NO Midjourney | Create Unlimited Free AI Images πŸ”₯ This will blow your mind 🀯

Meet Patel
18 Jan 202415:47

TLDRIn this video, the creator demonstrates how to generate AI images for free using a Google Colab notebook. The process is simple and can be done on a mobile phone. The video showcases various configurations and advanced features, such as changing aspects of the image, selecting styles, and even face-swapping. The creator emphasizes the high quality of the generated images and encourages viewers to explore the limitless possibilities of this free AI image generator.


  • πŸ”₯ You can generate unlimited free AI images using the described method.
  • πŸ“± The process can be done on a mobile phone as well as a PC.
  • 🌐 Start by opening Chrome and searching for 'Focus Collab', a Google Collab notebook.
  • πŸ’» After loading the notebook, click the 'play' button to proceed despite the warning message.
  • ⏳ Wait for the process to run, which may take around 2 to 3 minutes.
  • πŸ“ Type a prompt to generate images, which will be processed and created automatically.
  • 🎨 The generated images can be highly realistic and compete with other AI models.
  • πŸš€ Advanced features allow for customization, such as speed, quality, aspect ratios, and the number of images generated.
  • 🌌 You can create imaginary images, like a person walking on water, which are not possible in reality.
  • πŸ‘‰ The 'Advanced' tab offers options to fine-tune the image generation process.
  • πŸ§žβ€β™‚οΈ The 'Outpaint' feature allows you to modify parts of the image, changing characters or elements.
  • πŸ” The 'Describe' model reverses the process, generating prompts based on given images.

Q & A

  • What is the purpose of the video presented by Mehul Patel?

    -The purpose of the video is to demonstrate how to generate AI images for free using a Google Colab notebook, with various configurations and styles, and how to use different features of the AI image generator.

  • How can one generate AI images on their mobile phone?

    -The video does not provide specific details on generating AI images on a mobile phone, but it implies that the process can be done on a mobile device by accessing the Google Colab notebook through a mobile browser.

  • What are the different types of configurations available in the AI image generator?

    -The configurations include options for speed and quality (speed, quality, and extreme quality), aspect ratios for different image sizes, the number of images to generate, negative prompts, and seed options for image generation.

  • What is the role of the 'Advanced' tab in the AI image generator?

    -The 'Advanced' tab allows users to fine-tune the image generation process by selecting performance options, aspect ratios, the number of images, negative prompts, and choosing from various styles and models for the generated images.

  • How can one edit or change a part of the generated AI image?

    -The video demonstrates using the 'out painting' feature to modify parts of an image. Users can select a part of the image and provide a new prompt to change that specific part, while keeping the rest of the image intact.

  • What is the 'describe' model feature in the AI image generator?

    -The 'describe' model is a feature that reverses the typical process of image generation. Instead of providing a prompt to generate an image, users can provide an image, and the system will generate a prompt that could have been used to create that image.

  • How does the 'face swap' option work in the advanced settings?

    -The 'face swap' option allows users to change the face in an image to another face, such as swapping the face of a person in the image with Donald Trump's face. This feature is used for fun and creative editing of AI-generated images.

  • What are the potential drawbacks of using the AI image generator on a Google Colab notebook?

    -The potential drawbacks include longer wait times due to the need to download various models and the fact that it is not running on a dedicated server, which could result in slower processing times compared to other AI image generators.

  • How can users ensure they get high-quality images from the AI generator?

    -Users can choose the 'quality' or 'extreme quality' options in the performance settings to get higher quality images, which will take more time to generate. Additionally, selecting different styles and models can influence the final image quality.

  • What is the process of generating AI images like after clicking the 'play' button on the Google Colab notebook?

    -After clicking the 'play' button, users will see a warning message that the notebook is not authorized by Google. They should click 'run anyway' to proceed. The system will then take a few minutes to generate two images based on the provided prompt.

  • How can users download and share the generated AI images?

    -Once the images are generated and processed, users can click on any of the images to zoom in and view them in detail. From there, they can download the images and share them as they wish.

  • What are the advanced options available for users who want to create more complex or customized AI images?

    -Advanced options include varying the performance settings, choosing specific aspect ratios, selecting the number of images to generate, applying negative prompts, selecting styles and models, and using features like 'out painting' and 'describe' for more control over the image generation process.



🎨 Generating AI Images with Google Colab

In this video, Me Patel demonstrates how to generate AI images for free using Google Colab. The process involves opening a Chrome browser, searching for 'Focus collab', and following a step-by-step guide to navigate through the interface. The user can input a prompt and generate images that can be customized and edited as needed. The video also covers advanced features such as adjusting image quality, aspect ratios, and styles. It emphasizes the ability to create realistic and imaginative images, and the flexibility of configurations available to the user.


