Start Here: The Settings That Matter Most
If you are new to photo editing, the sheer number of sliders, panels, and adjustment options in any editing application can feel paralyzing. There are dozens of controls, and moving one often seems to undo what another one did. Where do you start? What order do you work in? How much is too much?
Here is the good news: roughly 90% of your editing impact comes from 6 core adjustments. White balance, exposure, highlights, shadows, contrast, and color. Master these six, and your images will look clean, intentional, and professional. Everything else — split toning, radial filters, luminosity masks — is refinement on top of a solid foundation.
This guide walks you through those essential settings in the order you should apply them, explains what each one does to your image data, and gives you specific numbers to start from. We are working with a settings-first approach: learn the tools, then develop your style.
What You Need
Editing software: Any application that supports raw file processing and non-destructive editing. Free options exist at every level. What matters is that the software offers white balance, exposure, highlights, shadows, contrast, saturation, HSL (hue/saturation/luminance) controls, sharpening, and noise reduction. Nearly every modern editor does.
Raw files: If your camera supports raw capture (and almost all interchangeable-lens cameras and many phone cameras do), shoot in raw. A raw file contains all the data your sensor captured, giving you far more flexibility to adjust exposure, white balance, and color without degrading the image. A JPEG is already processed and compressed — editing a JPEG is like trying to un-bake a cake. You can adjust it, but you are working with less data and less latitude.
Calibrated monitor (ideal) or consistent viewing conditions: Your editing decisions are only as good as what you see. If your monitor is too bright, you will edit images darker than intended. If it has a warm color cast, you will push white balance too cool. A hardware calibrator is the gold standard, but at minimum, set your monitor brightness to around 120 candelas per square meter and view your images in a room without strong colored light sources.
A consistent starting point: Before diving into creative adjustments, establish a baseline: lens profile corrections applied, chromatic aberration removal enabled, and your preferred sharpening defaults set. Most editing software lets you save these as an import preset so every image starts from the same corrected foundation.
Camera Settings Breakdown
Photo editing is not a replacement for good capture. These settings give you the best raw material to edit.
Shoot in raw. This is the single most impactful decision for editing flexibility. Raw files are typically 3 to 5 times larger than JPEGs, but the editing latitude they provide is worth every megabyte. A raw file lets you shift white balance freely, recover 2 to 3 stops of highlight detail, and lift shadows 2 stops with minimal noise penalty. A JPEG gives you roughly 1 stop of recovery in either direction before visible degradation.
Expose to the right (ETTR). When shooting raw, bias your exposure toward the bright end of the histogram without clipping highlights. A brighter raw file contains more data in the shadows, producing cleaner shadow recovery in post. Check your histogram after shooting — the data should reach close to the right edge without the highlight warning blinking.
Shoot at base ISO. ISO 100 or 200 (depending on your camera) provides maximum dynamic range and minimum noise. Every stop above base ISO reduces your editing flexibility. If you need high ISO for the shot (action, low light), that is fine — but for controlled situations where you have time and a tripod, base ISO gives your raw file the most data to work with.
Custom white balance or fixed Kelvin. Auto white balance shifts between frames, making batch editing inconsistent. Set a fixed Kelvin value (5500K for daylight, 3200K for tungsten, etc.) so every frame in a series starts from the same color baseline. You will fine-tune in post, but consistency makes batch processing faster and more reliable.
Step-by-Step Walkthrough
Step 1: Import and Organize Your Files
Resist the urge to start editing immediately. Import your files and spend 5 to 10 minutes culling.
Make a first pass through your images at a moderate zoom level. Flag or rate the keepers — images that are sharp, well-composed, and capture the moment you intended. A typical ratio for a learning photographer is 1 keeper per 5 to 10 frames. For a 200-image session, expect 20 to 40 keepers.
Remove obvious failures: out-of-focus shots, accidental fires, duplicate frames that are slightly worse than the one next to them. Do not delete them permanently yet — just remove them from your editing queue.
Once you have your keepers identified, start editing with your strongest image. This becomes your anchor — the look and feel you develop on this image will guide the rest of the batch. Working weakest-to-strongest is a common beginner mistake that wastes editing time on images that may not be worth keeping.
Step 2: Correct White Balance and Exposure
White balance first. Every subsequent adjustment looks different under different white balance settings, so locking in accurate color first saves you from chasing your tail later.
In your editing software, find the white balance controls: a temperature slider (blue to yellow, measured in Kelvin) and a tint slider (green to magenta). If your image has a visible neutral reference — a white wall, a gray sidewalk, a white shirt — use the eyedropper tool to click on it. The software adjusts both temperature and tint to make that reference point neutral.
If there is no neutral reference, adjust by eye. Skin tones are your best guide for portraits — they should look natural, not orange, not pink, not grey. For landscapes, look at clouds (should be white to light gray) and foliage (greens should look green, not yellow-green or blue-green).
