Sign In

Cross-Platform SwiftUI Glassmorphism Generator

Visually generate frosted glass and blur effects and export code for SwiftUI.

Cross-Platform Glassmorphism

Preview Canvas
// SwiftUI handles glass via semantic materials

RoundedRectangle(cornerRadius: 16)
  .fill(.thinMaterial)
  .overlay(
    RoundedRectangle(cornerRadius: 16)
      .stroke(.white.opacity(0.3), lineWidth: 1)
  )
  // If you need explicit tint:
  // .background(.white.opacity(0.2))

Glass Properties

16px
20%
30%
16px

The Ultimate SwiftUI Glassmorphism Generator

Glassmorphism is a dominant UI design trend that emphasizes light or dark interactive objects placed on top of vibrant, colorful backgrounds. The core defining feature of this aesthetic is a frosted-glass effect (background blur) allowing the underlying colors and shapes to gently bleed through the foreground elements. This establishes a clear visual hierarchy and a sense of depth, mimicking physical glass materials.

While achieving this in CSS is relatively straightforward using the backdrop-filter property, native frameworks handle this visual effect entirely differently—often requiring complex layer configurations, specific material shaders, or third-party libraries. This generator serves as a visual bridge, allowing you to design the frosted glass effect interactively and then automatically translating those visual properties into production-ready SwiftUI code.

Glassmorphism in SwiftUI

SwiftUI dramatically abstracts the mathematical complexity of visual blurs using semantic Materials. Instead of specifying an exact pixel blur radius, Apple provides preset UI materials that perfectly match the rigid iOS Human Interface Guidelines: .ultraThinMaterial, .thinMaterial, .regularMaterial, and .thickMaterial. This generator intelligent maps your custom opacity and blur settings to the most appropriate SwiftUI material preset, ensuring your app feels natively at home on iOS and macOS.

Frequently Asked Questions

Why isn't my glassmorphism blur showing up?

The most common mistake when building a glass UI is setting the element's background color to a solid, fully opaque hex code (like #FFFFFF). The background must be semi-transparent (e.g., using RGBA with 0.1 to 0.4 opacity) so the backdrop-filter can be seen through it.

Does glassmorphism impact website performance?

Yes, excessive use of backdrop-filter can impact scrolling performance, especially on lower-end mobile devices, because the browser must constantly recalculate the blur as the background underneath it moves. Use it sparingly on critical UI elements like navbars and modals.

Do all browsers support backdrop-filter?

Modern browsers (Chrome, Edge, Firefox) fully support the standard backdrop-filter property. Safari requires the -webkit- vendor prefix, which this tool automatically generates for you.

Related Tools