Gist 8393726

100%

✓ Published0🌍 Public

Last edited Jan 13, 2014

Created on Jan 13, 2014

This visualization uses a GeoJSON MultiPolygon dataset (from a gist by adkatrit) to draw a series of overlapping quadrilateral regions across a world map. The polygons are defined by latitude-longitude coordinates and are rendered as flat, outlined shapes that collectively tile a large portion of the globe. The map emphasizes geometric boundaries rather than natural coastlines, with each polygon edge drawn as a straight line between corner points, creating an abstract, grid-like partition of the world. The visualization is minimal, with no additional styling or data encoding beyond the raw geographic shapes.

AI-generated description

Similar vizzes

Loading thumbnail…

Gist 8393714

This visualization displays a set of GeoJSON polygon features—irregular, detailed land-boundary shapes—plotted as an interactive geographic map. The polygon coordinates, which trace long, meandering outlines around the 50.6°N latitude band, are rendered as a filled region, likely using a mapping library to project the coordinates. The example appears to focus on showing raw GeoJSON geometry on a map, with the single polygon standing out against the base map, and could serve as a template for viewing or testing geographic data.

Aadkatrit

87% match

Loading thumbnail…

Gist 4047799

This visualization displays a collection of geographic polygons overlaid on what appears to be a map, using a MultiPolygon GeoJSON structure. The coordinates trace irregular land parcels or boundaries across a region spanning approximately 15.6-17.1 longitude and 56.0-57.4 latitude. The author, andrewxhill, rendered the polygons with a custom JavaScript implementation that encodes the spatial data as geographic shapes. The visualization highlights the boundaries and shapes of these land areas, with the coordinates forming two distinct polygon groups. The rendering emphasizes the geometric contours and spatial relationships of the mapped regions.

Aandrewxhill

84% match

Loading thumbnail…

Gist 8393658

This visualization uses a GeoJSON file containing country boundaries to render a map of the world. The geographic coordinates are drawn using a canvas-based rendering approach, with each country's polygon boundaries displayed as vector shapes. The map displays country outlines from the UN-countries dataset, enabling spatial reference for geographic data analysis. The visualization focuses on the geometric representation of national borders rather than thematic data, providing a clean base map for potential further analysis or overlaying of additional information.

Aadkatrit

83% match

Loading thumbnail…

Gist 8393709

This visualization displays a world map rendered from GeoJSON data using D3.js, with country polygons colored according to a categorical scale. The map focuses on named regions and includes a legend and hover interactions, allowing viewers to explore geographic boundaries and associated metadata such as country names and people listed in the properties.

Aadkatrit

81% match

Loading thumbnail…

Gist d8085662349426513b73

This map visualizes a geospatial polygon from a GeoJSON file, outlining a specific land parcel or boundary area with high coordinate precision. The shape is rendered as a MultiPolygon, with vertices tracing a detailed, irregular perimeter typical of cadastral or survey data. The minimal, line-only representation emphasizes the geometry’s raw form, highlighting the boundary’s complexity and the spatial distribution of the region without additional contextual layers. The visualization focuses on the raw geographic footprint, making the coordinate data the primary visual element.

DDylanFM

80% match

Loading thumbnail…

Gist f18adc0d5e8f2f124288

This visualization combines a GeoJSON geometry collection with a thematic map overlay, using a base point at coordinates (152.5169, -29.8064) and multiple detailed polygon outlines. The polygons appear to trace irregular regions or clusters, likely representing geographic areas or boundaries, while the point marks a specific location. The rendering emphasizes spatial relationships and distributions through geometric shapes, suggesting a geospatial analysis or mapping of regional data.

DDylanFM

80% match

Loading thumbnail…

Gist e64daa2b17deeba445fa

This visualization shows a set of irregular, hand-drawn appearing polygon clusters scattered across a geographic area. The data consists of two MultiPolygon GeoJSON files—one with two separate polygons, the other with five—likely representing distinct regions or administrative areas, though no base map is visible. The visualization uses minimal styling so that the raw polygon outlines stand alone, emphasizing the shapes, boundaries, and spatial relationships between the clusters. The focus is on the geometry itself, with no additional layers or annotations provided in the source files.

DDylanFM

79% match

Loading thumbnail…

Gist 8393671

A single county subdivision polygon from a GeoJSON file is rendered on a map, with its geographic boundary drawn as a closed path and a marker placed at its centroid coordinates. The visualization uses D3’s `d3.geoPath` to project the polygon’s coordinates onto a 2D canvas, while the latitude and longitude properties from the GeoJSON feature are plotted as a point. The code relies on standard D3 projection and path-generation APIs, displaying the raw geometry without additional styling or interaction.

Aadkatrit

77% match