How Access GPT-4 Vision & DALL·E 3 [See 17 Mind-Blowing Examples]

AI Andy
5 Oct 202309:23

TLDRThe video showcases the capabilities of GPT-4 Vision and DALL·E 3, demonstrating multi-modal AI interactions. It includes examples such as image description and editing, website design coding, educational assistance with cell diagrams, and product photography direction. The AI's ability to understand and generate content from images is highlighted, along with its potential applications in various fields like education, design, and entertainment.

Takeaways

  • 😀 GPT-4 Vision and DALL·E 3 are now accessible through the Bing app, enabling multi-modal chat and image generation based on descriptions.
  • 🖼️ Users can upload a picture and receive a detailed description or even have the AI generate images based on the description, as demonstrated with a dog image.
  • 💻 A website allows uploading a picture of a design for the AI to autonomously code it, identify mistakes, and improve the code iteratively.
  • 📚 GPT-4 Vision can be used educationally, such as explaining a complex diagram of a human cell to a 9th-grade student.
  • 🎨 DALL·E 3 was used to direct a product photography shoot, generating images for Halloween and Christmas themes with specific requests.
  • 📸 The AI can take a low-resolution image and recreate a high-resolution, functional website in less than a minute using GPT-4 Vision.
  • 🎬 GPT-4 Vision can identify and describe scenes from movies, such as the film 'Gladiator', including the dialogue.
  • 🗣️ Users can clone their voice or others' using myvocal.ai, as showcased by the sponsor segment, where the AI mimics the speaker's voice.
  • 📊 GPT-4 Vision can interpret complex flowcharts and diagrams, such as those detailing defense acquisition processes.
  • 🍽️ The AI can describe dishes, estimate their calories, and even provide recipes, as shown with a rack of lamb image.
  • 🚗 GPT-4 Vision can recognize street views and provide information about locations, like identifying a view from Makapuu Point in Hawaii.
  • 🏡 For interior design, the AI can suggest accent colors and decor inspired by a user's heritage, like Italian designers for an Italian user.
  • 🔍 The AI can read and transcribe bad handwriting, potentially aiding in grading or transcription tasks.
  • 🕵️‍♂️ GPT-4 Vision can find specific items or people in images, like locating Waldo in a Where's Waldo picture.

Q & A

  • What is the significance of GPT-4 Vision and DALL·E 3 in multi-modal chat?

    -GPT-4 Vision and DALL·E 3 enable multi-modal chat by allowing users to interact with the AI through images and text. Users can describe images, request image generation based on descriptions, and even edit images conversationally.

  • How can GPT-4 Vision assist in coding?

    -GPT-4 Vision can autonomously code designs uploaded as images, check for errors, improve the code, and repeat the process, effectively aiding in the development of websites and applications.

  • What is an example of how GPT-4 Vision is used in education?

    -GPT-4 Vision can break down complex diagrams, such as a human cell, for educational purposes, making it easier for students to understand complex subjects like biology.

  • How does DALL·E 3 assist in product photography?

    -DALL·E 3 can direct a full-on product photography shoot, generating images of products like a vitamin A capsule in various poses and settings, enhancing marketing materials.

  • What is the potential of GPT-4 Vision and DALL·E 3 in creating websites from images?

    -GPT-4 Vision can take an image of a website and replicate it, including the coding, in less than a minute, showcasing the potential for rapid web development.

  • How can GPT-4 Vision be used to analyze and describe images?

    -GPT-4 Vision can analyze images and provide detailed descriptions, such as identifying a movie scene or explaining complex flowcharts, which can be useful for accessibility purposes.

  • What is the application of GPT-4 Vision in voice cloning?

    -While not directly related to voice cloning, GPT-4 Vision can be used in conjunction with services like myvocal.ai to create text-to-speech content, potentially enhancing the customization of voice clones.

  • How does GPT-4 Vision handle complex automation diagrams?

    -GPT-4 Vision can interpret complex automation diagrams, breaking them down into understandable steps and explanations, which can be beneficial for understanding workflows and processes.

  • What is the capability of GPT-4 Vision in estimating calories and providing recipes from images?

    -GPT-4 Vision can analyze images of dishes, estimate their caloric content, and even provide recipes, showcasing its potential in the culinary and health sectors.

  • How can GPT-4 Vision be used for interior design?

    -GPT-4 Vision can suggest interior design elements, such as accent colors and decor items, based on an image of a room, offering personalized design advice.

  • What is the future potential of GPT-4 Vision and DALL·E 3 in video editing?

    -The future potential of GPT-4 Vision and DALL·E 3 in video editing includes the ability to edit out silences, add transitions, and potentially automate other editing tasks, streamlining the video production process.

Outlines

00:00

😲 Multimodal AI Capabilities Showcased

This paragraph introduces the multimodal capabilities of an AI system, likely referring to a version of ChatGPT. It discusses the ability to download the Bing app for multimodal chat access, where users can interact with the AI through text and images. The AI can describe images, generate images based on text descriptions, and even autonomously code designs from uploaded pictures. The paragraph also touches on the future of education with AI, where complex diagrams like a human cell can be broken down for easier understanding. Additionally, it mentions the AI's ability to direct a product photography shoot, demonstrating its versatility in creative tasks.

