Make Crazy Art with the NEW OpenAI Dall-e API

Beyond Fireship
4 Nov 202205:36

TLDRThe video discusses the latest trends in artificial image generation and introduces OpenAI's Dall-e API, which allows developers to programmatically generate high-quality artificial art. The video provides a step-by-step guide on how to use the API, including generating a new image from a text prompt, creating variations from an existing image, and editing specific parts of an image using a mask. It also offers creative business ideas for leveraging the API, such as generating images for blog articles or republishing old books with AI illustrations. The video concludes with a demonstration of the API's potential for creative applications, showcasing the process of editing an image to include AI-generated art.


  • 🎨 The OpenAI Dall-e API allows developers to programmatically generate high-quality artificial art.
  • πŸ’² The API is a paid service, offering $18 in credits for new users, with costs around two cents per image at maximum resolution.
  • πŸ“ˆ The maximum image resolution provided by the API is 1024 pixels, which is considered expensive but offers quality.
  • πŸ”‘ Users need an OpenAI account and an API key to use the service, which should be kept private to prevent misuse.
  • πŸ“š To get started, developers can create a Node.js project and use the OpenAI SDK for JavaScript.
  • 🌐 The API can generate new images, edit existing images with a mask, and create variations from a source image.
  • πŸ€– A business idea suggested is to build a SaaS product that generates images for blog articles, enhancing their appeal.
  • πŸ“š Another idea is to create AI illustrations for old public domain books, repurposing them as illustrated novels.
  • πŸš€ The script demonstrates how to use the API to generate an image from a text prompt, like 'a ship sailing through a river of fire in deep space'.
  • πŸ–ΌοΈ The API can also create variations of existing images, such as generating different versions of the Mona Lisa.
  • βœ‚οΈ The ability to edit specific parts of an image using a mask is highlighted as a feature with significant creative potential.
  • πŸ“ˆ The script also touches on the limitations of the AI, noting that recursive image generation can lead to a decline in quality.

Q & A

  • What is the current trend in artificial image generation?

    -The current trend in artificial image generation involves the use of machine learning to create images from text, with various demos and applications allowing for the conversion of text into images.

  • What is the significance of OpenAI's Dall-e API?

    -The OpenAI Dall-e API allows developers to programmatically generate high-quality artificial art without the need for extensive deep learning knowledge or specialized hardware.

  • How much does it cost to use the OpenAI Dall-e API after the initial credits are used up?

    -After the initial $18 in credits are used, it costs about two cents per image or 50 images per dollar at the maximum resolution of 1024 pixels.

  • What is the first step to start using the OpenAI Dall-e API?

    -The first step is to create an OpenAI account and generate an API key, which should be kept private to avoid misuse.

  • How can the OpenAI Dall-e API be used to enhance content creation for bloggers?

    -The API can be used to automatically generate images that correspond to the context of a blogger's article, enhancing the visual appeal and engagement of the content.

  • What is a potential application of the OpenAI Dall-e API for repurposing old public domain books?

    -The API can be used to create AI-generated illustrations for old public domain books, which can then be republished as illustrated novels.

  • How does the API handle the creation of an image from a text prompt?

    -The API uses a prompt, which is a description of the desired image, to generate an image. It can also take additional parameters such as the number of images to generate and the desired resolution.

  • What is the process for creating an image variation using the OpenAI Dall-e API?

    -To create an image variation, an existing image is used as a starting point. The API then generates a different result based on this input image without requiring a text prompt.

  • How does the OpenAI Dall-e API handle the generation of an image edit?

    -The API requires two images for an image edit: one for the full source image and a second as a mask or transparent area that will be replaced with AI-generated content.

  • What is the potential issue with recursively generating images using the OpenAI Dall-e API?

    -Recursively generating images with the API can lead to a degradation in quality over time, as the algorithm tends to devolve into producing less aesthetically pleasing results.

  • How can the OpenAI Dall-e API be used to augment existing images in a creative way?

    -The API can be used to create a mask around a specific part of an existing image, which is then replaced with AI-generated art, allowing for subtle and interesting augmentations.



πŸš€ Introduction to AI Image Generation

The video script introduces the trend of artificial image generation in machine learning, highlighting various demos and applications that convert text into images. It discusses the release of OpenAI's image generation API based on their Dolly 2 models, which allows developers to create high-quality artificial art. The video aims to explore the capabilities of this API and suggests potential business ideas for its use. It also provides a brief guide on setting up a Node.js project to work with the API, including creating an OpenAI account, installing the OpenAI SDK, and writing code for image generation, editing, and variation creation.


🎨 Editing and Creating Image Variations

The second paragraph demonstrates how to create variations of existing images and edit specific parts of an image using the OpenAI API. It explains the process of generating a different version of the Mona Lisa by using an existing image as input without a prompt. The script also covers how to edit an image by creating a mask using a tool like Figma, which involves drawing a shape around the area to be edited, subtracting the selection, and exporting it as a PNG. The video concludes with a demonstration of running the code to replace a specific part of an image, such as a computer screen, with AI-generated art, showcasing the creative potential of the API.



