Fork of Smily face pt2

Fork of Smiley Face Part IV

A grid of fifty identical yellow smiley faces renders in SVG, each face built from React components that compose a circular background, two eyes, and a curved mouth. The visualization uses D3's `arc` generator to construct the mouth path, while React manages the component hierarchy through props for positioning and sizing. D3's `range` utility generates the array of faces mapped into the React application, showing how D3 and React can work together to create repetitive generative art.

Mmumuste Mend

Fork of Smiley Face Part II

A grid of small, randomized smiley faces is rendered as SVGs using React components. Each face is composed of separate React components for the yellow background circle, eyes, and a mouth drawn with a d3.arc path. The `d3.range` function generates 18 instances, each with randomized stroke widths, eye offsets and radii, and mouth dimensions, producing a playful array of varied expressions.

Nnayak-sarvesh12

Fork of Smiley face part 1

A grid of six-by-three smiley faces is rendered as a React SVG composition. Each face is built from modular components, including a yellow background circle, two black eyes, and a mouth defined by a D3 arc path. The code uses React’s component system with props to vary eye and mouth dimensions randomly, and relies on D3's `range` and `arc` utilities within the React framework. The faces are positioned via a centered translation group within each SVG canvas.

MMark Zwart

Fork of Smiley Face Part VI

A grid of randomized smiley faces renders in SVG via React components, each face built from a yellow circle, two eyes, and a d3.arc-generated mouth path. The faces vary in stroke width, eye offset, eye radius, mouth radius, and mouth width using Math.random() values. A FaceContainer wraps the SVG group with translate transforms, while d3.range generates the 18-face array. D3 v5 and React 16.9 manage the component hierarchy and shape generation.

Kkkw-21

Fork of Smiley Face Pt. II

A grid of randomly generated yellow smiley faces appears, each rendered as an SVG component, showing variation in eye size, eye offset, mouth radius, and stroke width. Built with React and D3, the `Face` component composes smaller components like `BackgroundCircle`, `Eyes`, and `Mouth`, with the mouth using D3’s `arc` generator to create a half-circle path. The `index.js` file maps over an array of 18 faces, applying randomized parameters to each instance.

TTanmay Bishnoi

Fork of Smiley Face Part V

This example renders a grid of identical smiley faces, each composed of a yellow circle with black stroke, two eyes, and a mouth drawn using an SVG path. The faces are generated by mapping over a range of numbers, with each face created through modular React components that accept props for positioning and sizing. The code uses React fragments, the D3 arc generator to compute the mouth shape, and ES6 module imports to split components across files, with the final SVG output handled by a central container component.

DDanielMa

Fork of Smiley Face Part V

A grid of eighteen yellow smiley faces is rendered with React and SVG, each face using randomized eye radii while sharing fixed dimensions and offsets. The code splits UI components into separate ES6 modules, including `BackgroundCircle`, `Eyes`, `Mouth`, and `FaceContainer`. Each face is built with SVG circles and a d3 arc path for the mouth, composed inside a translated `<g>` element. React fragments group the eyes, and the `range` function from d3 generates the array of face instances.

Wweny1109

Fork of Smiley Face Part IV

A grid of sixteen small, yellow smiley faces is rendered in SVG, with each face individually randomized so that eye size, mouth radius, and mouth width vary per face. The example shows how React components can encapsulate a D3-based face composition, using `d3.arc()` for the mouth and nose shapes. Faces are placed via a `d3.range(6 * 3)` array, with each `Face` component receiving randomized parameters for its features. The rendering uses React 16.9, D3 v5, and an SVG container, demonstrating a modular approach to combining D3 calculations with React’s component model.

PPhronesis