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How to Flip or Rotate an Image in Google Docs Step-by-Step Tutorial on Flipping and Rotating Images in Google Docs Like a Pro! How to Insert Image in Google Docs:
Step 1. Access Google Docs from the Google Menu or by accessing chúng tôi on your Google Chrome browser. You may need to sign in to your Google Account if not already signed in.
Also Read: Google Docs Tips & Tricks To Boost Work EfficiencyAdjusting Images on Google Docs Editor:
There are a few options to edit images on Google Docs. You can resize, crop, and adjust the image brightness, contrast, transparency, and color saturation of the image. Here are a few tips on how to do it!
Step 1. Access your Google Doc and select the image you wish to work with.
Step 2. You can perform the following actions once you see selection handles around the image.
Resize Image – Move your pointer on any of the squares and drag the pointer to shrink the image.
Crop Image – Double tap on the image to see black corners and bars around the image. Now if you drag any corner, the image will be cropped from that side.
Image Toolbar – When you select the image, all the selection handles around the image, changes to the Image editing bar. You can add borders, select the pattern of the border, change the color of the border, and position the image to the Right, Left, or Center Alignment.
Also Read: How to Use Voice Typing on Google DocsHow to Rotate an Image on Google Docs:
Earlier the Rotate Image feature was not there on Google Docs however, now we have an intuitive Google Editor option available for images. You can rotate an image to a certain degree or rotate it to 90, 180, or 360 degrees.
Step 1. Access your Google Doc and select the image you wish to work with.
Step 2. You can perform the following actions once you see selection handles around the image.
Step 4. Expand the Size and Rotation option to explore options.
Step 5. Before you rotate the image, you can resize the height and width of the image.
Also Read: Is INK Editor The Best Document Editor AppHow to Flip Image on Google Docs:
Google Docs has a secret trick to Flip Images Horizontally or Vertically. You will need to get into the Drawing option to access this feature. Here is how to go for it! Flipping an image is precisely the opposite of rotating an image. As, we rotates images in clockwise angles and we flip images horizontally or vertically to create a mirror image of the existing one—step
Step 1. Access a blank Google Doc on your PC.
Step 5. Once the image is on the clipboard, now you have an option to flip it. You can create a copy of the image to make a mirror image.
Effortlessly Flip or Rotate Images in Google Docs for Enhanced Visual Presentation:
This article on how to rotate an image on Google Docs has the best tips and tricks to work with images on Google Docs. You will explore new ways to insert images, edit them and refine the images on Google Docs. The new feature to flip images on Google Docs will amaze you to create mirror images. Try out the best of Google Docs editors and new smart features to create amazing documents.
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Google Meet doesn’t mirror or flip your video for your audience, even though it shows you a mirror view in your preview. So, there is no need to flip it per see to correct the view. However, if you need to really flip or mirror your video on Google Meet for some reason, this guide will help you out.
Does Google Meet flip camera?
Yes and no. Google Meet does flip your camera feed but there is a catch to it — it only mirrors the video in the preview shown to you, your audience sees the unmirrored view. Google Meet does this so that people can see the video preview as they see in the mirror without it being too jarring for them.
However, Google Meet does not flip your video for the end-user. This means that even if text and items in your video preview might appear to be flipped to you, they are shown in the correct orientation to your meeting participants. This is a great boon for teachers and trainers that use Google Meet to convey important concepts to their meeting participants. This often involves the use of Whiteboards and charts which can lose their meaning if they are flipped in the video.
Why do I see a mirrored camera?
Like most smartphones and webcams, Google automatically flips the video preview for you. This is an ongoing trend of the recent decade that has a lot to do with the popularity of selfies and the introduction of dedicated selfie cameras on smartphones. Humans are used to seeing their flipped image due to the everyday use of real mirrors in our lives. Most of us are used to looking at our flipped image, so seeing an unmirrored image of ourselves can often be jarring for many users.
To combat this jarring experience and to provide a more aesthetic and selfie-friendly environment, companies started to mirror smartphone video previews so that they resemble an everyday mirror. This trend soon caught on and is now virtually available in every service that captures video from any electronic device be it a smartphone, tablet, laptop, or dedicated camera.
How to mirror camera in Google Meet
As stated above, the video is flipped/mirrored only for your preview and appears un-mirrored for your audience. So, there is no need to flip it. If you still wish to flip your video for your meeting participants in Google Meet then you can achieve this by using one of the guides below depending on your system. Let’s take a look at the procedure.
