phongbui81062 (@phongbui81062), VizHub

Let's make a face with D3.js!

A yellow circle forms a smiling face with two eyes, animated eyebrows, and an arc-shaped mouth built from SVG shapes. The example demonstrates D3 v5 selections and transitions, using `d3.select` and `d3.arc` to construct the geometry. Eyebrows move up and down via chained `transition().duration()` calls, creating a simple looped animation. All elements are centered within an SVG canvas using a translated group, and the code relies on D3's data-join-free imperative style for direct DOM manipulation.

Dec 5, 2019

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Let's make a face with D3.js!

A simple yellow circle with eyes and an arc-based mouth forms a cartoon face in SVG. The eyebrows animate upward and back down using chained `transition()` calls with a 2-second duration each. The code builds the face with D3 v5 selections, positioning elements via `translate`, and constructs the mouth with the `arc()` helper, specifying inner and outer radii alongside start and end angles. The animation runs once on load within the fixed 960x500 viewport.

Dec 5, 2019

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Let's make a face with D3.js!

This example builds a simple cartoon face from SVG shapes, including a yellow circular head, eyes, eyebrows, and a mouth. The face is centered within the viewport using a translated group element. The eyebrows animate upward and back down using chained `transition.duration` calls on a group’s transform attribute. The code leverages D3 v5’s `select` and `arc` helpers, the latter generating the mouth path from inner and outer radii and angular extents. Static shapes are drawn with circles and rectangles appended to SVG groups.

Dec 5, 2019

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Let's make a face with D3.js!

A simple yellow smiley face is drawn with SVG shapes, featuring circular eyes, rectangular eyebrows, and a mouth created using the `arc` generator. The eyebrows animate upward and back down via chained `transition` calls over two-second durations. The code builds the face with D3 v5 selections, using `select`, `attr`, and `append` to position elements relative to a centered group, with coordinates calculated from the SVG’s width and height.

Dec 5, 2019

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Let's make a face!

This visualization uses D3.js to draw a simple face-like composition directly onto an SVG canvas. The example demonstrates basic SVG shape manipulation by applying a brown fill color to circular elements, as shown in the CSS class `.circle`. The code imports `select` from D3 to interact with the DOM and uses ES6 modules to organize functionality, with an HTML page containing a 960x500 SVG container. The rendering approach is SVG-based, and the example serves as a minimal introduction to combining D3 selections with modular JavaScript for static graphical output.

Dec 5, 2019

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Let's make a face!

This visualization uses D3.js to draw a simple face-like composition directly onto an SVG canvas. The example demonstrates basic SVG shape manipulation by applying a brown fill color to circular elements, as shown in the CSS class `.circle`. The code imports `select` from D3 to interact with the DOM and uses ES6 modules to organize functionality, with an HTML page containing a 960x500 SVG container. The rendering approach is SVG-based, and the example serves as a minimal introduction to combining D3 selections with modular JavaScript for static graphical output.

Dec 5, 2019

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Let's make a face!

This example draws a simple face using D3.js version 5. The visualization renders a brown circle on an SVG canvas, demonstrating basic shape creation with the `select` and `append` APIs. The code imports a custom ES6 module to display a greeting message, showing modular JavaScript integration within a D3 project. The SVG element is sized 960 by 500 pixels, with styling defined in an external stylesheet. The example focuses on minimal D3 usage for static geometric rendering rather than interactive or data-driven features.

Dec 5, 2019

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Let's make a face!

This visualization uses D3.js to draw a simple face-like composition directly onto an SVG canvas. The example demonstrates basic SVG shape manipulation by applying a brown fill color to circular elements, as shown in the CSS class `.circle`. The code imports `select` from D3 to interact with the DOM and uses ES6 modules to organize functionality, with an HTML page containing a 960x500 SVG container. The rendering approach is SVG-based, and the example serves as a minimal introduction to combining D3 selections with modular JavaScript for static graphical output.

Dec 5, 2019