Smile Face Fork Rishi

Fork of Not so Smiley Face

This example shows a simple smiley face built with React and D3, rendered as an SVG. A yellow circle serves as the head, with two black eyes positioned symmetrically, and a mouth drawn as a curved arc. The mouth is generated using the D3 `arc` function, which specifies inner and outer radii, a start angle, and an end angle to create the smile shape. The SVG is sized at 960 by 500 pixels, and the face is composed of basic circle and path elements positioned using SVG transforms.

HHarish.G

Fork of Smile

This example renders a classic smiley face using React and D3. It shows a yellow circle with black stroke as the head, two black eyes, and a mouth drawn as a semicircular arc. The visualization uses React for component structure and SVG rendering, while D3’s `d3.arc()` generates the mouth path based on specified inner and outer radii and angles. All elements are positioned relative to the center of the SVG canvas.

KKIRRAN P L

Fork of Smiley face

This example renders a smiley face using React and D3.js, drawing the face as an SVG composed of three circles and an arc. A yellow head with a black outline is built with `<circle>` elements, while the eyes are positioned using offset coordinates, and the mouth is created with D3’s `arc()` generator to produce a curved path with specific inner and outer radii. The visualization is fixed at 960 by 500 pixels, centered around the middle of the canvas, and relies on React’s `ReactDOM.render()` to place the component into the DOM. The code explicitly sets stroke widths, radii, and angular spans to construct the facial features without any external data source.

Aavinash021997

Fork of SmileFace

This example uses React and D3 v7 to draw a smiley face in an SVG. The face consists of a yellow circle for the head with a black stroke, two black circles for eyes, and an arc for the mouth. D3’s `arc` generator creates the mouth path, while fixed pixel offsets and radius values position all elements relative to the center. The SVG is rendered by a React component using `ReactDOM.render`, with the figure centered in a 960×500 viewport.

NNenad Skrbic

Fork of Fork of Smiley Face, using D3

This D3.js and React example renders a smiley face as a yellow circle with black eyes and a mouth, all drawn as SVG shapes. The code defines reusable React components for the face and eyes, and uses D3's `arc` function to create a path for the mouth. The SVG is centered using a transform, and constants control the circle radius, eye offset, and mouth dimensions. The visualization shows how D3 can be integrated with React to generate vector graphics programmatically.

Sshresthabhi

Fork of Smiley Face Part III

This example renders a smiley face using React and D3, drawing a yellow circle with two eyes and a curved mouth as SVG elements. The code defines the face’s geometry with constants for radius, offsets, and stroke width, then uses the `arc` generator from `d3` to create the mouth path. React manages the SVG structure, while D3 handles the mouth’s arc shape. The visualization is static, relying on hardcoded dimensions for a 960×500 canvas rather than external data.

CCHANDU BHARGAVI

Fork of Smiley face part one

This example uses React and D3 v7 to render a yellow smiley face as an SVG. It constructs the face with three circles for the head and eyes, and a D3 arc path for the mouth, all positioned using computed coordinates and a transform. The code leverages D3’s `arc` API to define the mouth’s inner and outer radii and its angular range, while React handles the declarative SVG markup. The rendering is static, with no interaction or animation included.

AAnkit5ingh

Fork of Smiley Face Part 2

This example draws a smiley face using React and D3, rendering SVG shapes inside a 960x500 viewport. It shows a yellow circle with black stroke for the head, two filled eyes, and a curved mouth generated from an arc path. The code uses React’s `ReactDOM.render` to mount the component and D3’s `arc()` API to compute the mouth’s path geometry based on specified angles and radii. All positioning relies on fixed numeric constants for offsets and dimensions, with D3 v7 loaded via CDN.

MMahmud Hasan