Fork of SVG Fundamentals

Fork of SVG Fundamentals

A fork of SVG Fundamentals demonstrates basic SVG shape construction through a fixed 500x500 canvas. The example layers overlapping circles, a rectangle, a line, and a path using raw SVG elements like `<circle>`, `<rect>`, and `<path>`. It shows how attribute values such as `fill`, `stroke`, and `stroke-width` control appearance, while a commented-out path and embedded YouTube tutorial hint at broader teaching intent. The code renders directly via the browser's SVG parser without external libraries.

Yyabework

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 SVG Fundamentals

This example demonstrates fundamental SVG shapes—circles, lines, and paths—rendered in a fixed 960×500 viewport. Overlapping red and green circles illustrate layering, while a navy line and black polyline with fill-none stroke show stroke rendering. A commented-out rect remains inactive. All shapes use raw SVG attributes like `cx`, `r`, `stroke-width`, and path data `d`, without any JavaScript libraries. The presentation relies purely on inline SVG markup within an HTML document.

NNjord

Fork of SVG Fundamentals

The visualization demonstrates fundamental SVG shapes, including overlapping circles, a line, and two distinct path elements, rendered on a 960-by-500 canvas. It highlights how fill and stroke attributes affect appearance, with a red and green circle overlapping, a navy line, and paths drawn in black. The example also includes commented-out code for a rectangle, showing alternative shape configurations. The HTML file directly embeds SVG markup, with CSS resetting margins and hiding overflow, presenting a clean, minimalist demonstration of vector graphics primitives.

NNixonthiyagesh-Hexa

Fork of SVG Fundamentals

This example demonstrates fundamental SVG shapes through a simple static composition. It shows two overlapping circles in red and green, a navy diagonal line, a horizontal path forming a rounded rectangular shape, and a black polyline with a sharp corner. The visualization uses raw SVG elements embedded directly in HTML, including `<circle>`, `<line>`, and `<path>`, all rendered with explicit coordinates and styling attributes. The code relies solely on the native SVG API without additional JavaScript libraries, and the rendering is entirely vector-based.

HHamim Rahman

Fork of Fork of SVG fundamentals

This example demonstrates fundamental SVG shapes, including circles, a rectangle, a line, and a path, arranged on a 960-by-500 canvas. The circles vary in radius and fill color, while the rectangle features a yellow fill with a navy stroke of specified width. The line and path illustrate basic coordinate-based drawing. The rendering uses raw SVG markup directly in an HTML document, with no external libraries or JavaScript, showcasing static vector graphics built from native SVG elements.

NNita

Fork of SVG fundamentals

This example demonstrates basic SVG shapes, including circles, a rectangle, a line, and a path, arranged on a 960-by-500 canvas. It shows how different fill colors, stroke properties, and coordinate points define each element’s appearance and position. The code uses raw SVG markup directly in an HTML document, with no external libraries or JavaScript. The rendering approach relies on the browser’s native SVG support to display these primitive geometric forms.

Mmecklybver@gmail.com

Fork of SVG Fundamentals

This example uses raw SVG elements to demonstrate fundamental shapes and layering. Overlapping red and green circles show how later elements render on top, while a navy line, a custom curved path, and a black polyline illustrate the `path` drawing syntax directly in SVG. The code uses static SVG markup with attributes like `cx`, `cy`, `r`, `d`, `stroke`, and `fill`, and no JavaScript libraries are involved. The rendering approach is purely declarative SVG within an HTML page.

Bbetsyreyesmata