Skip to content

Softer Edge

Amplitude, wavelength, and opacity together control perceived sharpness.

Softer Edge

Amplitude, wavelength, and opacity together control perceived sharpness.

Softer Edge

Amplitude, wavelength, and opacity together control perceived sharpness.

Softer Edge

Amplitude, wavelength, and opacity together control perceived sharpness.

Softer Edge

Amplitude, wavelength, and opacity together control perceived sharpness.

Softer Edge

Amplitude, wavelength, and opacity together control perceived sharpness.

Softer Edge

Amplitude, wavelength, and opacity together control perceived sharpness.

Softer Edge

Amplitude, wavelength, and opacity together control perceived sharpness.

Softer Edge

Amplitude, wavelength, and opacity together control perceived sharpness.

Softer Edge

Amplitude, wavelength, and opacity together control perceived sharpness.

Softer Edge

Amplitude, wavelength, and opacity together control perceived sharpness.

Softer Edge

Amplitude, wavelength, and opacity together control perceived sharpness.

Softer Edge

Amplitude, wavelength, and opacity together control perceived sharpness.

Softer Edge

Amplitude, wavelength, and opacity together control perceived sharpness.

Softer Edge

Amplitude, wavelength, and opacity together control perceived sharpness.

Softer Edge

Amplitude, wavelength, and opacity together control perceived sharpness.

Softer Edge

Amplitude, wavelength, and opacity together control perceived sharpness.

Softer Edge

Amplitude, wavelength, and opacity together control perceived sharpness.

Softer Edge

Amplitude, wavelength, and opacity together control perceived sharpness.

Softer Edge

Amplitude, wavelength, and opacity together control perceived sharpness.

Softer Edge

Amplitude, wavelength, and opacity together control perceived sharpness.

Softer Edge

Amplitude, wavelength, and opacity together control perceived sharpness.

Softer Edge

Amplitude, wavelength, and opacity together control perceived sharpness.

Softer Edge

Amplitude, wavelength, and opacity together control perceived sharpness.

Waves Level 2

Primary focus: smooth visual continuity at hero-content seam.

Actual Frontmatter Used

The YAML below is the exact full frontmatter used by this page. Copy it to reproduce the same result.

yaml
---
layout: home
hero:
  name: "Waves"
  text: "Level 2"
  tagline: "Adjust smoothness using amplitude and layer opacity, not sharp edges."
  waves:
    enabled: true
    animated: true
    height: 100
    speed: 0.095
    layers:
      - amplitude: 30
        wavelength: 240
        opacity: 0.22
      - amplitude: 24
        wavelength: 200
        opacity: 0.5
      - amplitude: 18
        wavelength: 170
        opacity: 0.92
  actions:
    - theme: brand
      text: "Level 3"
      link: /en-US/hero/matrix/waves/level3MobileTuning
features:
  - title: "Softer Edge"
    details: "Amplitude, wavelength, and opacity together control perceived sharpness."
---

API Keys Demonstrated

Key All Config
hero.waves.enabled/animated/height/opacity
hero.waves.speed/color/reversed/outline/zIndex
hero.waves.layers[]

Configuration Focus

This page focuses on hero-to-content boundary shaping and motion tuning. Primary contract area: wave bridge (hero.waves).

Field Notes

Topic Guidance
Boundary role Waves bridge hero section to document body, not background type
Shape tuning height, layer amplitude/frequency/opacity
Motion tuning animated, speed, and per-layer direction

Runtime Flow Diagram