# Generate an image


The following procedure shows you how to use a model to generate an image. You can set various configurations such as the number of images to generate and how strongly the prompt affects the generation of the image. For more information, see [Configuration options](explore-image-playground.md#bedrock-image-configuration).

**To generate an image in the image playground**

1. Navigate to the Amazon SageMaker Unified Studio landing page by using the URL from your administrator.

1. Access Amazon SageMaker Unified Studio using your IAM or single sign-on (SSO) credentials. For more information, see [Access Amazon SageMaker Unified Studio](getting-started-access-the-portal.md).

1. At the top of the page, choose the **Discover**.

1. In the **GENERATIVE AI** section, choose **Image and video playground**.

1. If the **Configurations** pane isn't open, choose the configuration button.

1. For **Model** select a model to use.

1. For **Action** choose the action **Generate image**.

1. In **Response image** do the following:

   1. For **Number of images** select the number of images that you want the model to generate. Not all models support changing this value.

   1. For **Orientation**, choose the orientation (landscape or portrait) for the images that the model generates.

   1. For **Size**, select the size, in pixels, of the images that the model generates. 

1. (Optional) In **Advanced configurations**, change how the model generates images by making advanced configuration changes. For more information, see [Advanced configuration options](explore-image-playground.md#bedrock-image-advanced-configurations).

1. In the **Enter prompt** text box, enter **Create a photo of a local classic rock band playing on an outdoor stage.**. Alternatively, enter a prompt of your choosing.

1. Press Enter on your keyboard to start the action. Amazon Bedrock in SageMaker Unified Studio shows the image that the model generates in the playground.

1. (Optional) See how different configuration parameters affect image generation by repeating steps 9 - 11 with different values.