To flip the video feed when using Google Meet on a Mac, you first need to launch the Quicktime Player app on your Mac from the ‘Launchpad’.
You will now be shown a QuickTime recording screen with a video preview. You can now proceed to launch Google Meet on Google Chrome, and join a meeting where you want to show the mirrored/flipped video.
And that’s it. Your meeting participants should now be able to view a flipped video from your camera’s feed.
Note: While using the default camera app worked for us on most devices, some manufacturers are known to restrict the functionality to mirror your video on the device. If your default camera app does not mirror your video, then simply download Snap Camera from this link and follow the guide below. But instead of presenting the ‘Camera’ app in your meeting, present the preview from your Snap Camera app. (Ensure that you aren’t accidentally using Snapchat filters in a professional environment).
Now the app will automatically show you a video preview where your image will be flipped.
Select ‘A Window‘.
Your flipped video feed from the camera preview will now be displayed to all the meeting participants.
Using a Chrome extension
If you are casting your screen and you want to flip a specific content/video on the webpage, then we recommend using one of these Chrome extensions.
You can add a Chrome extension for Flip Screen if you want to flip all text on the webpage that you are casting. This extension flips all the content on the webpage.
If you want to only flip content in videos then we recommend using the Video Mirror extension. It will flip content on videos and is also compatible with Google Meet.
How to Flip your Camera without sharing your screen
The methods we have explained above let you flip the camera view on your computer through inbuilt camera applications and then let you share them as a presentation to give a mirrored effect. If you don’t want to share your screen to be able to flip your camera view but want others to see a mirrored version of yourself directly from your camera source, then this method may help achieve just that.
You should note that we’re using a third-party app – Snap Camera to get this to work and if you’re familiar with this application on your computer, mirroring content from your camera will be a much easier affair.
We can split this process into three parts – Installing Snap Camera software, Applying filters to invert your camera, and Enabling Snap Camera inside Google Meet.
Install and Set Up Snap Camera on your computer
If you’re familiar with downloading and installing applications for your Windows or Mac computer, then you may directly go to the Snap Camera download page. In case you’re not used to the ordeal, you can check out the guide we’ve prepared in the link below to download and install Snap Camera on your PC.
▶ How do you download and install Snap Camera?
Once Snap Camera has been installed on your computer, you cannot start using it straight away. You need to grant it permission to access your camera since modern operating systems have an extended set of privacy and security controls. For Snap Camera to work, you will have to enable access to your camera so that it can modify the input of your camera and change it according to your preferences.
You can enable camera access on your PC by following these steps:
Apply an “Inverted” filter from Snap Camera
In case, you cannot apply any of these camera filters, you can check out community-made filters inside the Snap Camera app by searching for “inverted”, “mirror”, or “flip”.
When you select a Snap Camera filter that inverts or flips the visual feed from your camera, you should be able to see the inverted view as a preview directly on the Snap Camera application. You’re now all set to use the filter on a Google Meet session.
Note: Snap Camera should be open and active for the whole time until the meeting is live.
Enable Snap Camera as your default input
Now that you have applied the inverted or mirrored look inside Snap Camera, it’s time for you to enable Snap Camera inside Google Meet. Since Google Meet can only be accessed through a web browser even now, you need to make sure that you’re using a web browser that allows you to change input devices for different websites you visit. For instance, Google Chrome, Brave, and Firefox – all of them allow users to apply Snap Camera as the default camera for a website. But the same cannot be said for Safari on macOS as Apple limits third-party apps from accessing Safari for privacy reasons.
That’s pretty much it. When you successfully make this method work for you, the end result will look something like this.
Here, you can see that the screenshot has captured the meeting screen with texts that are mirrored in the way you’re able to read them. If this wasn’t mirrored, the captured screenshot will show the book with inverted text.
Whether you need to create a thumbnail for your latest YouTube video or need to resize an image for your website, you don’t need a powerful image editor like Photoshop. No matter what OS you use, there’s a quicker and easier way to resize images. And as an added bonus, they’re all free.Download an Image 1. Pixlr X
Note: using Pixlr requires an active Internet connection.
To get started, navigate to the Pixlr website. You have the option of using Pixlr X or the older flash-based version of Pixlr. They’ll both get the job done, so you can go with whichever version you want. That being said, we recommend using the newer Pixlr X version, as it’s more secure. Once the Pixlr interface has loaded into your browser, you can begin using it.