πŸ–ΌοΈ Exploring Advanced Features and Customization

The second paragraph delves into the advanced features of the AI image generator. It covers performance options like speed, quality, and extreme quality, which affect the time taken to generate images and their quality. The user can select aspect ratios suitable for different platforms like Instagram and determine the number of images generated per run. The paragraph also discusses the ability to input negative prompts, choose from various styles, and use a seed for image generation. It concludes with an example of generating an imaginary image, showcasing the flexibility of the tool.


πŸ” Image Variations and Content Modification

The third paragraph focuses on how to create variations of an image and modify its content. It explains how to use the 'out paint' model to change parts of an image, such as transforming a character from male to female. The 'describe' model is introduced as a tool to generate prompts based on an existing image, reversing the usual process. The paragraph also highlights the advanced options for face swapping and other modifications to enhance the image generation process, emphasizing the tool's powerful and fun features.


πŸ“ˆ Quality and Realism in AI Image Generation

The final paragraph emphasizes the high quality and realism of the AI-generated images. It discusses the use of different models like 'speed' and 'quality' to achieve varying levels of detail and realism. The presenter shares their experience with the tool, noting the time it takes to generate images due to the use of a Google Colab notebook. Despite the waiting time, the presenter assures that the images are free and of high quality, encouraging viewers to experiment with the tool and subscribe to the channel for more content.



πŸ’‘AI Images

AI Images refers to images generated by artificial intelligence algorithms. In the context of the video, the host demonstrates how to create these images for free using a specific tool. This is the central theme of the video, as the entire content revolves around the process of generating AI images and the various features and customizations available.

πŸ’‘Google Colab Notebook

Google Colab Notebook is a cloud-based platform for machine learning education and research. It is mentioned in the script as the environment where the AI image generation takes place. The host guides viewers on how to use this platform to generate images without needing any complex setup on their personal computers.


In the context of AI image generation, a 'prompt' is a text description that guides the AI to create a specific image. The video script explains that users can type in a prompt, and the AI will generate an image based on that description. This is a key part of the process, as it allows for customization and personalization of the generated images.

πŸ’‘Aspect Ratios

Aspect Ratios refer to the proportional relationship between the width and the height of an image. In the video, the host discusses how users can select different aspect ratios for their images, which is important for various uses such as social media posting where specific dimensions may be required.


The 'seed' in AI image generation is a starting point or a base number that the algorithm uses to create a unique image. The script suggests keeping the seed random to generate different images each time, which adds to the variety and unpredictability of the AI-generated content.


In the video, 'models' refer to different styles or types of AI algorithms that can be chosen to generate images. Each model has its own unique capabilities and can produce images with distinct characteristics. The host demonstrates how to select models like 'cinematic' or 'digital art' to achieve different visual effects.

πŸ’‘Image Variations

Image variations are different versions or interpretations of an image that can be generated by the AI based on a given prompt or base image. The video script explains that users can select 'strong' variations to get images that are significantly different from the base image, which allows for a wider range of creative outputs.


Outpainting is a technique where the AI is used to extend or 'paint out' the edges of an image to create a larger or more complete scene. The host in the video shows how to use this feature to change parts of an image, such as turning a boy into a girl while keeping the rest of the image the same.

πŸ’‘Describe Model

The 'describe model' is a feature that reverses the typical process of AI image generation. Instead of generating an image from a prompt, it generates a prompt based on an existing image. This can help users understand what kind of description or prompt led to the creation of a particular image.

πŸ’‘Face Swap

Face Swap is an advanced feature that allows users to replace the face in an image with another face. The video demonstrates this by suggesting the ability to swap the face of a person in an image with that of a public figure like Donald Trump, adding a fun and creative twist to the image generation process.


In the context of AI image generation, 'quality' refers to the resolution and detail of the generated images. The video script mentions different settings for image quality, such as 'speed', 'quality', and 'extreme quality', which affect how long the image takes to generate and how detailed the final image will be.


Generate AI images for free using Focus Collab notebook.

Create unlimited images on mobile and PC with various configurations.

Edit and customize parts of the image as per your requirements.

Run AI image generation on Google Cloud, ensuring safety and ease of use.

Generate two images automatically with a simple prompt and click of a button.

Images created are highly realistic and competitive with other AI models.

Advanced features allow for customization of speed, quality, and image ratios.

Option to generate up to 32 images in a single run.

Add negative prompts and select seeds for image generation.

Choose from a variety of styles and models for unique image outputs.

Generate imaginary images, such as a person walking on water.

Use image input for variations based on a base image.

Apply settings to upscale or enhance the generated image.

Use painting and outpainting tools to modify parts of the image.

Describe model reverses the process to generate prompts from given images.

Advanced options for face swap and other modifications for enhanced creativity.

High-quality images are downloadable with good attention to detail and realism.

Explore different models and settings to achieve desired image quality and style.

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