Reducing noise in Photoshop is a fundamental skill every photographer should master, especially when dealing with images shot in low light or at high ISO settings. Noise often appears as grainy, distracting artifacts in an image, which can obscure the fine details and diminish overall sharpness. Fortunately, Photoshop offers a variety of tools and techniques that allow you to effectively reduce noise without sacrificing quality. In this guide, we will delve into four of the best techniques to minimize noise in Photoshop, including using the built-in Noise Reduction filter, Adobe Camera Raw, Neural Filters, and third-party plugins such as DeNoise AI.
1- Noise Reduction in Photoshop: A Comprehensive Guide
Photography has evolved tremendously in recent years, offering incredible tools and techniques to produce sharp, high-quality images. However, one common challenge photographers face, regardless of the equipment they use, is noise. Noise in an image manifests as a grainy texture, especially visible in low-light conditions or high ISO settings. Thankfully, Photoshop offers a reliable and powerful tool to reduce noise, ensuring your images are clean, crisp, and detailed. The Noise Reduction filter is one of the best features to achieve this, and knowing how to use it can significantly enhance your workflow. This guide will walk you through a detailed process to use the Noise Reduction filter effectively, offering solutions for both beginners and seasoned professionals.
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Step 1: Open Your Image in Photoshop
Before you can begin the noise reduction process, you need to open the image that requires editing. To do this, simply navigate to the "File" menu, select "Open," and choose the image from your computer. When the image loads, you will likely notice the presence of grain, which can be particularly noticeable in darker regions. This grain is a byproduct of noise, which can be distracting and detrimental to the overall quality of your photograph. The Noise Reduction filter is designed to address this issue and provide a smooth, clean finish.
Step 2: Duplicate the Background Layer
The next crucial step in the process is to duplicate the background layer. Duplicating the layer ensures that your original image remains intact, allowing you to revert any changes if necessary. To duplicate the layer, you can either use the shortcut "Ctrl+J" (Windows) or "Command+J" (Mac). Alternatively, you can also go to "Layer" in the top menu, select "New," and choose "Layer via Copy." After duplicating the layer, it’s best to rename this new layer to something like "Denoise" so you can easily identify it in the layers panel. This organization makes managing your edits much more efficient and ensures you're working non-destructively.
Step 3: Convert to a Smart Object
One of the most powerful features in Photoshop is the ability to make non-destructive edits. Converting the duplicated layer into a Smart Object is a key part of this process. A Smart Object allows you to apply and adjust filters without permanently altering the original image. Right-click on the duplicated "Denoise" layer in the Layers panel and select "Convert to Smart Object." This conversion ensures that if the Noise Reduction filter needs to be fine-tuned or undone in the future, you can easily make adjustments without compromising the integrity of your image. Converting to a Smart Object adds a layer of flexibility and control that is invaluable in professional editing.
Step 4: Apply the Noise Reduction Filter
Now that your layer is duplicated and converted to a Smart Object, it’s time to apply the Noise Reduction filter. With the "Denoise" layer selected, navigate to the top menu and go to "Filter," then choose "Noise" and select "Reduce Noise" from the dropdown. This will open the Noise Reduction dialog box, where you can adjust several sliders to fine-tune the noise reduction process. The most important sliders to consider are:
Strength: This slider controls the amount of luminance noise reduction (the grainy appearance in the image). A higher value will remove more noise, but you should be careful not to overdo it, as this can lead to loss of important details.
Preserve Details: This slider helps you maintain image sharpness and detail. If you use too much noise reduction, the image can become overly soft, so adjusting this slider ensures that the necessary details, such as textures and fine elements, remain intact.
Reduce Color Noise: Color noise manifests as unwanted color specks, often seen as red, green, or blue dots scattered throughout the image. This slider is designed to remove those color artifacts, resulting in a cleaner, more polished image.
Sharpen Details: Noise reduction can sometimes soften the image, and this slider is useful for recovering some of the sharpness that might be lost during the process. However, it’s crucial to strike a balance—over-sharpening can introduce unwanted artifacts.
To apply the Noise Reduction filter, experiment with these sliders based on the severity of the noise in your image. Start by adjusting the Strength and Preserve Details sliders first, as they have the most significant impact on the final result. Once satisfied with the adjustments, click "OK" to apply the filter. At this stage, you will notice a significant reduction in the graininess of your image while preserving the essential details.
