Dog graphics using Figma design. Used bezier curve.

Rrohithannadurai@my.unt.edu

Fork of Dog graphics using Figma design. Used bezier curve.

This visualization shows a stylized dog graphic named "Rock," built with SVG paths and Bézier curves. It renders the dog’s head, ears, and facial features, including expressive eyes and a mouth, using filled and stroked shapes. The code uses raw SVG elements (`<svg>`, `<path>`, `<circle>`, `<text>`) within an HTML page, with CSS styling for layout and background. The design originates from a Figma mockup, and the rendering is entirely vector-based via SVG, with no external JavaScript libraries like D3.js involved.

89% match

Fork of Fork of Dog graphics using Figma design. Used bezier curve.

This example illustrates a stylized dog named "Rock" created with Scalable Vector Graphics (SVG) using Figma design elements, including bezier curves for the main body shape. The artwork features a blue background, orange dog silhouette, black eyes, white muzzle, decoration shapes, and text. The code uses the raw SVG API, defining paths, circles, polygons, and rectangles directly in markup, with CSS for styling. It also incorporates custom shapes like stars and pink decorative elements.

Fork of Fork of Dog graphics using Figma design. Used bezier curve.

Fork of Fork of Fork of Fork of Dog graphics using Figma design. Used bezier curve.

A stylized cartoon dog named "Rock" is rendered in SVG, using bezier curves to define its orange body, white face, and black ears. The scene includes decorative elements like stars, circles, and a pink moon and rectangle, all displayed on a light blue background. The graphic is built with raw SVG elements inside an HTML document, with shapes such as paths, circles, polygons, and text. The design was originally created in Figma and is presented here as a static SVG visualization.

Fork of Fork of Fork of Dog graphics using Figma design. Used bezier curve.

This visualization displays a cartoon dog named "Rock" constructed entirely from SVG shapes, primarily using a single bezier curve path for the body and circles for the eyes and nose. The graphic is rendered through raw SVG elements defined in an HTML file, with a sky-blue background and decorative accessories like stars, a collar, and pink shapes. The figure shows the dog's head and torso with ears and facial features, all built using basic geometric primitives and path data. The code uses no external JavaScript libraries, relying solely on native SVG markup and CSS styling for presentation.

Fork of Dog graphics using Figma design. Used bezier curve.

This graphic shows a stylized dog portrait named "Rock" rendered with SVG, created via a Figma design and exported as a fork of the original. The illustration uses a series of bezier curve paths to define the head, ears, and facial features, with the main face filled in a warm orange tone. The eyes are represented by black circles with white highlights. A data source is not present; the rendering solely relies on the SVG specification, directly embedded in HTML with basic CSS styling for the page background.

RRupeshGandham

87% match

Fork of Fork of Fork of Fork of Fork of Dog graphics using Figma design. Used bezier curve.

A Figma-designed SVG portrait of a cartoon dog named Rock, composed of layered bezier curves for the head, ears, snout, and body, sits against a sky-blue background. The graphic includes decorative stars, a speech bubble label, and pink accent shapes. The code directly uses raw SVG elements—`path`, `circle`, `rect`, and `polygon`—with explicit coordinates, fills, and stroke settings, and does not rely on any external JavaScript libraries for rendering.

87% match

Fork of Dog graphics- ICE-4

This graphic displays a cartoon dog named "Rock" against a light blue background, rendered entirely as SVG shapes created with a Figma design workflow. The dog’s head is built from filled bezier curves for the face, ears, and snout, with smaller paths defining eyes, nose, and a tongue. Additional decorative elements include white polygons for ear highlights and pink circles and rectangles. The code uses the HTML5 canvas via an embedded `<svg>` element with `path`, `circle`, `polygon`, and `text` tags, all styled through plain SVG attributes.