Add a CPU cloth self-collision demo based on Volino and
Magnenat-Thalmann 2006 (intersection contour minimization).
It uses an 18-DOP BVH with normal-cone culling. The page has
tangled and drop scenes and a debug panel.
Delaunay uses Bowyer-Watson with an exact in-circle test. Voronoi
cells are its dual, clipped to the canvas. Click adds a point, drag
moves it; layer toggles and an optional step mode. Max 400 points.
ROADMAP: tick Voronoi, drop the Lenia zoom item.
Velocity runs on a 128x128 grid and dye on 512x512.
Walls are free-slip: shaders clamp coordinates to the field.
Drag pushes the fluid and adds dye. Idle time adds random splats.
Tick the fluid item in ROADMAP.md.
Move gpu-state.ts out of gray-scott so gray-scott and lenia share it.
Fix gray-scott: skip the texture swap until the step shader is ready,
otherwise the seed is lost.
Info panel: support routerLink, so GoL and Lenia link to each other.
Ant System on the travelling salesman problem, run on the CPU.
Click the canvas to add cities while the colony runs.
Show the nearest-neighbor tour as a baseline. Tick ROADMAP.
Add linkLabel to AlgorithmEntry. The info panel shows it instead of
"Wikipedia" when set, for links that are not Wikipedia.
Tick the boids item in ROADMAP.md and add a Boids 3D item.
Fonts come from npm, not Google, so no third-party font requests.
Pages are prerendered at build time; browser-only code is guarded.
nginx serves per-route HTML, a real 404 and gzip.
Draw a shape or pick a preset, then rebuild it with a direct DFT.
Each frequency becomes one circle. Circles are sorted by radius, and
the circles slider keeps the biggest N. Also tick the ROADMAP item and
add the FOURIER SEO key.
Introduce an interactive Four Color Theorem demo: add FourColorComponent (template, styles, standalone component) with canvas-based grid, region generation, adjacency detection and a backtracking solver; include models for nodes/regions and grid constants. Wire up route and RouterConstants/UrlConstants, add menu entry in AlgorithmsService, and add i18n entries for English and German. Also add global color styles in styles.scss and a few minor i18n text adjustments.
Switch route definitions to lazy-load components via loadComponent dynamic imports and remove direct component references from RouterConstants. Remove several components' standalone flags and adjust component metadata (styleUrl vs styleUrls) and imports accordingly. Make AlgorithmsService and AlgorithmsComponent synchronous (getCategories() now returns an array and template iterates categories directly). Replace alert in PathfindingComponent with MatSnackBar and inject it. Simplify LanguageService initialization to use existing translate configuration. Remove unused ReloadService. Make GenericGridComponent.lastCell protected. Miscellaneous tidy-ups across related files.
Introduce a new cloth simulation feature: adds ClothComponent (TS/HTML/SCSS) and WGSL compute/vertex/fragment shaders implementing an XPBD-based cloth sim. Wire up routing and RouterConstants, add the cloth entry to the algorithms list, and add English/German i18n strings. Also include small refactors/renames for algorithm-category and algorithms.service imports and update BabylonCanvas to tolerate optional shader configuration and avoid null access during setup.
Introduce a new Pendulum demo (component, template, stylesheet) and wire it into routing and the algorithms list. Extend Babylon canvas API to emit a SceneReadyEvent (scene + engine) and accept a shaderLanguage option in RenderConfig so materials/shaders can target WGSL; update Fractal to consume the new SceneReadyEvent signature. Also add i18n entries for the pendulum demo.
Introduce a new Fractal visualization: adds FractalComponent (template, styles, TS), FractalService (rendering, palettes, Mandelbrot/Julia/Burning Ship/Newton implementations), and Fractal model/types. Wire up routing and router constants (route and component import), add wiki links to UrlConstants, and expose the new algorithm in AlgorithmsService. Also add i18n entries (en/de) for UI labels and explanations. Component supports canvas zoom/drag, color schemes and iteration controls.
Introduce a new Labyrinth feature: add LabyrinthComponent (TS/HTML/SCSS) implementing maze generation (Prim's/Kruskal) and visualization using the existing generic grid. Wire the component into RouterConstants and app.routes, and add the algorithm entry to AlgorithmsService. Refactor pathfinding internals: rename Node.previousNode -> Node.linkedNode and update PathfindingService and PathfindingComponent accordingly. Add SharedFunctions.random helpers and replace local random utilities. Rename Conway component files/class to ConwayGolComponent and update template path. Add i18n entries for labyrinth (en/de). Minor housekeeping: bump package version to 1.0.0 and disable @typescript-eslint/prefer-for-of in ESLint config.
Deleted the particles background component and its related files. Updated routing logic and constants, refactored topbar and algorithms pages, and performed dependency updates and cleanup in package files. Also improved i18n translations and adjusted TypeScript configuration.
Introduces a new 'Algorithms' section, replacing the previous 'Hobbies' page. Adds components, services, and models for algorithm categories and a pathfinding visualizer supporting Dijkstra and A* algorithms. Updates navigation and i18n files to reflect the new section and removes all hobbies-related files.
Introduced a new HobbiesComponent with routing and navigation updates. Removed unused ProjectDetailsComponent. Enhanced the projects page with a new 'work in progress' UI and improved .gitattributes for better file handling.
Added initial Angular project structure including configuration files (.dockerignore, .editorconfig, .gitignore, angular.json, tsconfig), VS Code workspace settings, and application source files. This sets up the base for development, build, and testing workflows.
lobo
Andreas Dahm