Fork of Fork of React & D3 Vibecoding Starter

Fork of React & D3 Vibecoding Starter

This example demonstrates a React and D3 integration pattern where a path drawn from CSV data is rendered as a standalone SVG element. The visualization displays a single continuous line path loaded from an external text file and positioned in the upper right area of the container. The code uses React hooks like useRef and useEffect alongside a ResizeObserver to track container dimensions, while D3's select and join methods handle SVG creation and updates. The path is styled with a teal stroke and subtly increases in width on hover, showcasing how React manages state while D3 handles low-level rendering.

94% match

Fork of React & D3 Vibecoding Starter

This visualization displays an animated SVG path sourced from a single CSV record, rendered on a clean white card with a drop shadow. The path is parsed for coordinates, scaled, and centered within a responsive container. Using D3 transitions, the stroke draws itself smoothly over 2.5 seconds with a glowing shadow effect. Built with React 19 and D3 v7, the code leverages `useDimensions`, `ResizeObserver`, D3 selections, and `transition` APIs for the animation.

87% match

Fork of HTML Starter

This example demonstrates a simple React application that renders an SVG line using JSX, with a red stroke and no fill. The code imports React hooks and D3, then uses D3 selections to manipulate the SVG path’s stroke color, first changing it to blue and then to green via a class selector. It also queries the path to log its total length and a point at a specific distance using the `getTotalLength()` and `getPointAtLength()` methods. React renders the component into the DOM, while D3 v5 handles the DOM queries and attribute updates.

Aankolaver

84% match

Fork of React & D3 Vibecoding Starter

This example shows a simple bar chart of letter frequencies from a small CSV dataset. The chart uses a React component with hooks and a ResizeObserver for responsive dimensions. D3’s scaleBand and scaleLinear create the scales, while axisBottom and axisLeft render axes with gridlines. Clicking a bar toggles a selected state, changing its fill and opacity through transitions. The code integrates D3 selections with React state management, using modular rendering functions for the SVG, title, bars, and data loading.

Fork of React & D3 Vibecoding Starter

A three-dimensional heart rotates continuously within a responsive SVG container, its layered shapes creating a sense of depth and volume. The animation, driven by an animation frame loop in D3.js, updates a rotation angle that shifts each of the 20 heart-shaped paths horizontally and vertically. D3's `select`, `rgb`, and SVG path rendering construct the visual, while React's `useRef`, `useEffect`, and `useState` manage the container dimensions and animation state. The heart's colors and stroke opacity vary by depth to enhance the 3D effect.

Nnishanththouta16@gmail.com

Fork of React & D3 Vibecoding Starter

A fork of the React & D3 v7 vibecoding starter shows a bar chart of the letter-to-count mapping in a CSV. It loads the data via D3's `csv`, renders bars, axes, and a title using React state and a `ResizeObserver` to size the SVG. Clicking a bar toggles its selection, highlighting it with a darker fill and dimming others.

Fork of React & D3 Starter

This example demonstrates a React-based starter that integrates D3 for text manipulation. It shows how to use D3's `select` API to locate a DOM element and update its text content with "Hello D3 & React". The visualization is minimal, focusing on the foundational pattern of combining React's declarative component structure with D3's imperative DOM-selection capabilities. The rendered output is a simple message triggered within a React `useEffect` hook, highlighting the interoperability between the two libraries for building interactive data visualizations.

Ppvvaishnavi93@gmail.com

Fork of d3-svg-play-2

This example uses React to render a static SVG scene composed of basic geometric shapes, including circles, a rectangle, lines, and a custom path. The SVG elements are defined directly in JSX-like markup within the `index.html` file, with CSS transitions applied to circles inside a `<g>` group, causing them to smoothly change fill color on hover. The visualization demonstrates the interplay between SVG primitives, CSS styling, and interactive hover effects, rendered at a fixed 960 by 700 pixel viewport.

JJP Adams