Let's Make a Face Part I

100%

Let's Make a Face Part I

✓ Published0🌍 Public

Last edited Apr 26, 2020

Created on Apr 26, 2020

An SVG illustration builds a stylized face from layered vector paths and gradient fills, using precise coordinates and class-based styling to define facial features such as eyes, nose, and mouth. The rendered graphic employs embedded path data with cubic Bézier curves, while transform groups apply translation, rotation, and scaling. The composition relies on hand-coded SVG elements and CSS class definitions, with no external libraries, directly producing the final visual.

AI-generated description

Forked & modified on mobile only.

MIT Licensed

Similar vizzes

Loading thumbnail…

Let's Make a Face Part I

A stylized SVG illustration builds a partial face from layered vector shapes, stopping at a smiley’s mouth with closed curves. The page uses inline SVG paths and CSS classes to define fills and strokes, while a hidden `<g>` transform positions the face elements. The code does not load external data or use a JavaScript library; instead, it relies on static markup and embedded style rules for rendering.

Ddandindan

93% match

Loading thumbnail…

Let's make a face

This example shows how a face is constructed from a collection of geometric SVG elements, including circles, paths, and polygons, to form expressive facial features. The visualization relies on inline SVG markup, with the entire composition rendered as static vector graphics. The code uses raw SVG elements such as `<circle>`, `<path>`, and `<polygon>` within a 960×500 viewport, styled via external CSS. The face emerges from carefully positioned shapes, demonstrating how basic SVG primitives combine to create a recognizable character. No JavaScript libraries or interactive behaviors are present; the result is a purely declarative, presentation-focused graphic.

Wwhitenoise83

89% match

Loading thumbnail…

Lets Make a Face

This example demonstrates how to build an SVG face using basic geometric shapes, with each facial feature drawn as a separate path element. The visualization relies on standard SVG markup within an HTML document, styling the paths with CSS properties like stroke color and line join. The code uses the inline `<svg>` element with a defined width and height, while the CSS classes apply consistent black stroke styling with a custom teal color for path elements. The face is constructed entirely through code rather than importing external image data.

MMark Moesch

88% match

Loading thumbnail…

Let's Make a Face Part I

Three hand-drawn-style black circles on a yellow SVG face—two blank eyes and an unfinished mouth—suggest the start of a modular facial construction. The page relies solely on raw SVG elements, defining circles with explicit `cx`, `cy`, `r`, and `stroke` attributes within a 960×500 viewport, with no JavaScript or external libraries. The static composition emphasizes geometric primitives and outlines a playful, step-by-step approach to building a character.

RRiccardo De Lucia

88% match

Loading thumbnail…

Let's Make a Face Part I

This example shows the initial stage of constructing a face with simple geometric shapes, featuring a large yellow circle for the head and two smaller circles for eyes, all rendered directly in SVG. The code uses plain HTML and SVG element declarations within an inline `<svg>` tag, setting explicit coordinates and radii for each circle. The face is centered on a 960×500 canvas, with the head’s stroke and fill colors specified inline. No JavaScript libraries or data sources are involved; the visualization relies solely on static, hard-coded SVG markup to create the basic facial structure.

Llakalia@wpi.edu

87% match

Loading thumbnail…

Let's Make a Face Part I

A static SVG face takes shape: a yellow circle with a black stroke forms the head, while two smaller circles serve as eyes. The markup uses raw SVG elements within an HTML file, positioning the head at the center of a 960 by 500 viewport and placing the eyes symmetrically on either side of the vertical axis. The code comments highlight the coordinate calculations for centering and eye offsets, though no animation or interaction is present. The example demonstrates a simple, handmade approach to geometric drawing with basic SVG shapes.

Ggotyou007

87% match

Loading thumbnail…

Let's Make a Face Part 1

A cheerful yellow face composed of simple geometric shapes sits centered on a plain white canvas, with two small black-outlined circles serving as eyes against a larger circular head. The SVG drawing, rendered directly in an HTML page using the inline `<svg>` element, demonstrates basic vector graphics through primitive shape elements like `circle` with explicit `cx`, `cy`, `r`, `fill`, and `stroke` attributes. The page structure relies purely on standard web standards without any external libraries, showing how static visualizations can be constructed entirely through hand-written markup and styled by minimal embedded CSS.

Ssrzadran

87% match

Loading thumbnail…

Let's Make a Face Part I

The visualization shows a basic face constructed from three SVG circles: a large yellow circle with a black stroke representing the head, and two smaller black circles representing eyes. The face is incomplete, with the title indicating this is the first step toward a smiley face. The code uses raw SVG elements inside an index.html file, with fixed coordinates in a 960x500 viewport. The rendering is static, relying on SVG's native circle shapes without any JavaScript libraries or data sources.

Zzilvus

87% match