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A stylized portrait of Danny Phantom’s face is rendered as a collection of geometric SVG shapes, including a circular face, oval eyes with green irises, simple angular eyebrows, a polyline nose, an arc-shaped mouth, and a spiky polygon for hair. The visualization uses React to compose the SVG elements and leverages the D3 `arc()` generator to define the mouth path. All coordinates are computed relative to the window dimensions, with circles, rectangles, polylines, and polygons placed inside a centered group transform. The code relies on D3 v6 and React 16.9 for rendering.

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Fork of Danny Phantom Face

This example renders a stylized SVG portrait of Danny Phantom’s face using React components and D3’s `arc` generator for the mouth. The face is built from primitive shapes—circles for the eyes, irises, pupils, and face; rectangles for the eyebrows; polygons for the hair and nose; and an arc for the mouth. All elements are positioned relative to the window’s center, with fixed offsets and colors defining the character’s features. The code uses React 16.9 and D3 v6, drawing entirely in SVG without any external data.

Kkartik900

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A stylized portrait of the cartoon character Danny Phantom is rendered as a vector face using React components and SVG primitives. The code constructs the face from circles for the eyes, pupils, and irises, along with a polyline nose, an arc path for the mouth, rectangles for eyebrows, and a polygon for hair, all positioned relative to the viewport center. D3’s `arc` function generates the mouth shape, while hardcoded coordinate points define the hair and facial features, with colors and stroke widths set via inline attributes.

Fork of Fork of Fork of Danny Phantom Face

This example draws a stylized portrait of Danny Phantom using React and D3 v6. The code renders SVG shapes—circles for the eyes, a path for the mouth, and polygons for the hair and nose—centered on a face. D3’s `arc()` function generates the mouth curve, while React manages component state and SVG output. The hair polygon’s coordinates are calculated proportionally to the window size.

Fork of Danny Phantom Face

This example renders a stylized face inspired by the cartoon character Danny Phantom, composed entirely of SVG shapes positioned relative to the viewport center. It displays circular eyes with offset irises and pupils, rectangular eyebrows, a polyline nose, a smile-shaped path created with d3.arc, and a large polygon representing hair. The implementation uses React to define the SVG elements while calling d3’s arc function from the d3 library to generate the mouth path, with all coordinates computed from window dimensions.

Vvineeth-001

Fork of Danny Phantom Face

This example renders a stylized cartoon face inspired by Danny Phantom using React and D3 v6. It displays the character’s facial features—eyes, irises, pupils, eyebrows, nose, mouth, and hair—as SVG shapes centered on the screen. The code constructs each element with React components, using D3’s `arc()` function to generate the mouth path and hardcoded coordinate arrays for the hair and nose polylines. All geometry is positioned relative to the window dimensions, with colors and stroke widths defined as constants.

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Ppravalika.thogaru10@gmail.com

Fork of Fork of Fork of Danny Phantom Face

This example renders a stylized cartoon face inspired by Danny Phantom, built as a React component that composes SVG elements. It uses D3 v6’s `arc()` generator to draw the character’s mouth, while the eyes, eyebrows, hair, nose, and eyelashes are constructed from SVG circles, rectangles, polylines, and lines. All facial features are positioned using computed offsets from the viewport center, with the code defining constants for colors, stroke widths, and coordinates. The visualization takes a full-window SVG canvas and uses React’s declarative JSX to structure the layered face.

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