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CSS Gradient Generator

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Create beautiful linear and radial CSS gradients visually.

CSS Gradient Generator
linear gradient
0%
50%
100%
background: linear-gradient(135deg, #3b82f6 0%, #8b5cf6 50%, #ec4899 100%);

Live Preview

All changes update instantly. Gradients are generated with pure CSS, no images, no JavaScript runtime. Copy the code and use it directly in your project.

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This tool runs entirely in your browser. Your input is never uploaded, logged, or sent to AllDevToolsHub or anyone else, and it keeps working offline once the page has loaded.

Pick colors and stops on the gradient bar. Linear, radial, and conic gradients all supported.

Overview

What is CSS Gradient Generator?

Design CSS gradients with a visual editor. Linear and radial modes, multiple color stops, adjustable angles and positions, and instant copy-ready code.
FAQ

Frequently Asked Questions

Reference

Technical Deep Dive

DESIGN TOOLS

CSS Gradient Generator

Design polished CSS gradients with an intuitive visual editor. Choose between linear and radial gradients, add multiple color stops, adjust angles and positions, and get production-ready CSS code instantly. Preview your gradients in real time and copy the generated code with one click.

🎨

Pixel-Precise Output

Generates CSS, tokens, or assets that match what your design system expects.

👀

Live Visual Preview

See changes the moment you make them, no copy-paste cycle between tool and IDE.

📋

Copy-Paste Ready

Output is formatted for direct use in stylesheets, Tailwind configs, or Figma tokens.

01 Gradient Topology Matrix

Topology Coordinate Logic Transition Axis Use Case
LinearAngle (Deg) / KeywordsStraight PathUI Buttons / Skies
RadialPoint Origin / EllipseOutward ScalingSpotlights / Glows
ConicAngle Sweep / PivotRotational ClockPie Charts / Rings
MeshStacked RadialsMulti-Point BlendOrganic Textures

02 Visual Synthesis Pipeline

1
Color Space Mapping Input HEX/RGB values are mapped into the interpolation space (sRGB or perceptual OKLCH) for smooth blending.
2
Stop Serialization Coordinate positions (0-100%) and color tokens are assembled into the appropriate background-image function string.
3
GPU Rasterization The generated CSS is handed to the browser's render engine for real-time, hardware-accelerated background drawing.

03 Where Gradients Earn Their Keep

Gradients are not wallpaper, they are visual hierarchy. Modern product surfaces use gradients to communicate state (loading), draw the eye (hero), and add tactility to interactive elements. Here is how shipping products actually deploy them.

  • 🚀
    Multi-Stop Hero Backgrounds (Stripe, Linear) Stripe's homepage gradient runs through 4-6 colors in OKLCH-interpolated stops. Linear's signature purple-to-pink uses a 135° angle with two mid-stops at 30% and 70% to avoid the murky midpoint. Single-stop "blue to purple" looks amateurish next to either.
  • Button Hover Sheen A button gets a 45° gradient from the brand color to a 10% lighter sibling. On hover, animate the gradient's background-position from 0% to 100% over 300ms. Costs nothing, lifts perceived quality enormously.
  • 💀
    Skeleton Loaders The shimmering placeholder is a linear-gradient(90deg, #eee, #f5f5f5, #eee) at 2x width, animated with background-position. No SVG, no JS, pure CSS, runs on the compositor, costs near-zero CPU.
  • ⏱️
    Conic for Pie-Chart-As-CSS A donut chart with three segments is a conic-gradient(from 0deg, red 0% 30%, blue 30% 70%, green 70% 100%) behind a circular mask. No D3, no SVG, and it scales fluidly with the container.
  • 🔦
    Radial Spotlight on a Hover Card A radial-gradient following the cursor (driven by a CSS variable for the position) gives the modern "spotlight card" effect made famous by Linear and Vercel. Track --x/--y from a mousemove handler, paint the gradient from those coords.

04 Worked Examples

EXAMPLE 1 · KILLING THE BANDING IN A MID-GRADIENT
Red to green in sRGB, the midpoint becomes muddy brown:
background: linear-gradient(90deg, #ff0000, #00ff00);

/* midpoint = #808000 ≈ mud /


Two fixes, modern browsers support OKLCH interpolation; older ones need a waypoint:

/ Modern (Chrome 111+, Safari 16.4+): */
background: linear-gradient(in oklch 90deg, #ff0000, #00ff00);

/* Fallback: route through a luminous waypoint /
background: linear-gradient(90deg, #ff0000, #ffff00 50%, #00ff00);


sRGB interpolation passes through the chromatically-dead grey axis between complementary hues. OKLCH avoids it because it interpolates around the perceptual hue circle.




EXAMPLE 2 · CONIC GRADIENT AS A PROGRESS RING

A 75%-complete ring, no SVG, no canvas, one CSS rule:

.ring {
width: 80px; height: 80px; border-radius: 50%;
background: conic-gradient(#3b82f6 0% 75%, #e5e7eb 75% 100%);
mask: radial-gradient(circle, transparent 55%, black 56%);
}

Drive the 75% from a CSS variable to make it dynamic:

.ring {
--progress: 75%;
background: conic-gradient(#3b82f6 0 var(--progress), #e5e7eb 0 100%);
}
/
Then in JS: el.style.setProperty('--progress', percent + '%') */

A donut mask carves out the inner circle. The whole component is one element. Updating progress is a single custom-property write, no re-render, no layout thrash.




EXAMPLE 3 · GRADIENT TEXT VIA background-clip

Paint the gradient onto the text itself, the staple of every modern landing-page headline:

h1 {
background: linear-gradient(135deg, #3b82f6, #a855f7);
-webkit-background-clip: text;
background-clip: text;
color: transparent;
}

Add a @supports fallback for any browser that drops the clip, text still renders in brand color:

h1 { color: #3b82f6; }
@supports (background-clip: text) or (-webkit-background-clip: text) {
h1 {
background: linear-gradient(135deg, #3b82f6, #a855f7);
-webkit-background-clip: text; background-clip: text;
color: transparent;
}
}

The color: transparent reveals the gradient through the glyph shapes. Always provide a fallback solid color so an unsupported renderer doesn't paint invisible text.




05 Related Tools

A great gradient needs colors that interpolate cleanly, surfaces it composites onto, and sometimes filters or clip-paths layered on top. These adjacent tools cover the rest of the gradient surface treatment stack.

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