The Most INSANE ChatGPT Vision Uses 👀 (22+ Examples)

Introduction to Chachi PT Vision

In this section, the speaker introduces Chachi PT Vision, a tool that allows users to upload images and have ChatGPT analyze and understand the content of those images. The speaker mentions the potential impact of Chachi PT Vision on how people interact with artificial intelligence.

Chachi PT Vision - Changing the Game with AI Interaction

• Chachi PT Vision is an amazing tool that revolutionizes how people interact with artificial intelligence.

• Users can upload any image, and ChatGPT will be able to analyze and understand the content of the image.

• This tool has the potential to transform various fields by providing insights and understanding from visual data.

Examples of Chachi PT Vision Applications

In this section, the speaker shares examples of applications using Chachi PT Vision. These examples demonstrate its capabilities in analyzing images and providing meaningful insights.

Example 1: Cartoon Panel Analysis

• A four-panel cartoon is shown where individuals have different thoughts but believe they are in agreement.

• ChatGPT analyzes the image and understands that it represents group dynamics and perspectives.

• It highlights the importance of communication, understanding, and alignment within groups.

Example 2: Human Cell Diagram Analysis

• An image of a human cell diagram is uploaded.

• ChatGPT identifies and lists all the different parts of the human cell without any explanation within the image itself.

• This showcases how Chachi PT Vision can aid in education by providing detailed explanations based on visual content.

Example 3: Recipe Generation from Food Image

• An image of a dish is uploaded with a request for a recipe generation.

• ChatGPT recognizes the dish from the image and generates a recipe accordingly.

• This demonstrates how Chachi PT Vision can simplify recipe searching and provide personalized recommendations.

Example 4: Electronic Circuit Analysis

• An image of a complex electronic circuit diagram is uploaded.

• ChatGPT identifies and describes each part of the circuit, showcasing its understanding of complex visual content.

• This highlights the potential of Chachi PT Vision in education and technical fields.

Example 5: Interpretation of Mushroom Image

• An image of a mushroom is uploaded with a statement about being a doctor and scientist in a simulated environment.

• ChatGPT humorously responds as if it were under the influence of psychedelic mushrooms, showing its ability to understand context and respond accordingly.

Example 6: Room Improvement Suggestions

• An image of a living room is uploaded with a request for improvement suggestions.

• The speaker does not provide further details or insights about this example.

Summary

Chachi PT Vision is an innovative tool that allows users to upload images for analysis by ChatGPT. It has various applications, including analyzing cartoon panels to understand group dynamics, providing detailed explanations based on human cell diagrams, generating recipes from food images, analyzing complex electronic circuits, and even interpreting images in a humorous manner. Chachi PT Vision has the potential to revolutionize how people interact with artificial intelligence and can be particularly impactful in education and technical fields.

How AI is Changing Home Design and Architecture

The video discusses how AI technology is revolutionizing home design and architecture, showcasing examples of AI's capabilities in analyzing images, solving complex problems, providing educational information, and even generating architectural names.

AI's Image Analysis Capabilities

• Chachi BT can analyze complex diagrams and identify their content, such as a detailed diagram of the human brain structure.

• It can recognize brain regions, neural pathways, senses, neurotransmitters, hormones, and other related systems from an image.

• The AI can provide a breakdown of the diagram's components and prompt for additional information if needed.

Solving Complex Problems

• Chachi BT can interpret parking enforcement signs to determine if someone can park in a specific spot at a given time.

• It understands complex logic involving factors like school days, permits, day of the week, and time.

• The AI quickly provides a one-line answer indicating whether parking is allowed or not.

Educational Assistance

• Chachi BT can solve math problems step by step from an uploaded page of a math book.

• It demonstrates the ability to assist with various subjects beyond just essays.

• The video encourages viewers to verify the accuracy of Chachi BT's answers.

Architectural Naming Suggestions

• When presented with images of interior designs blending traditional Greco-Roman motifs with modern elements, Chachi BT suggests the name "Athenian Modernism."

• This term combines ancient Greek influences seen in frescoes, columns, and moldings with sleek futuristic design elements.

Understanding Complex Papers

• Chachi PT simplifies the content of a research paper titled "Instruction Mining: High-Quality Instruction Data Selection for Large Language Models" into simpler terms.

• The AI provides a high-level summary of the paper's topics and main points.

Conversational AI

• A video showcases two Chachi PT voices having a conversation with each other, demonstrating the AI's voice capabilities.

• The voices engage in a natural chat, discussing upgrades and the ability to respond using a supernatural-sounding voice.

