Fork of Cat smiley

Fork of Cat smiley

A fork of a cat smiley face rendered in SVG via React and D3.v7. The code uses D3’s `arc()` generator to create the mouth, eyes, and ears, with circles and ellipses for facial features. React components define the SVG structure, while D3 handles geometric paths. The face features pink, purple, red, and orange fills with distinct stroke colors.

Tttummala17

Fork of Cat smiley

A stylized cat smiley face rendered as an SVG in React, using D3 v7 arc generators for the mouth, eyes, and ears. The face is built from layered circles, ellipses, and lines, with colored arcs and strokes defining features like pink cheeks, red eyes, and a purple border. The component calculates geometry via `d3.arc()` for curved ear and eye shapes, then transforms them with rotation and translation properties, all within a fixed 850×455 viewport.

Ddivyakota99

Mmukundakrishna.r@gmail.com

Fork of Cat smiley

This fork of a smiley face visual uses React and D3 to render a cat-like character with SVG shapes. It shows a pink circular head with purple ears, red eyes with black pupils, and multicolored whisker lines, all composed through geometric primitives like arcs, circles, ellipses, and paths. The code defines D3 arc generators for the mouth, eyes, and ears, then positions them with SVG transforms within a React component. The visualization is static, relying on hardcoded coordinates and D3’s arc API for curved elements.

Fork of Cat smiley

A stylized cat smiley face rendered with SVG paths and shapes, using D3 v7's arc generator to construct precise arc-based features. The visualization combines circles for the face and eyes, ellipses for the nose, and multiple colored lines for whiskers, while arc paths create the mouth, ears, and eyebrow-like accents. Built with React 17 and D3's `arc()` API, the SVG elements are positioned using transforms and coordinate offsets within a 960x500 viewport. The face’s yellow circle, black strokes, and red mouth follow a playful, cartoon-like aesthetic.

Rradhadevarapu

Fork of Cat smiley

This example presents a decorative cat-themed smiley face rendered as a scalable SVG graphic. The visualization composes a pink face with purple stroke, styled eyes with eyeballs, and a black smile, all centered within an 850x455 pixel viewport. Built with React and D3 v7, the code leverages D3’s `arc()` API to generate mouth, eye, and ear paths with specific inner/outer radii and angle ranges. Additional geometric elements like ellipses, lines, and circles are positioned via SVG primitives, with colors and stroke widths applied directly.

SSravyaAnnadi

Fork of Cat smiley

This example uses React and D3 v7 to render a cat-themed smiley face as an SVG. The code constructs the face from basic shapes: a pink circle for the head with a purple border, red eyes with white highlights, an orange ellipse nose, and a black mouth drawn using D3’s `arc` generator. Additional D3 `arc` paths create white eye crescents and purple ears, while colored lines suggest whiskers. All elements are positioned with explicit coordinates and transforms, with no external data source, purely illustrating geometric composition and D3 arc-based path generation.

SShishiraRudrabhatla

Fork of Cat smiley

A pink and purple cat smiley face is rendered as a static SVG using React and D3. The face includes circular eyes with colored irises, white eye highlights drawn via `d3.arc` paths, and curved ear and mouth shapes generated with the `arc` function. All components are positioned using SVG transforms, with fixed offsets and rotation angles. The code relies on React for component structure and D3 v7 for arc path generation, with hardcoded coordinates for each facial feature.

NNiharika-Guthikonda

Mmukundakrishna.r@gmail.com

Fork of Fork of Cat smiley

A static SVG illustration of a cat smiley face, built with React and D3.js v7, renders a yellow circular head with black stroke outlines, white eyes with black pupils, and a red arc-shaped mouth. The code defines custom D3 arc generators (`arc()` with inner and outer radii) for the mouth, eyes, and black ears, which are positioned and rotated using SVG transform attributes. Additional hand-drawn paths and colored line segments create whiskers and facial details, all centered within a 960×500 viewport using absolute pixel coordinates.