Search Colors

#525c97 Color Analysis

#525c97 in the RGB color model is composed of 82% red, 92% green, and 151% blue. In the CMYK model, it converts to 46% cyan, 39% magenta, 0% yellow, and 41% black. The HSL for this color is 231 degrees, with a saturation of 30% and a lightness of 46%. In the LAB color model, the values are L: 40.29, a: 8.59, b: -34.08.

TypeValueColors
Hex#525c97#525c97
RGB
82,
92,
151,
1
rgb(82, 92, 151)
HSL
231,
30,
46,
1
hsl(231, 30%, 46%)
HSV
231,
46,
59,
1
CMYK
46,
39,
0,
41,
1
device-cmyk(46% 39% 0% 41%)
HWB
231,
32,
41,
1
hwb(231 32% 41%)
LAB
40.29,
8.59,
-34.08,
1
LCH
40.29,
35.15,
284.14,
1
lch(40.29% 35.15 284.14)
XYZ
12.23,
11.43,
23.26,
1

Color Contrast Check

Check the color contrast between Background Color and Text Color to see if it meets WCAG standards.

6.29

Here is the rule to remember in the future, When anything tempts you to be bitter: not, 'This is a misfortune' but 'To bear this worthily is good fortune.'

- Marcus Aurelius

Here is the rule to remember in the future, When anything tempts you to be bitter: not, 'This is a misfortune' but 'To bear this worthily is good fortune.'

- Marcus Aurelius

Variations

Explore color variations including Tints, Shades, Tones, Grayscale, Saturation, and Hue.

Tints

In color theory, a Tint is a mixture of a color with white, which increases its lightness.

Shades

In color theory, a Shade is a mixture of a color with black, which reduces its lightness.

Tones

In color theory, a Tone is a mixture of a color with gray, which reduces its lightness.

Color Harmonies

Color harmonies (Harmony) in color theory refer to a balance and coordination of colors, which is about creating a visually pleasing and balanced effect by pairing different colors. This approach to color coordination is based on properties like hue, saturation, and brightness to ensure that various colors look harmonious and unified together.

Complementary

Double Split Complementary

Split Complementary

Color Blindness Simulator

Color blindness (Blindness) simulation, helping designers and developers create more accessible products by simulating the visual effects of color blindness.

Achromatomaly

89% Similar

A condition where patients cannot see most colors correctly, significantly reducing color perception in their vision.

Achromatopsia

80% Similar

A condition where patients cannot see colors at all, only perceiving shades of black, white, and gray.

Deuteranomaly

96% Similar

A form of red-green color blindness affecting the recognition of green.

Deuteranopia

95% Similar

A form of red-green color blindness where the patient cannot see green.

Protanomaly

98% Similar

A form of red-green color blindness affecting the recognition of red.

Protanopia

97% Similar

A form of red-green color blindness where the patient cannot see red.

Tritanomaly

92% Similar

A less common type of color blindness affecting the recognition of blue and yellow.

Tritanopia

82% Similar

A rare type of color blindness where the patient cannot see blue and yellow.