Beautiful Sunset Animation

Sunset

This visualization creates a peaceful sunset scene with a gradient sky transitioning from deep to light orange, a glowing sun with blur and shadow effects, and layered mountains in shades of gray against a dark ground. Animated bird silhouettes move in a gentle floating pattern across the sky using CSS animations with staggered timing. Built with pure HTML and CSS, it uses linear-gradient for the sky backdrop, border triangles for mountain shapes, and box-shadow and filter effects to render the sun's glow.

82% match

Fork of Sunset

This visualization crafts a tranquil sunset scene using pure HTML and CSS, depicting a gradient sky, a glowing sun, layered mountains, and animated bird silhouettes. It showcases how CSS linear gradients create the sky’s depth, while border-based triangles form mountains with varied shades. The birds float via CSS animations with distinct timing, and the sun’s luminosity is achieved through blur and box-shadow filters. The scene emphasizes technique over data, relying on absolute positioning and geometric styling to build a layered, natural composition.

CCurran Kelleher

77% match

Fork of Sunset App

A forked sunset scene built with pure HTML and CSS renders a gradient sky, a glowing sun, a dark ground, and layered mountain silhouettes. Five animated bird shapes drift across the scene, each set moving on a linear infinite loop with staggered animation delays. A large "Hello World" text overlay with a shadow sits in the foreground, while CSS linear gradients, border-triangle shapes, box-shadow, and filter blur create the landscape’s depth and atmospheric glow.

77% match

Fork of Blue sky

An interactive sunset scene renders a layered sky, ocean, island, palm trees, boat, drifting clouds, and birds using CSS gradients, silhouettes, and animations. A "HELLO WORLD" text overlay sits at center, with the sun’s position, sky colors, and water reflections driven by a range slider input. Movement relies on JavaScript-generated elements and CSS transitions, while sine-wave-like motion animates the boat and birds without external libraries. The scene uses plain DOM manipulation and inline styles for real-time updates.

75% match

Fork of Exercise 1: SVG Fundamentals

This example shows an animated sunset landscape with a gradient sky, a glowing sun, and two layers of rolling hills. The scene conveys a rhythmic day-to-night transition through the sky’s shifting colors and the sun’s vertical movement. It is built using raw SVG elements—including `rect`, `circle`, and `path`—with fill gradients defined in `<defs>`. The animation relies on inline SVG `<animate>` elements, which change the sun’s `cy` coordinate and alter gradient stop colors over time, producing a pulsating, cyclical visual effect without any JavaScript libraries.

Ssirenajbpearl@gmail.com

Fork of Adil-Sunrise and Sunset

This animated sunrise-and-sunset scene uses an SVG radial gradient sky and two linear-gradient landscape layers on a 960×500 canvas. The sky and landscape colors cycle through aliceblue, indigo, and steelblue over a 15-second loop, while the sun’s vertical position oscillates between 250px and 350px via SVG `<animate>` elements. The code relies on native SVG gradients and SMIL animations, with no JavaScript libraries, and renders entirely in the browser as vector graphics.

JJohn A. Dodge

Sunset on Fundy

An animated sunset scene shows the sun descending toward the sea, with the sky cycling through warm and dark color phases. The SVG uses `radialGradient` defs for both sky and sea, while `<animate>` tags on the sun's `cy` and `fill` attributes, along with similar animations on mountain, sand, and sea paths, create the looping 15-second transition. The landscape layers render as vector paths with fill colors that morph between light and dark states.

CCora

Fork of Water land

This animated sunset scene presents a peaceful coastal landscape with a large "HELLO WORLD" text overlay, a drifting boat, flying birds, and clouds moving across the sky. The scene uses CSS gradients, silhouettes, and JavaScript-driven animations to create dynamic elements like sine-wave movement patterns for natural motion. A time slider controls the sun's position and triggers smooth color transitions in the sky and water, demonstrating interactive real-time visual updates.