Fork of Let's Make a Face Part I

Fork of Let's Make a Face Part I

This example creates a simple smiley face using raw SVG shapes. It shows a yellow circle for the head, two smaller black circles for eyes, and a stroke to outline the face. The code renders directly to an SVG element with hard-coded coordinates, using no external libraries or data sources. The face is static, with the author noting it is only half way towards a complete smile, as the mouth is not yet drawn. The rendering approach is straightforward SVG markup within an HTML document.

Eemelrix

Ccontact@friedaquaeckber.com

Fork of Let's Make a Face Part I

This example is a static SVG drawing of a smiley face, built directly in HTML with no external libraries. It shows a large yellow circle for the head, outlined in black, with two smaller black circles for eyes. The face is incomplete, stopping at the eyes and leaving the smile for a subsequent step. The rendering relies on SVG elements like `circle`, with fixed coordinates and stroke attributes to define the shapes.

Fork of Let's Make a Face Part I

This example shows a static partially completed smiley face drawn with SVG primitives. A large yellow circle with a black stroke forms the head, while two smaller unfilled circles represent the eyes. The code uses raw SVG elements—`<circle>` tags with explicit `cx`, `cy`, `r`, `fill`, and `stroke` attributes—inside an inline `<svg>` block. No JavaScript libraries are employed; the rendering is purely declarative SVG markup, positioned within a 960×500 viewport.

Jjam9501

Fork of Let's Make a Face Part I

A half-finished smiley face takes shape as three black and yellow SVG circles on a plain white background. The example uses hand-coded SVG elements—a large yellow circle for the head and two smaller black circles for eyes—with no JavaScript or data binding. It demonstrates the foundational geometry of a face, positioning each circle with explicit `cx`, `cy`, and `r` attributes within a 960 by 500 viewport. The code includes styling for stroke and fill, but lacks the mouth, leaving the expression incomplete. The rendering relies solely on static SVG markup.

Aaniosindustries

Fork of Let's Make a Face Part I

This example shows a simple yellow smiley face drawn as three circles inside an SVG, with a black outline and two eyes positioned symmetrically around the center. The face is rendered at 960 by 500 pixels, using hard-coded coordinates rather than data-driven binding. It relies on basic SVG circle elements and inline attributes for positioning and styling, with no JavaScript libraries. The design is a static illustration, serving as a minimal starting point for a facial visualization.

AArkaporn Poonkwan

Fork of Let's Make a Face Part I

A static SVG face renders a yellow circle with black stroke as the head, plus two smaller solid-dark circles for eyes. The code manually positions these shapes using hard-coded `cx`, `cy`, `r`, `fill`, and `stroke` attributes within an inline `<svg>` element sized 960 by 500. It provides a basic, unfinished smiley-face composition, with the mouth omitted, as noted in the README. This example uses no JavaScript libraries or data sources.

KKamila

Fork of Let's Make a Face Part I

This example shows a simple smiley face built from three SVG circles: a large yellow circle for the head and two smaller black circles for the eyes. The face lacks a mouth, as noted in the README, so it is halfway to completion. The code uses raw SVG elements with fixed coordinates, including circle positioning and stroke styling, rendered at 960 by 500 pixels. No JavaScript libraries or data sources are involved beyond the static SVG markup.

Aaniosindustries

Fork of Let's Make a Face Part I

This example shows a simple smiley face drawn with basic SVG shapes: a large yellow circle for the head and two smaller black circles for the eyes. The code uses plain SVG elements (`<circle>`) with explicit `cx`, `cy`, and `r` attributes, all rendered statically at fixed coordinates. The head is outlined with a black stroke, and the eyes are positioned symmetrically around the center. No JavaScript libraries or interactive behaviors are present; the visualization is a static, hand-coded SVG composition.

Mmarianamartins87