SVG fundamentals

100%

SVG fundamentals

✓ Published0🌍 Public

Last edited Aug 8, 2025

Created on Aug 7, 2025

This example demonstrates the SVG fundamentals of creating and styling basic shapes. It generates 100 rectangular elements, each positioned 20 pixels apart with a 10-pixel width, creating a striped pattern across the canvas. The code uses the Document Object Model’s `createElementNS` method to construct SVG nodes and sets attributes like `x`, `width`, and `height` directly. The visualization uses no external libraries, relying instead on native browser APIs to build a static grid pattern from repetitive geometric primitives.

AI-generated description

MIT Licensed

Similar vizzes

Loading thumbnail…

SVG FUNDAMENTALS

This example demonstrates fundamental SVG rendering by creating a full-screen canvas filled with evenly spaced vertical stripes. The code constructs an SVG element using the raw `document.createElementNS` API with the SVG namespace, then iterates across the viewport width in 200-pixel increments to append thin rectangular shapes. Each rectangle is positioned with an `x` attribute and given a constant width of 10 pixels, stretching to the full window height. The result is a minimalist visual pattern that shows how basic SVG primitives can be dynamically generated and styled through JavaScript.

Aankacha

85% match

Loading thumbnail…

SVG Fundamentals

This example illustrates fundamental SVG rendering by generating a grid of vertical rectangles that stretch across the full height of the browser window. The code creates 100 rectangle elements using the Document Object Model’s `createElementNS` method with the SVG namespace, setting each rectangle’s x-coordinate and width via attributes. It leverages vanilla JavaScript to dynamically append these shapes to an SVG container that is sized to match the viewport using `window.innerWidth` and `window.innerHeight`. The result is a simple, repeating pattern that demonstrates basic SVG shape creation without external libraries.

SSidney Oluoch

84% match

Loading thumbnail…

SVG Fundamentals

This example demonstrates the foundational use of SVG to generate abstract geometric patterns programmatically. It creates a series of 100 vertical rectangles that span the full height of the viewport, with each rectangle positioned sequentially along the x-axis. The rendering approach relies on the raw Document Object Model (DOM) API, using `document.createElementNS` to construct SVG elements in the `http://www.w3.org/2000/svg` namespace. The code explicitly sets attributes like `x`, `width`, and `height` on each `<rect>` element, then appends them to an `<svg>` container sized to match the window dimensions. No external libraries are used; the example illustrates how plain JavaScript and SVG can produce visual compositions inspired by minimalist art.

KKresna Satya

83% match

Loading thumbnail…

SVG fundamentals

This example demonstrates how to construct and render an SVG scene using only native browser APIs, without D3.js. It shows 100 alternating black and white vertical rectangles that fill the entire window width and height. The code creates an SVG element dynamically via `document.createElementNS` and sets its dimensions to match `window.innerWidth` and `window.innerHeight`. Each rectangle is then appended to the SVG with a width of 10 pixels, producing a striped pattern. The rendering approach relies entirely on manual SVG attribute manipulation rather than data-binding or visualization libraries.

YYoon Han

83% match

Loading thumbnail…

Shapes SVG Fundamentals

This example demonstrates how to construct and populate an SVG scene programmatically using the raw SVG DOM API. It draws a series of 100 vertical, blue-stroked rectangles that span the full height of the viewport, spaced evenly across the window’s width. The code creates an SVG element via `document.createElementNS`, sets its dimensions to match the browser viewport, and then appends each rectangle with explicit `x`, `width`, `height`, `stroke`, and `fill` attributes. The rectangles use alternating black fills and blue outlines, creating a striped pattern across the page.

Ssubratanp

82% match

Loading thumbnail…

SVG fundamentals

This example demonstrates fundamental SVG shapes and attributes, including rectangles, circles, lines, and paths, arranged on a 2000-by-2000 canvas. It shows how to control fill, stroke color, stroke width, and positioning through inline SVG elements. The code uses raw SVG syntax within an HTML page, with no external libraries or frameworks. The shapes are rendered directly by the browser's SVG engine, illustrating basic vector graphics construction without any data binding or interactivity.

Ccapcharmander

81% match

Loading thumbnail…

SVG Fundamentals

This example demonstrates fundamental SVG shapes and their attributes, using a static 960-by-900 canvas. The code directly constructs SVG elements—circles, a rectangle, a line, and a path—with inline styling for fill, stroke, and stroke-width. It relies on the raw SVG API via HTML markup, with no JavaScript or external charting library beyond the browser’s native DOM. The rendering approach is purely declarative, showing how basic geometry is defined through coordinates and presentation properties.

NNatalia BM

81% match

Loading thumbnail…

SVG Fundamentals

This example introduces SVG fundamentals by directly embedding shapes—circles, rectangles, and lines—in an HTML document. It demonstrates the use of SVG attributes such as x, y, cx, cy, r, width, height, fill, and stroke to control positioning, dimensions, and visual styling of primitive elements. The code also showcases layering, as the rectangle and lines are drawn over the circles, and renders a static composition inside a 500×500 viewport using inline SVG markup.

Aanilthapa1.at23@gmail.com

81% match