Fork of Fork of Fork of Fork of ice8-vignesh

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This interactive map visualizes world countries using an orthographic projection that can be rotated by dragging, with clickable countries that switch between orthographic, Mercator, and Albers USA projections. The visualization loads geographic data from world-atlas TopoJSON and TSV files, rendering country boundaries and a graticule as SVG paths via `d3.geoPath` and `d3.geoGraticule`. Drag interactions adjust the projection’s rotation, zoom is handled through `d3.zoom`, and projection changes animate with D3 transitions.

PPedram

95% match

Fork of Fork of Fork of ice8-vignesh

This interactive globe visualization displays world countries using orthographic and Mercator projections, rendered with SVG paths via d3.geoPath. Users can drag to rotate the globe, which adjusts the projection rotation dynamically, and zoom through d3.zoom. Clicking a country switches projections: selecting the United States triggers a transition to the Mercator projection, while other countries return to orthographic view. The map uses World Atlas TopoJSON data for country boundaries and TSV data for country names, with graticule lines drawn using d3.geoGraticule.

95% match

Fork of Fork of ice8-vignesh

This interactive globe displays world countries using an orthographic projection, with a graticule overlay and draggable rotation. Clicking a country switches between projections: selecting the United States triggers a smooth 750ms transition to a Mercator projection, while any other country returns to the orthographic view. The visualization uses `d3.geoPath` for rendering, `d3.drag` for rotation, and `d3.zoom` for panning, with country names resolved from a world-atlas TSV. Data comes from world-atlas TopoJSON, rendered as SVG paths with hover highlighting.

Jjia-sin

95% match

Fork of Fork of Fork of Fork of Fork of ice8-vignesh

This interactive globe visualization displays world countries on an orthographic projection, rendered as SVG paths using d3.geoPath. Users can drag to rotate the globe, revealing different regions, and click any country to switch between orthographic and Mercator projections; clicking the United States selects the Mercator view. The map includes a graticule overlay and supports zooming via d3.zoom. Country boundaries come from the World Atlas TopoJSON dataset, with names mapped from TSV data. The visualization uses d3-drag for rotation, d3.geoProjection for map projections, and transitions for smooth projection changes.

Fork of Fork of Fork of Fork of ice8-vignesh

This interactive globe visualizes world countries using an orthographic projection, with a graticule overlay for spatial reference. Users can drag to rotate the globe via `d3.drag` and zoom using `d3.zoom`. Clicking a country switches the projection: selecting the United States triggers a `d3.geoMercator` view, while any other country reverts to `d3.geoOrthographic`. Country boundaries are rendered as SVG paths from TopoJSON world-atlas data, with names loaded from a TSV file and colors applied via CSS hover states.

Fork of Fork of Fork of Fork of ice8-vignesh

Fork of Fork of Fork of Fork of ice8-vignesh

Fork of Fork of ice8

This interactive globe visualization displays world country boundaries on a draggable, rotatable orthographic projection. Users click countries to toggle between global orthographic and Mercator projections, with the United States triggering a specialized Albers USA view. The code uses d3.geoPath for rendering, d3.drag for rotation, d3.zoom for scaling, and d3-geo-projection for alternate projections. Country boundaries come from TopoJSON world-atlas data, with names matched via TSV, rendered as SVG paths with hover highlighting and smooth update transitions.

Aajaysonu