Mathematical backgrounds
for designers & developers
Depth-shaded geometric grids generated from pure mathematics. From Penrose tilings to geodesic domes — download free or get the full 4K pack.
16 Grid Types, 12 Depth Presets
From classical hexagonal tilings to aperiodic Penrose patterns — each grid rendered with curated depth shading.
Isotropic Vector Matrix
Buckminster Fuller's omnidirectional equilibrium — equilateral triangles tessellating in perfect isotropy.
Hexagonal
Nature's most efficient packing — from honeycombs to graphene, hexagons tile the plane with minimal perimeter.
Rhombille
Interlocking rhombi creating a mesmerizing 3D cube illusion — the classic tumbling blocks pattern.
Penrose
Roger Penrose's aperiodic tiling — infinite complexity from two simple shapes, never repeating.
Voronoi
Nearest-neighbor partitioning found in soap bubbles, cell structures, and territorial boundaries.
Fibonacci
The golden spiral's discrete cousin — points distributed by nature's favorite irrational number.
Truchet
Combinatorial tile art from 1704 — simple quarter-circle arcs creating endless maze-like patterns.
Body-Centered Cubic
The crystal lattice of iron and chromium — atoms at corners and center of each cube.
Hexagonal Close-Packed
The densest possible sphere packing — found in metals like titanium and zinc.
Simple Cubic
The fundamental cubic lattice — orthogonal simplicity as the basis of 3D space division.
Dodecagonal
12-fold rotational symmetry — a quasicrystalline pattern bridging periodic and aperiodic worlds.
Geodesic
Buckminster Fuller's geodesic dome — triangulated sphere approximation maximizing structural efficiency.
Kagome
Japanese basket-weave lattice — corner-sharing triangles creating a frustrated magnetic structure.
Ammann-Beenker
Octagonal quasiperiodic tiling — 8-fold symmetry from squares and 45° rhombi, never repeating.
Hex-Tri Adaptive
Hybrid tessellation adapting between hexagons and triangles based on focal density gradients.
Diamond Cubic
The crystal structure of diamond and silicon — tetrahedral bonding creates exceptional hardness.
How It Works
Browse
Explore 16 mathematical grid types, each with a unique geometric personality.
Customize
Pick a depth preset, adjust colors and size in the interactive playground.
Download
Free 800px exports or get the Pro Pack with all 192 backgrounds in 4K.
Simple, One-Time Pricing
No subscriptions. Pay once, download forever.
Free
Perfect for trying out and personal projects.
- Interactive playground
- SVG & PNG downloads
- 800px max resolution
- Watermarked exports
Pro Pack
PopularAll 192 backgrounds in production-ready quality.
- All 16 grids x 12 presets
- 4K resolution (3840x2160)
- SVG + PNG formats
- No watermark
- Commercial license
Dev License
Full source code for your own projects.
- Everything in Pro Pack
- GitHub repo access
- TypeScript source code
- All 16 grid generators
- Depth engine + presets
- Zero dependencies