Fork of SVG Fundamentals

Fork of SVG Fundamentals

A black SVG canvas displays a large circular outline in yellow, with two short path segments forming stylized shapes near its top and a curved path segment below. The example demonstrates fundamental SVG shape and path elements, including circle, path with absolute and relative commands, and stroke styling. It uses the SVG API directly within an HTML page, with a hidden overflow and no external libraries. The rendering relies on the browser’s native SVG support, featuring a clean, minimal composition of geometric primitives.

VVarun Senguttuvan

83% match

Fork of SVG Fundamentals

The fork demonstrates basic SVG shape construction inside a plain `index.html` file, using the SVG element itself without any external libraries. It renders two overlapping circles to show layering and opacity effects, a straight line segment, and two paths with explicit coordinate data to illustrate line drawing and path commands. The code is primarily a static, hand-authored SVG canvas, with one path containing a complex cubic Bézier curve sequence and another tracing a simple polylined route.

Rrsrivastav54

83% match

Fork of SVG Fundamentals

A single red triangle is drawn on a blank white canvas using an SVG `<path>` element with an explicit coordinate string. The shape originates from the top, extends to the bottom-right corner, and closes back to the center point, with a thick black stroke and red fill. The page uses raw, hand-coded SVG markup inside an HTML document, with no external libraries or data sources, demonstrating fundamental shape construction and rendering. The fixed 960x500 viewport and minimal styling emphasize the basic geometric output.

83% match

SVG Fundamentals

This example demonstrates several core SVG shapes and attributes in a single 960 by 500 pixel canvas. Overlapping circles show fill and layering, while a rectangle uses uppercase tag names with explicit stroke and width properties. A straight line and a cubic Bézier path illustrate coordinate-based drawing. The final open path, rendered without fill, uses relative and absolute line commands. The page is minimal, relying entirely on inline SVG markup within an HTML file, with no external JavaScript libraries or data sources.

Fork of SVG Fundamentals

This example demonstrates basic SVG shape rendering, including overlapping circles, rectangles, lines, and paths. The circles show layering, with a red circle beneath a smaller green one, while two rectangles with heavy navy strokes create a partially overlapping composition. A red line and two open paths illustrate different coordinate systems and stroke styles. The code uses raw SVG elements directly in an HTML document, with styling for the page body to remove margins and hide overflow.

Fork of SVG Fundamentals

This fork of SVG Fundamentals demonstrates a single blue triangular path rendered on an empty SVG canvas, with the page set to hide overflow and remove default margins. The example uses the native SVG `<path>` element with a fill attribute to draw a closed triangle defined by absolute coordinates. The code also includes a commented-out yellow rectangle, showing an alternative SVG shape, and embeds a YouTube tutorial video about SVG fundamentals. The rendering relies solely on browser-native SVG support rather than external libraries.

Fork of SVG Fundamentals

This example demonstrates basic SVG shape construction, showing how circles, lines, and paths render in a fixed 960×500 canvas. It includes overlapping red and green circles, a navy diagonal line, a custom curve path, and an open polyline path drawn with a black stroke. The code uses raw SVG elements—`circle`, `line`, and `path`—with inline attributes for coordinates, colors, and stroke widths. A commented rectangle element shows alternative shapes not currently displayed. The SVG is embedded directly in the HTML body with CSS removing page margins and overflow.

EElisa Mendoza

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