1. Select “open Image from computer.” This will open a new window that will allow you to select the image you want to edit. Your image will be uploaded to the Pixlr tool within your browser. Once you see it, you can begin editing.
3. From there, select “Resize.”
Here, you’ll be able to enter the desired values for height and width. You’ll also notice an option labeled “Constrain Proportions. ” Leaving this box checked will maintain the image’s original proportions when resizing, ensuring the picture isn’t stretched or altered. That being said, it may prevent you from applying specific values for height and width if they do not adhere to the original image’s proportions.2. Windows Paint 3D
If you don’t have an Internet connection, you can still perform basic image-editing using software already on your PC. In Windows 10 this can be done with a program you’re probably already familiar with: Paint. The Windows 10 version of Paint has undergone some changes since the old days of primitive scribbles, adding the ability to make some quick edits, including resizing images.3. Mac Preview
If you have a Mac, you can use the default application for viewing images and PDFs to perform some basic image editing tasks. To resize an image using Preview:
1. Open the Preview app, and use the File menu to import the image you want to edit.4. ImageMagick
When it comes to working with images in Linux, many opt for GIMP, the open-source image editor that takes its cues from Adobe’s Photoshop. GIMP is a great option if you’re looking for a more robust editor, but it’s not really necessary if you just want to make quick, minor alterations. Fortunately, there is ImageMagick, a suite of image-modifying utilities run from the command line.
1. To get started, you’ll first need to install ImageMagick. To install it on Ubuntu or other Debian-based distros, fire up the terminal, and input the following command:
Once ImageMagick has been installed on your machine, you can quickly resize images. In the following example, the image is going to be called “sample.jpg,” and we are resizing it to 700 pixels in width by 400 pixels in height:convert chúng tôi
700x400 chúng tôi will convert the image to the desired size, while preserving the aspect ratio. That being said, depending on the dimensions of the original image, the end result may not be exactly 700×400. To force ImageMagick to produce an image with those exact dimensions, even if it messes with the aspect ratio, add in an exclamation point after the desired size:
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So you have a wonderful picture of your kids or dogs and you want to have some fun by removing the background and dropping in a different background? Or maybe you just want to remove the background on a picture so that you can use it on a website or digital document?
There are many ways to go about removing a background from images and all of them will give you different results. The best thing is to try a couple of different methods on your picture and see which one gives you the best results.
Table of Contents
In this post, I’m going to write about three methods: using PowerPoint, using a website called ClippingMagic and using an app on your Android or iOS phone called Background Eraser.Remove Background using PowerPoint
When you let go, it will automatically figure out which part to keep. It might end up adding more purple in another part of the image, but you can just draw another line to fix that. Here you can see I had to draw a couple of lines in order to get just the dogs.
Here I inserted a picture of clouds and then moved my dog picture to the front. When you remove a background using PowerPoint it automatically makes the removed part transparent, so you don’t have to manually make the background transparent.
When you remove the background, you might see a little bit of the background around the edges of the main subject. This is really hard to remove in some images, but there is a nice trick that makes the cutout look a lot better in PowerPoint.Remove Background Using Clipping Magic
The only downside to this site is that you have to pay in order to download a copy of your image. Not only that, they require you to subscribe to a monthly plan instead of having a one-time charge, which I would not mind paying if it was something really cheap.Remove Background using Background Eraser
If you take most of your photos from your smartphone now, it will probably be easier to just download an app that can help you remove a background. Here are the ones I suggest for iOS and Android:
Once you install the iOS app, Background Eraser will give you a blank screen like shown below.
Tap on the small icon at the top left that has the mountain on it. It will ask you for permission to access your photos. When you agree, go ahead and select a picture from your camera roll.
Once your image has loaded, you will see the buttons at the bottom become enabled. You can crop and adjust the colors, etc if you like. In our case, we want to tap on Erase.
The erase tools will appear across the bottom. By default, Erase is selected and if you start to move your hand over the image, it will start erasing. There are a couple of things to note. Firstly, the width is set to max and you can adjust it by using the slider.
In addition, there is an offset so that when you move your finger across the screen, the erasing will be offset from your finger so that you can actually see what you are erasing. You can also adjust this offset using the slider.
Next, Restore will do the opposite of Erase and will bring back any part of the image you move your finger over. TargetArea is really handy and will allow you to simply tap on an area with similar background and remove it automatically. This is good for sections that have solid colors.
