Fatal Police Shootings Working Copy

Fatal Police Shootings Fully Interactive

This interactive map displays fatal police shootings across the United States, with each incident as a colored circle positioned using a geoAlbersUsa projection and d3.geoPath for state boundaries. Users select an attribute from a dropdown to colorize incidents by categories such as race, gender, or threat level, with an ordinal color scale and interactive legend that fades non-hovered points. The data comes from the Washington Post’s Fatal Police Shootings Database, cleaned and parsed via d3.csv in React, while hover states filter points dynamically.

95% match

Fatal Police Shootings Category Selection

This interactive map displays fatal police shootings across the United States, allowing users to color-code incidents by attributes such as race, gender, or flee status via a dropdown menu. The visualization uses d3.geoPath with a geoAlbersUsa projection to render state boundaries from TopoJSON data, while circles representing incidents are positioned using the same projection. A d3.scaleOrdinal color scale maps categorical values, with a React-based ColorLegend component showing the corresponding categories. Data comes from the Washington Post’s Fatal Police Shootings database, loaded and cleaned via d3.csv.

95% match

Fatal Police Shootings In the U.S. Since 2015

This interactive visualization maps fatal police shootings in the U.S. since 2015, using data from the Washington Post. Users can colorize the geospatial points by attributes like race, gender, or flee status via a dropdown menu. A bar chart in the corner displays counts per category, while hovering over the color legend highlights the geographic distribution of a specific value. The map uses `d3.geoAlbersUsa` and `d3.geoPath` for projection, with points rendered as SVG circles and interactivity managed through React state.

94% match

Fatal Police Shootings In the U.S. Since 2015

This visualization maps fatal police shootings in the U.S. since 2015, using a dropdown menu to colorize incidents by attributes such as race, gender, threat level, or mental illness. A GeoAlbersUsa projection renders state boundaries via d3.geoPath, while d3.scaleOrdinal assigns colors to data points. Hovering over the legend filters and highlights matching incidents, and a linked bar chart shows counts per category using d3.scaleBand and d3.scaleLinear. Data comes from the Washington Post’s Fatal Police Shootings database, parsed with d3.csv.

Ssayanighosal34

Fatal Police Shootings Working Copy

This interactive visualization maps fatal police shootings across the United States, using semitransparent red circles to reveal clusters of incidents and highlight regions with higher event density. The application loads CSV data from the Washington Post’s Fatal Police Shootings database and renders it atop state boundaries from a TopoJSON atlas. Built with React and D3 v5, it uses d3.geoAlbersUsa for projection and d3.geoPath to draw the geographic features, encoding each shooting as a small circle positioned by its longitude and latitude.

AAbdul Salam Almadani

Fatal Police Shootings Mapped Across the U.S.

This example maps fatal police shootings across the United States as semi-transparent blue circles over a geographic outline of state boundaries. The visualization uses a d3.geoAlbers projection with d3.geoPath to render the map, while each incident’s coordinates are projected and drawn as SVG circles with opacity to reveal density clusters near population centers. Data comes from the Washington Post’s Fatal Police Shootings Database, parsed via d3.csv, and the map geometry is loaded from the us-atlas TopoJSON file using topojson.feature. The React-based component structure separates map rendering and data loading hooks.

Fatal Police Shootings Working Copy

This visualization maps fatal police shootings across the United States, with semi-transparent red circles indicating the density of incidents. It overlays these points on a map of state boundaries using the `geoAlbersUsa` projection and `d3.geoPath`. The data comes from the Washington Post’s Fatal Police Shootings database, loaded via `d3.csv`, while the map uses TopoJSON from the us-atlas package. React manages the rendering, with the `useData` and `useUSGeo` hooks fetching the datasets.

Fatal Police Shootings Mapped with Data Cleaned

This interactive map displays fatal police shootings across the United States, with red semi-transparent circles marking each event to reveal density clusters in population centers. The visualization uses the react framework with d3.geoAlbersUsa projection and d3.geoPath to render state boundaries from the us-atlas TopoJSON, while plotting incident coordinates from the Washington Post’s Fatal Police Shootings database. The code also cleans null data entries, converting blanks to “Unknown” for categorical fields and -1 for missing ages, and aggregates incident counts per state using d3.nest() for future analysis.