πŸ’‘Artificial Image Generation

Artificial image generation refers to the process of creating images using artificial intelligence and machine learning algorithms. In the context of the video, it is a significant trend in the field of AI, demonstrated through various applications like Dall-e API, which can transform text descriptions into visual images. This technology represents a major leap in AI's ability to understand and replicate human creativity.

πŸ’‘Deep Learning

Deep learning is a subset of machine learning that involves the use of artificial neural networks to model and solve complex problems. In the video, deep learning is foundational to the operation of the Dall-e API, enabling it to generate high-quality artificial art. The mention of needing 'to know a thing or two about deep learning' underscores its importance in creating and understanding the underlying technology of the API.

πŸ’‘Dall-e API

The Dall-e API is a service provided by OpenAI that allows developers to programmatically generate images from textual descriptions. Named after the artist Salvador DalΓ­, it is based on the Dall-e 2 models and represents a significant advancement in AI-driven art creation. The video discusses how developers can utilize this API to create unique and high-quality art pieces.


Node.js is an open-source, cross-platform JavaScript runtime environment that executes JavaScript code outside a web browser. In the video, it is used to demonstrate how to interact with the OpenAI Dall-e API to generate images. The script provided shows the process of setting up a Node.js project, which is a common practice for developers looking to create applications that leverage the Dall-e API.

πŸ’‘API Key

An API key is a unique identifier used to authenticate a user, developer, or calling program to an API. The video explains the process of generating an API key for the OpenAI Dall-e service, which is necessary to use the image generation capabilities of the API. It also emphasizes the importance of keeping the API key confidential to prevent misuse.

πŸ’‘Image Resolution

Image resolution refers to the number of pixels that make up an image, which determines its clarity and detail. The video mentions that the Dall-e API can generate images at a maximum resolution of 1024 pixels. Higher resolution images are generally of better quality but may also be more expensive or computationally intensive to produce.

πŸ’‘Stable Diffusion

Stable Diffusion is a term mentioned in the video that refers to a type of machine learning model used for generating images from text. It is one of the many applications that have emerged from the trend of artificial image generation. The video uses it as an example of the kind of technology that has become available for converting text into images.

πŸ’‘Image Variation

An image variation is a slightly altered version of an original image, often created to explore different visual interpretations or styles. In the context of the Dall-e API, the video demonstrates how to generate variations of an existing image, such as the Mona Lisa, by using the API's 'create image variation' endpoint. This feature allows for creative exploration and the potential to produce unique and unexpected results.

πŸ’‘Image Masking

Image masking is a technique used in image editing where a part of an image is made transparent or is selected for specific manipulation. The video shows how to use a mask to edit a specific part of an image, such as replacing the content on a computer screen in a photo with AI-generated art. This technique offers a high level of control and creativity for image modification.


Figma is a cloud-based interface design and collaboration tool used for creating and editing images, designs, and user interfaces. In the video, it is mentioned as a way to create a mask for an image, which is then used with the Dall-e API to generate an edited image. Figma's capabilities for design and selection make it a suitable tool for preparing images for the masking process.

πŸ’‘AI-Generated Art

AI-generated art is a form of creative output where the artwork is produced by an artificial intelligence system rather than a human artist. The video's main theme revolves around the capabilities of the Dall-e API to create such art. It discusses the potential of AI in mimicking and combining human art to produce new and original pieces, raising interesting questions about creativity and authorship in the digital age.


Artificial image generation has become a significant trend in machine learning, with various demos showcasing AI's capabilities.

OpenAI has released an image generation API based on their Dolly 2 models, allowing developers to generate high-quality artificial art.

The API is a paid service, offering $18 in credits upon account creation, with a cost of approximately two cents per image after credits are used up.

Developers can generate images programmatically using the API, with the ability to create new images, edit existing ones, and create variations.

The API can be used to create a SaaS product that automatically generates images for blog articles based on their context.

Public domain books can be republished with AI-generated illustrations, such as creating an illustrated version of Joseph Conrad's 'Heart of Darkness'.

The process of generating an image involves using the OpenAI SDK for JavaScript and creating a configuration with the API key.

Images can be generated by providing a prompt, which is a description of the desired image, to the API.

The API can generate an image variation by taking an existing image and creating a different result.

Dolly's algorithm tends to produce cartoon-like characters, especially when recursively generating the same image multiple times.

The API can edit specific parts of an existing image using a mask, which can be created using tools like Figma.

Editing an image involves providing two images to the API: the source image and a mask image indicating the area to be replaced.

The final edited image can have specific areas replaced with AI-generated content, offering creative potential for image augmentation.

The video provides a comprehensive tutorial on using the OpenAI Dolly API for various image generation tasks.

The API's capabilities are showcased through demonstrations of image generation, variation, and editing.

The video discusses the cost implications of using the API at maximum resolution, which is currently 1024 pixels.

The use of the API requires an understanding of deep learning and the necessary hardware to run compute-intensive models.

The video suggests potential business applications of the API, such as creating AI-generated images for blog posts or repurposing old books with new illustrations.

The API's image generation process is demonstrated through a step-by-step coding tutorial using Node.js and the OpenAI SDK.