Step 5: Fine-Tuning with Advanced Settings
If you’re working with a more complex image or if the standard settings aren’t providing the desired result, Photoshop offers an Advanced tab within the Reduce Noise dialog box. This feature allows you to adjust the noise reduction individually for each color channel (Red, Green, and Blue). This is particularly helpful if the noise is more prominent in one channel, such as when you notice excessive noise in the shadows or highlights of certain colors.
For example, if you notice a red or magenta hue in your image, you can isolate the Red channel and fine-tune the noise reduction settings for just that color. By adjusting each color channel independently, you can achieve more precise control over the image's overall noise reduction, avoiding unwanted color shifts that can arise from applying a universal filter across all channels.
Once you’ve made the necessary adjustments, click "OK" to apply the final settings. The image should now appear much cleaner, with significantly reduced noise, while retaining sharpness and detail where necessary. Keep in mind that the goal is always to strike a balance between noise reduction and preserving the quality of the image, ensuring that you don’t sacrifice detail for a cleaner look.
Step 6: Refining the Results
After applying the Noise Reduction filter, it’s essential to step back and assess the final result. Zoom in to 100% to inspect the image closely, particularly in areas where noise was most noticeable. If the image looks overly smooth or if you’ve lost important detail, you can always go back and adjust the settings. Because the layer is a Smart Object, you can double-click on the Reduce Noise filter applied to the layer in the Layers panel. This will reopen the Noise Reduction dialog box, where you can refine the adjustments as needed.
Additionally, it’s a good practice to compare the edited image to the original by toggling the visibility of the "Denoise" layer on and off. This will give you a clearer idea of how much improvement has been made and whether further tweaks are necessary.
2- Using Adobe Camera Raw Filter for Noise Reduction: A Detailed Guide
Noise is an issue that every photographer deals with, especially when shooting in low-light conditions or at high ISO settings. While noise can sometimes be unavoidable, there are several tools available to help minimize or eliminate it. One of the best tools for reducing noise in images is the Adobe Camera Raw (ACR) filter. This powerful tool is particularly effective when working with RAW images, offering fine-tuned control over luminance and color noise. If you’re looking to achieve clean, professional results, understanding how to use the ACR filter for noise reduction is an essential skill. This guide will walk you through the process of using ACR for noise reduction, providing clear steps and tips to help you get the best possible outcome for your images.
Step 1: Open the Image in Photoshop and Convert to Smart Object
The first step in using the Adobe Camera Raw filter is to open your image in Photoshop. To begin, navigate to the “File” menu, select “Open,” and choose the image file that you wish to edit. This process works best with RAW images, as ACR is designed to handle the more detailed data that RAW files contain. Once the image is loaded, you need to prepare it for non-destructive editing.
The best practice is to duplicate the background layer. This ensures that your original image remains unaltered and serves as a backup if you need to make changes later. You can duplicate the background layer by selecting it and using the keyboard shortcut "Ctrl+J" on Windows or "Command+J" on macOS. Alternatively, you can go to the "Layer" menu, select "New," and choose "Layer via Copy."
Next, convert the duplicated layer into a Smart Object. This conversion is crucial because it allows you to apply the ACR filter in a non-destructive way, meaning you can always return to the filter and adjust it if necessary. To do this, right-click on the duplicated layer and select “Convert to Smart Object.” This step gives you greater flexibility and control over the editing process, making it easier to refine the noise reduction adjustments without permanently altering your image.
Step 2: Apply the Adobe Camera Raw Filter
Once your image is prepared, you can now apply the Adobe Camera Raw filter. With the duplicated layer selected, go to the top menu in Photoshop and click on “Filter.” From the dropdown menu, choose “Camera Raw Filter.” This will open your image in the Adobe Camera Raw interface, where you will have access to a variety of tools specifically designed for editing RAW files, including the noise reduction sliders.
In the ACR interface, navigate to the "Detail" panel. This panel is where you’ll find the primary tools for noise reduction, offering precise control over both luminance and color noise. The sliders in this section are crucial for cleaning up your image while maintaining its overall detail and sharpness.
