Fork of Rose Wind Plot

Fork of Rose Wind Plot

This example presents a radial bar chart, or "rose plot," that visualizes global sales data for various gaming platforms. The chart uses a circular layout with bars extending outward from a central point, with each bar representing a different platform. The visualization is built using D3.js version 6, employing `d3.scaleLinear`, `d3.scaleBand`, and `d3.arc` to construct the wedges, alongside a custom `scaleRadial` function for the radial axis. Data is loaded from a CSV file, and the resulting SVG includes circular gridlines and labels positioned around the perimeter. The plot's angle and radius scales are computed using D3's linear scale, with `d3.stack` handling the data series.

90% match

Fork of Fork of Rose Wind Plot

This visualization displays the ratings and voter counts for the top 15 ranked items, presented as a radial stacked bar chart resembling a rose plot. The chart uses polar coordinates, with each segment representing an item and its arc length encoding the rating while the radial extent shows voter counts. Built with D3 v6 and SVG, it employs `d3.arc`, `d3.scaleBand`, `d3.stack`, and a custom `d3.scaleRadial` extension to generate the circular layout. Data originates from a CSV file, and axis labels and grid circles are rendered using D3’s axis and tick generators.

88% match

Fork of Rose Wind Plot

A radial stacked bar chart displays wind speed distribution across compass directions, with each direction divided into wind speed bins colored from blue to red. The circular layout uses a custom `scaleRadial` scale built on `d3-scale` to map data values to radial distances. The `d3.csv` function loads the dataset, `d3.stack()` layers the speed categories, and `d3.arc()` renders the annular segments. Concentric dashed circles show frequency values, while angled labels and a legend identify directions and speed ranges. The SVG output is generated entirely through D3 v6 APIs.

Mmauricio-acosta-reyes

88% match

Fork of Rose Wind Plot

A radial wind rose chart displays wind speed and direction data from a CSV file, using a circular layout where each of the compass directions forms a segment whose length corresponds to wind speed. The chart uses stacked bars colored by speed range from blue to red, with the data loaded via `d3.csv`. The implementation combines D3's `scaleLinear`, `scaleBand`, and `scaleOrdinal` with a custom `radial` scale function that applies a square-root transformation to map linear data onto a circular radius. Angular axes and concentric circular gridlines are generated using `axisLeft` with a transformed radius scale, while the chart is rendered as SVG.

AAndres de la Garza

Fork of Rose Wind Plot

This fork of a wind rose plot visualizes wind speed and direction distribution using stacked radial bars around a circular axis. The chart displays eight wind speed ranges across sixteen compass directions, colored distinctly to show frequency percentages for each category. Built with D3 v6, the visualization uses `d3.arc`, `d3.stack`, and a custom `scaleRadial` to map data from a CSV file. SVG rendering includes circular gridlines, directional labels, and a legend, with the layout centered and rotated to align angular bands precisely.

DDonald Bagwell

Fork of Rose Wind Plot-myViz

This D3.js (v6) visualization is a radial or "rose" wind plot that displays the frequency of wind speeds across sixteen compass directions. Using SVG rendering, it encodes the magnitude of each wind speed range as the radial length of a colored ring segment, with a color gradient from blue to red representing increasing speed. The chart includes a legend, radial axis circles, and direction labels. It relies on D3's `scaleLinear`, `scaleBand`, `scaleOrdinal`, and `arc` APIs to construct the polar coordinates, while also incorporating a custom radial scale from Mike Bostock's example. Data is loaded from a CSV file.

LLearning Monk

Fork of Rose Wind Plot

This example visualizes wind speed and direction as a radial stacked bar chart, or wind rose, with each of the 16 compass directions represented by an angular segment. The colored bars show the proportional distribution of wind speeds across eight magnitude bins, while circular gridlines and axis ticks indicate the scale. The visualization is built with D3 v6, using `d3.stack` to structure the data, `d3.arc` to generate the SVG paths, and a custom `scaleRadial` implementation from d3-scale-radial.js for the radial axis. Data is loaded from a CSV file specifying wind frequency per direction and speed class.

Fork of Rose Wind Plot