TargetColor will allow you to pick one color in the image and have it erased anywhere else it shows up in the image. Lastly, Reverse will invert the selection.
Using a combination of the tools, you can remove exactly the portions of the picture you want. Note that you can also pinch to zoom, which makes it really easy to get rid of those hard to get to parts. Finally, when you are done, tap on the Done link and then tap on the arrow at the top right.
You can now save the picture out to your camera roll, email it, or share it onto social media. You can also choose from various sizes and choose between PNG and JPEG.
Rotating an image is the most basic operation in image editing. The python OpenCV library provides the methods cv2.getRotationMatrix2D(),cv2.rotate() to do this task very easily.
The cv2.rotate() will rotate the image in 0 or 90 or 180 or 270 angles only where as Cv2.getRotationMatrix2D() will rotate the image to any specified angle. In the article below, we will rotate the image without cropping or cutting off sides using OpenCV Python.
To rotate an image using the cv2.getRotationMatrix2D() method then we need to follow below three steps −
First, we need to get the centre of rotation.
Next by using the getRotationMatrix2D() method, we need to create the 2D-rotation matrix.
Finally, by using the warpAffine() function in OpenCV, we need to apply the affine transformation to the image to correct the geometric distortions or deformations of the image.Using Cv2.getRotationMatrix2D() function
The function creates a transformation matrix of the input image array, therefore it will be used for rotating an image. If the value of the angle parameter is positive, then the image gets rotated in the counter-clockwise direction. If you want to rotate the image clockwise, then the angle needs to be negative.Syntax cv2.getRotationMatrix2D(center, angle, scale) Parameters
center: Center of the rotation for the input image.
angle: The angle of rotation in degrees.
scale: An isotropic scale factor. Which scales the image up or down according to the value provided.Example
Let’s take an example, and rotate the image using the trigonometric functions of the math module.import cv2 import math def rotate_image(array, angle): height, width = array.shape[:2] image_center = (width / 2, height / 2) rotation_mat = cv2.getRotationMatrix2D(image_center, angle, 1) radians = math.radians(angle) sin = math.sin(radians) cos = math.cos(radians) bound_w = int((height * abs(sin)) + (width * abs(cos))) bound_h = int((height * abs(cos)) + (width * abs(sin))) rotation_mat[0, 2] += ((bound_w / 2) - image_center) rotation_mat[1, 2] += ((bound_h / 2) - image_center) rotated_mat = cv2.warpAffine(array, rotation_mat, (bound_w, bound_h)) return rotated_mat img = cv2.imread('Images/car.jpg',1) rotated_image = rotate_image(img, 256) cv2.imshow('Rotated image', rotated_image) cv2.waitKey(0) cv2.destroyAllWindows() Input image Output
The output Rotated image is displayed below.
The input image is successfully rotated to the 256 degrees angle.Example
In this example, we will rotate an image using cv2.getRotationMatrix2D() and python built in abs() functions.import cv2 def rotate_image(arr, angle): height, width = arr.shape[:2] # get the image centers image_center = (width/2, height/2) rotation_arr = cv2.getRotationMatrix2D(image_center, angle, 1) abs_cos = abs(rotation_arr[0,0]) abs_sin = abs(rotation_arr[0,1]) bound_w = int(height * abs_sin + width * abs_cos) bound_h = int(height * abs_cos + width * abs_sin) rotation_arr[0, 2] += bound_w/2 - image_center rotation_arr[1, 2] += bound_h/2 - image_center rotated_mat = cv2.warpAffine(arr, rotation_arr, (bound_w, bound_h)) return rotated_arr img = cv2.imread('Images/cat.jpg',1) rotated_image = rotate_image(img, 197) cv2.imshow('Original image', img) cv2.imshow('Rotated image', rotated_image) cv2.waitKey(0) cv2.destroyAllWindows() Original Image Rotated Image
The input image is successfully rotated to the 197degrees angle.cv2.rotate()
The cv2.rotate() function rotates an image frame in multiples of 90 degrees(0 or 90 or 180 or 270 angles). The function rotates the image in three different ways using the rotateCode= 0 or 1 or 2 parameters.Syntax cv2.cv.rotate( src, rotateCode[, dst] ) Parameters
src: Input image
rotateCode: It specifies how to rotate the image.
