Fork of Card D3

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This example shows a radar chart comparing five artists across five music genres, including hip hop, electronic, Latin pop, pop, and rock. The visualization overlays multiple colored polygon areas, one per artist, using distinct fills and strokes. The code uses the `RadarChart.chart()` API from the radar-chart library, built on D3 v3, to render the SVG. A `randomDataset()` function generates randomized values for each artist’s genre axes, and the chart is configured with custom colors and a radius of 3.

83% match

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A radar chart visualizes the music genre preferences of five artists across five axes—hip hop/R&B, electronic/dance, Latin pop, pop, and rock—using the `RadarChart.chart()` API from the d3.v3 library. The SVG rendering animates with a randomized dataset generated by `randomDataset()`, which revalues each artist’s genre scores. Custom CSS classes—such as `.Joachim_Garraud` and `.Kobe`—assign distinct fill colors to each artist’s polygon, while the chart’s tooltip feature displays axis values on hover.

82% match

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A radar chart compares five music artists across five genre axes: HIP HOP/RAP/RNB, ELECTRONIC/DANCE, LATIN POP, POP, and ROCK. Four artists share identical values, while Kobe stands out with higher ratings on ELECTRONIC/DANCE and POP. The visualization uses D3.js v3 and the `RadarChart.chart()` API to render distinct colored SVG areas for each artist, with the `randomDataset()` function mapping data to axis values. Each artist is identified by a unique class name for styling, and the chart supports focus highlighting via the `.focused` class.

81% match

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This visualization presents a radar chart comparing five artists across five music genres, with each artist represented as a distinct colored polygon. The chart uses D3 v3 to render the radar chart as SVG, with data defined in JavaScript. The visualization also includes a random dataset function and a focus mode for interactive exploration.

80% match

Fork of Card D3

This interactive map visualization displays European countries with colored circles marking each nation's location. The circles are color-coded by musical genre preference, with a legend explaining the color scheme. Users can zoom and pan the map, and hovering over a circle reveals a tooltip showing the country name and its associated music genre. The visualization uses D3.js v6 with geoMercator and geoPath for the map projection, SVG circles for data points, and d3-scaleOrdinal for color assignment based on the countriesEuropean.json dataset.

PPLD3508A

D3 Interactive plot

This interactive line chart lets users explore musical trends across different artists by clicking buttons to switch datasets, which are loaded from CSV files hosted on GitHub. Built with D3.js v6, the visualization uses `d3.csv()` to fetch data and renders an SVG with a single line per playlist genre. The chart includes a color-coded legend for six genres—pop, rap, rock, latin, r&b, and edm—using an ordinal color scale. Clicking a button updates the chart by removing existing line elements and redrawing them with the new data, providing a dynamic way to compare genre patterns across artists.

Vvedant74

Vvijaysaichigullapally1@gmail.com

Fork of React & D3 Starter- ICE_8_2_network

This network visualization maps relationships between six music genres and six artists using a force-directed layout. Orange artist nodes connect to blue genre nodes through nine links, with additional cross-genre connections showing influences beyond primary pairings. The code uses d3.forceSimulation with link, charge, center, and collision forces to position SVG elements, rendering labeled circles as nodes and lines as edges.

Fork of Circular Braplot 2016

A circular barplot displays five music genres (Rock, Classic, Pop, Rap, and House) as radial bars around a center, with bar length representing each genre's value from a CSV file. The chart uses D3.js v4 with the `d3.scaleBand`, `d3.scaleRadial`, and `d3.arc` APIs to generate SVG paths for each bar. Labels are rotated and positioned around the plot using trigonometric transformations. The SVG rendering adapts text orientation to maintain readability, with a teal fill applied to all bars.

PPLD3508A