Fork of the funn face

Fork of funn face

This example builds a stylized, cartoon-like face with d3.js and React, rendered as SVG. It shows a gradient-filled circular background, ellipses for eyes, and a mouth created with d3's `arc` generator, while d3's `arc` also produces a teeth path. The face is assembled from modular React components—`BackgroundCircle`, `Eyes`, `Mouth`, and `Teeth`—within a `FaceContainer` that defines the SVG coordinate system. All geometric properties are passed as props, and the teeth include hard-coded line elements to suggest a grin.

Fork of funn face

Fork of funn face

This example shows a stylized, cartoonish face built from layered SVG shapes, featuring gradient-filled cheeks, elliptical eyes, and a mouth with segmented teeth. The face is composed modularly in React components, with each facial feature defined as its own reusable component. The smile and teeth are drawn using d3-shape’s `arc` generator, while the rest of the face relies on standard SVG elements like circles, ellipses, and lines. D3 v7 provides the arc math, and React 18 handles rendering into an SVG container with a fixed viewport.

Ssugunagar

Fork of funn face

This example renders a stylized cartoon face as a set of layered SVG shapes. A gradient-filled background circle forms the head, with elliptical eyes, an arc-based mouth, and a series of teeth lines. Built with React, the composition is constructed from reusable components and parameterized properties. The mouth and teeth are generated using the D3.js `arc` generator, while the overall layout is positioned within an SVG container using a centered coordinate system.

Fork of funn face

This example renders a stylized, half-finished smiley face using React with SVG. The face is composed of separate, parameterized components—a gradient-filled background circle, elliptical eyes, an arc-based mouth, and line-drawn teeth. The visualization is built with React components and uses D3’s `arc` generator to define the mouth and teeth paths. All elements are positioned programmatically via props, such as offsets, radii, and stroke widths, within a single SVG canvas.

Mmanishcheruku

93% match

Fork of funn face for Data Visualization

This example renders a stylized, cartoon-like face constructed entirely from SVG primitives. The face is composed of a magenta background circle with a green stroke, two elliptical eyes, a mouth drawn using D3's `arc` generator, and teeth built from hard-coded lines. The React application manages the rendering, using D3 to define the mouth's geometric path, while the SVG output applies a linear gradient for visual interest. All dimensions and colors are passed as parameters to the component, making the face easily adjustable, though the code appears to be a static, incomplete experiment.

Bbmurill2019

93% match

Fork of funn face

This gallery example displays a stylized, gradient-filled face constructed from SVG shapes. The face is built by composing React components: a circular background, elliptical eyes, an arc-based mouth, and a set of teeth drawn with lines. The visualization leverages d3.v7’s `arc` generator to define the mouth’s path and uses a linear gradient defined in the SVG `defs` section. All geometry is parameterized through props, allowing for adjustable positioning and sizing of facial features.

NNikitha123171

92% match

Fork of funn face

This example shows a stylized, half-completed smiley face composed of SVG shapes, including a gradient-filled background circle, elliptical eyes, a mouth drawn with a d3 arc path, and teeth made from a mix of arc and line elements. The React code structures the face using separate components like Face, Eyes, and Mouth, while leveraging the d3 arc() API to generate the mouth’s curved path. The layout is positioned within an SVG container using transforms, with fixed dimensions and coordinates that center the face on a 960 by 500 canvas.