Fork of Let's Make a Face Part I

Fork of Let's Make a Face Part I

This example shows a simple, static smiley face constructed from three SVG circles: a large yellow head with a black stroke, and two smaller black eyes positioned symmetrically on either side. The rendering relies on raw SVG elements inside an HTML document, using circle attributes for coordinates, radius, and styling. No JavaScript libraries or data sources are involved; the code directly defines the geometry and appearance. It serves as a basic demonstration of SVG shape composition.

KKing

Fork of Let's Make a Face Part I

This example shows a static yellow smiley face drawn with three SVG circles: one large circle for the head and two smaller circles for the eyes, all centered on a 960-by-500 canvas. The head uses a yellow fill with a black stroke, while the eyes are plain black circles. The code relies solely on raw SVG elements—`<svg>`, `<circle>`, and their attributes—without any JavaScript libraries or D3.js functions. The rendering is built directly in the HTML file, with no data source or dynamic behavior; it simply displays the face as a fixed visual composition.

Ffmparantean@yahoo.com

Fork of Let's Make a Face Part I

Ffmparantean@yahoo.com

Fork of Let's Make a Face Part I

This example shows a minimalist yellow smiley face constructed from three SVG circles on a 960 by 500 canvas. The main face is a large yellow circle with a black stroke, positioned at the center, while two smaller black circles serve as eyes. The code uses raw SVG elements within an HTML document, with static coordinates for the circles and basic styling through inline attributes. The rendering is a simple, static vector illustration without animation or interactivity.

Jjanek206

Fork of Let's Make a Face Part I

This example shows a simple, static smiley face constructed from three SVG circles: a large yellow head with a black outline, and two smaller black eyes positioned symmetrically on either side of the center. The face is hardcoded in an HTML file using raw SVG elements with explicit coordinates and attributes, setting the head radius to 245 and the eye radii to 50. No JavaScript libraries or data sources are involved; the rendering relies entirely on the browser’s built-in SVG support provided by the `svg` element and its `circle` children. The page’s CSS hides margins and overflow to display the face cleanly.

IIRSPI

Fork of Let's Make a Face Part I

This example shows a simple, static smiley face constructed from three SVG circles: a large yellow head with a black outline and two smaller black eyes. The circles are positioned using explicit `cx` and `cy` coordinates within a 960×500 SVG viewport. The code uses raw SVG elements and attributes—`circle`, `fill`, `stroke`, and `stroke-width`—to define the shape and styling, with no JavaScript libraries or dynamic behavior. The rendering is entirely static, using inline SVG markup embedded directly in the HTML body.

Nnataliaas

Fork of Let's Make a Face Part I

This example shows a static smiley face constructed with three SVG circles: a large yellow head with a black outline, and two smaller unfilled eyes. The code uses plain SVG elements inside an HTML page, with coordinates and stroke widths positioned explicitly via the `cx`, `cy`, `r`, and `stroke-width` attributes. No JavaScript libraries or D3 APIs are required; the rendering depends entirely on the browser’s native SVG support. The data is hard-coded in the markup, and the visual output is a simple, geometric face that stops halfway toward a smile.

MMaria

Fork of Let's Make a Face Part I

This example shows a simple smiley face built from three SVG circles: a large yellow face with a black stroke, plus two smaller eyes. The SVG is rendered directly in the browser with a fixed 960 by 500 viewport. The code uses plain SVG elements (`circle`) and CSS to style the body with no margin, making the face fill the entire viewport. No external libraries are used; the drawing relies solely on hardcoded coordinates and stroke properties. The face is static, with no animation or interaction, serving as a minimal demonstration of vector-based drawing.

LLJ Green