Common starting points: daylight scenes around 5500K, overcast around 6500K, shade around 7500K, indoor tungsten around 3200K. Adjust the tint slider to neutralize any green or magenta cast.
Exposure second. The exposure slider shifts the entire histogram left (darker) or right (brighter). Look at your histogram while adjusting. The data should not clip against the left edge (lost shadow detail) or the right edge (blown highlights).
For most images, the histogram should peak in the center to upper-center region. A well-exposed portrait peaks around 50-65% brightness. A dark, moody image peaks lower. A high-key image peaks higher. There is no single correct histogram shape — it depends on the mood and content of the image.
Adjust exposure in increments of 0.1 to 0.3 stops. Large jumps (a full stop or more) often indicate a significant exposure error in camera that may introduce noise or loss of detail when corrected.
Step 3: Adjust Contrast with Highlights and Shadows
This step is where raw files truly shine.
Highlights slider: -30 to -70. Pulling highlights down recovers detail in the brightest areas of the image: skies, sunlit surfaces, reflections. Watch the bright areas of your image as you pull the slider left — clouds should gain texture and definition, bright surfaces should reveal detail. Avoid pulling so far that bright areas look grey and flat. Some brightness in highlights is natural and desirable.
Shadows slider: +30 to +50. Lifting shadows reveals detail in the darkest areas: deep shade, dark clothing, shadow sides of buildings. This is one of the most powerful recovery tools in post-processing. A +40 shadow lift can pull 1.5 to 2 stops of usable detail out of dark areas in a raw file. Push too far (+80 or beyond) and shadows start looking washed out, noisy, and unnatural.
Whites slider: +5 to +15. This sets the white point of your image — the brightest pixel value. A small positive adjustment ensures your whites are truly bright without clipping. Hold the Alt/Option key while dragging (in most software) to see a clipping preview: any colored pixels indicate areas losing detail.
Blacks slider: -5 to -15. This sets the black point. A small negative adjustment ensures your darkest tones are truly deep, giving the image a solid foundation and preventing the washed-out look that comes from lifted blacks.
After these four adjustments, your image should have a full tonal range: detailed highlights, open shadows, bright whites, and deep blacks. The contrast comes from the relationship between these four points.
Tone curve for finishing contrast. After the basic sliders, open the tone curve. A gentle S-curve — lifting the upper quarter of the curve slightly and pulling the lower quarter down slightly — adds contrast to the midtones while preserving the highlight and shadow recovery you did with the sliders. Keep the curve subtle. A steep S-curve creates harsh contrast that blows out highlights and blocks up shadows.
Step 4: Fine-Tune Color with Saturation and HSL
Vibrance vs. saturation. These two sliders sound similar but work differently. Saturation increases the intensity of all colors equally. Vibrance increases the intensity of muted colors more than already-saturated colors, and it protects skin tones from becoming oversaturated. For most images, vibrance is the better starting point. A vibrance value of +15 to +25 adds life without looking artificial. A saturation value above +15 often starts to look cartoonish.
HSL panel. This is the precision tool for color work. HSL stands for Hue, Saturation, and Luminance, and it lets you adjust each color channel independently.
Common HSL adjustments:
- Orange hue: shift -5 to -10 (pulls skin tones slightly more golden and less orange)
- Blue saturation: +10 to +20 (deepens sky color without affecting other tones)
- Green hue: shift -10 to -20 (pushes foliage from yellow-green toward a richer, deeper green)
- Blue luminance: -10 to -20 (darkens sky for more drama without changing its hue)
- Orange luminance: +5 to +10 (brightens skin slightly for a clean, healthy look)
Start with small adjustments and toggle the before/after view frequently. Individual HSL changes look subtle in isolation but compound into a significant overall shift.
Color grading (split toning). Once your colors are accurate and balanced, you can add a creative color grade. This involves adding a color to the highlights (commonly warm: peach, gold, or amber) and a different color to the shadows (commonly cool: teal, slate, or deep blue). Keep the saturation of these toning adjustments under 15 — anything stronger tends to overwhelm the natural colors of the image.
Step 5: Apply Sharpening and Noise Reduction
Sharpening. Every digital image benefits from some sharpening, because the sensor and lens combination slightly softens the captured data. This is called capture sharpening — it restores the detail that was lost in the capture process, not adding artificial sharpness.
Recommended starting values:
- Amount: 40-60. How much sharpening is applied. Higher values create more visible edges.
- Radius: 1.0. How many pixels wide the sharpening halo extends. A radius of 1.0 is natural-looking. Above 1.5, halos become visible.
- Detail: 25-35. How aggressively fine detail is sharpened. Higher values sharpen more texture but also amplify noise.
- Masking: 40-60. Hold Alt/Option while dragging to see a preview. White areas receive sharpening, black areas are protected. This prevents sharpening from being applied to smooth areas like sky and skin, where it would amplify noise.
