Curiosity, made real.

Each shape is generated from board dimensions, rocker, rails and tail geometry, with resin finishes, stringers, traction pads and foiled fins. Scroll through the lineup and an exploded construction view, rotate and flip every board, or download its textured GLB model. A live volume finder and persistent demo cart complete the storefront, with responsive layouts, keyboard controls, reduced motion and a WebGL fallback. Seven browser scenarios and geometry checks cover the experience; checkout is a frontend demonstration.

Full stack: Three.js, TypeScript, GSAP, Vite, PBR materials, Procedural geometry, GLB export, Playwright, E-commerce UI

Explore 21 implementations: 12 sorts, five searches, and four graph algorithms, with reversible traces, editable inputs, and operation counts. Test JavaScript against 45 practice cases. Run local worker benchmarks with reproducible seeds, warmups, correctness checks, median and p95 timings, and saved baselines. Export CSV summaries or JSON reports with raw samples, compare implementations, and keep experiments and notes in a browser-local notebook.

Full stack: Developer tools, Algorithms, Performance testing, JavaScript, Web Workers

A classical entrance and furnished living pavilion connect to three five-room wings, with 30 matching beds, covered colonnaded walks, grass, tables, benches, and a small fountain basin. Photographic PBR materials and lighting bring the model into a rendered one-minute tour: 1,440 frames at 720p, from the entrance through a representative bedroom and the galleries to an aerial finish. The showcase includes chapter controls, a full-size render gallery, and an editable Blender file with all 29 texture images packed. An original digital architecture study, not an archaeological reconstruction or construction-ready design.

Full stack: Blender, Architectural design, Camera animation, 3D environment design, PBR materials, HTML & CSS, JavaScript

Import Excel or CSV, paste a table, or edit measurements directly, with optional uncertainty in both axes. Ordinary and weighted regression report residuals, confidence intervals, and fit statistics; a geometric solver finds the maximum and minimum slopes that intersect every included uncertainty box. Calculations run in a Web Worker, and batched Canvas rendering keeps experiments with 20,000 points responsive. Projects stay in the browser and export as SVG, PNG, CSV, or printable lab reports. Twelve automated tests include 4,000 randomized comparisons against an independent slope-bound solver.

Full stack: JavaScript, Physics, Data visualization, Web Workers, Canvas, Numerical methods, Regression, Automated testing

Source findings include matched quotations, an evidence-support check, and explicit unresolved cases. Ten fixed scikit-learn protocols record paired measurements, seeds, splits, model parameters, and descriptive bootstrap intervals. The Vercel app keeps each visitor’s notebook in browser storage, supports live benchmarks, and uses a visitor-provided Haimaker key for AI analysis. Reports export as Markdown, CSV, JSON, or a replay bundle. Original-paper experiments are assessed from text, not independently reconstructed or executed.

Full stack: Python, FastAPI, scikit-learn, Research methodology, Reproducibility, IndexedDB, Vercel

Procedural geometry and materials form the oak-ribbed rooms, stone hearth, country kitchen, reading nook, and bedroom. A 38-second 1080p tour moves through seven shots over 912 frames, with an animated entrance and original meadow and fireplace ambience. The website includes the film, chapter controls, room gallery, and an editable Blender scene.

Full stack: Blender, Python, 3D environment design, Procedural modeling, Camera animation, Video

I built a dependency-free JavaScript SDK to capture masked DOM snapshots, clicks, console errors and fetch timing, with throttled pointer tracking, batched delivery and bounded storage. The dashboard lets you scrub a session, jump to failed requests and compare the original checkout with a fixed build using captured events. Recordings stay on your device, replay runs in sandboxed frames, and an exported HTML report includes its own replay and assets. Eight automated tests cover masking, recorder cleanup, storage limits, comparison evidence and the record-to-report flow.

