The color Dark Olive Green, with hexadecimal code #624b1c, belongs to the orange color family, typically linked to energy, warmth, and enthusiasm. Orange hues can evoke feelings of creativity and adventure, appearing often in autumnal themes and tropical imagery. Additionally, it evokes emotions such as Stability, Reliability, Comfort, Security and Earthiness. Orange is associated with spirituality and courage in some cultures, such as in Hinduism and Buddhism. In Western cultures, it often represents autumn, harvest, and creativity. With a high saturation of 55.56%, it appears vibrant and vivid, and its lightness of 24.71% provides a deeper and richer look. This color is ideal for designs that aim to express Stability, Reliability, Comfort, or Security. It can be effectively used in web design, branding, and marketing materials to attract attention and convey specific messages.
The RGB values for Dark Olive Green are (98, 75, 28), providing a combination of red: 98, green: 75, and blue: 28. In HSL format, it has a hue of 40.00°, saturation of 56.00%, and lightness of 25.00%.
The HSV representation includes a hue of 40.00°, saturation of 71.00%, and value of 38.00%. Its CMYK composition is cyan: 0.00%, magenta: 23.00%, yellow: 71.00%, and black: 62.00%.
The calculated luminance of #624b1c is 0.077, offering a brightness level suitable for various design requirements.
This color is not part of the web-safe color palette. The closest web-safe color to this is the color HEX #663333. Its contrast ratio is 2.54:1 against black and 8.26:1 against white. It works well on light backgrounds but may be challenging on darker ones.
In terms of color temperature, #624b1c is considered a warm hue. When it comes to accessibility, testing against standard guidelines suggests that using white text meets typical WCAG contrast standards. Additionally, the ideal foreground color for improved legibility on #624b1c is white.
Considering its saturation and lightness, #624b1c appears more vivid and energetic, making it stand out in designs that aim to capture attention.