Gist 69cfbb7f237e72e9bcbd21744278a5f8

Gist e052414ca97f9d5f835b6090330c968d

A procedural town is generated from a jittered grid, producing extruded houses with window openings, domed roofs, ground patterns, and building edging. The example uses the `Grids.Grids` API to create the base grid, then applies `Loft`, `FaceSlide`, `FaceRemove`, `Shell`, `Dual`, `Bevel`, `Medial`, and `FaceScale` operations from the `ConwayPoly` geometry library. Random building heights and dome profiles are driven by `Random.Range` and an easing function, with all parts assembled into a single `ConwayPoly` object for display.

83% match

Gist 350b55fdacbabd690b789c7958fb7995

This visualization generates downloadable 3D building models from a geospatial database. It queries building footprints within a specified radius of a given latitude and longitude, extrudes each polygon to a height proportional to the building’s height, and centers the resulting scene on the buildings’ centroid. The code uses Django’s GeoDjango for spatial queries, Shapely for polygon manipulation, and trimesh for scene creation and GLB export. The final output is a binary glTF file containing the extruded building geometry.

66% match

Gist e2cb06e5430585b148afb12bad4bd0f8

A single polyhedron, a Small Cubicuboctahedron, is generated and animated using the Antiprism library’s JSON interface. The model is created from a square-grid cube with a "Cross" operation whose animated amount continuously deforms the shape, while a VertexScale operation sets a fixed scaling factor. The visualization appears as a 3D render, driven by the animation parameters defined in the JSON configuration, though the rendering library itself is not specified in the code.

65% match

Gist a54028cfd44222a5c43a6bab02aad770

This example showcases a collection of procedurally generated grid-based polyhedral meshes, including hex, square, triangle, rhombille, Cairo, and Penrose tilings, each rendered as a 3D Unity mesh. It demonstrates how the Sylves library constructs and bounds different grid types, converting them into PolyMesh data via `grid.BoundBy(bound).ToMeshData()` and processing the resulting indices based on topology (triangles, quads, or NGons). The code uses Unity’s `MeshFilter` and `MeshRenderer` components, along with the Polyhydra Core library, to visualize each grid’s cell layout at a user-defined size.

65% match

Gist 1825fd83399f5e4df6f8b0d10399f465

This example displays a hexagon grid built from scratch, with two layout modes: flat-topped and pointy-topped hexagons. The visualization shows how hexagonal tiling can be generated programmatically, calculating exact vertex positions and cell centers based on geometric constants. The HexGrid class handles both orientations, spacing cells in a brick-like pattern that accounts for row offsets. Using custom math rather than a charting library, the grid’s points are derived from basic trigonometry and coordinate arithmetic. The code logs grid dimensions and counts to the console, revealing the underlying structure of the hexagonal lattice.

MMAKIO135

Gist 63540e65c30a453a7e2e9b0345aa42ce

This example renders a 3D cityscape from geospatial building footprints, showing extruded building volumes colored in a uniform teal tone. It queries buildings within a given distance of a latitude/longitude point using Django’s GeoQuerySet (`outline__dwithin`) and converts each polygon outline with Shapely, then extrudes it with Trimesh’s `creation.extrude_polygon`. The scene is centered via a translation matrix, scaled, and exported as a GLB file using Trimesh’s `exchange.gltf.export_glb`. The visualization highlights building heights relative to their footprint areas.

Gist 8183aad3764bedf7ab23187c08fd1f12

This example renders a 3D mesh of a Brazier-shaped polyhedron, built from a JSON specification and processed through a sequence of geometric operations. The shape starts as a uniform hex grid prism, then applies operations such as `FaceScale`, `Extrude`, and `Kis` to selected upward-facing faces, producing a sculpted, bowl-like form with a faceted interior. The model uses a hex grid type with prism parameters and a "Dirty Metal" appearance preset, suggesting a material-based shading pipeline. The visualization relies on the JSON’s operation list to transform the base geometry, with disabled operations like `Lace` indicating optional refinement steps that remain inactive in the final output.

Gist 6dd998ca70e2dc7c80aafed2723a86e7

This example shows a geometric polyhedron, named “Vicious,” rendered with a dark, reflective showroom appearance. The shape begins as a uniform prism-like form and is then modified through a sequence of operations: lacing the faces, scaling and extruding the five-sided faces, and finally applying a Kis operation to those same faces. The visualization uses the Antiprism library’s JSON model format, with parameters such as `PolyType` and `JohnsonPolyType` defining the base solid. The scene is rendered using the Three.js WebGL API, displaying the resulting complex, faceted structure with two-sided surfaces and a hexagonal grid.