Fork of Smiley Face Part II

Fork of Smiley Face Part II

A cartoon smiley face rendered with SVG paths and shapes combines a large yellow circle with stylized, non-geometric eyes and a wide, expressive mouth. Built with React and ReactDOM, the code structures composable `Eyes` and `Smile` components that are transformed and scaled within an SVG canvas. SVG ellipses and paths, colored via CSS classes, create the detailed facial features, with the overall composition assembled in a single React app instance.

Vvram80

Fork of Fork of Smiley Face Part II

A cartoon smiley face with large, detailed eyes and a wide smiling mouth is rendered on a yellow circular head. The entire SVG is composed using React components, with the face, eyes, and smile defined in separate files and assembled in the main `App` component. React 16.9 and ReactDOM render the SVG elements, which are transformed and scaled using SVG `g` tags and CSS classes for styling.

Mmartfhill

Fork of Fork of Smiley Face Part II

The example uses React and the react-dom library to render an SVG smiley face. It combines separate React components, `Eyes` and `Smile`, which contain complex SVG paths and shapes, with CSS classes for detailed styling. The main `App` component layers these on a yellow circle base, using SVG `transform` attributes to position, rotate, and scale the facial features. The code demonstrates how to compose and manipulate vector graphics programmatically within a React application.

Ggeethanjalikotaru

Fork of Fork of Smiley Face Part II

A cartoon smiley face composed of stylized SVG eyes and a large grin is rendered on a yellow circular background. The visualization uses React components, with the `Eyes` and `Smile` components defining complex vector paths and shapes, and the main `App` component composing them with transforms. The face is built entirely from static, pre-defined SVG elements, with the overall layout and scaling handled through inline `transform` attributes.

Vvram80

Fork of Fork of Smiley Face Part II

This example shows a smiling face constructed from a yellow circular face, two eyes, and a mouth. The face is built using React functional components, with the `Eyes` and `Smile` components each returning inline SVG elements. The `App` component positions these parts using SVG `<g>` transforms with translations, rotations, and scaling, and applies styles from CSS classes. The eyes and mouth contain multiple layered shapes with gradients and custom paths, rendered in SVG.

VVamshisoleti09

Fork of Fork of Smiley Face Part II

A smiley face rendered in React and SVG combines a yellow circular head with layered, colorful eyes and a wide grin. The composite facial features are assembled from separate React components—`Eyes` and `Smile`—which contain hand-coded SVG ellipses, paths, and circles with CSS classes for color fills. The main `App` component positions and scales these parts using inline SVG `<g>` transform and translate attributes, producing a static vector illustration.

HHaowenWeiJohn

Jjanmacieiraeichenauer@gmail.com

Fork of Fork of Smiley Face Part II

A yellow smiley face is rendered on a black background, composed of detailed SVG eyes and a multi-layered smile drawn with custom paths and gradient fills. The React application uses `ReactDOM.render` to mount the component, positioning the face elements via SVG `transform` attributes. The code defines reusable `Eyes` and `Smile` React components, which return inline SVG markup with styling classes defined in a separate CSS file.

Fork of Fork of Smiley Face Part II

A stylized smiling face is rendered in SVG, featuring large, detailed eyes with colored irises and layered highlights, alongside a wide, expressive mouth with multiple colored lips and interior shading. The composition is built in React, combining an `Eyes` component and a `Smile` component, each defined with `<path>` and `<ellipse>` elements. The main yellow face circle is drawn directly in the app's `index.js`, which uses ReactDOM to render the SVG onto the page. The face is assembled by applying transforms for positioning and scaling, with each part colored by CSS classes defined in `style.css`.

Nnamesh singh