A Fork of Rendering Data with React Parte II

Fork of Rendering data with React

This visualization displays all named CSS colors as equal-sized slices in a full circular pie chart, with each slice filled with its corresponding hex color value. Built with React and D3 utilities, the program fetches color data from a CSV file using `d3.csv` and renders the chart as SVG paths. It uses a D3 arc generator (`d3.arc`) to compute the path geometry, while the React component manages state and maps the data to SVG `<path>` elements after processing the API response.

Ccoltonjcox92

Fork of Rendering data with React.

This visualization displays the 148 named CSS colors as a circular pie chart, with each color represented as a slice of equal angular width. The chart loads color data from a CSV file using D3’s `csv` utility, then renders each slice as an SVG `<path>` element via React. The code uses `d3.pie` to compute arc segments and `d3.arc` to generate the path data, with each slice’s fill color taken from the dataset’s RGB hex values. The React app manages the asynchronous data loading with hooks like `useEffect` and `useState`, and renders the result inside an SVG canvas.

Bbsolomon103

Fork of Rendering data with React

This example visualizes CSS color names as a pie chart, with each wedge filled using its corresponding RGB hex value. The visualization loads data from a CSV file containing named CSS colors, then maps each color to a slice of the pie using the `d3.arc` generator. React manages the component state and rendering, while D3’s `csv` function asynchronously fetches and parses the data. The pie chart is drawn as SVG paths within a React component, with the arc angles calculated proportionally based on the data array’s length.

Aafcchilders

Fork of Rendering Data with React & D3

This visualization displays 148 CSS named colors as a radial burst, with each color represented as a wedge in a pie chart. The example uses React to manage the asynchronous loading of color data from a CSV file hosted on GitHub, while D3’s `pie`, `arc`, and `csv` utilities calculate the arc paths and parse the data. The active chart renders an SVG with each path filled by its corresponding hex value, demonstrating a seamless integration of React’s state management with D3’s geometric computations.

SSam(Hessamoddin) Kaveh

Fork of Rendering Data with React & D3

This visualization displays all CSS named colors as a full-circle pie chart, with each color occupying a wedge based on its position in the dataset. The example integrates React and D3, using React’s `useState` and `useEffect` hooks to load CSV data asynchronously, then rendering SVG paths via the `d3.pie` and `d3.arc` utilities. Each wedge is filled with its corresponding hex value from the CSS named colors dataset, which is fetched from a gist URL.

Yyastika

Fork of Rendering Data with React

This example displays all CSS named colors as a radial burst of pie slices arranged around a central point. It loads color data from a CSV file using D3’s `csv` utility, then computes pie angles with `d3.pie` and renders each slice as an SVG `<path>` using `d3.arc`. The visualization is built with React, where each color’s hex value directly fills its corresponding slice. A loading state appears while the data is fetched asynchronously.

Aaniosindustries

Fork of Rendering Data with React & D3

This example visualizes the 148 named CSS colors as a radial burst, with each color occupying an equal angular slice in a pie chart. It loads the color data from a CSV file using D3’s `csv` utility, then employs React to render the SVG paths. The chart is constructed with D3’s `pie` and `arc` functions, while React manages the component state and rendering lifecycle.

PPiotr Paszek

Fork of Rendering Data with React & D3

This visualization displays all CSS named colors as a radial burst, with each color represented as a wedge in a pie chart. The code loads color data from a CSV file using D3’s `csv` utility, then renders the wedges as SVG paths with React. It uses D3’s `pie` and `arc` generators to compute the angles and shapes, and each path is filled with the color’s RGB hex value from the dataset.

Llatifiss