Ju's smiley face

smile

This example shows a stylized, yellow smiley face composed of a circular background, two eyes, and a smiling mouth, all rendered as SVG primitives centered on a canvas. The face is built from React components (`BackgroundCircle`, `Eyes`, `Mouth`) that use D3's `arc` generator to create the mouth path with specified inner and outer radii and angular extents. The code defines fixed dimensions and offsets for the face elements, then translates the SVG group to the center of the 960 by 500 viewport. React 18 and D3 7 are loaded via CDN, with the app rendered into the DOM.

Llizuojc

Smiley face

This example renders a simple smiley face using React and D3’s `arc` generator to create the mouth, with circles for the eyes and face. The face is drawn as a yellow circle with a black stroke, positioned at the center of an SVG canvas. The code uses D3’s `arc()` API to compute the mouth path, while React manages the SVG elements declaratively. The rendering is static, with no interactivity, and relies on fixed coordinates for the eyes, mouth radius, and stroke width.

JJuan L.

Smiley face part 1jjj

This example shows a simple smiley face built as a static SVG composition, with a yellow circular head, two elliptical eyes, and no mouth or other features. The rendering is driven by React and D3, using hardcoded position and size values for each shape. The code defines the face geometry through SVG `<circle>` and `<ellipse>` elements, while D3’s `arc` function is imported but not actually applied in the visible logic. The example demonstrates basic SVG shape creation within a React component, with an inline CSS style that hides page margins and disables overflow.

CCE

Smily Face

A smiling face is drawn as a yellow circle with black eyes and an arc-shaped mouth, centered in an SVG canvas. The visualization uses React to render the graphic, with D3's `arc` function defining the mouth path based on specified inner and outer radii and angle ranges. The code sets fixed dimensions for the face, eyes, and mouth, and positions elements relative to the canvas center. The SVG elements are styled with fill and stroke attributes, demonstrating a simple composition using React and D3 APIs.

YYUXUE LIU

smiley face part III

This example displays a yellow smiley face composed of simple SVG shapes: a large filled circle for the head, two smaller circles for the eyes, and an arc path for the mouth. It uses React 18 for rendering and d3.v7's `arc` function to define the mouth’s geometry with inner and outer radii. The SVG element is centered, with the face elements positioned using a `transform` translation.

JJohel Durán Acuña

Smiley face

This example renders a classic smiley face entirely in SVG. A large yellow circle forms the head, with two smaller dark circles for eyes and a pink blush on each cheek. A curved mouth is drawn using D3’s `arc` generator with specified inner and outer radii and angular ranges. The visualization is built with React components that compute layout constants for positioning, and it relies on ReactDOM to mount the SVG into the page using D3 v7 syntax.

Ppytorchgirl

smiley face

This example shows a simple, stylized smiley face rendered as an SVG graphic using React components. The face consists of a yellow circular background with a black stroke, two black eye circles positioned symmetrically, and a curved mouth created with a D3 arc generator. The code imports `arc` from D3 v5 to define the mouth’s path, while React components like `FaceContainer`, `BackgroundCircle`, `Eyes`, and `Mouth` assemble the visual elements. All shapes are drawn declaratively with SVG elements, and the face is centered within a 960 by 500 pixel viewport.

NNYY

Smiley

This example shows a cheerful smiley face rendered as a yellow circle with black outlines, featuring two eyes and a curved mouth centered on a 960×500 SVG canvas. The face is built using React components, with the background circle and eyes as SVG `<circle>` elements, while the mouth uses D3’s `d3.arc()` generator to create a path based on inner and outer radii and start/end angles. All elements are grouped and translated to the canvas center, with the mouth offset slightly via a transform.

Sszchee1