Remove "Screenshot of/with/showing"

docs/angular/lifecycle.md

@@ -47,7 +47,7 @@ The difference between `ionViewWillEnter` and `ionViewDidEnter` is when they fir
 
 For `ionViewWillLeave` and `ionViewDidLeave`, `ionViewWillLeave` gets called directly before the transition away from the current page begins, and `ionViewDidLeave` does not get called until after the new page gets successfully transitioned into (after the new pages `ionViewDidEnter` fires).
 
-![Animated sequence showing Ionic page life cycle events in a console log as a page transition occurs.](/img/guides/lifecycle/ioniclifecycle.gif 'Ionic Lifecycle Animation')
+![Animated GIF showing Ionic page life cycle events in a console log as a page transition occurs.](/img/guides/lifecycle/ioniclifecycle.gif 'Ionic Lifecycle Animation')
 
 ## How Ionic Handles the Life of a Page
 

docs/angular/your-first-app/2-taking-photos.md

@@ -70,7 +70,7 @@ Then, open `tab2.page.html` and call the `addPhotoToGallery()` function when the
 
 Save the file, and if it's not running already, restart the development server in your browser by running `ionic serve`. On the Photo Gallery tab, click the Camera button. If your computer has a webcam of any sort, a modal window appears. Take a selfie!
 
-![Screenshot of a photo gallery app displaying a webcam selfie.](/img/guides/first-app-cap-ng/camera-web.png 'Webcam Selfie in Photo Gallery')
+![A photo gallery app displaying a webcam selfie.](/img/guides/first-app-cap-ng/camera-web.png 'Webcam Selfie in Photo Gallery')
 
 _(Your selfie is probably much better than mine)_
 

docs/angular/your-first-app/6-deploying-mobile.md

@@ -60,7 +60,7 @@ ionic cap open ios
 
 In order for some native plugins to work, user permissions must be configured. In our photo gallery app, this includes the Camera plugin: iOS displays a modal dialog automatically after the first time that `Camera.getPhoto()` is called, prompting the user to allow the app to use the Camera. The permission that drives this is labeled “Privacy - Camera Usage.” To set it, the `Info.plist` file must be modified ([more details here](https://capacitorjs.com/docs/ios/configuration)). To access it, click "Info," then expand "Custom iOS Target Properties."
 
-![Screenshot of the Info.plist file in Xcode showing the NSCameraUsageDescription key added for camera access.](/img/guides/first-app-cap-ng/xcode-info-plist.png 'Xcode Info.plist Configuration')
+![The Info.plist file in Xcode showing the NSCameraUsageDescription key added for camera access.](/img/guides/first-app-cap-ng/xcode-info-plist.png 'Xcode Info.plist Configuration')
 
 Each setting in `Info.plist` has a low-level parameter name and a high-level name. By default, the property list editor shows the high-level names, but it's often useful to switch to showing the raw, low-level names. To do this, right-click anywhere in the property list editor and toggle "Raw Keys/Values."
 
@@ -70,7 +70,7 @@ Follow the same process to add the other two Keys required of the Camera plugin:
 
 Next, click on `App` in the Project Navigator on the left-hand side, then within the `Signing & Capabilities` section, select your Development Team.
 
-![Screenshot of the Xcode interface displaying the Signing & Capabilities tab for an iOS app project.](/img/guides/first-app-cap-ng/xcode-signing.png 'Xcode Signing & Capabilities')
+![The Xcode interface displaying the Signing & Capabilities tab for an iOS app project.](/img/guides/first-app-cap-ng/xcode-signing.png 'Xcode Signing & Capabilities')
 
 With permissions in place and Development Team selected, we are ready to try out the app on a real device! Connect an iOS device to your Mac computer, select it (`App -> Matthew’s iPhone` for me) then click the "Build" button to build, install, and launch the app on your device:
 
@@ -103,7 +103,7 @@ Scroll to the `Permissions` section and ensure these entries are included:
 
 Save the file. With permissions in place, we are ready to try out the app on a real device! Connect an Android device to your computer. Within Android Studio, click the "Run" button, select the attached Android device, then click OK to build, install, and launch the app on your device.
 