Full stack: JavaScript, Browser APIs, Session replay, MutationObserver, Service Workers, Privacy controls, Automated testing

A lattice Boltzmann fluid solver, the kind used in real CFD research, lives in WebGL shaders and updates half a million cells thousands of times a second. Reshape a NACA wing, drop a flap, pitch it until it stalls or flap it until it produces thrust; spin a cylinder and watch the Magnus effect bend the wake; heat the body and see a plume rise. Lift and drag are measured from the momentum the air hands to the body, the pressure distribution is plotted around the surface, and a one-button experiment sweeps the angle of attack. Smoke streaklines, pathlines, timelines, vorticity, speed, pressure, schlieren and heat views, plus a benchmark page that checks the solver against published cylinder data.

Full stack: Fluid dynamics, Lattice Boltzmann, WebGL2, GPU compute, Validated, WebGL, Canvas

It guesses the cloud base at every airport from temperature and dew point, then checks the guess against the airport's laser ceilometer. It turns station winds into a convergence field so you can watch the two sea breezes run into each other. And it lifts air parcels through the GFS forecast to work out how tall the afternoon storms can get. Radar, satellite and NWS alerts on top. Free data only, no API keys.

Full stack: Atmospheric physics, Leaflet, Open-Meteo, NOAA data, Next.js, React

Live model replies stream through an illustrative attention-and-MLP scene, with tool calls tracing the agent loop. Word highlights approximate reuse in the transcript, rather than exposing internal attention weights. Replay exchanges, compare two models, attach images, use browser tools, and take a guided tour of transformer concepts.

Full stack: Agent loop, Streaming, Transformer internals, Web Speech, xAI, Three.js, WebGL, GLSL, Web Audio, Canvas, Claude API

Layers, history, free transform, brushes, rulers, and saving and loading projects. Nothing gets uploaded and there is no account. It all runs on your own machine.

It builds a printable welcome book, house-rules sign and Wi-Fi card. Property details stay in the browser. Free previews are available; Pro purchases currently start with an email inquiry.

The public calendar and lunch menu work without a database; announcements, PrepTalks and admin editing can be enabled with a configured database and email service.

Full stack: Next.js, React, TypeScript, Tailwind CSS, School tools, Caching

A service worker caches the app shell; game files are loaded from a third-party CDN. Built with plain JavaScript and no runtime dependencies.

Full stack: JavaScript, PWA, Vercel, Browser games

Built as a static website with JavaScript, HTML and CSS.

Ten hand-drawn levels with conveyor belts, saws, a gear shop and cosmetics. I hooked a breadth-first search solver into the game loop to prove every level can actually be finished.

Full stack: Game engine, Level design, BFS solver, Canvas

The expression parser and evaluator are compiled to WebAssembly with Emscripten and wrapped in a browser UI, so the number crunching runs natively in the WASM module.

A glassy blob slowly deforms while liquid light swirls around inside it. There is a small stable-fluids simulation so you can stir the liquid or burst it, plus live sliders for the parameters.

The solve happens in a vertex shader with Newton steps. Four resonance modes morph into each other, and clicking strikes the plate and sends out ripples.

Full stack: GPU particles, Physics, Three.js, WebGL, GLSL

All sixteen product images are inline SVG generated by code, faceted gems, bands and chains included, so the page needs no image files at all.

Big editorial type, sections that move as you scroll, and a responsive layout in one HTML file with no dependencies.

Thousands of points rebuild the image and react to the pointer in real time.

Full stack: Particles, WebGL2, GLSL, GSAP, Canvas

The analyzer is WebAssembly and runs entirely in your browser — your code never leaves the machine.

Paint supports and loads, and a SIMP optimizer with the finite-element solve running in WebGL2 shaders grows the stiffest structure for a given amount of material, live. Export it as an SVG outline or a 3D-printable STL.

Every pixel of the launch-window map is a Lambert solve in a WebGL2 shader; Float64 orbital mechanics gives the numbers, the delta-v budget, gravity-assist sequences and an N-body check, and a 3D solar system flies the transfer.