults
Kit blueprints	22	record + module + four real captures, re-checked by SHA-256
Style profiles	37	33 with numeric defaults, including five named looks
Directions	24	see the subject table below
Sources / evidence events	451 / 3,599	public evidence archive
Example studies	37	five chapters, each runnable (examples)
Showcase frames	21	headless Chromium, GPU, 1920×1080 (gallery)
Retrieval cases passing	249	authored known-intent cases

The landing page recomputes every one of these from skills/, docs/, evals/ and evidence/ at build time, so a number cannot drift from the data behind it.

Direction	Authored subjects
Environments	Fantasy village, terrain island, historical evidence layers; Cave networks, night markets, floating archipelagos; irrigation budgets, museum routes and branching storybooks
Characters and motion art	Puppet performance, creature patrol, ribbon sculpture; Winged flight, expression/gaze rigs, secondary-motion chains; branching storybook scenes
Products and assemblies	Speaker parts, folding lamp, camera rig; Bicycle ratios, mould draft, flat-pack assembly
Architecture and interiors	House cutaway, furniture layout, service layers; Stair geometry, clearance studies, daylight/shading; construction sequence playback, museum routes and room modes
Operations and logistics	Parcel sorter, picking tour, dock scheduling; Job-shop playback, AGV reservations, pallet loading; closed-lane traffic and construction sequencing
Anatomy	Heart cutaway, knee layers, skeletal hierarchy; Brachial plexus routing, hepatic portal routes, vertebral columns; dental motion and supplied brain atlases
Physiology and biomechanics	Sarcomere, ventilation phases, vessel resistance; Cardiac valve phases, muscle levers, classical capillary exchange; moving-hinge jaw illustration
Molecules and materials	Molecular geometry, unit cells, hydrogen bonds; Protein secondary structure, chirality, crystal slip planes; deposited binding sites and orbital isosurfaces
Solid geometry	Conics, folding nets, solids of revolution; Convex hulls, Delaunay cells, Minkowski clearance
Linear algebra	Basis maps, determinant/volume, cross product; Eigenvectors, SVD, orthogonal projection; single-qubit Bloch ball, two-qubit Bell correlations, attention aggregation and small-network activations
Calculus and fields	Directional derivative, double integral, divergence/flux; Field integration, curl/circulation, Hessian critical points; finite Fourier synthesis, reciprocal complex mapping, Mandelbrot and quadratic Julia escape orbits, a linear phase portrait; predator-prey phase time and loss slices
Probability and statistics	Binomial trials, normal density, sampling means; Covariance ellipsoids, Markov chains, Monte Carlo volume
Topology and symmetry	Moebius band, torus cells, square symmetries; Trefoil diagrams, tolerance-based symmetry, mesh orientability; Riemann sphere reciprocal map
Logic and circuits	Boolean gates, full adder, finite-state machine; Critical paths, setup/hold timing, pipeline throughput; bounded natural deduction, SAT refutations and linear-arithmetic SMT
Algorithms and data structures	BFS, Dijkstra, stable mergesort; Binary heaps, recursion stacks, union-find/MST; KMP first-match DFA
Twisty puzzles	Face turns, direct manipulation, permutation cycles; Commutators, cube invariants, wide turns
Spatial puzzles	Voxel packing, sliding blocks, layered maze; Hanoi bounds, exact-cover packing, burr disassembly
Rigid mechanics	Pendulum, projectile/contact, gear kinematics; Gyroscope precession, rolling inertia, collision momentum
Soft/fluid/thermal models	Heat diffusion, nozzle continuity, hydrostatic pressure; Mass-spring cloth, CFD field playback, buoyancy equilibrium
Waves, optics and fields	Standing waves, refraction, point-charge fields; Polarization, interference/diffraction, current-loop fields; finite Fourier synthesis, first-reflection and rigid-room modal acoustics, seismic plane waves, qubit states and orbital isosurfaces
Robotics and control	Forward kinematics, inverse kinematics, odometry; Workspace singularities, trajectory timing, joint PID
Earth and environment	Contours, seasons, divergent ridge; Map projections, watershed accumulation, forecast playback; predator-prey dynamics, root-zone irrigation and isotropic seismic plane waves
Astronomy and space	Kepler orbit, Moon phases, parallax; Orbital frames/elements, eclipse shadow cones
Abstract systems	Agent Harness, service graph, embedding projection; Replicated logs, build dependencies, reconciliation loops; weighted P/T nets, wait-for deadlocks, RAG provenance, attention, neural activations, loss slices, Julia sets and Bell correlations

A recipe may be listed under more than one direction. Coverage gaps are tracked in the handbook comparison, coverage accounting and the roadmap.

How it works

graph LR
  A[Intent and<br/>visual direction] --> B[Reason about<br/>the objects]
  B --> C[Route: reuse kit /<br/>adapt / author / source]
  C --> D[Build a<br/>first view]
  D --> E[Run and capture<br/>real frames]
  E --> F[Refine by subject<br/>and evidence]
  F --> G[Report what was<br/>built vs observed]
  F -.-> C

• A workflow, not a lecture. Ten steps in SKILL.md: intent, object reasoning, grounding the representation, construction routing, quality targets and tool discovery, first view, meaningful behavior, run-and-inspect, refinement, honest reporting. Small edits use only the relevant steps.
• Creative direction before templates. Silhouette, proportions, parts, connections and behavior are decided first; kits speed suitable work and their T0–T4 pipeline labels do not cap artistic quality or factual fidelity.
• Concrete starting values. 69 knowledge records carry authored defaults — style profiles, mood lighting rigs, kit blueprints, a hero detail ladder, camera and time-of-day records — each stating palette, sky, fog, light rig, tone mapping and exposure, camera, materials, motion and post. 21 recipes carry numeric defaults with a worked expected value. Candidates to adapt, not mandatory settings.
• Runnable starting points. templates/ ships a Vite + Three.js scaffold with colour management, tone mapping and a viewer contract, five rigs (orbit camera, sun, night lantern, studio, post stack), three artifact document templates, two inspection checklists, and the kit library of 22 proved blueprints.