Step 3: Adjust Noise Reduction Sliders
The first slider you’ll need to focus on is the Luminance slider. Luminance noise, often seen as grain, is a common issue in photos taken at high ISO levels or in low-light conditions. To reduce luminance noise, simply move the Luminance slider to the right. As you increase the Luminance slider value, Photoshop will smooth out the grain, making the image appear cleaner. However, be cautious when adjusting this slider; overdoing it can lead to a loss of fine details and make the image appear too soft. You’ll need to find the right balance to remove the grain without losing the sharpness and texture of the photo.
After addressing the luminance noise, you can tackle Color Noise. Color noise typically appears as random spots or pixels of colors, such as red, green, or blue, that are particularly noticeable in dark or shadowed areas. To remove these unwanted color specks, adjust the Color Noise Reduction slider. Moving the slider to the right will reduce or eliminate the visible color noise in the image, leaving behind a cleaner result. Similar to the Luminance slider, be mindful of the amount of adjustment applied to avoid affecting the overall color accuracy of your image.
While the Luminance and Color sliders are the primary tools for noise reduction, you’ll want to adjust these sliders gradually, checking the results frequently. Zoom in to 100% to inspect the changes and ensure the image still retains the necessary detail and clarity.
Step 4: Fine-Tune with the Detail and Contrast Sliders
After applying the noise reduction adjustments, you can refine the image further using the Detail and Contrast sliders. These tools help preserve textures and tonal contrast, which can sometimes be lost during the noise reduction process.
The Detail slider is particularly useful for preserving fine textures and edges in the image. When you apply noise reduction, it can sometimes result in a softening effect, especially in areas that require sharp detail, such as hair, fabric, or foliage. By increasing the Detail slider, you can maintain the crispness of these elements while still reducing the overall noise. Keep in mind that pushing the Detail slider too high can reintroduce unwanted artifacts, so moderate adjustments are recommended.
Similarly, the Contrast slider allows you to adjust the tonal range of the image. Increasing the contrast can help enhance the overall look of the photo by deepening shadows and brightening highlights. However, be cautious not to increase the contrast too much, as it may reintroduce some of the grain that was previously removed. It’s best to make small adjustments and frequently check the result to ensure the image doesn’t start to look overly processed or unnatural.
Once you’ve fine-tuned the noise reduction, detail preservation, and contrast adjustments, you can confidently proceed to finalize the settings.
Step 5: Apply the Settings and Save
After you’ve made all necessary adjustments to the luminance, color, detail, and contrast sliders, it’s time to apply the changes. Once you’re satisfied with the noise reduction and image quality, click “OK” in the bottom-right corner of the Adobe Camera Raw window. This will apply the settings to the image and return you to the main Photoshop workspace.
Since you’ve applied the ACR filter to a Smart Object, the noise reduction settings remain editable at any time. If you ever feel the need to adjust the settings again, simply double-click on the Camera Raw filter applied in the Layers panel, and the ACR interface will reopen, allowing you to tweak the noise reduction or other settings.
Finally, save your image in the desired file format. If you’re working on a large project or need to maintain the highest quality, it’s a good idea to save your work as a PSD file to retain all layer information and allow for future edits. If you’re ready to share your image, save it in JPEG or TIFF format, depending on your needs.
3- Using Photoshop Neural Filters for JPEG Noise Reduction: A Detailed Guide
JPEG images, while widely used due to their small file sizes and compatibility, often suffer from compression artifacts and visible noise, especially when taken at higher ISO levels or edited multiple times. These imperfections can degrade the overall quality of the image, making it appear grainy or blurry. Fortunately, Photoshop’s Neural Filters, particularly the JPEG Artifacts Removal filter, offer an effective solution to mitigate these issues. By leveraging advanced AI algorithms, the JPEG Artifacts Removal filter helps to reduce noise and compression artifacts while preserving the fine details and sharpness of the image. In this guide, we’ll explore how to use Photoshop’s Neural Filters to reduce JPEG noise effectively, ensuring that your photos remain clean, sharp, and professional.
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Step 1: Open the Image in Photoshop
To begin, you’ll need to open the JPEG image that you want to edit in Photoshop. JPEG files, as the most commonly used format for digital photography and online images, can often suffer from visible noise or artifacts, particularly if they were taken under low-light conditions or saved with high compression. Once the image is loaded into Photoshop, navigate to the top menu and select “Filter.” This step will provide access to various filters and tools that you can use to refine and improve your image.
