SVG CODE

100%

✓ Published0🌍 Public

Last edited Oct 12, 2020

Created on Oct 12, 2020

This example demonstrates basic SVG shapes composed directly in an HTML page using React as the framework. It shows circles, rectangles, lines, and paths with various fills, strokes, and group transformations. The code uses raw SVG elements like `<circle>`, `<rect>`, `<line>`, and `<path>` within an `<svg>` container, applying attributes for positioning and styling. Group elements (`<g>`) apply translations to offset multiple shapes at once, while inline presentation attributes define colors and stroke widths. The rendering relies entirely on static SVG markup without any dynamic data or interaction.

AI-generated description

A bare minimum HTML page.

Similar vizzes

Loading thumbnail…

SVG

This example demonstrates basic SVG shapes—circles, rectangles, lines, and paths—positioned and styled directly within an HTML page. The code uses raw SVG markup embedded in the document, with transformations like `scale()` and `translate()` applied to groups, and CSS classes controlling stroke properties. Shapes inherit fill and stroke attributes from parent `<g>` elements, showing how SVG styling cascades. The rendering relies entirely on the browser’s native SVG engine, with no external JavaScript libraries, making it a minimal illustration of vector graphics fundamentals.

YY-oringe

93% match

Loading thumbnail…

SVG Shapes

This example demonstrates basic SVG shapes—circles, rectangles, and lines—rendered directly in a React application using plain SVG markup. The code creates a static composition with various colored fills, strokes, and a grouped transformation that offsets and recolors shapes. It also includes minimal CSS styling for the page layout and a highlighted text class. The visualization uses no external libraries, relying solely on the built-in SVG elements and attributes defined in the HTML file, making it a simple illustration of declarative vector graphics.

HHeath Wilkinson

92% match

Loading thumbnail…

SVG

This example demonstrates basic geometric shapes rendered as SVG elements, including two circles, two rectangles, a line, and a polyline path. The shapes are grouped with a light blue fill and black stroke, translated 200 pixels down the y-axis, while the line and path use a thicker stroke without fill. The code uses raw SVG markup within an HTML page, styled by an external CSS file that removes margins and hides overflow. The rendering approach relies on SVG's native coordinate system and transform attribute.

Ssagarknt97

92% match

Loading thumbnail…

Shapes with SVG

This example demonstrates how to draw basic geometric shapes—circles, rectangles, lines, and paths—using SVG markup within a React-like HTML structure. The shapes are defined directly in the SVG element, with some styled via CSS classes and inline attributes to show color, stroke, and scaling. The code uses the SVG `<g>` element to group shapes and apply transformations like `scale()` and `translate()`, along with CSS properties such as `stroke` and `stroke-width` for line styling. The visualization renders client-side entirely through SVG, with no external data sources or libraries beyond the standard SVG API.

KKaleb LaBarrie

90% match

Loading thumbnail…

SVG fundamental

This example showcases fundamental SVG shapes—a red circle, a blue-bordered rectangle, a thick navy line, and a black path—all placed on a 960 by 500 coordinate system. The code uses raw SVG elements (circle, rect, line, path) within an HTML file, augmented by the React framework for structure. It demonstrates basic vector rendering and styling through attributes like fill, stroke, and stroke-width, providing a clear starting point for building more complex data visualizations.

Yyankesswang

90% match

Loading thumbnail…

Shapes with SVG and HTML

This example showcases a collection of SVG shapes—circles, rectangles, lines, and paths—rendered directly within an HTML page using React. It demonstrates how SVG attributes like `fill`, `stroke`, and `stroke-width` control the appearance of each shape, alongside CSS classes (e.g., `.lines`) that apply styling to entire groups. The code employs SVG `<g>` elements with `transform` attributes to translate and scale the drawing, and includes a `<path>` with a minimal `d` attribute. The visualization is a static, pure SVG illustration with no external data source, focusing on fundamental vector graphics composition.

MMounikaBeerelly

90% match

Loading thumbnail…

SVG

This example demonstrates basic SVG graphics primitives within an HTML page, including circles, a line, and two paths with different shapes and styling. The circles showcase overlapping filled shapes with red and green fills, while the paths illustrate both a curved form and a multi-segment stroke. Rendered directly through the SVG element with a viewBox of 960 by 500 pixels, the code uses no external libraries, relying solely on built-in SVG elements like `<circle>`, `<line>`, and `<path>`. The markup defines attributes for coordinates, dimensions, colors, and stroke properties to construct each shape.

CCokrat001

90% match

Loading thumbnail…

Shapes with SVG

This example demonstrates fundamental SVG shapes and transformations using raw SVG markup within a React starter template. It shows circles, rectangles, lines, and paths with varying fill colors, stroke styles, and coordinate positioning. The code applies grouping and transformation attributes like `scale` and `translate` to organize and position the geometric elements. It uses native SVG elements such as `<circle>`, `<rect>`, `<line>`, and `<path>`, showcasing how static vector graphics can be composed directly in JSX without external charting libraries.

AAbhishekJha1994Outlook

90% match