Pantone工具

HSV 到 HSL

将 HSV 颜色值转换为 HSL,以便在设计系统中进行多种颜色处理

Transform between intuitive color models for enhanced design flexibility

Color Converter

HSV Input

180° 360°
100%
0% 50% 100%
100%
0% 50% 100%

Click color swatches for examples

HSL Output

hsl(0°, 100%, 50%)

HSL Values

Hue

0-360° color wheel position

Saturation 100%

0-100% color intensity

Lightness 50%

0-100% brightness

hsl(0°, 100%, 50%)

Additional Formats

HSV Value

hsv(0°, 100%, 100%)

RGB Value

rgb(255, 0, 0)

CSS Usage

color: hsl(0°, 100%, 50%);
background-color: hsl(0°, 100%, 50%);

Conversion Insight

This vibrant red maintains full saturation in both color models but shows different brightness measurements, demonstrating the key difference between Value (HSV) and Lightness (HSL).

Conversion Examples

Vibrant Red

HSV 0°, 100%, 100%
HSL 0°, 100%, 50%
Difference Lightness = 50% of Value

Forest Green

HSV 120°, 75%, 55%
HSL 120°, 60%, 35%
Difference Adjusted for lightness scale

Royal Blue

HSV 220°, 75%, 88%
HSL 220°, 70%, 55%
Difference Lightness balanced for perception

Soft Pink

HSV 340°, 40%, 95%
HSL 340°, 70%, 80%
Difference Saturation increased in HSL

Muted Purple

HSV 270°, 30%, 70%
HSL 270°, 30%, 60%
Difference Lightness adjusted downward

Gray Tone

HSV 0°, 0%, 50%
HSL 0°, 0%, 50%
Difference Identical for grayscale

Recommended Tools

About This Tool

This HSV to HSL converter facilitates seamless transition between two intuitive color models, each with distinct advantages for different design tasks and workflows.

HSV (Hue, Saturation, Value) represents colors based on human perception, with Value controlling the brightness from black to full color. This makes it particularly intuitive for tasks like adjusting lightness while preserving chromatic intensity, common in interface design.

HSL (Hue, Saturation, Lightness) structures color around perceived lightness, with Lightness ranging from black through the pure color to white. This model excels at creating consistent color scales and harmonies, as equal increments in lightness produce perceptually consistent steps.

While both models share Hue and Saturation components, their treatment of brightness (Value vs. Lightness) creates fundamentally different behaviors. This converter uses precise mathematical algorithms to translate between these models while preserving visual consistency, allowing designers to leverage the strengths of each model throughout their workflow.

Frequently Asked Questions