Fork of Smiley Face Part IV

Fork of Smiley Face Part IV

This fork of a Smiley Face visualization uses React and D3 to render a stylized face with configurable components. The image shows a yellow circle with black outline, two eyes, and a D3 arc-based mouth, all positioned within an SVG canvas. The code defines reusable React components—BackgroundCircle, Eyes, Mouth, and FaceContainer—that parameterize dimensions and positions. D3's arc API generates the mouth’s curved path, while React manages the SVG element hierarchy and rendering.

BBurak Senel

Fork of Smiley Face Part IV

This example shows a yellow smiley face with black-outlined eyes and a curved mouth, centered on a white background. The visualization is built using React 16.9 and D3 v5, with D3’s `arc()` function generating the mouth path. React components render the SVG elements, including circles for the eyes and an SVG `<path>` for the mouth, while D3 handles the arc geometry. The fixed dimensions and hardcoded offsets define the face’s layout without external data.

GGeekboxer

Fork of Fork of Smiley Face Part IV

This example renders a yellow smiley face with black outlines and a mouth using React and D3. It builds the face inside an SVG element, positioning a background circle, two eyes, and a mouth path around a central group. The code uses React components to define the SVG structure and the `arc()` function from D3 to generate the mouth shape based on specified inner and outer radii and angle ranges. The visual is static, with no interactivity or data binding, and relies on hardcoded dimensions for the face geometry.

DDawn

Fork of Smiley Face Part IV

This fork presents a yellow smiley face drawn with SVG shapes, centered within a fixed 960-by-500 canvas. It computes the face’s geometry—including the mouth arc’s inner and outer radii, stroke width, and eye placement—using D3’s `arc` generator. The React component renders a background circle, two eye circles, and a path for the mouth, all positioned via a translated group. The visualization demonstrates combining React’s component model with D3’s path generation for static, data-driven graphics.

BBeihaiTianming

Fork of Smiley Face Part IV

A React-driven D3 visualization renders a classic smiley face as a static SVG composition. The face consists of a yellow background circle with a black stroke, two eye circles, and a curved mouth path generated using D3's `arc` function with specified angles and radii. Fixed dimensions and coordinates position all elements relative to the canvas center, with the mouth arc defined by inner and outer radii and a half-turn angle range. The code imports `arc` from D3 v5 and uses React 16.9 to render the final SVG output.

SSHRESTHGUPTA106

Bbillmccabeusa@hotmail.com

Fork of Smiley Face Part IV

This example shows a smiling face composed of SVG shapes, centered in a yellow circle with black outlines, two eyes, and an arched mouth. It uses React components to render the static visualization, while D3’s `arc` generator calculates the mouth path geometry. The code relies on React 16.9 and D3 v5, with SVG elements drawn inside a fixed 960×500 viewport.

Fork of Smiley Face Part IV incomplete

This fork of the “Smiley Face Part IV” example renders a yellow smiley face using React components and D3’s `arc` generator for the mouth. The SVG drawing includes a background circle with a thick yellow fill and black stroke, two offset eye circles, and a mouth path formed by an arc with inner and outer radii. D3 v5 supplies the arc shape, while React 16.9 manages the component hierarchy and JSX markup. The code does not include interactivity or animation, and the face is statically centered in a 960×500 viewport.

MMuhammed AbuOdeh

Fork of Smiley Face Part III

A fork of the Smiley Face Part III example renders a static SVG smiley face using React and D3. The visualization shows a yellow circle with two eyes and a mouth arc, centered within a 960 by 500 viewport. React manages the SVG elements via JSX, while the D3 `arc` generator defines the mouth’s path with specified inner and outer radii and angles. The code directly sets positions for the eyes and face using inline numeric values, with no data loading or interactive behavior.

Hhommrich@web.de