SVG Sample Book

Inspiration

Designers often know the feeling, movement, or reporting treatment they want, but not the SVG, WebGL, or chart vocabulary needed to begin. Most inspiration galleries provide a finished picture and stop there. SVG Sample Book connects visual inspiration directly to implementation.

What it does

SVG Sample Book is a tactile interactive catalog presented as a physical wallpaper binder.

Volume I contains 120 live SVG, WebGL, shader, geometry, particle, motion, and interaction experiments. Volume II adds 200 reporting and dashboard compositions using safe fictional example data.

Every page combines a finished visual specimen with meaningful controls, reusable source, a copyable Codex prompt, favorites, and named project collections. Designers can search by title, technique, chart family, or reporting question; manipulate an example; inspect how it works; and carry the idea into a real project.

How we built it

The application uses React, TypeScript, Vite, native SVG, Three.js, React Three Fiber, WebGL, and GLSL. Typed registries keep each page's metadata, controls, prompts, renderer, and example data synchronized. Only the active specimen is mounted, motion starts on visitor action, reduced-motion preferences are respected, direct-manipulation elements remain bounded, and every interactive page provides a visible reset.

How Codex and GPT-5.6 were used

Codex with GPT-5.6 served as an active design and engineering collaborator. It helped translate the physical sample-book direction into a working React architecture, expand and audit both catalogs, implement native SVG and GPU renderer families, and keep controls, metadata, prompts, datasets, and renderers aligned.

GPT-5.6 was particularly valuable when decisions crossed design and engineering boundaries: preserving the binder identity across desktop and mobile, replacing repeated chart treatments with distinct visual families, turning visual feedback into bounded interactions, and tracing navigation, overlay, and animation defects to their runtime causes.

Codex also supported systematic browser verification across all 120 Volume I entries and 200 Volume II entries, production build checks, responsive QA, and the final submission media workflow.

Challenges

The largest challenge was maintaining visual variety without losing a coherent product identity. Hundreds of entries needed to feel distinct while sharing navigation, controls, accessibility behavior, code handoff, and the physical binder metaphor. Another challenge was balancing live SVG and GPU effects with performance.

Accomplishments

• 320 searchable, runnable visual starting points
• 120 SVG and GPU technique specimens
• 200 reporting compositions with bundled fictional data
• Responsive desktop and mobile binder experiences
• Real code and prompt handoff from every page
• Favorites and reusable project collections across both volumes
• Audited controls, reset behavior, motion handling, and production builds

What we learned

The strongest reuse tool is not another template library. It is a bridge between visual recognition and working implementation. A designer should be able to point at a treatment, understand its ingredients, manipulate it, and leave with enough code and language to continue.

What's next

Future work includes tool-specific prompt variants, more standalone SVG exports, offline packaging, and a documented contribution path for additional specimen families.

Built With

• glsl
• gpt-5.6
• openai-codex
• react
• react-three-fiber
• svg
• three.js
• typescript
• vite
• webgl