Fork of Hello HTML

Fork of Hello HTML

A single yellow circle fills a 960-by-500 SVG canvas, centered at (480, 250) with a radius of 250 and a thick black stroke. The page uses plain HTML and inline SVG, with no external JavaScript libraries or data sources, representing a minimal static visualization. The circle is drawn directly in the SVG markup, and CSS hides the body margin and overflow to present the shape cleanly. This example demonstrates the simplest possible SVG rendering approach inside an HTML document.

MMichael_phyozin

Fork of Hello HTML

This example displays a single large yellow circle with a black outline centered on a 960-by-500 SVG canvas. The circle is drawn directly using the SVG `<circle>` element, with attributes for position, radius, and fill and stroke styling defined inline in the HTML. No JavaScript or data-binding libraries are used; the visualization relies purely on static SVG markup within an HTML page. The page’s CSS removes margins and hides overflow to present the graphic cleanly.

AAnHaiTrinh

Fork of Hello HTML

This fork of Hello HTML shows a single yellow circle with a black outline centered in an SVG canvas. The circle is rendered using SVG’s native `<circle>` element with fixed `r`, `cx`, and `cy` attributes. The page uses plain HTML and CSS, with no external JavaScript libraries. The code defines the SVG container’s height and width but does not implement any dynamic behavior or data binding.

Ssao111053@gmail.com

Fork of Hello HTML

This example shows a single large yellow circle with a thick black outline, centered on a white canvas. The entire visualization is defined in a static SVG element, which is drawn directly within an HTML page. The circle is created using the SVG `<circle>` element, with its dimensions and styling set through the `r`, `cx`, `cy`, `fill`, and `stroke` attributes. The accompanying HTML provides the basic structure, and the project is a fork of a minimal "Hello HTML" template, referencing its README. No additional JavaScript libraries or data sources are used.

BBishal Neupane

Fork of Hello HTML

This fork of the Hello HTML example displays a single yellow circle with an orange outline as the core visual, accompanied by two smaller black circles, all rendered via raw SVG elements inside an HTML page. The code constructs three static circle shapes directly, using attributes for position, radius, fill, and stroke. No external libraries or data sources are used; the entire visualization is hand-coded in HTML and inline CSS, with the body margins removed to eliminate browser default padding.

Llit86hlp

Ssayantandey.mailbox@gmail.com

Fork of Hello HTML

This fork of “Hello HTML” shows a single large yellow circle with a thick black border centered on a 960×500 SVG canvas. The page uses no JavaScript libraries, relying instead on plain SVG markup nested inside a minimal HTML document. A circle element defines the shape, with explicit coordinates, radius, fill, and stroke attributes controlling its appearance. The rendering approach is static vector graphics, with CSS resetting body margins and hiding overflow to present the circle as the sole visual element.

Fork of Hello HTML

This example displays a single yellow circle with a black outline centered on a 900-by-500 SVG canvas. The circle is drawn directly in the SVG markup within the HTML page, using standard SVG `<circle>` elements with `cx`, `cy`, `r`, `fill`, `stroke`, and `stroke-width` attributes. No external JavaScript libraries or data sources are involved; the visualization is purely static and defined entirely in the raw `index.html` file.

KKarla Vargas

Fork of Hello HTML

This fork of the Hello HTML example renders a single yellow circle with a black stroke on a blank SVG canvas. The page uses inline SVG markup within a minimal HTML document, with the body styled to hide overflow. The circle is defined with static attributes for its center coordinates, radius, fill, and stroke, demonstrating basic SVG shape rendering without any interaction or data binding. No JavaScript libraries or dynamic behaviors are involved.

VViktor Van Hulle