Fork of Smiley Face Part III

Fork of Smiley Face Part III

This example shows a smiley face built with React and D3, rendered as an SVG. The face consists of a yellow circle with a black stroke, two eye circles, and a mouth drawn using D3’s `arc` generator with specified inner and outer radii and angular ranges. React manages component structure and state, while D3 provides the `arc` function to compute the mouth path. The SVG coordinates are centered via a translated `<g>` element, with all shapes positioned relative to that origin.

NNicolás Troncoso

Fork of Smiley Face Part III

This example shows a smiley face composed of SVG shapes, built with React and rendered using D3’s `arc` generator for the mouth. The face consists of a yellow circle with a black stroke, two black eye circles, and a mouth arc defined by inner and outer radii and start/end angles. React manages the component structure, while D3 v5 calculates the path data. The code uses the `d3.arc` API within a React functional component to produce the final SVG output, with dimensions and offsets set as constants.

SSunny

Fork of Smiley Face Part III

This example uses React and D3 to render a simplified smiley face as an SVG graphic. The face is composed of a yellow circle with a black outline, two eye circles, and a mouth drawn as an arc path generated by the D3 `arc` function. The React component builds the SVG elements declaratively, while D3’s arc API calculates the mouth’s path based on specified angles and radii. The layout is centered and sized using the `width`, `height`, and translation transformations from the code.

SSadaf Siddiqui

Fork of Smiley Face Part III

This example demonstrates a smiley face rendered as an SVG graphic using React for component structure and D3’s `arc` function to create the mouth path. The face consists of a yellow circle with a black stroke, two eye circles, and a curved mouth, all positioned relative to the center. The code uses React 16.9 and D3 v5, with the SVG elements transformed into place via a `g` element. It shows how D3 geometric helpers can be combined with React’s declarative JSX syntax to build static visualizations.

Rrafffso

Fork of Smiley Face Part III

This example renders a yellow smiley face in an SVG using React components and D3’s `arc` generator to draw the mouth. The face’s background circle and eyes are plain SVG circles, with the mouth created as a path from a D3 arc spanning a half-circle. React manages the component structure, while D3 and SVG handle the geometric layout. The illustration demonstrates a simple declarative approach to combining React’s component model with D3’s shape utilities.

Iionut-g

Fork of Smiley Face Part III

This example renders a smiling face as an SVG using React and D3.js. The drawing consists of a yellow circle with a black stroke, two solid black eyes, and a curved mouth created with D3’s `arc` generator, which builds the path for the smile. The face is centered and scaled according to fixed width and height values. React manages the component structure, while D3 calculates the arc geometry for the mouth.

DDmytro Tyshchenko

Fork of Smiley Face Part-3 (React and d3)

This example shows a smiling face rendered as an SVG using React components and D3’s arc generator to draw the mouth. The face consists of a yellow circle for the head, two black eyes, and a curved mouth path created with the `arc()` function from `d3-shape`. The code uses React’s JSX syntax and template literals for the SVG group’s `transform` attribute, positioning elements relative to the center. D3 version 6 is loaded alongside React 16, with all geometry constants defined explicitly in JavaScript.

FFernando C. Filho

Fork of Smiley Face Part III

This example uses React and D3 to render a stylized smiley face composed of SVG shapes. It shows a yellow circle with a black outline, two offset eyes formed by a circle and a rectangle, and a mouth drawn as an arc path. The D3 `arc` generator defines the mouth’s inner and outer radii and angular range, while SVG paths and React JSX manage the other facial features. The fixed canvas dimensions and hardcoded coordinates determine the face’s composition.

Ddhlrq