RGB-HEX

Convert RGB and HEX Colors to different formats

RGB Converters

RGB to HEX Convert Now RGB to CMYK Convert Now RGB to HSV Convert Now RGB to HSL Convert Now

HEX Converters

Hex to RGB Convert Now HEX to CMYK Convert Now HEX to HSV Convert Now HEX to HSL Convert Now

CMYK Converters

CMYK to RGB Convert Now CMYK to HEX Convert Now CMYK to HSV Convert Now CMYK to HSL Convert Now

RGB stands for Red, Green, and Blue, which are the primary colors of light. It is a color model used in digital imaging to represent colors by combining different intensities of these three primary colors.

Here’s an example in HTML:

<p style="color: rgb(255, 0, 0);">This text is red.</p>
<p style="color: rgb(0, 255, 0);">This text is green.</p>
<p style="color: rgb(0, 0, 255);">This text is blue.</p>

This text is red.

This text is green.

This text is blue.

Here’s another example:

The RGB values as R = 255, G = 50, and B = 80 give a vibrant shade of red.

Example

The RGB color model provides a wide range of color possibilities by adjusting the values of each component (from 0 to 255). It plays a crucial role in displaying colors accurately on digital devices like computer monitors, smartphones, and televisions, ensuring consistent color representation across various platforms.

HEX, short for hexadecimal, is a base-16 numbering system used to represent colors in web development and computer graphics. It provides a compact way to specify colors by combining values for red, green, and blue components.

In a hexadecimal color code, each pair of characters represents the intensity of red, green, and blue, respectively. The values range from 00 (minimum intensity) to FF (maximum intensity).

For example, #FF0000 is pure red, #00FF00 is pure green, and #0000FF is pure blue.

In #FF0000, FF = red, 00 = no green, 00 = no blue

Similarly, in #00FF00, 00 = no red, FF = green, 00 = no blue

Hexadecimal color codes provide a concise and widely adopted format for specifying colors in web design, making it easier to share and reproduce precise color values across different platforms and applications.

CMYK is a subtractive color model used in printing and publishing. It stands for Cyan, Magenta, Yellow, and Black (K represents “Key”, which is used for black). Here’s the briefing of CMYK:

Cyan – is a blue-green color that combines with yellow to create green and with magenta to create blue.
Magenta – is a reddish-purple color that combines with yellow to create red and with cyan to create blue.
Yellow – is a pure yellow color that combines with cyan to create green and with magenta to create red.
Black (K) – is used to provide deeper shadows and richer black tones.

Its values are typically specified as percentages, with each value ranging from 0% (no ink) to 100% (maximum ink). For example, to produce a rich black color, a combination of 100% cyan, 100% magenta, 100% yellow, and 100% black is used.

CMYK is essential in the printing industry, bringing accurate colors in physical media like paper, magazines, and product packaging. Moreover, it can also be used in digital workflows for preparing designs and images for printing

HSL (Hue, Saturation, Lightness) is a cylindrical color model that represents colors in a more intuitive way. Here is its breakdown:

Hue is expressed as an angle on the color wheel from 0 to 360 degrees, with red at 0, green at 120, and blue at 240.
Saturation is the intensity or vividness of the color from 0% (gray) to 100% (fully saturated).
Lightness represents the brightness from 0% (black) to 100% (white).

HSL is supported across all modern web browsers. It provides a convenient way to create color schemes, adjust colors on hover effects, and apply tints or shades by modifying the lightness value. For example, decreasing lightness makes a color darker, while reducing saturation makes it more muted or grayish. This makes HSL well-suited for styling UI elements with hover states or creating accessible color palettes.

Let’s say, to create a blue color – use HSL (240, 100%, 50%). By adjusting the lightness, you can create lighter shades (e.g., HSL (240, 100%, 70%)) or darker shades (e.g., HSL (240, 100%, 30%)), offering versatility in color selection.

HSV (Hue, Saturation, Value) is another cylindrical color model that is closely related to HSL. Like HSL, it separates color into three components:

Hue: This is the same as in HSL, representing the color value from 0-360 degrees on the color wheel.
Saturation: Also similar to HSL, this represents the intensity or vividness of the color from 0-100%.
Value: The Value represents the brightness or luminance of the color from 0-100%, where 0 is black and 100 is the brightest representable shade.

HSV is considered closer to how humans perceive color compared to RGB. It is used in image editing tools like Adobe Photoshop’s color pickers. Designers often use HSV when selecting colors for physical media like paints or inks.

For example, to get a bright, saturated green in HSV: Hue=120, Saturation=100%, Value=100%. To make it darker, you’d reduce the Value, not the Saturation.

LAB is a color space defined by the International Commission on Illumination (CIE). It is designed to be device-independent and perceptually uniform, meaning that numerical differences in LAB values correspond to consistent visual differences in color.

LAB has three components:

L: Represents lightness from 0 (black) to 100 (white).
A: Represents the position between red (+a) and green (-a)
B: Represents the position between yellow (+b) and blue (-b)

LAB is widely used in color management, printing, textiles, and photography industries where accurate color representation across different devices is crucial. Its perceptual uniformity makes it valuable for tasks like color comparison, conversion, and editing.

For example, L*=50, a*=60, b*=20 would represent a reddish-brown color with medium lightness. Adjusting these values allows for fine-tuned color manipulation.