Coordinated by recipe
A short address selects palette, display and body type, shape, surface, motion, density and shadow.
One compact source file selects coordinated typography, color, geometry, material, density, elevation and motion—then combines them with tested website and application contracts.
Recipes and virtual component IDs are resolved deterministically. Models retrieve one exact choice instead of spending context and output tokens rebuilding CSS, responsive states and interaction plumbing.
A short address selects palette, display and body type, shape, surface, motion, density and shadow.
Compact aliases and exact IDs preserve product-specific content while removing repetitive frontend code.
Every expanded block still passes source-located contract, accessibility and URL-safety checks.
Virtual blocks can look materially different while retaining predictable semantics, keyboard behavior and responsive output.
A high-emphasis action with generated geometry, surface, motion, density and elevation.
Create workspaceA visually distinct recipe that still supplies complete hover, active, focus and disabled states.
Review systemExact IDs let smaller models choose a credible treatment without authoring custom style declarations.
The browser runtime remains dependency-free and announces local action feedback accessibly.
Open workspaceThe model selects semantic capabilities. AppBlocks supplies the implementation and accessibility contract.
Viewport-aware motion is generated from recipe classes and automatically disabled for reduced-motion preferences.
Motion systemNative scrolling, generated controls, snap behavior and mobile geometry ship without a frontend dependency.
The workspace route includes a Control/Command-K dialog with native focus handling.
Validated forms, sortable and filterable records, tabs, dialogs, boards and feedback states share one deterministic runtime.
Test the applicationNo. It supplies coordinated defaults. The author still chooses content, hierarchy, routes, data and meaningful exceptions.
Yes. Canonical Generation 1 source follows the original compiler path unchanged.
No. Authentication, persistence, authorization, payments and external operations require real backend adapters.
Let the compiler own repeatable interface implementation while the model focuses on product structure, content and behavior.