Zoom to 100% while adjusting sharpening. At fit-to-screen view, sharpening effects are invisible. At 100%, you can see the actual impact on edges and detail.
Noise reduction. If you shot at high ISO (800 or above), you may see noise — small specks of color or brightness variation, especially in shadow areas.
- Luminance noise reduction: 20-40 for ISO 800-1600 images. This smooths the grainy texture while preserving edge detail. Above 50, detail starts to smear.
- Color noise reduction: 25 (default in most software). This removes the colored speckles that appear in shadows at high ISO. The default is usually sufficient. Only increase if you see colored noise at 100% zoom.
For low-ISO images (ISO 100-400), noise reduction is typically unnecessary. The default color noise reduction handles the minimal noise these files contain.
Step 6: Export at the Right Settings
Your edited file lives in the editing software as a set of non-destructive adjustments applied to the original raw data. To share or print the image, you need to export it as a finished file.
For print:
- Format: TIFF (16-bit) for maximum quality, or JPEG at quality 95-100
- Color space: Adobe RGB (for professional printing) or sRGB (for consumer printing services)
- Resolution: 300 DPI (pixels per inch)
- Size: Full resolution — do not resize. Let the print lab handle scaling.
For web and social media:
- Format: JPEG at quality 80-85
- Color space: sRGB (the universal web color space)
- Resolution: 72 DPI (screens do not use DPI, but this is convention)
- Long edge: 2048 pixels. This is large enough for sharp viewing on any screen while keeping file size manageable (typically 1-3 MB).
For archival:
- Keep your original raw files on a primary drive and a backup drive. Raw files are your negatives — they contain the maximum data and can be re-edited indefinitely as software improves.
- Export a full-resolution TIFF of your best edits for archival. TIFFs do not lose quality over repeated opens and saves, unlike JPEGs.
Common Mistakes
Editing on a screen that is too bright. If your monitor is at full brightness in a dark room, you will edit images darker than they actually are. When you view them later on a phone or in print, they look underexposed. Set your monitor to a moderate brightness (120 cd/m2) and edit in a normally lit room.
Over-saturating. Every beginner goes through a phase of pushing saturation too high. The colors look vivid and exciting on screen, but in reality, they look artificial and garish. Keep your saturation and vibrance adjustments modest. If the image looks better with vibrance at +20, resist the urge to push it to +40.
Lifting shadows too much. Heavily lifted shadows lose their sense of depth and direction. If shadows are bright, the image has no visual anchoring — everything floats at the same brightness. Keep some shadow depth to maintain three-dimensionality.
Applying the same preset to every image. A preset is a starting point, not a finishing point. Different lighting conditions, color palettes, and moods require different editing approaches. Use presets to save time on the first 60% of the edit, then customize the remaining 40% for each individual image.
Skipping the histogram. Editing by eye alone is unreliable because your perception adapts to what is on screen. The histogram is objective data. If your highlights are clipping, the histogram tells you regardless of how the image looks on your particular monitor. Check it at every stage of editing.
Exporting at the wrong settings. A beautiful edit exported as a low-quality JPEG with heavy compression and wrong color space will look washed out, banded, and soft. Take 30 seconds to verify your export settings match the output destination.
Taking It Further
Develop a consistent editing style. Once you are comfortable with the core adjustments, start developing your personal look. Do you prefer warm and bright? Cool and moody? High contrast or soft and faded? Edit 10 images with the same mood in mind, save those settings as a preset, and apply that preset as a starting point for future work. Refine it over dozens of images until it feels distinctly yours.
Local adjustments. Beyond global sliders that affect the entire image, learn to use brushes, gradients, and radial filters. These let you adjust specific areas — brightening a face, darkening a sky, adding warmth to a foreground — without affecting the rest of the frame. Local adjustments are the bridge between basic editing and professional retouching.
Color theory. Study the color wheel. Understand complementary colors (orange and teal, red and green, yellow and purple). Learn how warm highlights and cool shadows create color contrast that is separate from tonal contrast. This knowledge informs every color grading decision you make.
Batch editing. For a series of images shot in the same light, edit one frame fully and then sync or paste those settings to the rest of the batch. Adjust individual frames only where exposure, composition, or color differs meaningfully. This workflow turns a 2-hour editing session into a 30-minute one.
ShutterCoach Connection
Editing is where intention meets execution, and it is difficult to evaluate your own work objectively when you have been staring at it for 20 minutes. Upload your edited images to ShutterCoach for feedback on your exposure balance, color accuracy, and overall tonal quality. The analysis can identify whether your shadows are overlifted, whether skin tones have shifted from over-processing, and whether your sharpening is appropriate for the image content. Compare the feedback on your raw capture versus your final edit to see how much your post-processing is helping (or hurting) the original image.