Face with path curves

Face with path curves

A stylized face built entirely from SVG path curves and geometric primitives. React components compose a central circle for the face, quadratic Bezier paths for eyes, eyebrows, lips, and earrings, rendered with black strokes on a cream fill. The code positions elements using SVG `transform` attributes, including translations, scaling, and rotations, within a React render tree. All shapes are drawn with explicit `path` and `circle` elements, using `scale` and `translate` to duplicate features like the eyes and earrings.

92% match

Face with path curves

A stylized face composed entirely of SVG path curves and geometric primitives. Eyes, lips, and eyebrows use quadratic Bézier paths (`Q`) with varying stroke widths, while the face is a circle filled in light grey. The example, written in React, assembles these components with explicit `transform` translations, scaling, and rotations. It showcases how reusable React components can compose a complex vector illustration using JSX and SVG elements directly in code.

92% match

Face with path curves

This face made of Bézier curves uses SVG paths to render eyes, lips, and eyebrows with varying stroke widths. The React application positions these path-based features within a circular face, which is filled light grey and outlined in black. The code demonstrates composing SVG primitives like `<path>` and `<circle>` elements, using transforms for placement, and shows how quadratic Bézier curves can form facial features while ellipses suggest ears.

91% match

Face with path curves

A stylized face built from quadratic Bézier path curves, rendered as a light grey circle with black strokes. The face features two sets of eyes, each composed of nested curved paths and a solid pupil circle, alongside curved lips, eyebrows, and additional accent shapes like an arc and two ellipses. The composition is assembled using React components and positioned through SVG `transform` attributes, with all drawing handled by SVG `<path>`, `<circle>`, and `<ellipse>` elements inside a single `<svg>` viewport.

89% match

Face

A grid of 18 identical cartoon faces fills the screen, each rendered with a gold background circle, black outline, two black eyes, and a curved mouth. The visualization demonstrates React component composition, where each face is built from reusable subcomponents like `FaceContainer`, `BackgroundCircle`, `Eyes`, and `Mouth`. The mouth shape is generated using `d3.arc()` from D3 v6, while all other shapes use plain SVG elements within a React rendering pipeline.

LLeandro Da Souza

face

A simple cartoon face is drawn using React and SVG, with a yellow circular background, two eyes, and a smiling mouth. The face is composed of separate React components, each responsible for a part (BackgroundCircle, Eyes, Mouth). The mouth is generated using the `arc` function from the d3 library to create a path with a specified inner radius, width, and angular range. The overall composition is centered and scaled through the `FaceContainer` component.

Ooeohomos

Face

This example builds a stylized cartoon face from reusable React components, including a yellow background circle, two eyes, and an arc-shaped mouth. The components are composed in a FaceContainer that centers all elements within an SVG using a transform. The mouth is drawn with the d3.arc() API, which generates the path using specified inner and outer radii and start and end angles. React 18 and D3 v7 handle the rendering, with visual properties like eye offset, radius, and stroke width passed as props to customize the face.

SSergey Shulzhenko

Face

This gallery example displays a stylized, cartoon-like face composed of SVG shapes, built with React and D3.js v7. The face features a large grey circular head with a blue stroke, red and purple eyes with green irises, a yellow elliptical nose, and black line-based eyebrows, eyelashes, and mouth. The D3 `arc` API constructs the mouth as a semi-circular path, while the rendering primarily relies on React to define and position the SVG elements, with the d3.js library used specifically for that mouth arc.

SShivaKarpe