Skip to main content
SimilarExport ZIP
100%

Fork of Exercise 1: SVG Fundamentals

✓ Published0🌍 Public
RRakesh Mahendran
Last edited Jul 22, 2023
Created on Jul 22, 2023

A self-contained SVG scene depicts a sunrise and sunset cycle over a stylized landscape. A radial gradient animates the sky from aliceblue to indigo, while a circle representing the sun moves downward and back using an `<animate>` element. Two layered landscapes use linear gradients and `<path>` elements with quadratic and cubic Bézier curves, with gradient stops that shift color over time. The visualization relies entirely on native SVG and SMIL animations, with no JavaScript libraries or data sources involved.

AI-generated description

Sunrise/sunset.

MIT Licensed

Similar vizzes

Loading thumbnail…

Fork of Exercise 1: SVG Fundamentals

This example renders an animated sunrise and sunset scene using SVG. A radial gradient sky backdrop shifts from aliceblue to indigo, while a circle representing the sun moves vertically via SVG `<animate>` elements. Two layered landscape paths use linear gradients that also transition colors, creating a day-to-night cycle. The visualization relies solely on native SVG animation and gradient APIs, with no JavaScript libraries or data sources involved.

FFouzia A.
95% match
Loading thumbnail…

Fork of Exercise 1: SVG Fundamentals

A minimalist sunrise-and-sunset scene animates continuously in pure SVG. A radial sky gradient shifts from aliceblue to indigo, while two layered landscape paths alternate their linear gradient stops over a 15-second cycle. The sun, a circle, moves vertically via an `<animate>` element on its `cy` attribute. No JavaScript libraries are used; the visualization relies entirely on native SVG SMIL animations and gradient definitions, with styling handled by a linked stylesheet.

EEevikettu
94% match
Loading thumbnail…

Fork of Exercise 1: SVG Fundamentals

This animated SVG scene depicts a stylized sunrise and sunset over a layered landscape. It uses an HTML `<svg>` element with CSS gradients and SVG `<animate>` tags to cycle the sky from aliceblue to indigo, move the sun downward, and shift the horizon colors over a 15-second loop. The two overlapping landscape paths use quadratic and cubic Bézier curves, filled with `radialGradient` and `linearGradient` definitions. All rendering is done directly through the SVG API, with no external JavaScript libraries.

Mmfgok
94% match
Loading thumbnail…

Fork of Exercise 1: SVG Fundamentals

This animated SVG scene depicts a sunrise and sunset over a stylized landscape. The visualization uses a radial gradient for the sky and linear gradients for two layered terrain paths, which are defined within SVG `<defs>` elements. A `<circle>` element represents the sun, and its vertical position translates via an `<animate>` tag. The code relies on core SVG and SMIL animation APIs, specifically `radialGradient`, `linearGradient`, and `attributeName` for the periodic color and position changes.

Yyfping
94% match
Loading thumbnail…

Fork of Exercise 1: SVG Fundamentals

A self-contained SVG scene depicts a stylized sunrise and sunset over layered terrain, using only HTML, CSS, and native SVG elements without JavaScript libraries. The code applies animated radial and linear gradients to color the sky and two overlapping landscape paths, while a circle animates its vertical position to simulate the sun descending and rising. The animation repeats indefinitely over 15 seconds, cycling the sky and land gradient stops between aliceblue and steelblue. This example demonstrates fundamental SVG animation techniques through the `<animate>` element and gradient definitions, with no external data or rendering frameworks.

AAshtone Onyango
94% match
Loading thumbnail…

Fork of Exercise 1: SVG Fundamentals

This example shows a stylized sunrise/sunset cycle over layered mountain landscapes, rendered as a full-screen SVG scene. The sky shifts through aliceblue, indigo, and steelblue while the sun rises and falls along a vertical path, animating continuously. The scene uses the SVG `<radialGradient>` and `<linearGradient>` definitions with `<animate>` elements to transition gradient stops and the sun’s `cy` attribute. Two `<path>` shapes fill with distinct gradients to create depth, all drawn directly in the markup without additional JavaScript libraries.

Mmontanoj96
94% match
Loading thumbnail…

Fork of Exercise 1: SVG Fundamentals

A fork of an SVG fundamentals exercise depicts an animated sunrise and sunset across a stylized landscape. The visualization uses a radial gradient for the sky and two linear gradients for layered terrain paths, all defined within SVG `<defs>` elements. A `<circle>` element represents the sun, and SMIL `<animate>` tags oscillate its vertical position and the gradient stop colors over a 15-second loop, transitioning from aliceblue to indigo and steelblue to simulate the changing sky. No external JavaScript libraries are used; the rendering relies entirely on native SVG markup.

MMariko Iwata
94% match
Loading thumbnail…

Fork of Exercise 1: SVG Fundamentals

This example shows an animated sunrise and sunset scene with a gradient sky, a moving sun, and two layered landscapes. The SVG rendering uses native SMIL animations within the markup, including `<animate>` elements that cycle the sun’s vertical position and animate color stops of radial and linear gradients. The code defines three gradients (`sky-gradient`, `land1-gradient`, `land2-gradient`) and applies them to a rectangle and two path shapes. No external libraries are used; the visualization relies purely on SVG fundamentals and CSS styling for layout.

Ssriramvsharma
94% match