Fork of Danny Phantom Face

Fork of Danny Phantom Face

This example renders a stylized portrait of Danny Phantom using React and D3 v6, drawing the face with SVG shapes. It shows a symmetrical cartoon face with circular eyes, rectangular eyebrows, a curved mouth via `d3.arc`, and a polyline nose, all composed from hardcoded coordinates and dimensions. Hair is drawn as a polygon with a distinct stroke and fill, while the face and features use precise offsets and rotations for expression. The code uses React functional components with `ReactDOM.render`, and leverages D3's `arc` API for the mouth path, with all geometry explicitly defined in the source rather than from external data.

Rranjithkmr598@gmail.com

97% match

Fork of Danny Phantom Face

This example renders a stylized portrait of Danny Phantom as an SVG composed entirely of D3-generated shapes and React components. The face, eyes, irises, pupils, eyebrows, nose, mouth, and spiky hair are all constructed from circles, rectangles, polylines, and polygons, with positions and sizes defined by constants. Using React’s declarative JSX, the code maps these shapes to SVG elements, while a D3 arc generator creates the mouth path. The face fills the entire browser viewport, centered dynamically based on window dimensions.

Pprashanth yamala

97% match

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.

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.

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 Face

This example renders a stylized portrait of Danny Phantom’s face using React and D3 v6, with all shapes drawn as SVG elements. The face, eyes, irises, pupils, and eyebrows are positioned via computed coordinates, while the mouth uses a D3 `arc` generator with inner and outer radii. Hair and nose are defined as polygons and polylines with explicit point arrays. The code relies on React’s `ReactDOM.render` and D3’s `arc` function, setting stroke widths, fill colors, and transforms to assemble the composite character on a full-window SVG canvas.

Ggeethikal

Fork of Face

This example renders a stylized portrait of Danny Phantom’s face using React and D3. It shows a full facial composition with eyes, irises, pupils, eyebrows, a nose, a mouth, and hair, all drawn as SVG shapes. The code uses React to create the SVG elements and D3’s `arc` function to generate the mouth path. Dimensions are computed from the window size, and facial features are positioned using relative offsets from the center. The hair is drawn as a polygon with predefined coordinate points, while the face, eyes, and other parts are built from circles, rectangles, polylines, and paths.