Fork of Smile pt2

Fork of Smile

This example shows a simple smiley face built from three SVG circles on a yellow background. It renders a large yellow circle for the face, with two smaller black circles positioned symmetrically for eyes, all using a black stroke. The visualization is created with React and ReactDOM, using JSX to define the SVG elements and their attributes like center coordinates, radii, and stroke properties. The code sets explicit numeric values for width, height, and offsets, and mounts the component to a root div in the HTML page.

CChristianGerten

Fork of Smiley Face Part II

This example renders a single yellow circle as a smiley face base using React and SVG. The code defines an `App` component that returns an SVG element with a circle positioned at the center of a 960-by-500 canvas. ReactDOM renders the component into the DOM, while commented-out code hints at a fuller face with eyes and a stroke. The circle’s size and location are computed from constant variables.

NNilsMar

Fork of Smiley face part2 React

This example shows a yellow smiley face rendered with SVG shapes, including a circular background, two eyes, and a mouth drawn as an arc. The face is centered within a 1000x500 viewport using a translated group element. The code uses React to define components like `BackgroundCircle` and the main `App` component, while `d3.arc` generates the mouth path with specified inner and outer radii and angular ranges. ReactDOM attaches the SVG to the page, and styling removes page margins for a full-bleed display.

FFrictionlessman

Fork of Fork of Smiley - Part 2

A yellow circle with two black eyes forms a simple smiley face, rendered as an SVG using React. The face is centered within a 960 by 500 viewport, with a thick black stroke defining the outer circle and fixed offsets positioning the eyes symmetrically. The code leverages React's `createElement` through JSX, ReactDOM's `render`, and inline SVG elements like `circle` to construct the static visualization, with all geometry computed from constant variables. No interactivity or animation is present; the example demonstrates basic declarative SVG composition within a React component.

Eericbleibtnet

Fork of Smiley Face Part II

This example renders a smiley face in an SVG canvas using React. It draws a yellow circle with a black outline as the face, along with a single additional circle, using React’s declarative JSX syntax to define the shapes. The code employs the ReactDOM library to mount the component to the page, with the visual output relying on SVG primitives like `circle` elements. No other facial features or interactivity are implemented beyond these two shapes.

Jjhoncena886

Fork smiley face part 1

A yellow circle rendered with React and SVG represents the first step toward a smiley face. The code uses ReactDOM to mount a React component that outputs a single `<circle>` element with specified positioning, radius, fill color, and stroke. The example demonstrates basic SVG shape creation within a React application, with the commented-out HTML showing the intended final composition of additional circles for eyes and a mouth.

Ttqw-tqw

Fork of Smiley Face Part II

A yellow circle with a black outline renders as a smiling face in an SVG canvas. The example uses React to define and render the single circular shape, with the `react` and `react-dom` libraries mounting the component to a `#root` element. The SVG uses a `circle` element with explicit `cx`, `cy`, `r`, `fill`, and `stroke` attributes, though only the main face circle is drawn in the active code.

AAnant Agarwal

Fork of Smiley Face Part II

This example shows a single yellow circle rendered as a smiley face, drawn in an SVG using React components. The circle is centered dynamically based on the viewport dimensions, with a black stroke and fixed stroke width. The code uses React 16.9 and ReactDOM to render the SVG element into the DOM, with the circle’s position and radius calculated from width and height variables. The rendering approach relies on declarative JSX to define the SVG, and the interactive video demonstrates the implementation.

AArlind Pestisha