Color representation is an important part of the design world. Designers, marketers, and manufacturers work with hundreds of colors and have to ensure that the color looks the same on different mediums. Two popular color systems used are HSV (Hue, Saturation, Value) and Pantone. Whereas HSV is highly applied in digital practice, Pantone is a system of color matching most often used in print and industrial applications. The relations between these systems are described in the following pages, along with an introduction of a new conversion tool for professional colorists: an HSV to Pantone Converter.
# | HSV | Pantone | Preview |
---|---|---|---|
1 | HSV(0, 100%, 100%) | Pantone 485 C | |
2 | HSV(15, 100%, 100%) | Pantone 1665 C | |
3 | HSV(30, 100%, 100%) | Pantone 137 C | |
4 | HSV(45, 100%, 100%) | Pantone 1235 C | |
5 | HSV(60, 100%, 100%) | Pantone 108 C | |
6 | HSV(75, 100%, 100%) | Pantone 375 C | |
7 | HSV(90, 100%, 100%) | Pantone 368 C | |
8 | HSV(105, 100%, 100%) | Pantone 360 C | |
9 | HSV(120, 100%, 100%) | Pantone 354 C | |
10 | HSV(135, 100%, 100%) | Pantone 3395 C | |
11 | HSV(150, 100%, 100%) | Pantone 3272 C | |
12 | HSV(165, 100%, 100%) | Pantone 325 C | |
13 | HSV(180, 100%, 100%) | Pantone 306 C | |
14 | HSV(195, 100%, 100%) | Pantone 299 C | |
15 | HSV(210, 100%, 100%) | Pantone 285 C | |
16 | HSV(225, 100%, 100%) | Pantone 2728 C | |
17 | HSV(240, 100%, 100%) | Pantone 286 C | |
18 | HSV(255, 100%, 100%) | Pantone 2592 C | |
19 | HSV(270, 100%, 100%) | Pantone 266 C | |
20 | HSV(285, 100%, 100%) | Pantone 249 C | |
21 | HSV(300, 100%, 100%) | Pantone 248 C | |
22 | HSV(315, 100%, 100%) | Pantone 227 C | |
23 | HSV(330, 100%, 100%) | Pantone 226 C | |
24 | HSV(345, 100%, 100%) | Pantone 219 C | |
25 | HSV(360, 100%, 100%) | Pantone 485 C |
This model is intuitive for digital designers because it reflects how we talk about and work with colors in applications like Photoshop or Sketch.
Pantone is the standardized proprietary color space based on the Pantone Color Institute. Though, in contrast to HSV, colors within Pantone do not have their definition in the numerical models such as RGB or CMYK, an identifier unique for each, which is called the number of the Pantone Matching System (PMS).Pantone finds very high usage in a number of industries such as:
There is the definite composition of the ink mix for a certain Pantone color. For this reason, it is now one of the options to offer reproduction in physical
Even though HSV is widely used on digital, it doesn't exactly translate to a production model. It's where an HSV to Pantone converter comes into play. The following are why designers and manufacturers need such conversions:
An HSV to Pantone Converter converts a color in the HSV color space into the closest Pantone color. It generally operates as follows:
Even though it is useful, there are problems in converting HSV to Pantone:
Converters rely heavily on sophisticated algorithms and user feedback for refinement in solving these issues.
An HSV to Pantone Converter can bridge between the digital design and the real-life design and will translate all those values to Pantone to help ensure a better color standardization, cooperate in a tighter space, and save time in this process. From a graphic designer to a brand manager and then to the print manufacturer, chances are huge that their job would improve a little if only they knew the trick of making it work for them.
If you’re looking for an easy and reliable way to convert HSV to Pantone, explore the various tools available online or consider building your own customized solution. After all, in the world of design, colors speak louder than words—make sure yours are heard loud and clear!
HSV color space has a wide spread of application fields. In the digital design domain, it's one of the most important tools for graphic designers using Photoshop and Illustrator to deal with colors. It's very much applied in image processing too, especially to detect colors or separate objects according to color using OpenCV, for example. The advantage of HSV is found in dynamic color changes in the development of games in respect of lighting, texture, and effect. Moreover, it is common in the tool of color selection for user interface and data visualization to ensure that varied complicated data is depicted in terms of a color gradient.
PMS or Pantone Matching System aims at developing an accurate standardized system of color identification and communication to all kinds of industries. Its primary role is to ensure the consistency of colors across the print, fabric, and plastics mediums. It allows offering a common point of reference by PMS. This minimizes the possibilities of miscommunication and facilitates better understanding among designers, manufacturers, and the clients. It also serves the branding process for companies that could easily duplicate signature colors on every global market without errors.
In the HSV color space, the highest level of color comes if hue is treated as a 360-degree value; in other words, each possible hue and color wheel angle. The case of maximum value at 100% saturation happens when saturation depicts the strongest and most saturated color, whereas its value stands at maximum value that is, at 100% illuminance. When saturation and value occur together at peak levels, this leads to a stunningly bright, yet vibrant colour in HSV.
The HSV color space has several advantages that make it very versatile. It is intuitive in the representation of color, closely corresponding to how people think and talk about colors in terms of hue, intensity, and brightness. This intuitive approach makes color correction easy and non-technical. In image processing, HSV easily separates chromatic information (hue) from intensity (value), making color segmentation efficient. It also offers dynamic brightness and saturation control, independent of the hue component, which is typically very handy in designing and animating images and visualization tasks.
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