You can see the similar colors in the lower right of the screenshot. This causes the software to offer me similar colors to the red I selected in the form of Pantone colors, as well as other color library selections. ![]() Note that I have selected a dark red area in the image with the eyedropper tool. As you can see, all the main colors of the image can be found in the palette. In the image below, ColorMunki built a palette from a more colorful hummingbird feeder image from iPhoto. Because it’s a close-up of the face, all the colors are created based on skin-tones. As you can see in the screenshot above, I chose a photo from my iPhoto library- a close-up of a baby’s face-and ColorMunki quickly built a palette of colors from the image. If you simply need a quick color palette based on the image, select the image and watch as ColorMunki builds a palette based on the colors used in the image. You can create color palettes from existing images in two ways. The software can then optimize the preview for CMYK or spot color output, evaluate what the colors look like under different light sources, such as outdoor or tungsten lighting, and even show you out-of-gamut color for different printer and paper combinations.īut the fun really starts when you select an image from your hard drive, or use the built-in iPhoto integration, to build custom color palettes based on the colors used in the image. Start with a base color by scanning something in, create a new color on your own, or choose a color from the built-in Pantone color palettes then watch as the ColorMunki software creates color palettes based on harmony, variation and similar colors. With the ColorMunki Design software, you have the freedom to create custom color palettes with ease. The ColorMunki Design puts an end to the dilemma, possibly saving thousands on ruined print jobs. If you’ve been designing for a living long enough, you’ve no doubt run across a client or two who has a printed piece for which they want you to match the colors of, but have no idea what those colors are. ![]() When the color palette popped up in the software, I held the can up and was amazed at how accurate the resemblance was. I also scanned the dark red color from the Coca-Cola can I had on my desk. Finally, you print out a second color chart and repeat the scanning process to verify the readings and make final adjustments.īut you aren’t limited to ink-on-paper samples. The hardware then communicates this information to the software, which makes adjustments to your profile information. Once again, the software offers visual cues to help you along the way. Once the ink is dry, you run the ColorMunki unit over the printed out color chart. You simply run the printer calibration module to print out a color chart. Printer calibrationĬalibrating my inkjet printer was just as easy as my display. As if it weren’t easy enough, the software offers visual cues to help you along the way, as well as brief videos. When done, you can even have the software remind you to re-calibrate at specified intervals, to make sure you’re always working in a color-accurate environment. The display calibration process takes just a few minutes. Advanced calibration features also allow you to use the ColorMunki unit to measure the ambient light in the room before calibrating, as well as fine tune any adjustments to your display’s brightness and contrast settings. Once completed, a new color profile for your monitor is saved and activated. You then sit back and wait for the unit to take readings from your screen. You’re presented with a few screens which ask what type of display you have, and which display (if you have more than one, or use a projector) you wish to calibrate. ![]() Display calibration is quickly accomplished by draping the ColorMunki unit over your monitor, and running the calibration module of the ColorMunki software.
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