-![Screenshot of the Android Studio interface with arrows pointing to the Run button and the connected device.](/img/guides/first-app-cap-ng/android-device.png 'Android Studio Run Configuration')
+![The Android Studio interface with arrows pointing to the Run button and the connected device.](/img/guides/first-app-cap-ng/android-device.png 'Android Studio Run Configuration')
 
 Once again, upon tapping the Camera button on the Photo Gallery tab, the permission prompt should be displayed. Tap OK, then take a picture with the Camera. Afterward, the photo should appear in the app.
 

docs/deployment/play-store.mdx

@@ -69,15 +69,15 @@ If you haven't made the switch to Android app bundles yet, you will need to opt
 First, create a new app in the Google Play Console. In order to enable app signing, you'll need to navigate to the new release screen, on one of the Production, Open testing, closed testing, or internal testing pages.
 Select the Create new release button as seen below (it doesn't matter which release type, since you don't have to actually go through with creating a new release right now):
 
-![Screenshot of Google Play Console's Production tab with arrow pointing to the 'Create new release' button.](https://blog.ionicframework.com/wp-content/uploads/2021/12/newapps-release-1024x561.png "Google Play Console New Release Creation")
+![Google Play Console's Production tab with arrow pointing to the 'Create new release' button.](https://blog.ionicframework.com/wp-content/uploads/2021/12/newapps-release-1024x561.png "Google Play Console New Release Creation")
 
 Under the App integrity section, click the **Change app signing key** button:
 
-![Screenshot of Google Play Console's App integrity section with the 'Change app signing key' button highlighted.](https://blog.ionicframework.com/wp-content/uploads/2021/12/newapps-signingkey.png "Google Play Console Change App Signing Key Option")
+![Google Play Console's App integrity section with the 'Change app signing key' button highlighted.](https://blog.ionicframework.com/wp-content/uploads/2021/12/newapps-signingkey.png "Google Play Console Change App Signing Key Option")
 
 Next, select the **Export and upload a key from Java Keystore** option. This is the only way in which you can retain the key and have Google Play use it for signing. If you're using Appflow to build Android apps in the cloud, this is also the required option so you can upload the keystore file to Appflow.
 
-![Screenshot of the Google Play Console showing the option to 'Export and upload a key from Java Keystore'.](https://blog.ionicframework.com/wp-content/uploads/2021/12/newapps-export-1024x564.png "Google Play Console Export and Upload Key Option")
+![The Google Play Console showing the option to 'Export and upload a key from Java Keystore'.](https://blog.ionicframework.com/wp-content/uploads/2021/12/newapps-export-1024x564.png "Google Play Console Export and Upload Key Option")
 
 Follow the instructions on the screen to generate the Keystore and you can use the same Keystore file to sign your app in the Appflow dashboard as well. If you need any help generating the Keystore file, you can refer to our docs [here](https://ionic.io/docs/appflow/package/credentials#android-certificates).
 Once the generated zip file has been uploaded, you're all set! Build an AAB binary signed with the keystore file then upload it to Google Play.
@@ -140,7 +140,7 @@ Making a developer account with Google Play costs $25 USD.
 
 Once a developer account has been created, go ahead and click the `Create an Application`
 
-![Screenshot of the Google Play Store Developer Console with the 'CREATE APPLICATION' button highlighted.](/img/publishing/newAppGPlay.png "Google Play Store Create Application Button")
+![The Google Play Store Developer Console with the 'CREATE APPLICATION' button highlighted.](/img/publishing/newAppGPlay.png "Google Play Store Create Application Button")
 
 Be sure to fill out the description for the app along with providing screenshots and additional info.
 When ready, upload the signed release AAB/APK that was generated and publish the app.

docs/developer-resources/guides/first-app-v3/intro.md

@@ -2,7 +2,7 @@
 
 The great thing about Ionic is that with one codebase, you can build for any platform using familiar web tools and languages. Follow along as we create a working Photo Gallery. Here’s the before and after:
 
-![Screenshot showing the Ionic app's transformation from a blank 'Tab Two' to a 'Photo Gallery' with images.](/img/guides/first-app-v3/gallery-combined.png 'Ionic App Before and After Photo Gallery')
+![An Ionic app's transformation from a blank 'Tab Two' to a 'Photo Gallery' with images.](/img/guides/first-app-v3/gallery-combined.png 'Ionic App Before and After Photo Gallery')
 
 It’s easy to get started. Reference code for this guide can be [found on GitHub](https://github.com/ionic-team/photo-gallery-tutorial-ionic3/).
 

docs/developer-resources/guides/first-app-v3/realtime-updates-ionic-deploy.md

@@ -168,7 +168,7 @@ $ git push ionic master
 
 Log into the [Appflow dashboard](https://dashboard.ionicframework.com) and navigate to Deploy -> Builds. You’ll see this newest commit begin to build immediately. Since we assigned the Appflow plugin to the Master branch (the one we always Git Push to), the Channel label will also point to this commit, effectively auto-deploying this change to all app users:
 
-![Screenshot showing the Deploy Builds section in the Appflow dashboard.](/img/guides/first-app-v3/deploy-channel.png 'Appflow Deploy Builds')
+![The Deploy Builds section in the Appflow dashboard.](/img/guides/first-app-v3/deploy-channel.png 'Appflow Deploy Builds')
 
 A Channel points to a specific JavaScript Build or Snapshot of your app that will be shared with devices listening to that channel for updates. You can change which Build a Channel points to whenever you’d like.
 
