The digital representation of the images is the majority done by using the RGB Color Model. That color model is used when you need to display the object, but it does not require physical printing.
In the RGB Color Model, the R represents the Red, G represents the Green, and B represents the Blue. These are the primary colors of light, and all the other colors are developed by combining these colors at different intensities (0 to 255).
That color model is an additive color model, which means that the more you add, the more it gets closer to white. That is why, when R = 0, G = 0, and B = 0, then it creates black and when R = 255, G = 255, and B = 255, then it creates white.
But the problem with that color model is that if you have to create some complex color. You will get confused about Red, Green, and Blue's intensity required to generate the needed color. And what if you need to make it brighter or a little more white?
That color model is used in monitors, television screens, cameras, and digital cameras to display the images.
What is the Pantone Matching System (PMS)?
Every year, in the early days of December, Pantone announces the color of the year. If you are related to the person who works with the color, that is the most exciting movement.
The Pantone Matching System (PMS) is the essential color matching system in the world. PMS is considered a standard in the color world. That color matching system was developed in 1963 to solve the problem related to the matching of complex shades in the printing industry. Soon after its development, that system became essential. The easiest way to communicate the printing industry's colors and help marketers, designers, creators, and brands work together to create an intense color appearance.
That system is highly adopted when you want color accuracy. The companies are highly adapted for their logo printing, so there is zero chance of color inaccuracy.
That system consists of 1087 solid colors. In Pantone, the majority of colors are represented by three or four digits numbers followed by C (coated), U (uncoated), and M (matte). These variations help the designer check how the color looks or displays on these different kinds of papers?
RGB Color Model vs. Pantone Matching System (PMS)
The RGB Color Model is the most famous model to mix and create colors. That color model is additive and primarily used to display the digital form images, including physical printing. That color model is highly adopted in monitors, television screens, cameras, and digital cameras to display the photos.
Pantone Matching System (PMS) is the color matching system and is highly adopted by the printing industries to be zero color inaccuracy. The companies, marketers, and designers highly prefer that system because you do not want a few color mistakes in logo designing and printing. People can reference the Pantone color code to make sure that the color matches without any ambiguity.
RGB to PMS conversion
RGB to PMS conversion is highly essential, especially when you want your designed logo in printed form. Because, if your theme color is red, how come the person knows how precisely that red color means, how much dark it should be? To avoid that ambiguity, the RGB to PMS conversion is essential.
How to convert the RGB color value to Pantone by using an online RGB to Pantone converter?
For converting the RGB color value to Pantone, perform the following steps.
- Open the RGB to Pantone Color Converter.
- Enter the Red, Green, and Blue values in their corresponding sections.
- You can also use the "color palette" for selecting the required color.
- Select any "Distance" value from (16, 32, 48, 64, 80, 96) from the dropdown.
- The tool will display the results, depending upon the distance value that you selected.
The distance value helps you in getting your desired color. Having the smallest distance value allows you to get the Pantone color closest to the RGB color value you selected. Suppose you do not get the desired color. You can increase the distance value to get more color options.