Fork of SVG Fundamentals

Fork of SVG Fundamentals

This fork of SVG Fundamentals demonstrates basic shape elements within an SVG canvas, including overlapping circles, a line, and path elements with explicit coordinate data. It shows how primitive graphic forms render in sequence, with later elements drawn over earlier ones. The code uses inline SVG markup with attributes like `cx`, `cy`, `r`, `stroke`, and `fill` to define geometry and styling. A commented-out rectangle remains in the source, while the visible output focuses on layering circles at the same origin and tracing straight and polyline paths across the 960×500 viewport.

Sstephhwu

Fork of SVG Fundamentals

A fork of an SVG fundamentals demo shows a playful composition of overlapping eyes and nested rectangles rendered with basic SVG shapes. The left eye features concentric circles in black, hot pink, white, and lime, while the right eye layers hot pink, black, white, and tomato circles of varying radii. Three squares—black, lime, and white—stack with thick colored strokes on the right side. The code directly uses inline SVG elements—circle, rect, and stroke attributes—within an HTML page, with no external JavaScript libraries.

BBaffling Science

Fork of SVG Fundamentals

This fork demonstrates basic SVG shape primitives in a 960 by 500 canvas, rendering overlapping red and orange circles, a yellow rectangle, a navy line, and a black polyline. The embedded README references a YouTube tutorial, and the code directly uses the SVG `<circle>`, `<rect>`, `<line>`, and `<path>` elements. A decorative heart-shaped path with cubic Bézier commands (`c`, `s`) is included, though the HTML contains no additional styling or interaction.

Aarounde

Fork of Let's Make a Face Part I

This fork of "Let's Make a Face" uses raw SVG to draw three stationary circles: a large yellow face with a black outline and two smaller black-outlined eyes. The code hardcodes circle coordinates and radii (e.g., r='245' for the face, r='50' for the eyes) directly in the HTML, with no dynamic data or interaction. It renders via the SVG element in a 960x500 viewport, with CSS to hide page margins. The example demonstrates basic circle-based shape construction without using any JavaScript libraries or data-binding frameworks.

RRyan Dung Le

Fork of Hello HTML

This example shows a simple SVG face made of three circles: two black eyes and a yellow outlined face, all centered within a 960 by 500 pixel viewport. The code uses plain HTML and inline SVG elements, including the `<svg>`, `<circle>`, and `fill` and `stroke` attributes, with no external JavaScript libraries. It is a minimal fork of a basic HTML page and demonstrates how static vector shapes can be drawn directly in the browser without any data binding or interactivity.

VVishal Grover

Fork of SVG Fundamentals

This fork of the SVG Fundamentals example demonstrates basic shape rendering and layering within an SVG canvas. It shows how circles, lines, and paths are drawn, with one circle overlaying another to create a simple visual hierarchy. The code uses standard SVG elements directly in HTML, with no additional libraries, and applies inline styling and attributes to control fill, stroke, and dimensions. A commented-out rectangle and a visible path with a polyline illustrate different shape behaviors. The rendering approach relies entirely on static SVG markup, making it a clear introduction to vector graphics primitives.

GGwanwoo

Fork of Fork of Hello HTML Dasbach

This example renders a simple SVG face using two large yellow circles for eyes and a smaller circle for the mouth, all drawn on a 960x500 canvas. The markup uses native SVG elements—`circle` with explicit `cx`, `cy`, `r`, `fill`, and `stroke` attributes—placed directly in the HTML body. The styling applies a margin reset and hidden overflow to the page, while the SVG itself is static with no interaction or animation. The code demonstrates basic vector shape composition without any external JavaScript libraries.

DDasbach.EJ

Fork of SVG Fundamentals

A fork of the SVG Fundamentals demonstration shows a series of basic vector shapes drawn on a fixed 960-by-500 canvas. Overlapping red and green circles illustrate layering, while a yellow rectangle with a navy stroke and a thick black line and path demonstrate stroke styling and relative path commands. The static example uses only raw SVG markup and inline HTML styling, with no external JavaScript libraries or interaction.

Ddannockr