Color Me Badd: Color Correction for Photographers
- Before You Color Correct Anything, Do This First!
- The Advantages of Adjustment Layers in Elements 8
- Photo Quick Fix
- Getting a Visual Readout (Histogram) of Your Corrections
- Color Correcting Digital Camera Images
- Daves Amazing Trick for Finding a Neutral Gray
- Studio Photo Correction Made Simple
- Drag-and-Drop Instant Color Correction
- Adjusting Flesh Tones
- Warming Up (or Cooling Down) a Photo
- Color Correcting One Problem Area Fast!
- Getting a Better Conversion from Color to Black and White
- Correcting Color and Contrast Using Color Curves
This chapter is from the book
This chapter is from the book
This chapter is from the book
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The subtitle for this chapter is “Color Correction for Photographers,” which invites the question “How is color correction for photographers different from color correction for anybody else?” Actually, it’s quite a bit different, because photographers generally work in RGB or black and white. And in reality, digital photographers mostly work in RGB because, although we can manage to build reusable spacecraft and have GPS satellites orbiting in space so golfers here on earth know how far it is from their golf cart to the green, for some reason creating a color inkjet printer that prints a decent black-and-white print is still apparently beyond our grasp. Don’t get me started. Anyway, this chapter isn’t entirely about black-and-white prints, and now that I think about it, I’m sorry I brought it up in the first place. So forget I ever mentioned it, and let’s talk about color correction. Why do we even need color correction? Honestly, it’s a technology thing. Even with traditional film cameras, every photo needs some sort of color tweaking (either during processing or afterward in Elements), because if it didn’t need some correction, we’d have about 30-something pages in this book that would be blank, and that would make my publisher pretty hopping mad. So, for the sake of sheer page count, let’s all be glad that we don’t live in an ideal world where every photo comes out perfect and 6-megapixel cameras are only 200 bucks and come with free 1-GB memory cards.
Before You Color Correct Anything, Do This First!
Okay, before you start along your merry color correcting way, there are a couple of settings that you should consider changing. These settings can definitely affect the results you get, so make sure you read this first. Also, keep in mind that these changes will remain as your defaults until you change them again, so you don’t have to do this each time you open Elements.
- Step One: From the Edit menu, choose Color Settings (or press Ctrl-Shift-K [Mac: Command-Shift-K]).
- Step Two: In the Color Settings dialog, choose from the four options: No Color Management, Always Optimize Colors for Computer Screens, Always Optimize for Printing, or Allow Me to Choose. To a large degree, your choice will depend on your final output; but for photographers, I recommend using Always Optimize for Printing because it reproduces such a wide range (a.k.a. gamut) of colors using the Adobe RGB profile (if your photos don’t already have a profile assigned), and it’s ideal if your photos will wind up in print. Note: For more on color management, see Chapter 12.
- Step Three: Now we’re moving to a completely different area. Press the letter I to switch to the Eyedropper tool. In the Options Bar, the default Sample Size setting for this tool (Point Sample) is fine for using the Eyedropper to steal a color from within a photo and make it your Foreground color. However, Point Sample doesn’t work well when you’re trying to read values in a particular area (such as flesh tones), because it gives you the reading from just one individual pixel, rather than an average reading of the surrounding area under your cursor.
- Step Four: For example, flesh tones are actually composed of dozens of different colored pixels (just zoom way in and you’ll see what I mean); and if you’re color correcting, you want a reading that’s representative of the area under your Eyedropper, not just a single pixel within that area, which could hurt your correction decision-making. That’s why you need to go to the Options Bar, under the Sample Size pop-up menu, and choose 3 by 3 Average. This changes the Eyedropper to give you a reading that’s the average of 3 pixels across and 3 pixels down in the area that you’re sampling. Once you’ve completed the changes on these two pages, it’s safe to go ahead with the rest of the chapter and start correcting your photos.
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