dst: It is the output image of the same size and depth as the input image.Returns
It returns a rotated image.Example
In this example, the input image “Fruits.jpg” will be rotated to the 90 degrees anticlockwise direction.import cv2 import numpy as np img = cv2.imread('Images/logo.jpg',1) rotated_image = cv2.rotate(img,rotateCode = 2) cv2.imshow('Original image', img) cv2.imshow('Rotated image', rotated_image) cv2.waitKey(0) cv2.destroyAllWindows() Original Image Rotated Image Using np.rot90()function
The numpy.rot90() method is used to rotate an array by 90 degrees. If it is sufficient to rotate our input only about 90 degrees rotation, then it is a simple and easier way.Example
In this example, we will take an input rectangular image “car.jpg” with 850X315 dimensions.import cv2 import numpy as np img = cv2.imread('Images/car.jpg',1) rotated_image = np.rot90(img) cv2.imwrite('Rotated image.jpg', rotated_image) cv2.imshow('InputImage', img) cv2.waitKey(0) Original Image Rotated Image
The method rotates the array from the first towards the second axis direction. So that the given image is rotated in an anti-clock wise direction.
Enhancing The Sky In An Image With Photoshop
Written by Steve Patterson.
In this Photoshop tutorial, we’ll learn how to enhance the sky in a photo, bringing out details in the clouds, improving the contrast and increasing color saturation, and we can do all these things at once using a very simple technique.
Often times when taking pictures outdoors, the camera exposes the shot based on the brightness of the subject you’re focusing on, which is fine except that it tends to overexpose the sky, washing away that rich, deep blue along with most of the details in the clouds. The usual way of avoiding this problem is by using a neutral density filter, which is a fancy name for what is essentially a black-to-transparent gradient attached to the lens of your camera, fading from black at the top down to transparent at the bottom. Since the top portion of the filter is darker than the bottom portion, less light is able to enter the top portion of the lens, protecting the sky from overexposure.
If you don’t happen to own a neutral density filter or forgot to bring it with you, no worries. Photoshop makes it easy to achieve the same results with very little effort. In fact, even though the general rule is to get things right as much as possible in front of the camera rather than relying on Photoshop to save the day, this is one time when I find it easier to do the work in Photoshop since it gives us a lot more control over the end result.
I was out driving around the countryside one morning when I came across a couple of horses proudly standing by the road enjoying a delicious helping of grass. Since I always bring my camera along everywhere I go (I find it makes it easier to take pictures), I couldn’t resist pulling the car over and snapping a few photos. Here’s one of them:
The original image.
Overall, it’s not a bad photo, and unlike several people I know who run for cover at the very mention of having their picture taken, these two horses didn’t seem to mind at all. It might have been a better photo if the wire fence wasn’t in the way, but I could always get rid of it if I really wanted to using the Clone Stamp tool. The problem I’m concerned about here is the sky. It’s looking quite dull and could definitely use some help. There’s a lot of detail in the clouds that we’re not seeing, and the light blue needs to be deeper, more saturated.
Here’s what the sky will look like when we’re done:
The final “enhanced sky” result.
Let’s see how to go about enhancing the sky.
One thing I should point out here before we begin is that if your sky is completely blown-out, meaning that it is overexposed to the point where it has become pure white and there is no useable image information, this technique won’t work. In fact, no technique will work. Photoshop may be extremely powerful, but it can’t create something out of nothing. If that’s the case with your photo, you’ll need to replace the sky completely. We’ll look at how to do that in another tutorial.
Download this tutorial as a print-ready PDF!
Add A New Blank Layer
With my photo newly opened in Photoshop, I can see in my Layers palette that I currently have one layer, the Background layer, which contains my image:
The Layers palette in Photoshop showing the original image on the Background layer.
This adds a new blank layer, which Photoshop automatically names “Layer 1”, above the Background layer:
A new blank layer appears above the Background layer.
Reset Your Foreground And Background Colors
You may not need to do this step, but just to keep us both on the same page, press the letter D on your keyboard to reset your Foreground and Background colors. This sets your Foreground color to black and your Background color to white, which we can see if we look at the two color swatches near the bottom of the Tools palette. The swatch in the top left shows the current Foreground color, while the swatch in the bottom right shows the current Background color:
The Tools palette in Photoshop showing the current Foreground and Background colors.
Select The Gradient Tool
Grab the Gradient Tool from the Tools palette, or press G on your keyboard to quickly select it:
Selecting the Gradient Tool from the Tools palette.