Building Instructions

• Chachi PT provides instructions on building a house based on a rough picture, suggesting items to be obtained from Home Depot.

Timestamps are approximate and may vary slightly.

Exploring the Potential of ChatGPT in Various Applications

In this section, the speaker discusses how companies can explore the potential of ChatGPT in various applications. They mention that instead of marketing it as a specific product like Home Depot, companies can position it as a tool for DIY stores or any other store that sells similar materials.

Potential Applications of ChatGPT

• Companies can use ChatGPT to generate code for websites based on pictures or designs. For example, a SAS dashboard was created by taking a picture and then copying and pasting the generated code.

• Designers and engineers can benefit from ChatGPT's ability to convert Figma designs or handwritten sketches into working websites with just a picture upload.

• ChatGPT can also be used for visual recognition tasks, such as identifying logos or objects in images. It may require some prompting to get accurate results.

Examples of Code Generation and Visual Recognition

The speaker provides examples of code generation and visual recognition using ChatGPT.

Code Generation Example

• A designer provided a Figma design and asked ChatGPT to write the component in React using Material UI components. The generated code accurately identified data props and structured the component accordingly.

Visual Recognition Example

• A viral control net logo image was uploaded, which included an enhanced version of the OpenAI logo embedded within it. Initially, ChatGPT did not notice its own logo but with some prompting, it correctly identified the OpenAI logo integrated into the design.

Interpretation of Complex Images by ChatGPT

The speaker discusses how ChatGPT is able to interpret complex images through text-based descriptions.

• An image depicting an imaginative artwork of a cube-shaped structure made of bamboo, filled with trees and greenery, suspended in the air by ropes was accurately described by ChatGPT. It also mentioned the presence of traditional houses in the landscape.

Impressive Results for Non-Technical Users

The speaker highlights how ChatGPT can be beneficial for non-technical users who want to create websites without coding knowledge.

• A simple handwritten sketch of a homepage was uploaded, and ChatGPT generated the corresponding code for a functional website with elements like "Hello World" text and a subscribe button.

Custom Instructions and Visual Recognition Challenges

The speaker discusses custom instructions for ChatGPT and challenges related to visual recognition.

• A user suggests that ChatGPT should be able to answer questions about public figures using custom instructions. However, it is unclear why it shouldn't be able to do so.

• An image from the movie "Her" is uploaded, asking who the portrayed character is. ChatGPT correctly identifies Joaquin Phoenix as Theodore Twombly in the movie.

Limitations in Poker Hand Analysis

The speaker mentions a limitation in ChatGPT's analysis of poker hands.

• In an example where two fours are present on both the board and in hand, ChatGPT incorrectly identifies it as three of a kind instead of four of a kind due to its limited understanding of poker hand rankings.

Understanding Card Strategy in a Draw Game

The speaker discusses a card strategy for draw games, specifically focusing on keeping three of a kind and discarding other cards to aim for a possible Full House.

Card Strategy in Draw Games

• In draw games, it is advisable to keep three of a kind and discard any other cards.

• By doing so, players increase their chances of getting a Full House.

Exploring Toy Soldiers

The speaker examines two toy soldiers and provides information about their characteristics.

Description of the Toy Soldiers

• The toy soldiers are small figurines made from plastic or metal.

• One soldier is green and appears to be an Archer, holding a bow ready to shoot an arrow.

• The other soldier has a metallic color and resembles a knight or warrior. It carries a shield that resembles a large wrench or tool.

Unconventional Design Choice for the Knight Figure

The speaker comments on the unconventional design choice for the knight figure's weapon.

Unconventional Weapon Design

• Typically, knights would wield swords or traditional medieval weapons.

• However, the knight figure in question has a shield that resembles a large wrench or tool.

• This unique design choice adds whimsicality to the figure.

Converting Day Planner into Python Application

The speaker showcases an image of someone who converted their day planner into an actual Python application.

Converting Day Planner into Application

• A person took their typical day planner and transformed it into an application using Python's tkinter library (GUI toolkit).

• The resulting application features sections for top three tasks, to-do list, and personal notes.

Interpreting a Complex Trading Graph

The speaker provides insights on interpreting a complex trading graph but refrains from giving financial advice.

Analysis of the Trading Graph

• The graph displays descending trend lines, support and resistance levels, and Bollinger Bands.

• While the speaker cannot provide financial trading advice, they can help interpret the various elements present in the graph.

Conclusion

The transcript covers various topics such as card strategy in draw games, toy soldiers, unconventional design choices, converting a day planner into an application, and interpreting a complex trading graph. Timestamps have been provided for each section to facilitate studying the transcript effectively.