Fork of Fork of Stylized Line Chart

Fork of Fork of Stylized Line Chart

This visualization displays the administrative boundaries of India as a choropleth-style map, rendered as a stylized line chart of geographic regions. The map is drawn using SVG paths generated with d3.geoPath and a d3.geoMercator projection centered on latitude 15°E, with the TopoJSON data loaded from a GitHub-hosted file and converted to GeoJSON via the topojson feature method. The visualization uses React for component structuring and styling, with d3.v5 handling the geographic projection and path generation.

92% match

Fork of Stylized Line Chart

This visualization displays a geographical map of a region, rendered as an SVG using a web Mercator projection with D3's `geoMercator` and `geoPath` functions. The map’s paths are drawn in a teal stroke with rounded line joins and caps. The underlying data comes from a JSON file fetched via `json` from a Gist, processed into GeoJSON features using the TopoJSON `feature` function. The React framework manages the application state, and the chart is styled with the Poppins font.

89% match

Fork of Fork of Fork of Fork of Stylized Line Chart

This example displays a detailed choropleth map of Salem, India, using SVG paths rendered with a heavily zoomed-in Mercator projection. It loads TopoJSON data from a remote gist and converts it to GeoJSON features using the `feature` function from the `topojson` library. The React component fetches the data with a custom hook and renders each geographic feature as a styled path via `d3.geoPath`. The map emphasizes regional boundaries with a teal stroke, contrasting against a clean white background.

89% match

Fork of India Map

This fork of an India map visualizes state-level boundaries with each state colored using a categorical color scale, and labels placed at state centroids. The code loads TopoJSON data from a remote source, converts it to GeoJSON using `topojson.feature`, and renders SVG paths via `d3.geoPath` with a `geoMercator` projection. State names are added as SVG text elements positioned with `pathGenerator.centroid`, and hover effects are styled in CSS.

RRupeshGandham

87% match

Fork of Fork of Fork of Stylized Line Chart

This example visualizes a geographic map of the Salem region using React and D3. The code renders SVG paths from TopoJSON data sourced from a GitHub gist, with the `geoMercator` projection applied at a high scale and specific center coordinates. The `geoPath` function generates the path data for each feature, while the styling uses a teal stroke color with rounded line joins. The map is displayed as a static visualization without interactive elements or additional chart layers.

Fork of Stylized Line Chart

This example visualizes the geographic boundaries of the world’s countries using a React-based application with D3. It loads TopoJSON data from the World Atlas and converts it to GeoJSON via the topojson `feature` function. The map is rendered as SVG paths using `geoEqualEarth` and `geoPath` from D3, with each country stroked in teal. The visualization demonstrates a clean, stylized presentation of global land masses.

Nnayak-sarvesh12

Fork of IndiaMap

This visualization displays a color-coded map of India’s states, with each state labeled by name and rendered using D3’s `geoMercator` projection and `geoPath` generator. State boundaries are drawn with a white stroke, and hovering over a state fills it white. The code loads TopoJSON data from a GitHub gist, applies a `scaleOrdinal` with `schemeCategory10` for fill colors, and positions state name labels at path centroids. It uses D3 v5, TopoJSON, and renders to SVG within a React project.

KKinjal-Goyani

Fork of Fork of Data visualization ICE-8 Country map

This visualization displays a choropleth map of Indian states, with each state filled by a categorical color and labeled with its name at its centroid. It uses D3.js v5 with topojson to load and parse Indian state boundary data from a remote TopoJSON file, then renders the shapes as SVG paths via `d3.geoPath` and a Mercator projection. The code applies a `scaleOrdinal` color scheme to differentiate regions and appends text elements positioned using `pathGenerator.centroid`, demonstrating a basic geographic data mapping workflow.

Vvamshisoletii