SVG fundamentals

SVG Fundamentals

This example demonstrates fundamental SVG shapes, including overlapping circles, a line, and two path elements, all rendered directly in an SVG canvas. The code uses native SVG elements such as `circle`, `line`, and `path` with attributes like `fill`, `stroke`, `stroke-width`, and the `d` command for path data. A rectangle is present but commented out. The illustration showcases how basic geometric primitives and path coordinates compose a static vector graphic, with no interactive or data-driven behavior included.

AAndre J Denais

SVG Fundamentals

This example demonstrates the fundamental building blocks of SVG shapes in a static 960x800 canvas, using plain SVG markup directly in the HTML. It shows three circles with different radii and colors, a yellow rectangle with a navy stroke, a red diagonal line, and a black polyline path defined by an M/L command sequence. The rendering relies on native SVG elements such as circle, rect, line, and path, with attributes like cx/cy, width/height, and stroke-width. No JavaScript or external libraries are involved, highlighting core SVG syntax for geometry and styling.

Ddomiauer

SVG Fundamentals

This example demonstrates fundamental SVG shape primitives within a static 960-by-500 canvas. It displays a default black circle, a red circle, a yellow rectangle with a navy border, a diagonal navy line, and a stroked path with a missing stroke attribute typo. The code uses the raw SVG API directly inside an HTML document, without any JavaScript libraries or external data sources, relying solely on inline SVG elements and their presentation attributes.

JJMeils

SVG Fundamentals

This example demonstrates fundamental SVG shapes, including circles, lines, and paths, rendered in a static 960x500 viewport. The code uses raw SVG elements such as `<circle>`, `<line>`, and `<path>` to show overlapping circles, a stroke-only polyline, and a custom curved segment, with attributes like `cx`, `r`, `fill`, and `stroke-width` controlling geometry and styling. Several elements are commented out, including a rectangle, highlighting how SVG markup is manipulated directly in the HTML file without any additional JavaScript libraries or data sources.

CCurran Kelleher

Fork of SVG Fundamentals

This example demonstrates basic SVG shape construction using only native SVG elements—circles, lines, and paths—without additional libraries. It shows two overlapping red and green circles, a navy diagonal line, a curved path fill, and a stroked polyline path on a 960-by-500 canvas. The circles render sequentially, with the green one covering the red center, while commented-out rectangle code remains inactive. The rendering relies directly on SVG’s coordinate system and attributes like `cx`, `cy`, `r`, `stroke-width`, and path `d` syntax, with no JavaScript or data binding involved.

TT-Reiser

SVG Fundamentals

This example demonstrates basic SVG shape primitives, combining circles, a rectangle, a line, and a path within a fixed 950×500 canvas. The SVG rendering shows layered elements, including a large green circle with a smaller red center point, a red rectangle with a navy border, and arbitrary geometric paths. The code uses native SVG APIs directly in the HTML, with attributes for positioning, fills, strokes, and stroke widths, illustrating fundamental vector graphics without external libraries.

Nnitika1234567

SVG Fundamentals

This example demonstrates fundamental shapes in SVG, including circles, rectangles, lines, and paths, each styled with colors, strokes, and fills. The SVG canvas is 960 by 500 pixels, and shapes are positioned with explicit coordinates. The code relies on native SVG elements such as `<circle>`, `<rect>`, `<line>`, and `<path>`, with attributes like `cx`, `r`, `x`, `width`, `stroke`, and `fill`. A complex path defines a curved outline using cubic Bézier commands. No external libraries are used; the example is rendered directly via the browser's SVG support, with a hardcoded shape set.

Yyssetec

SVG Fundamentals

This example demonstrates fundamental SVG shapes as rendered directly in a web browser. It shows two overlapping circles with contrasting fill and stroke colors, a blue diagonal line, and a black polyline path composed of two line segments. The visualization uses the SVG API within an inline `<svg>` element, specifying geometric attributes such as `cx`, `cy`, `r`, `x1`, `y1`, and path data. The code defines a 960 by 500 pixel canvas, with shapes positioned absolutely and styled through stroke-width and fill properties, requiring no external libraries.

MMarko Sanković