Select The Foreground to Transparent Gradient
Select the “Foreground to Transparent” gradient from the Gradient Picker.
Drag Out A Gradient Inside The Photo
Drag a black-to-transparent gradient from the sky to the ground.
If you want a larger transition area with your image, simply drag the gradient across a larger area. A common practice is to start the gradient at the very top of the image and then drag down to the horizon line. This leaves the darkest area of sky at the top of the photo and gradually lightens it towards the horizon, a very nice effect.
When I release my mouse button, Photoshop draws the gradient, filling most of my sky with black and then quickly fading it away as it crosses the trees (my transition area):
The black to transparent gradient is now added to the image.
The sky is definitely darker now than it was before. Of course, it also looks quite horrible at the moment, but we’re not done yet! Hold your horses! (Sorry, I had to say that at some point).
Change The Blend Mode Of “Layer 1” To “Overlay”
Change the blend mode of “Layer 1” to “Overlay”.
With the gradient set to the Overlay blend mode, the black area from the gradient blends in with the photo in a way that makes a huge improvement to the sky. The contrast has been increased, we’ve brought out all the details in the clouds, and the sky is now a deeper, richer blue:
The sky has now been enhanced after changing the blend mode of the gradient layer to “Overlay”.
The sky now looks a whole lot better, but by solving one problem, we’ve created another. The gradient I dragged out covered not only the sky but also part of the horses, and now they look like they’ve been roasting in the sun too long. I need to prevent the gradient from affecting the horses, and I can do that easily using a layer mask.
Add A Layer Mask To “Layer 1”
This adds a layer mask to the gradient layer. Nothing seems to have happened in the document window, but if we look at the Layers palette, we can see that a layer mask thumbnail has been added to “Layer 1”:
The Layers palette in Photoshop now showing a layer mask thumbnail on “Layer 1”.
Select The Brush Tool
We’re going to hide the effects of the gradient by painting with black on the layer mask over the areas we want to protect. First, we need the Brush Tool, so either grab it from the Tools palette or press B on your keyboard:
Selecting the Brush Tool from the Tools palette.
Set Your Foreground Color To Black
Since we want to paint with black, we need to set our Foreground color to black. By default when you have a layer mask selected (which we currently do), Photoshop sets your Foreground color to white and your Background color to black. All we need to do here is swap them, and we can do that by pressing the letter X on the keyboard. If we look at the Foreground and Background color swatches again in the Tools palette, we can see that black is now our Foreground color:
The Tools palette showing black as our current Foreground color.
Paint Over The Areas You Want To Protect
With the Brush Tool selected and black as our Foreground color, all we need to do now is paint over the areas that we want to protect from the effects of the gradient. In my case, I want to paint over the horses. You’ll most likely need to change the size of your brush, and you can do that by pressing the left and right bracket keys on the keyboard (located to the right of the letter P). The left bracket key makes the brush smaller, and the right bracket key makes the brush larger. You’ll probably want to use a soft-edge brush, and you can control the hardness of the brush by holding down the Shift key and pressing the left and right bracket keys. Holding Shift and pressing the left bracket key makes the brush softer. Holding Shift and pressing the right bracket key makes the brush harder.
Simply paint over any areas where you need to hide the effects of the gradient. Here, I’m painting over the backs of the horses. Since I’m painting on the layer mask, not on the photo itself, the black color of the brush is not visible. Instead, we see the effects of the gradient being hidden from view:
Painting with black on the layer mask hides the effects of the gradient.
If you make a mistake and accidentally paint over an area you didn’t mean to, just press X on your keyboard to swap your Foreground and Background colors again so white becomes your Foreground color. Paint over the mistake with white to bring back the effects of the gradient, then press X again to set your Foreground color back to black and continue painting.
I’m going to finish painting over the areas that I want to protect from the gradient. As I mentioned a moment ago, since we’re painting on the layer mask rather than on the image itself, we can’t see the color we’re painting with, but if we look at the layer mask thumbnail in the Layers palette, we can see all the areas where we’ve painted with black:
The layer mask thumbnail in the Layers palette showing the areas where we’ve painted with black.
And here, after painting away the effects of the gradient over the horses, bringing back their original color and brightness, is my final “enhanced sky” result:
The final “enhanced sky” result.
And there we have it! That’s how to enhance the sky in an image with Photoshop! Check out our Photo Retouching section for more Photoshop image editing tutorials!
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