Once inside the "Filter" menu, select “Neural Filters.” This option opens up a panel containing a collection of AI-driven filters designed to make complex image adjustments, such as noise reduction, skin retouching, and even style transfers, simpler and more efficient. The Neural Filters panel is part of Photoshop's powerful suite of tools designed to enhance images using machine learning and artificial intelligence.
Step 2: Enable the JPEG Artifacts Removal Filter
In the Neural Filters panel, you’ll find the JPEG Artifacts Removal filter, which is specifically designed to tackle issues like noise, pixelation, and other visual artifacts that often appear in JPEG files due to compression. Compression artifacts can manifest as blocky, blurry, or banded areas that are especially noticeable in areas with smooth gradients or subtle color transitions. This is where the JPEG Artifacts Removal filter comes into play.
To enable the filter, simply locate the JPEG Artifacts Removal option within the Neural Filters panel and toggle it on. Once activated, you’ll see a set of sliders that allow you to control the strength of the noise reduction and artifact removal process. The key adjustment here is the slider that determines how much noise and compression artifacts are removed. The filter offers three preset strength options—Low, Medium, and High—giving you the flexibility to adjust the filter’s effectiveness based on the severity of the noise or artifacts in your image.
If your image has only a small amount of noise or artifacts, starting with the Low setting is a good idea, as it will apply subtle corrections without over-smoothing the image. On the other hand, if your photo has heavy noise or visible compression artifacts, the Medium or High setting will provide a more aggressive approach to cleaning up the image. The filter intelligently applies noise reduction and artifact removal without sacrificing too much detail, so you can achieve a cleaner image while retaining important textures and sharpness.
Step 3: Adjust the Strength of the Filter
Once you’ve enabled the JPEG Artifacts Removal filter, you can fine-tune its effect by adjusting the strength slider. As mentioned, the filter provides three settings: Low, Medium, and High. These options determine the intensity of the noise reduction process, and choosing the right strength is key to achieving the best possible result.
Low Strength: This setting is perfect for images with minimal noise or artifacts. It applies light noise reduction and artifact removal, offering a subtle clean-up without affecting the overall texture and detail of the image too much. This setting is ideal if you want to smooth out minor noise without softening or blurring the image.
Medium Strength: The Medium setting strikes a balance between noise reduction and detail preservation. It works well for most images that have moderate noise or artifacts. With this setting, Photoshop will reduce visible noise and compression artifacts while still maintaining much of the image’s original sharpness and fine details.
High Strength: If your image has significant noise or heavy compression artifacts, you can opt for the High setting. This option will aggressively remove noise and artifacts, providing the cleanest possible result. However, be cautious with this setting, as it may lead to a loss of fine details or texture, especially in areas that require sharpness. It’s essential to examine the image closely after applying the filter to ensure that it doesn't become too soft or unnatural.
As you adjust the strength, keep in mind that every image is different, and the ideal setting will vary based on the amount of noise or compression artifacts present. It’s always a good idea to zoom in and check the image at 100% to ensure that you’re getting the desired results. You can toggle the filter on and off to compare the before-and-after effect, which will help you evaluate the effectiveness of the adjustments.
Step 4: Apply the Filter
Once you’re happy with the adjustments and are satisfied with the level of noise reduction, it’s time to apply the filter. To do this, simply click the “OK” button in the Neural Filters panel. This action will apply the JPEG Artifacts Removal filter to your image and return you to the main Photoshop workspace, where you’ll see the results of your adjustments.
The great advantage of using Photoshop’s Neural Filters is that they are non-destructive. This means that the changes you make with the JPEG Artifacts Removal filter are applied as a Smart Filter, which allows for easy modification later. If you decide that you want to adjust the strength of the noise reduction or artifact removal at any point, you can simply go back to the Neural Filters panel and tweak the settings without losing any of your original image data.
Step 5: Review and Refine Your Image
After applying the filter, it’s essential to review the image and check the results carefully. Zoom in to 100% and examine areas where noise or artifacts were previously visible. You should be able to see a noticeable reduction in graininess, pixelation, and color banding. If the image looks too smooth or softened, you can try decreasing the strength of the filter or applying selective sharpening to recover some of the lost detail.
If necessary, you can also apply other Photoshop tools to further refine the image. For example, you can use the Sharpening filter to enhance details that may have become too soft during the noise reduction process. Alternatively, you can adjust the Contrast and Brightness settings to further fine-tune the image and ensure that it looks natural and vibrant.
