Fork of D3 Face Making

Fork of D3-1: Making a face

A yellow circle with blue eyes, animated eyebrows, and a curved mouth forms a stylized face rendered in SVG. The code uses D3 v7 selections to append SVG primitives, and a D3 arc path generator to create the mouth based on specified inner and outer radii and angles. Two rectangles represent eyebrows and use chained `transition().duration()` calls to move them vertically over two seconds before returning. The example demonstrates basic D3 shape generation, SVG group elements for shared eye styling, and timed attribute transitions.

AAsmitha-Sa

Fork of Let's make a face with D3.js!

This example shows a friendly yellow smiley face rendered as an SVG, with eyes and a mouth drawn using D3 shapes. The face’s eyebrows animate by moving upward and then returning to their original position over two two-second transitions. Using d3.select and d3.arc, the code builds the circle, eye, eyebrow rectangles, and mouth path, then applies chained transition() calls to shift the eyebrow group’s transform attribute. The visualization runs in a 960×500 SVG canvas with no external data, relying entirely on hardcoded dimensions.

AAsmitha-Sa

Fork of Let's make a face with D3.js!

A smiling face is rendered as a yellow circle with two eyes, animated eyebrows, and an arched mouth, all drawn in SVG. The eyebrows move up and down repeatedly using chained D3 transitions. The code builds the face by appending SVG elements to a group, using D3 v5's `select`, `attr`, and `arc` for the mouth path, with an implicit data-join-free DOM construction.

Ssohum42

Fork of Let's make a face with D3.js!

A smiling yellow face is drawn entirely in SVG, with its features initially arranged in a neutral expression before an animated sequence runs once on load. The eyes overlay white pupils, while the black eyebrows and mouth rotate into angled positions over two seconds. The example demonstrates core D3.js v5 DOM manipulation and transitions using `d3.select`, `append`, and `transition.attr`, constructing the mouth with the `d3.arc` path generator. All shapes are positioned via SVG transform attributes and transitions, with no external data source.

Aaidatabaeva

Fork of D3-1: Making a face

A yellow face with blue eyes, eyebrows, and a curved mouth is drawn in an SVG canvas using D3 v7. The visualization constructs the face from primitive shapes—circles for the eyes, an arc-generated path for the mouth, and rectangles for the eyebrows. The eyebrows animate vertically over four seconds using D3's `transition` and `duration` methods, shifting them up and then back down. The code explicitly sets dimensions and positions based on the SVG's width and height attributes.

HHarish.G

Fork of Fork of Let's make a face with D3.js!

A yellow smiley face is rendered in SVG using D3.js, with circular eyes and an arc-based mouth. A group containing rectangular eyebrows animates vertically via chained `transition()` calls, moving up and then back down over two two-second intervals. The code uses D3 selections and the `arc` generator from `d3-shape`, with dimensions driven by the SVG's width and height attributes. This example demonstrates fundamental DOM manipulation and animation with D3 v5.

Ssrinivasaraosankula

Mmukundakrishna.r@gmail.com

Fork of Fork of Face with d3.js!

A smiling face built with d3.js renders as a yellow circle with elliptical eyes and arched eyebrows, all drawn as SVG shapes on a 960 by 500 canvas. The code uses d3.select and append to construct the face, while d3.arc defines the curved mouth and eyebrow paths. Eyebrows and eyes are positioned with SVG transform translations, and the face is centered using a group element. This example demonstrates basic d3.js v7 shape generation and SVG manipulation in a static, data-free visualization.

Fork of Let's make a face with D3.js!

A yellow smiley face is drawn in an SVG canvas, featuring two eyes and a mouth created with D3.js's `select` and `arc` functions. The face centers on a group, with circles for the eyes and a path for the smiling mouth. Eyebrows, rendered as rectangles, animate vertically over two seconds using chained `transition` calls, moving up and then back down. The SVG dimensions are read from the element, and all shapes are styled with fills and strokes.

Ggunasindhuja