Autonomous Synthetic Images with GPT Vision API + Dall-E 3 API Loop - WOW!

All About AI
9 Nov 202309:24

TLDRThe video outlines a project combining GPT 4 with the Dolly3 API to create and evolve synthetic images based on a reference image. The process involves generating a description of the reference image with GPT Vision API, using it to create a synthetic version with Dolly3, and iteratively refining the process to achieve desired results. The creator also explores an evolution version, adding new styles to the images with each iteration, resulting in a diverse range of transformed images. The project showcases the potential of AI in image synthesis and evolution.

Takeaways

  • ๐ŸŒŸ The video introduces a project combining GPT-4 with the Dolly3 API to create or evolve synthetic images based on a reference image.
  • ๐Ÿ“ธ A reference image is used as input for the GPT Vision API to generate a detailed description, which is then fed into the Dolly3 API.
  • ๐Ÿ”„ The process involves a loop of 10 iterations, generating a series of synthetic images that evolve with each iteration.
  • ๐Ÿ” The original and synthetic images are compared using the GPT Vision API to improve the description prompt for subsequent iterations.
  • ๐ŸŽจ An evolution version of the project was created where new styles are added to the images with each iteration, leading to a diverse set of evolved images.
  • ๐Ÿ’ก The project uses a Python script with functions for describing images with GPT-4, generating images with Dolly3, and comparing images with GPT-4 to refine the process.
  • ๐Ÿ› ๏ธ The script includes a sleep timer to accommodate rate limits on the GPT Vision API, ensuring the process runs smoothly without overloading the service.
  • ๐Ÿ“ˆ The video demonstrates the effectiveness of the project by showing the transformation of a famous image and its evolution into various styles.
  • ๐ŸŽ“ The creator plans to upload the project code to GitHub for supporters, offering access to the script and future projects.
  • ๐Ÿ”— A link to the GitHub will be provided in the video description for those interested in accessing and potentially contributing to the project.
  • ๐Ÿš€ Despite some bugs and room for improvement in the prompts, the project is considered a success in its initial attempt, showcasing the potential for creative image synthesis.

Q & A

  • What was the main objective of the project described in the video?

    -The main objective of the project was to combine the new GPT 4 with the Dolly3 API to create a synthetic version or evolve a reference image by generating a description through the GPT Vision API and using it to produce the image with Dolly3.

  • How was the reference image utilized in the process?

    -The reference image was the starting point for the process. It was fed into the GPT Vision API to generate a detailed description, which was then used as a prompt for the Dolly3 API to create a synthetic image.

  • What was the role of the GPT Vision API in this project?

    -The GPT Vision API played a crucial role by taking the reference image as input and generating a detailed description of the image, including aspects like colors, features, team, style, etc. This description was essential for creating the synthetic image with the Dolly3 API.

  • How did the project evolve the reference image through the process?

    -The project created an evolution version where, instead of comparing the synthetic image to the reference image, it compared two synthetic images and added a new style to each prompt. This allowed the image to evolve through different styles over a series of iterations.

  • What was the structure of the iteration loop in the project?

    -The iteration loop was designed to run 10 times, creating 10 synthetic images in total. In the evolution version, the loop also ran 10 times, but with the addition of a new style in each iteration, leading to a stylistic evolution of the image.

  • What was the function of the 'dolly generate image' function in the project?

    -The 'dolly generate image' function was responsible for creating a synthetic image using the Dolly3 API. It took the description generated by the GPT Vision API as a prompt and produced a 1024*1024 image.

  • How did the 'vision API compare and describe' function work?

    -The 'vision API compare and describe' function used the GPT Vision API to compare the reference image and the newly created synthetic image in detail. It then generated a new and improved description prompt to better match the reference image.

  • What was the purpose of the sleep timer in the loop?

    -The sleep timer was included to pace the iterations, set to five seconds, to avoid hitting rate limits on the GPT Vision API, which restricts the number of times the API can be called in a short period.

  • What reference image was used for the demonstration in the video?

    -For the demonstration, the reference image used was the famous 'Evo Yima race flag' image, which was found through a Google search and saved in the project folder as 'ref image'.

  • What were some of the challenges faced during the project?

    -Some challenges included optimizing the prompts for better results, dealing with potential bugs where the API did not recognize the image, and ensuring that the synthetic images generated were indeed improvements over the reference image.

  • How can one access the code and future scripts from the project?

    -The presenter mentioned uploading the code to their GitHub, and invited viewers to become members to gain access. A link to the GitHub repository would be provided in the video description.

Outlines

00:00

๐Ÿš€ Introducing the GPT 4 and Dolly3 API Integration Project

The video begins with the creator discussing a new project that integrates the GPT 4 Wish API with the Dolly3 API. The goal is to describe a reference image using the GPT Vision API and then generate a synthetic version or evolve it using the Dolly3 API. The creator explains the process flow, starting with a reference image, generating a description, and then using that description to create a synthetic image. The process involves a loop of 10 iterations, with each iteration aiming to improve the prompt and resulting image. An evolution version of the project is also mentioned, where styles are added to the images in subsequent iterations, leading to a stylistic evolution from the reference image.