Step 6: Save Your Image
Once you are satisfied with the results, it’s time to save your edited image. Photoshop allows you to save your work in various formats, such as JPEG, PNG, or TIFF, depending on your needs. If you plan on doing more editing later, it’s advisable to save the image as a PSD file to preserve all layers, including the Smart Filters.
For those who need to save space or require a smaller file size, you can save the image as a JPEG again, but keep in mind that JPEG is a lossy format. If you need to retain the highest possible image quality, it’s better to choose a non-compressed format like TIFF or PNG.
4- Third-Party Plugins for Noise Reduction: A Complete Guide
When working with images, one of the most common issues photographers and designers face is noise. Whether the noise stems from high ISO settings, low-light conditions, or post-processing adjustments, it can significantly affect the quality of your images. Thankfully, Photoshop offers a variety of noise reduction tools, but sometimes these built-in features may not provide the level of detail preservation or the smoothness needed for particularly noisy images. This is where third-party plugins come into play. Among the best third-party noise reduction tools available is Topaz Labs DeNoise AI. This plugin uses cutting-edge machine learning algorithms to intelligently reduce noise while maintaining image texture and detail. In this guide, we’ll dive deep into how to use Topaz Labs DeNoise AI for noise reduction in Photoshop, providing you with a comprehensive approach to getting the cleanest images possible.
Step 1: Install and Access the Plugin
The first step in using Topaz Labs DeNoise AI is installing the plugin. If you haven’t already installed it, you can visit the Topaz Labs website to download the DeNoise AI plugin. The installation process is straightforward, and the plugin will integrate directly into Photoshop once installed. Make sure your Photoshop version is compatible with the plugin for smooth integration.
Once the plugin is installed, you can access it from within Photoshop. To do this, open your image in Photoshop and navigate to the top menu bar. Click on “Filter” and then hover over “Topaz Labs.” From the dropdown menu, select “DeNoise AI.” This will launch the DeNoise AI interface, where you can begin adjusting the settings to reduce noise in your image.
Step 2: Adjust the Noise Reduction Settings
One of the key advantages of using DeNoise AI over Photoshop’s built-in noise reduction tools is its advanced machine learning capabilities. The plugin analyzes the image, evaluates the noise patterns, and intelligently adjusts the noise reduction settings to suit the specific characteristics of the image. However, you can also manually adjust these settings to fine-tune the results based on your preferences.
When you open the DeNoise AI interface, you’ll find several sliders and options to customize the noise reduction process. These settings allow you to control how aggressively the plugin reduces noise while maintaining sharpness and texture. The most common sliders to adjust include:
Noise Reduction Strength: This is the primary slider that controls how much noise is reduced from the image. Moving the slider to the right increases the strength of the noise reduction, making the image smoother and less grainy. However, be careful not to overdo it, as excessive noise reduction can result in the loss of fine details. Start with moderate settings and gradually increase the strength to find the right balance between noise reduction and detail preservation.
Recover Fine Details: This slider helps retain the fine textures and details in the image that might otherwise be lost during noise reduction. For example, in portraits, this setting can help preserve the skin texture or hair details, while in landscape shots, it helps maintain the subtle details of foliage, rocks, or architectural elements. If you notice that your image is becoming overly soft or blurry, increasing the “Recover Fine Details” slider can help restore some sharpness.
Remove Color Noise: Color noise appears as random, colored specks, often seen in the shadow or highlight areas of the image. The “Remove Color Noise” slider specifically targets these artifacts and helps eliminate them, ensuring that your image looks cleaner and more natural. If you notice visible color spots, especially in the darker regions, this setting is invaluable.
Sharpening: DeNoise AI also offers a sharpening slider that can be used to enhance the overall sharpness of your image. Noise reduction can sometimes result in a slight softening of the image, so applying sharpening helps recover lost detail. However, it’s important to use this feature sparingly to avoid introducing halos or artifacts around edges.
While these settings provide excellent manual control, DeNoise AI also features an automatic mode. When you enable this option, the plugin will analyze the image and determine the best noise reduction settings based on its analysis. This is a convenient feature for those who want quick results without getting too deep into manual adjustments. However, for more complex images with varying noise levels, manual adjustments often yield superior results.
