Fork of HTML Starter

Fork of HTML Starter

This example demonstrates a static web page that combines styled HTML text with inline SVG shapes. A red circle and a blue outlined rectangle are drawn directly within the SVG markup, while a styled header and paragraph provide context. The code utilizes core HTML, CSS, and JavaScript, with CSS transitions applied to the circle’s font-size property, though no animation is triggered without additional scripting. The page is a minimal starter template for experimenting with D3.js and web visualization, rendering entirely through the browser’s native SVG and CSS capabilities.

RRomersims

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This example demonstrates a minimal HTML page rendering a red-stroked, green-filled circle inside an SVG element. It uses basic CSS styling for the page layout and JavaScript-free markup to display the shape. The circle is positioned at coordinates (50, 50) with a radius of 50, showcasing SVG’s native vector rendering capabilities within an HTML document. The code serves as a simple starter template, with no external libraries or data sources involved.

SSudesh Mate

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This example presents a static arrangement of gray rectangles and one red rectangle in an SVG canvas, with a single black ellipse that turns green on hover via a CSS transition. The code uses plain HTML, CSS, and JavaScript, with JavaScript confined to a commented-out lesson on variables and arrow functions, ultimately logging a person object to the console. No interactive data or external libraries are employed; the visualization is purely a styled SVG grid demonstrating basic styling and hover effects.

KKhatera Alizada

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This example shows a minimal HTML page rendering a red-bordered circle and a filled black circle inside an SVG container, alongside a centered “Hello HTML!” message. It uses plain inline CSS for styling and JavaScript-free SVG markup to demonstrate the foundational building blocks of web-based visualization. The SVG elements are hand-coded with explicit coordinates and attributes, while the CSS rule sets the message font size and alignment. The example serves as a starting point for integrating interactive frameworks like React, as suggested by the linked starter.

KKrenek

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This example demonstrates a minimal HTML page that uses CSS for styling and JavaScript for basic interactivity. It displays the text “Hello HTML!” in a large, centered font and includes an empty SVG circle element, showcasing how SVG shapes can be added to a page. The code uses plain CSS rules and raw SVG markup, with no external libraries or frameworks. The data visualization is static, emphasizing the foundational structure of web-based rendering.

AAhmed Mamdouh

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This example demonstrates hand-coded SVG shapes, including a circle, a rectangle, and a line, all rendered directly within an HTML page. The visualization shows basic geometric primitives with custom styling, using CSS for font presentation and inline SVG attributes for shape properties. The code relies on vanilla JavaScript for a console log statement, while the SVG elements are defined declaratively in the markup. This serves as a minimal starter template, illustrating fundamental SVG rendering without any external libraries or data sources.

LLulu

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This example demonstrates basic SVG shapes—circles, rectangles, and lines—arranged in a static composition on a 960×500 canvas. The code uses plain HTML with inline SVG elements, styled minimally via CSS with zero margins and hidden overflow. Shapes include default black figures, a red circle, a green rectangle, and black lines with varying positions, one of which is duplicated with a translate transform. No JavaScript or data binding is present; it purely showcases SVG rendering capabilities through static markup.

FFaris Sufyan

Fork of HTML Starter

This example demonstrates a single SVG rectangle that changes color and stroke properties when hovered. The rectangle is initially orange with a cyan stroke and transitions smoothly over 3 seconds to cyan with a thick green stroke on mouseover. Built with React using inline CSS styles and SVG elements, it shows how CSS transitions can animate SVG shape attributes directly through the `transition` property applied to `rect` selectors. The rendered output relies on the browser’s SVG rendering engine, with no external data or JavaScript logic beyond basic event handling.

JJerlon Buenconsejo