05:00

๐ŸŒŸ Reviewing the Synthetic Images and Evolution Process

In this paragraph, the creator reviews the synthetic images generated from the reference image of the Evo Yima race flag. The creator is pleased with the results, noting that the synthetic images are an improvement over the original. The creator then moves on to discuss the evolution version of the project, using the Breaking Bad Walter White image as a new reference point. The evolution process is demonstrated, showing how the image evolves through various styles, including a gas mask and steampunk elements. The creator also discusses another evolution process using a retro 90s illustration of a computer setup with a python snake. The creator expresses satisfaction with the evolution outcomes and plans to share the code on GitHub for supporters.

Mindmap

Keywords

๐Ÿ’กGPT 4 wish API

The GPT 4 wish API is an advanced artificial intelligence system mentioned in the video that can understand and process natural language inputs to perform various tasks. In the context of the video, it is used to generate a description of a reference image, which is a crucial step in creating a synthetic version of the image. The API is part of the technology that enables the project's core functionality, allowing the user to describe an image in detail and set the stage for further manipulation through the Dolly3 API.

๐Ÿ’กDolly3 API

The Dolly3 API is a technology used in the video for generating synthetic images based on textual descriptions provided as prompts. It works in conjunction with the GPT 4 wish API to create new versions of an original image. The Dolly3 API takes the description output from the GPT 4 wish API and produces an image that matches the described features, colors, and style. This API is essential for the evolution and synthetic creation processes described in the video.

๐Ÿ’กReference Image

A reference image is the original image that serves as a starting point for the project described in the video. It is the basis against which all synthetic or evolved images are compared and from which new versions are generated. The reference image is fed into the GPT 4 wish API to generate a detailed description, which then informs the Dolly3 API's image generation process.

๐Ÿ’กSynthetic Image

A synthetic image is a computer-generated image that is created based on a textual description provided to an AI system like the Dolly3 API. In the context of the video, synthetic images are produced by combining the output of the GPT 4 wish API's image description with the Dolly3 API's image generation capabilities. These synthetic images are used for comparison and further evolution, aiming to improve the accuracy and style of the generated images.

๐Ÿ’กEvolution Version

The evolution version refers to a modified process in the video where the system evolves the style of the image over iterations, rather than directly comparing it to the reference image. This involves generating new prompts that add different styles to the synthetic images, allowing for a creative exploration of image variations and styles. The evolution version showcases the potential for AI to diversify and innovate on visual content based on a given starting point.

๐Ÿ’ก่ฟญไปฃๅพช็Žฏ (Iteration Loop)

In the context of the video, an iteration loop refers to the process of repeatedly running a set of instructions to refine and improve the output. The loop is used to generate multiple synthetic images based on the reference image, with each iteration aiming to improve the accuracy and style of the image according to the feedback from the GPT 4 wish API. The iteration loop is a key component of the project's methodology, allowing for continuous refinement and innovation.

๐Ÿ’กPrompt

A prompt in the context of the video is a textual input provided to the AI systems (GPT 4 wish API and Dolly3 API) that guides the generation of descriptions or images. The prompt contains specific instructions or descriptions that the AI uses to understand the desired output. In the project described, prompts are crucial for both describing the reference image and for evolving the style of the synthetic images.

๐Ÿ’กComparison and Description

Comparison and description in the video refer to the process of analyzing and contrasting two images (the reference image and the synthetic image) to generate a new, improved prompt. This process is part of the feedback loop that helps refine the AI's ability to create images that closely match the desired features and style. The comparison and description process is essential for the iterative improvement of the synthetic images.

๐Ÿ’กPython Code

Python code is the programming language used in the video to implement the project's logic and interact with the GPT 4 wish API and the Dolly3 API. The script outlines various functions and processes that are executed in Python to achieve the goal of creating and evolving synthetic images. The Python code is the technical backbone of the project, handling the flow of data between APIs and managing the iteration loop.

๐Ÿ’กGitHub

GitHub is a platform mentioned in the video where the creator plans to upload the project's code. It is a web-based hosting service for version control and collaboration that allows developers to share their projects, track changes, and invite others to contribute. In the context of the video, GitHub will be used to make the Python script and future scripts accessible to supporters of the project.

๐Ÿ’กEvo Yima Race Flag

The Evo Yima race flag is a specific reference image mentioned in the video that was used as an example to demonstrate the project's process. The image is a well-known entity, which makes it a suitable candidate for showcasing how the AI system can generate a synthetic version. The choice of the Evo Yima race flag illustrates the potential of the technology to handle and recreate recognizable images.

Highlights

Combining GPT 4 with Dolly3 API to create and evolve synthetic images.

Using a reference image to generate a description with GPT Vision API.

Feeding the generated description into Dolly3 API to create a synthetic image.

Iterating the process to improve the synthetic image based on the reference.

Creating an evolution version where synthetic images are compared and styled differently.

Running a 10-iteration loop for both the creation and evolution processes.

Describing images in detail using GPT 4 Vision API with specific prompts.

Using the GPT 4 Vision API to compare and describe synthetic and reference images, then generating an improved prompt.

Integrating a sleep timer to manage rate limits on the GPT Vision API.

Selecting a famous image as a reference for the synthetic image creation process.

Achieving a high-quality synthetic image that even surpasses the original in certain aspects.

Exploring the evolution process with the Breaking Bad Walter White image, leading to unique stylistic changes.

Demonstrating the versatility of the system with a retro 90s illustration of a computer setup and Python snake.

Evolving the retro image into various styles, showcasing the system's creativity.

Identifying potential improvements in prompts and addressing bugs for future iterations.

Sharing the code on GitHub for community access and future collaboration.

Providing a link in the description for easy access to the GitHub repository.