Step 3: Apply and Return to Photoshop
Once you’ve made the necessary adjustments, it’s time to apply the noise reduction settings and return to Photoshop. To apply the settings, simply click the “Apply” button in the DeNoise AI interface. The plugin will process the image, reducing noise and applying the necessary adjustments to enhance its quality. Once the processing is complete, Photoshop will return to the main workspace, and you’ll see a new layer containing the noise-reduced image.
This new layer is a non-destructive adjustment, allowing you to revisit and modify the noise reduction settings at any time. If you feel that the result isn’t quite what you wanted, you can always go back to the “Topaz Labs” menu and re-enter DeNoise AI to adjust the settings further. The ability to work non-destructively is one of the standout features of third-party plugins like DeNoise AI, as it ensures that you don’t permanently alter your original image data.
Step 4: Fine-Tuning and Additional Adjustments
After applying the noise reduction filter, take a moment to examine your image carefully. Zoom in to 100% and look at the areas where noise was most visible, such as in the shadows, sky, or dark regions. You should notice a significant reduction in noise, with the image looking cleaner and smoother while retaining important details and textures.
If you feel that the noise reduction has made the image too soft or if certain areas still look grainy, you can always make additional adjustments. For example, you can apply localized sharpening to certain areas using Photoshop’s Sharpening filter or the Brush Tool to selectively enhance detail. Additionally, you can use the Contrast or Levels adjustments to improve the tonal range of your image, ensuring that the reduction of noise doesn’t result in a flat, lifeless appearance.
Step 5: Saving Your Image
Once you are satisfied with the noise reduction results, the next step is to save your image. Photoshop allows you to save your image in various formats depending on your needs. If you intend to continue editing the image later, it’s best to save the project as a PSD file, which retains all the layers and non-destructive adjustments. This will allow you to revisit your work and make further changes if necessary.
If you're finished editing and want to share or print the image, you can save it in JPEG, TIFF, or PNG format. JPEG is suitable for most online and social media applications, while TIFF is ideal for high-quality printing or archiving. Just remember that saving the image in JPEG format will apply compression, so it's a good idea to save a high-quality version in TIFF if you plan on making further edits or need the best possible quality.
Harnessing the Power of Topaz Labs DeNoise AI for Advanced Noise Reduction
Topaz Labs DeNoise AI is a powerful third-party plugin that provides a sophisticated solution for reducing noise and preserving detail in images. Whether you're working with high-ISO images, low-light shots, or compressed JPEG files, this AI-driven tool can significantly improve the quality of your photos by intelligently reducing noise while maintaining essential texture and sharpness. By adjusting the noise reduction strength, recovering fine details, and removing color noise, you can achieve cleaner, more professional-looking images with minimal effort.
The process of using DeNoise AI is simple and intuitive, making it accessible for both beginners and advanced users. With its automatic settings and manual control options, you can customize the noise reduction process to suit your specific needs. Additionally, the non-destructive nature of the plugin ensures that you can always go back and refine your settings without worrying about losing important image data.
For those looking for a more advanced and AI-driven approach to noise reduction, Topaz Labs DeNoise AI is an excellent choice. With this plugin, you can achieve superior results that go beyond what Photoshop’s built-in tools can offer, providing you with the ability to create polished, noise-free images that showcase your true creative vision. Whether you're a professional photographer or an enthusiast, DeNoise AI is a must-have tool for anyone looking to elevate the quality of their work.
Conclusion: Efficient Noise Reduction in Photoshop
Learning how to reduce noise in Photoshop is an essential skill for photographers, especially when working with images shot in challenging conditions like low light or high ISO. Whether you're using Photoshop’s built-in Noise Reduction filter, the Adobe Camera Raw filter, or third-party tools like Topaz Labs DeNoise AI, there are a variety of methods to eliminate grain and improve the clarity of your images. With the right techniques and tools, you can enhance your photos, preserve important details, and ensure that your images are sharp, clean, and professional-looking.
By incorporating these noise reduction techniques into your workflow, you’ll be able to handle noisy images with confidence, turning them into high-quality photos ready for display or print. Make sure to experiment with these different methods to see which works best for your images and the type of noise you’re dealing with. Ultimately, mastering noise reduction in Photoshop will significantly improve your post-processing skills and the quality of your final images.
