I have my own AI, running just fine, on an old computer.

It is a newly optimized AI program, released days ago called llama 3.2.

And 3.2 is a huge speed boost, over older versions.

This is new, never go beneath llama 3.2, those models are too slow.

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The moment I started writing this text, I went to https://ollama.com/

And ran their curl command: “curl -fsSL https://ollama.com/install.sh | sh” on a Raspberry PI 4.

Rasperry PI 4 takes entire minutes to load youtube, I use it when I need to track bottlenecks in my code.

Rasperry PI 4, is powerful, but too slow for the internet, it is much slower than your cell phone.

Wehn I ran the curl command I saw “Installing ollama”, nearly instantly ten minutes later after a couple of gigabytes it was running.

Then I installed llama 3.2 by running “ollama run llama3.2” it said “pulling manifest” and few minites later it printed “Send A Message”.

That is when you are supposed to type, and I typed in “When did humans lost their tail?”

20 seconds later it started printing a response, at the speed of a person typeing on their phone.

Too slow to read as you go, but fine if you are just following with your eyes.

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The answer was strong, it correctly stated Humans never had a tail, or it might have been a tiny little thing.

And when I asked about Hominids, it started typing such a thurough response, that I feel spoiled.

Having mostly used a free AI, to see what its limits are.

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On a Rasperry PI, your want to let it write, on a normal computer, it just gives you text.

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So ollama is a primitive program that installs llama 3.2, you can get it for windows and mac, and it is just a text window.

It runs in the terminal, which is great, it is meant for text, and AI is text, a perfect pair.

If you get confused installing it, just look for a video tutorial, and make sure you install llama 3.2 or higher.

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Finally, I have a pet question I like to ask, roughly “Give me three examples of a program using the Actor Model”.

And my variant worked better than the leading free AI, llama took the time to create scenarios, explaining how the programs work.

One of the examples it gave me was an online store, and it described the actors, User, Shopping Cart, and Payment Gateway.

And then stepped through all the function, within those actors, even mentioning a refund function.

It did not use the internet, at all, it all happened localy.

And I can combine those responses, witht eh software I designed.

To have AI, automatically generate all the big parts of programs.

They may not run, but it will be clear what is missing.

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To me llamma 3.2 represents a breakthrough, as big as the initial release of AI.

Because now, we can have AI at home, and it works just fine.

And what a beautiful invitation into the world of programming it is, because while it will inspire you to learn programming, or automating it.

UNBELIEVABLY, nay SHOCKINGLY! It will also teach you programming,

The following question was a bit too much for the Raspberry PI, it took 9 minutes to begin generating a response for. But I got an instant answer on a 10 year old computer.

Here is the clumsy question: “Give me a lesson plan for learning JavaScript programming, while following something like a Programming Cookbook structure, where there is plenty of little examples. Start by listing the chapters of such a sweet little cookbook.”

And while I will attack the fill response to the bottom of the text version of the poem, I will only read you the chapters of the cookbook this magnifincent program produced.

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Chapter 1: Setting Up and Installing Chapter 2: Variables and Data Types Chapter 3: Control Structures Chapter 4: Functions Chapter 5: Objects and Arrays Chapter 6: DOM Manipulation Chapter 7: Event-Driven Programming Chapter 8: Working with Data Structures Chapter 9: Advanced Topics Chapter 10: Putting it All Together

This outline covers the basics of JavaScript programming and provides a solid foundation for further learning. Each chapter includes bite-sized examples to help illustrate key concepts.

Next steps would be to write detailed lesson plans for each chapter, including:

• Step-by-step guides with example code
• Tips and best practices
• Exercises or quizzes to reinforce understanding

Let me know if you'd like me to expand on any of these chapters or provide sample content!

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Like I said “Sooner Or Later You Will Have To Spend Time With Artificial Intelligence”, this is not just a program, this is not robot chat, this is an intelligence.

And you need to figure out, just how magnificent that is.

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Full AI Response

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Here's a proposed outline for a JavaScript programming cookbook-style lesson plan:

Chapter 1: Setting Up and Installing

• Introduction to JavaScript and its history
• Setting up a coding environment (e.g., text editor, IDE)
• Installing Node.js (if not already installed)

Chapter 2: Variables and Data Types

• Basic data types in JavaScript (strings, numbers, booleans, arrays, objects)
• Declaring variables with var, let, and const
• Assigning values to variables
• Basic operators (+, -, *, /, %)

Chapter 3: Control Structures

• Conditional statements (if/else, switch)
• Loops (for, while, do-while)
• Break and continue statements

Chapter 4: Functions

• Defining and calling functions
• Function arguments and return values
• Closures and the use of function context

Chapter 5: Objects and Arrays

• Creating objects with constructors or literal syntax
• Accessing and modifying object properties
• Working with arrays (indexing, slicing, concatenation)
• Basic array operations (forEach, filter, map)

Chapter 6: DOM Manipulation

• Introduction to the Document Object Model (DOM)
• Selecting elements using CSS selectors
• Modifying element content and attributes
• Basic event handling (onclick, onmouseover)

Chapter 7: Event-Driven Programming

• Understanding event listeners and event handlers
• Creating custom event handlers
• Handling events with event delegation

Chapter 8: Working with Data Structures

• Introducing the Fetch API for making HTTP requests
• Manipulating JSON data with JSON.parse() and JSON.stringify()
• Using the Map object for key-value pairs
• Understanding Set objects for unique values

Chapter 9: Advanced Topics

• Introduction to promises and async/await
• Working with callbacks and error handling
• Introducing Redux or other state management libraries (optional)

Chapter 10: Putting it All Together

• Building a simple web application using JavaScript
• Integrating HTML, CSS, and server-side languages (e.g., Node.js)
• Troubleshooting common issues in your code

This outline covers the basics of JavaScript programming and provides a solid foundation for further learning. Each chapter includes bite-sized examples to help illustrate key concepts.

Next steps would be to write detailed lesson plans for each chapter, including:

• Step-by-step guides with example code
• Tips and best practices
• Exercises or quizzes to reinforce understanding

Let me know if you'd like me to expand on any of these chapters or provide sample content!