Smiley Part1

Smiley face part 1

This example renders a simple smiley face using SVG circles. It shows a central yellow circle with a black outline, accompanied by two smaller black circles representing eyes, all positioned within a 960 by 500 canvas. The visualization is built with React, leveraging the `react` and `react-dom` libraries, and renders the graphic statically via inline SVG markup in the HTML file. The shape is defined declaratively through SVG elements with specified coordinates and radii, without any interactive or dynamic behaviors.

HHasheef Riyas

Smiley Face Part 1

The visualization displays a classic yellow smiley face composed of three SVG circles: the face outline and two black eyes. It renders declaratively with React, using the ReactDOM library to mount the SVG elements. The face's radius, eye positions, and stroke dimensions are all derived from the canvas dimensions (960 by 500) and computed variables like centerX, centerY, eyeOffsetX, and eyeOffsetY, with a stroke width of 10 pixels. No smile is drawn, only the face and eyes.

Sseitzfab

Smiley Face Part 1

This visualization displays a yellow circle with a black outline centered on an SVG canvas, representing the initial stage of a smiley face. It is built with React and rendered as an SVG element, using the `react` and `react-dom` libraries. The code defines a single circle via SVG properties like `cx`, `cy`, `r`, `fill`, and `stroke`, with the drawing logic encapsulated in a React component and mounted to a root div. The example demonstrates a straightforward, declarative approach to vector graphics within a React framework.

AAbdullah Mobeen

Smiley face part 1

A yellow circle with a black outline and two black eye circles forms a smiley face, centered on an SVG canvas. The face is drawn using React with JSX, rendering SVG elements such as `<circle>` for the head and eyes. The code positions each circle using computed coordinates and fixed constants for offsets, radii, and stroke width. The example uses React 17 and ReactDOM to mount the SVG into the page, demonstrating basic component-based visualization without interactive behavior.

Eelizww

Smiley Face Part-1

This visualization displays a simple smiley face composed of three circles on a yellow background. The main face is a large yellow circle with a black stroke, while two smaller circles represent the eyes. The graphic is rendered as static SVG directly within the HTML, using React's JavaScript library loaded via a CDN, though no React components are explicitly defined. The code sets up a fixed 960 by 500 pixel canvas, with each circle positioned by center coordinates and radius properties.

RRiyad-Almadani

Smiley Face Part 1

This example shows a simple yellow smiley face, built with two black-outlined circles as eyes and a large circular face, all rendered as SVG shapes. The face is centered on a 960 by 500 canvas, with the main circle’s radius calculated from the canvas height and stroke width. The code uses React with ReactDOM to define and output SVG elements, and the `index.html` file includes a script that logs React to the console. The visualization is static, displaying only the face and eyes without a mouth.

WWanling1010

Smiley face part 1

This example shows a simple yellow smiley face constructed from three SVG circles: a large filled circle for the head and two smaller circles for the eyes, all with a thick black stroke. The visualization is rendered as static SVG within an HTML page, with the face centered by hard-coded coordinates. It uses React and ReactDOM in the JavaScript, though the drawing itself is plain SVG markup in the `index.html` file rather than being generated programmatically.

Bboualichaimaa

Smiley Face Part I

A yellow smiley face is rendered as an SVG graphic, centered on a 960 by 500 canvas. The face consists of a large yellow circle with a black stroke, alongside two smaller black circles for eyes positioned symmetrically from the center. The visualization is built using React, with the ReactDOM library rendering the SVG elements directly. The code constructs the shapes using computed variables for positioning, including center coordinates, offsets, and radii, all defined in JavaScript.

PPat Cammarata