@@ -180,7 +180,7 @@ What if you deploy a change, then realize that there is a bug? Or perhaps you’
 
 On the Deploy Builds page, click the “Assign to Channel” button on the previous commit, then click “Deploy.” App users will be reverted to the previous version, and our “Photo Gallery” name has been restored.
 
-![Screenshot of the Deploy Builds section in Appflow with a commit labeled 'set name to Photo Gallery' being assigned to the master channel for rollback.](/img/guides/first-app-v3/deploy-revertChange.png 'Appflow Deploy Revert Change')
+![The Deploy Builds section in Appflow with a commit labeled 'set name to Photo Gallery' being assigned to the master channel for rollback.](/img/guides/first-app-v3/deploy-revertChange.png 'Appflow Deploy Revert Change')
 
 This was just a taste of what you can do with Appflow Live Updates! You can also set up multiple deployment channels to send targeted updates to specific groups of users. Use it to run A/B tests, or target the distribution of updates by audience, geography, or test group.
 

docs/developer-resources/guides/first-app-v3/theming.md

@@ -40,7 +40,7 @@ imports: [
 
 Now, the iOS version of our app has a Material Design skin!
 
-![Screenshot showing an Ionic app with Material Design styling applied on an iOS device.](/img/guides/first-app-v3/ion-lab-md-styling.png 'Ionic Material Design Styling on iOS')
+![An Ionic app with Material Design styling applied on an iOS device.](/img/guides/first-app-v3/ion-lab-md-styling.png 'Ionic Material Design Styling on iOS')
 
 Creating gorgeous-looking Ionic apps is easy with Sass variables and platform-specific styling. You now have everything you need to get started with Ionic. Go forth and build great apps!
 

docs/developer-resources/guides/first-app-v3/track-bugs-ionic-monitoring.md

@@ -75,7 +75,7 @@ ionic serve
 
 Tap on the Gallery tab, then the camera button. A runtime error should occur. In a browser, head over to the [Appflow dashboard](https://dashboard.ionicframework.com), then Monitor -> Monitoring. After a few minutes, the error should appear:
 
-![Screenshot of an event showing error 'takePhoto is not a function' with status 'New'.](/img/guides/first-app-v3/monitoring-event.png 'Ionic Monitoring Event Overview')
+![An event showing error 'takePhoto is not a function' with status 'New'.](/img/guides/first-app-v3/monitoring-event.png 'Ionic Monitoring Event Overview')
 
 Clicking on the event gives us lots of details surrounding what happened, such as a full stack trace. In this instance, we see that the error occurred three times on Mac OS X in the Chrome web browser.
 

docs/developer-resources/guides/first-app-v4/intro.md

@@ -2,7 +2,7 @@
 
 The great thing about Ionic is that with one codebase, you can build for any platform using familiar web tools and languages. Follow along as we create a working Photo Gallery. Here’s the before and after:
 
-![Screenshot showing the Ionic app's transformation from a blank 'Tab Two' to a 'Photo Gallery' with images.](/img/guides/first-app-v3/gallery-combined.png 'Ionic App Before and After Photo Gallery')
+![An Ionic app's transformation from a blank 'Tab Two' to a 'Photo Gallery' with images.](/img/guides/first-app-v3/gallery-combined.png 'Ionic App Before and After Photo Gallery')
 
 It’s easy to get started. Note that all code referenced in this guide can be [found on GitHub](https://github.com/ionic-team/photo-gallery-tutorial-ionic4/).
 

docs/developer-resources/guides/first-app-v4/theming.md

@@ -49,7 +49,7 @@ imports: [
 
 Now, the iOS version of our app has a Material Design skin!
 
-![Screenshot showing an Ionic app with Material Design styling applied on an iOS device.](/img/guides/first-app-v3/ion-lab-md-styling.png 'Ionic Material Design Styling on iOS')
+![An Ionic app with Material Design styling applied on an iOS device.](/img/guides/first-app-v3/ion-lab-md-styling.png 'Ionic Material Design Styling on iOS')
 
 Creating gorgeous-looking Ionic apps is easy with CSS variables and platform-specific styling. You now have everything you need to get started with Ionic.
 

docs/developing/tips.md

@@ -122,7 +122,7 @@ By default, when an app is viewed in the browser, Ionic will apply the `md` mode
 This will not change which platform the browser sees being used. The platform is determined by device detection and inspecting the user-agent. To change the platform, the user-agent must be changed. To do this, open up Chrome DevTools with <kbd>Ctrl+Shift+I</kbd>(<kbd>Cmd+Option+I</kbd> on Mac), and then toggle device mode on with <kbd>Ctrl+Shift+M</kbd>(<kbd>Cmd+Option+M</kbd> on Mac).
 :::
 
