Photoshop CC 2023: How To Expand Photos Using Ai - NEW Generative Fill

Howto & Style


Introduction

In the latest beta version of Photoshop CC 2023, a new feature called Generative Fill has been introduced, allowing users to expand their photos using AI technology. This tutorial will guide you through the process of unlocking layers, using the crop tool, and leveraging the Generative Fill feature to seamlessly expand the background of your photos.

To begin, make sure the layer is unlocked and access the crop tool with content-aware turned off. Use the alt/option key to drag out the edges of the photo to expand the background, then press apply. Create a selection by holding Ctrl and left-clicking on the photo, then invert the selection with Ctrl+Shift+I. Next, utilize the Generative Fill feature by typing in a name, such as "expand background," clicking generate, and letting the AI fill in the missing area. You can choose from three variations and customize the mask as needed for a seamless photo expansion.

Keywords

Photoshop CC 2023, Generative Fill, AI technology, expand photos, tutorial, crop tool, layers, selection, customization, seamless editing

FAQ

  1. Can I access the Generative Fill feature in the regular version of Photoshop CC 2023? No, the Generative Fill feature is currently available only in the beta version of Photoshop CC 2023. Users need to go to Adobe Creative Cloud, select Beta apps, and install Photoshop beta to access this new feature.

  2. Are the results of the Generative Fill feature accurate? The results of the Generative Fill feature are impressive and detailed, closely resembling the original photo. However, there may be some imperfections such as blurriness or visible lines in certain areas that can be easily fixed.

  3. Can I combine different variations of the Generative Fill results? Yes, you can mix and match different variations of the Generative Fill results by creating copies of the edited image and customizing the mask. This allows you to select specific parts from each variation and blend them together for a tailored outcome.