Fork of Fork of Fork of Danny Phantom Face

Ppravalika.thogaru10@gmail.com

Fork of Danny Phantom Face

This example renders a cartoon face inspired by Danny Phantom using React and D3 v6. It constructs the head from SVG primitives, including circles for the eyes and face, rectangles for eyebrows, and a D3 `arc` generator for the mouth. Hair and nose shapes are drawn as SVG polylines with manually defined coordinate points. The component positions all elements relative to the window dimensions and centers them on the screen, while D3’s `arc` API computes the mouth path.

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Fork of Fork of Fork of Danny Phantom Face

This example renders a cartoon face inspired by Danny Phantom using React and D3 v6, with all graphics drawn as SVG elements. The face is composed of separate components including eyes, irises, pupils, eyebrows, hair, a nose, mouth, and ears, each positioned using calculated offsets and D3’s `arc()` generator for the mouth. The code defines geometric properties like radii, stroke widths, and point arrays for polygons, then translates the entire group to the center of the viewport. It uses React’s `ReactDOM.render` to mount the SVG, with dimensions matching the window size.

Rrajkumarboddapati2

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.

Fork of Fork of Danny Phantom Face

This example renders a stylized face inspired by the fictional character Danny Phantom, drawn entirely with SVG shapes. The face, eyes, irises, pupils, eyebrows, nose, and mouth are constructed from circles, rectangles, polylines, and arcs, while the hair and mouth use D3's `arc()` generator and static polygon points. The scene is built with React components, and the layout scales based on the browser window dimensions, with colors and stroke widths defined as constants. The rendering uses D3 v6 for the arc generator and calculates all positions relative to the screen center.

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 Fork of Face

This example renders a stylized Danny Phantom face using React and D3.js, with all shapes drawn as SVG elements. The face is constructed from primitive geo-metries—circles for eyes and irises, rectangles for eyebrows, and polygons for hair and the nose—positioned relative to the window center. D3's `arc()` generator creates the mouth path, while React maps the static data (like eye offsets and hair points) into declarative SVG markup. The visualization is fully static, with no interaction or animation, and uses hardcoded coordinates to compose the character's facial features.

Fork of Fork of Fork of Fork of Danny Phantom Face

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.

95% match