• v2

      • Gradients

      The backgroundColor style property accepts CSS gradient strings in addition to solid colors. Gradients are rendered natively using SwiftUI gradient modifiers and are automatically clipped by borderRadius.

      Invalid or unsupported gradient syntax is parsed in strict mode and results in no gradient background (instead of silent best-effort fallback).

      Linear gradients

      // Named direction
<Voltra.View style={{ backgroundColor: 'linear-gradient(to right, #6366F1, #EC4899)' }} />

// Diagonal
<Voltra.View style={{ backgroundColor: 'linear-gradient(to bottom right, #0EA5E9, #8B5CF6)' }} />

// Angle in degrees/radians/turns
<Voltra.View style={{ backgroundColor: 'linear-gradient(45deg, #FF6B6B, #FFD93D)' }} />
<Voltra.View style={{ backgroundColor: 'linear-gradient(0.25turn, #FF6B6B, #FFD93D)' }} />

      Supported directions: to right, to left, to top, to bottom, to top right, to top left, to bottom right, to bottom left.

      Color stops

      Explicit percentage positions are supported:

      <Voltra.View
  style={{
    backgroundColor: 'linear-gradient(to right, red 0%, yellow 50%, blue 100%)',
  }}
/>

      When positions are omitted, Voltra applies CSS-like stop fix-up:

      • First and last unspecified stops default to 0% and 100%.
      • Unspecified stops between explicit anchors are linearly interpolated.
      • Non-monotonic explicit positions are clamped forward.

      RGBA colors inside gradients

      <Voltra.View
  style={{
    backgroundColor: 'linear-gradient(to right, rgba(255,0,0,0.8), rgba(0,0,255,0.3))',
  }}
/>

      Radial gradients

      <Voltra.View style={{ backgroundColor: 'radial-gradient(#FF6B6B, #6366F1)' }} />
<Voltra.View style={{ backgroundColor: 'radial-gradient(circle at top right, #FF6B6B, #6366F1)' }} />
<Voltra.View style={{ backgroundColor: 'radial-gradient(closest-side at left bottom, #FF6B6B, #6366F1)' }} />
      Note

      Radial gradients are rendered with geometry-aware radii computed from the view size (closest-side, farthest-side, closest-corner, farthest-corner).

      For ellipse, SwiftUI does not provide native elliptical radial gradients. Voltra approximates ellipse behavior by scaling a circular radial gradient.

      Conic gradients

      <Voltra.View style={{ backgroundColor: 'conic-gradient(from 45deg, red, blue)' }} />
<Voltra.View style={{ backgroundColor: 'conic-gradient(from 45deg at top right, red 0%, blue 75%)' }} />

      With border radius

      Gradients are clipped by borderRadius automatically — no extra configuration needed:

      <Voltra.View
  style={{
    backgroundColor: 'linear-gradient(to right, #6366F1, #EC4899)',
    borderRadius: 16,
    padding: 16,
  }}
>
  <Voltra.Text style={{ color: '#FFFFFF' }}>Rounded gradient card</Voltra.Text>
</Voltra.View>

      Solid colors still work unchanged

      Passing a plain color string to backgroundColor continues to work exactly as before:

      <Voltra.View style={{ backgroundColor: '#3B82F6' }} />
<Voltra.View style={{ backgroundColor: 'red' }} />
<Voltra.View style={{ backgroundColor: 'rgba(0,0,0,0.5)' }} />

      Comparison with <LinearGradient> component

      FeaturebackgroundColor gradient<LinearGradient> component
      CSS string syntax✓—
      Named directions (to right)✓ (physical direction)✓
      Angle unitsdeg, rad, turn✓ via {x,y}
      {x, y} coordinate control—✓
      Stop positionslinear/radial: %, conic: % + angle units✓ via locations prop
      Multi-position stops (red 20% 40%)✓—
      radial-gradient✓ (circle / approximated ellipse)—
      conic-gradient✓ (from + at)—
      Strict invalid syntax handling✓ (fails closed)—
      Dithering—✓
      Children layered on top✓ (as background)✓ (as container)

      Use backgroundColor gradient strings for convenience and web-style syntax. Use <LinearGradient> when you need precise {x, y} coordinate control or dithering.

      Scope and exclusions

      • Supported core syntax: linear-gradient(...), radial-gradient(...), conic-gradient(...).
      • Not supported in this parser: repeating-linear-gradient(...), repeating-radial-gradient(...), repeating-conic-gradient(...).

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