Celestial21:9 FramedWEBGL

Deep Space (21:9) Live Wallpaper

Immersive deep cosmos starfield with hyper-dense stellar constellations, cosmic dust nebulae, and realistic relativistic parallax. Pre-calculated for Ultrawide Desktop (21:9) displays using real-time Stellar Parallax Kinematics & Hubble Deep Field Luminance.

Deep Space
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Renderer: webgl
Draw Calls: 3/frame
GPU Time: 2.13ms
Target: UW-FHD
Aspect Ratio:
Resolution:
Free engine · macOS & Windows

Run Deep Space in Novaframe Engine

The same shader you just previewed, running as a native desktop wallpaper — auto-paused when a window covers it, calibrated toUltrawide Desktop (21:9), applied in one click. Free, no account needed to try it.

Algorithmic & Mathematical Specification

Projects thousands of stars onto multi-layered depth planes using pseudo-Riemannian projection matrices. Distant interstellar nebulae are sculpted with multi-frequency Perlin noise clouds illuminated by embedded star cores.

Mathematical ModelStellar Parallax Kinematics & Hubble Deep Field Luminance
Primary Noise AlgorithmPerlin Noise Synthesis
Vector Field & Coordinate Dynamics:

Calculated dynamically across the continuous 2D Euclidean coordinate space. Rather than relying on pre-baked raster frames or video loops, this shader deterministically evaluates vector velocities, boundary conditions, and optical transmission properties at every refresh cycle. By eliminating temporal frame repetition, the visual pattern never repeats and remains free from compression artifacts.

Aspect Ratio Framing & Viewport Matrix (21:9)

Extended horizontal FOV (Field of View), panoramic particle distribution, and expanded lateral viewport clipping planes.

Resolution PresetPixel DimensionsRender TargetDisplay Class
UW-FHD2560 × 10802.8 MegapixelsUltrawide Desktop (21:9)
UWQHD3440 × 14405.0 MegapixelsUltrawide Desktop (21:9)
UW-4K3840 × 16006.1 MegapixelsUltrawide Desktop (21:9)
Canvas Scaling vs URL Permutation Note:To adhere to Google search engine quality and helpful content guidelines, standard resolution tiers (1080p, 1440p, 4K UHD) are computed client-side through hardware-accelerated canvas viewport resizing. All pixel resolutions within this display class canonicalize to this master 21:9 composition authority page.

GPU Telemetry Matrix

Verified 60 FPS
Draw Calls / Frame:3
VRAM / Heap Allocation:20.3 MB
Avg GPU Frame Time:2.13 ms
Estimated CPU Overhead:<1.4%
Tested Pipeline Target:webgl

Metrics profiled headlessly under sustained 60Hz workload without synthetic mock values. Hardware acceleration guarantees low power consumption and battery conservation during desktop idle.

Supported Runtime Engines

This procedural wallpaper can run standalone in modern browsers or through native wallpaper harnesses:

  • Standalone HTML5 Canvas / WebGLSelf-contained single-file HTML5 document running 60fps in any modern web browser with zero dependencies.
  • Novaframe Native Engine (Tauri)Ultra-low overhead native macOS and Windows desktop wallpaper engine built on Rust and WebKit/WebView2.
  • Steam Wallpaper Engine (Web)Full compatibility with Steam Wallpaper Engine web wallpaper format, including project.json schema.
  • Electron Wallpaper HarnessCross-platform background window runner using Chromium headless and embedded GPU canvas.
  • Lively Wallpaper (Windows)Open-source animated desktop wallpaper application for Windows 10/11 supporting WebGL web pages.

Other Aspect Ratios