-![Screenshot of Chrome DevTools showing the device mode with iPhone X selected.](/img/faq/tips/change-device-platform.png 'Chrome DevTools Device Mode')
+![Chrome DevTools showing the device mode with iPhone X selected.](/img/faq/tips/change-device-platform.png 'Chrome DevTools Device Mode')
 
 Selecting devices from the device dropdown will change the user-agent, as well as the dimensions of the viewport.
 

docs/react/quickstart.md

@@ -127,7 +127,7 @@ Now the `App` does not really have a lot to modify here. It's a basic example of
 
 Currently, the `Home` component looks like so:
 
-![Screenshot of the Home component displayed in a web browser with the text 'The world is your oyster'.](/img/guides/react/first-app/home-route.png 'Ionic React Home Component')
+![The Home component displayed in a web browser with the text 'The world is your oyster'.](/img/guides/react/first-app/home-route.png 'Ionic React Home Component')
 
 ```tsx
 import { IonContent, IonHeader, IonPage, IonTitle, IonToolbar } from '@ionic/react';

docs/react/your-first-app/2-taking-photos.md

@@ -72,7 +72,7 @@ const Tab2: React.FC = () => {
 
 Save the file, and if you’re not already, restart the development server in your browser by running `ionic serve`. On the Photo Gallery tab, click the Camera button. If your computer has a webcam of any sort, a modal window appears. Take a selfie!
 
-![Screenshot of a photo gallery app displaying a webcam selfie.](/img/guides/first-app-cap-ng/camera-web.png 'Webcam Selfie in Photo Gallery')
+![A photo gallery app displaying a webcam selfie.](/img/guides/first-app-cap-ng/camera-web.png 'Webcam Selfie in Photo Gallery')
 
 _(Your selfie is probably much better than mine)_
 

docs/react/your-first-app/6-deploying-mobile.md

@@ -53,7 +53,7 @@ ionic cap open ios
 
 In order for some native plugins to work, user permissions must be configured. In our photo gallery app, this includes the Camera plugin: iOS displays a modal dialog automatically after the first time that `Camera.getPhoto()` is called, prompting the user to allow the app to use the Camera. The permission that drives this is labeled “Privacy - Camera Usage.” To set it, the `Info.plist` file must be modified ([more details here](https://capacitorjs.com/docs/ios/configuration)). To access it, click "Info," then expand "Custom iOS Target Properties."
 
-![Screenshot of the Info.plist file in Xcode showing the NSCameraUsageDescription key added for camera access.](/img/guides/first-app-cap-ng/xcode-info-plist.png 'Xcode Info.plist Configuration')
+![The Info.plist file in Xcode showing the NSCameraUsageDescription key added for camera access.](/img/guides/first-app-cap-ng/xcode-info-plist.png 'Xcode Info.plist Configuration')
 
 Each setting in `Info.plist` has a low-level parameter name and a high-level name. By default, the property list editor shows the high-level names, but it's often useful to switch to showing the raw, low-level names. To do this, right-click anywhere in the property list editor and toggle "Raw Keys/Values."
 
@@ -63,7 +63,7 @@ Follow the same process to add the other two Keys required of the Camera plugin:
 
 Next, click on `App` in the Project Navigator on the left-hand side, then within the `Signing & Capabilities` section, select your Development Team.
 
-![Screenshot of the Xcode interface displaying the Signing & Capabilities tab for an iOS app project.](/img/guides/first-app-cap-ng/xcode-signing.png 'Xcode Signing & Capabilities')
+![The Xcode interface displaying the Signing & Capabilities tab for an iOS app project.](/img/guides/first-app-cap-ng/xcode-signing.png 'Xcode Signing & Capabilities')
 
 With permissions in place and Development Team selected, we are ready to try out the app on a real device! Connect an iOS device to your Mac computer, select it (`App -> Matthew’s iPhone` for me) then click the "Build" button to build, install, and launch the app on your device:
 
@@ -96,7 +96,7 @@ Scroll to the `Permissions` section and ensure these entries are included:
 
 Save the file. With permissions in place, we are ready to try out the app on a real device! Connect an Android device to your computer. Within Android Studio, click the "Run" button, select the attached Android device, then click OK to build, install, and launch the app on your device.
 
-![Screenshot of the Android Studio interface with arrows pointing to the Run button and the connected device.](/img/guides/first-app-cap-ng/android-device.png 'Android Studio Run Configuration')
+![The Android Studio interface with arrows pointing to the Run button and the connected device.](/img/guides/first-app-cap-ng/android-device.png 'Android Studio Run Configuration')
 
 Once again, upon tapping the Camera button on the Photo Gallery tab, the permission prompt should be displayed. Tap OK, then take a picture with the Camera. Afterward, the photo should appear in the app.