05:01

🚀 AI's Role in Design, Education, and Entertainment

The second paragraph delves into various applications of AI, such as creating live websites from images, solving math and science problems by recognizing text in images, and identifying locations from street views. It also explores the AI's potential in software development, where it can turn a whiteboard sketch into a functional website. The paragraph highlights AI's ability to understand and explain complex diagrams, such as flowcharts and electronic schematics, and its potential in interior design. It also humorously touches on the AI's ability to read bad handwriting and find 'Waldo' in images, showcasing the AI's comprehensive visual and textual recognition skills.

Mindmap

Keywords

💡GPT-4 Vision

GPT-4 Vision is an advanced AI model that has been trained to understand and process visual information in addition to textual data. In the context of the video, it is showcased as a tool that can describe images, generate images based on textual descriptions, and even direct photo shoots with a level of detail that was previously unimaginable. For instance, it is used to describe a photo of a vitamin A capsule and then to create a series of images based on that description.

💡DALL·E 3

DALL·E 3 is a generative AI model that specializes in creating images from textual prompts. The video highlights its ability to produce a variety of images based on descriptions, such as turning a black dog in a drawing into a white one. It represents a significant leap in AI's capability to understand and visualize concepts from text.

💡Multi-modal chat

Multi-modal chat refers to a conversational interface that can handle multiple types of data, such as text, images, and possibly audio. The video discusses how GPT-4 Vision enables multi-modal interactions, allowing users to engage with the AI through various forms of communication, enhancing the interaction's richness and effectiveness.

💡Education

The video suggests that AI models like GPT-4 Vision could revolutionize education by providing personalized and interactive learning experiences. An example given is the AI's ability to break down a complex diagram of a human cell for a 9th-grade student, making complex biological concepts more accessible.

💡Product photography

Product photography is the practice of photographing products for commercial use, such as advertising or e-commerce. The video mentions how GPT-4 Vision can direct a full-on product photography shoot, indicating that AI could automate and enhance the quality of product images for marketing purposes.

💡Image recognition

Image recognition is the ability of a system to identify and interpret visual information from images. The video demonstrates GPT-4 Vision's image recognition capabilities, such as identifying a complex flowchart or a movie scene, and providing detailed descriptions or information based on the visual content.

💡Text-to-Speech (TTS)

Text-to-Speech technology converts written text into spoken words. The video includes a sponsored segment where a voice is cloned using a TTS service, suggesting that AI can now mimic human voices with high fidelity, opening up possibilities for personalized voice interactions.

💡Automation

Automation refers to the use of technology to perform tasks with minimal human intervention. The video shows how AI can automate tasks such as coding a website from an image or creating a schematic diagram, highlighting the potential for AI to streamline and enhance productivity in various industries.

💡Interior design

Interior design is the art and science of enhancing the aesthetics and functionality of an interior space. The video suggests that AI, through GPT-4 Vision, can provide suggestions for interior design, such as color schemes and decor items, based on an image of a room, demonstrating AI's potential in creative fields.

💡Electronics schematics

Electronics schematics are graphical representations of the electrical connections and components in a system. The video demonstrates how GPT-4 Vision can analyze and explain an Arduino's schematic diagram from an image, indicating AI's ability to understand and communicate complex technical information.

💡Handwriting recognition

Handwriting recognition is the ability of a system to interpret and convert handwritten text into digital text. The video humorously suggests that even if schools ban AI tools for handwriting, teachers could use AI to read and grade handwritten assignments, showcasing the potential of AI to handle diverse data inputs.

Highlights

Access GPT-4 Vision and DALL·E 3 through the Bing app for multi-modal chat experiences.

GPT-4 Vision can describe and conversationally edit images based on descriptions.

DALL·E 3 generates various images from textual descriptions, including edits like changing colors.

A website allows uploading pictures for the AI to autonomously code up, checking for errors, and improving the code.

GPT-4 Vision breaks down complex diagrams, such as a human cell, for educational purposes.

GPT-4 Vision directed a full-on product photography shoot for Halloween and Christmas themes.

GPT-4 Vision and DALL·E 3 can create images from descriptions, even for complex themes like Christmas.

GPT-4 Vision can turn a low-resolution image into a live website in less than a minute.

Chat GPT can identify and describe scenes from movies, such as the film 'Gladiator'.

MyVocal.ai allows users to clone their voice in 60 seconds for various uses.

GPT-4 Vision can interpret complex flowcharts and provide detailed explanations.

GPT-4 Vision can analyze images of food, estimate calories, and even provide recipes.

GPT-4 Vision can read and interpret signs, determining if parking is allowed at certain times.

GPT-4 Vision can solve math and science problems by analyzing images of equations or diagrams.

GPT-4 Vision can identify locations from images, such as recognizing a view from a specific point in Hawaii.

GPT-4 Vision can turn a whiteboard sketch into a functional website.

GPT-4 Vision can understand and explain electronic schematics, like those of an Arduino.

GPT-4 Vision can suggest interior design ideas based on images of rooms.

GPT-4 Vision can transcribe and interpret bad handwriting, aiding in grading and transcription.

GPT-4 Vision can find specific items or characters in images, like finding Waldo in a picture.

Anticipation for the ability to edit YouTube videos with GPT-4 Vision, such as removing silences and adding transitions.

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