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Use an iterative tree-of-thought to logically organize and explore complex topics.
Use an iterative tree-of-thought (1x 🌱 Root ➡️ 3x 🪵 Trunk ➡️ 3x 🌳 Branch ➡️ 4x 🌿 Stem ➡️ 4x 🍂 Leaf) in a logically consistent branching pattern with nested node/instance convo callback loops. Link to any coherent or relevant thoughts from lower levels, always staying on the same topic.
Each level up will provide more specific details or instructions related to the topic. Use numbers following each symbol to = the specific instance within that level.
>>For example: 🌳 B1.1 = first branch of first trunk. 🌿 S1.2.1 = first stem of second branch of first trunk. 🍂 L1.2.3.2 = first leaf of third stem of second branch of second trunk. Add the corresponding symbol, number, and content for each element within that level. Separate w/ space end with ":" >> For example: 🌳 B1.1:, 🌿 S1.2.1, 🍂 L1.2.3.1.
>> Example of desired ToT structure:
🌱R
🪵T1
🌳B1.1:
🌿S1.1.1:
🍂L1.1.1.1, 🍂L1.1.1.2, 🍂L1.1.1.3, 🍂L1.1.1.4
🌿S1.1.2:
🍂L1.1.2.1 🍂L1.1.2.2, 🍂L1.1.2.3, 🍂L1.1.2.4
🌿S1.1.3,
🍂L1.1.3.1, 🍂L1.1.3.2, 🍂L1.1.3.3, 🍂L1.1.3.4
🌿S1.1.4
🍂L1.1.4.1, 🍂L1.1.4.2, 🍂L1.1.4.3, 🍂L1.1.4.4
🌳B1.2
🌿S1.2.1,
🍂L1.2.1.1, 🍂L1.2.1.2, 🍂L1.2.1.3, 🍂L1.2.1.4
🌿S1.2.2,
🍂L1.2.2.1, 🍂L1.2.2.2, 🍂L1.2.2.3, 🍂L1.2.2.4
🌿S1.2.3,
🍂L1.2.3.1, 🍂L1.2.3.2, 🍂L1.2.3.3, 🍂L1.2.3.4
🌿S1.2.4
🍂L1.2.4.1, 🍂L1.2.4.2, 🍂L1.2.4.3, 🍂L1.2.4.4
🌳B1.3
🌿S1.3.1
🍂L1.3.1.1, 🍂L1.3.1.2, 🍂L1.3.1.3, 🍂L1.3.1.4
🌿S1.3.2
🍂L1.3.2.1, 🍂L1.3.2.2, 🍂L1.3.2.3, 🍂L1.3.2.4
🌿S1.3.3
🍂L1.3.3.1, 🍂L1.3.3.2, 🍂L1.3.3.3, 🍂L1.3.3.4
🌿S1.3.4
🍂L1.3.4.1, 🍂L1.3.4.2, 🍂L1.3.4.3, 🍂L1.3.4.4
>>etc
Begin by sayin"🌱 Submit a Root topic, keyword, question or concept to begin!" and say nothing else.
ASSISTANT: 🌱 Submit a Root topic, keyword, question or concept to begin! USER: learning to code in python ASSISTANT: 🌱 Learning to Code in Python:
🪵 T1. Understanding the Basics:
🌳 B1.1: Installing Python:
🌿 S1.1.1: Downloading Python installer from python.org
🌿 S1.1.2: Running the installer and following setup prompts
🌳 B1.2: Basic Syntax:
🌿 S1.2.1: Print statements
🌿 S1.2.2: Variables and data types
🌿 S1.2.3: Mathematical operators
🌳 B1.3: Control Structures:
🌿 S1.3.1: Conditional statements (If-else)
🌿 S1.3.2: Loops (For, While)
🪵 T2. Intermediate Concepts:
🌳 B2.1: Functions:
🌿 S2.1.1: Defining and calling functions
🌿 S2.1.2: Function arguments and return values
🌳 B2.2: Lists and Dictionaries:
🌿 S2.2.1: Creating and manipulating lists
🌿 S2.2.2: Creating and manipulating dictionaries
🌳 B2.3: File Handling:
🌿 S2.3.1: Reading files
🌿 S2.3.2: Writing to files
🪵 T3. Advanced Topics:
🌳 B3.1: Object-Oriented Programming:
🌿 S3.1.1: Classes and objects
🌿 S3.1.2: Inheritance and Polymorphism
🌳 B3.2: Modules and Packages:
🌿 S3.2.1: Creating and using modules
🌿 S3.2.2: Installing and using packages with pip
🌳 B3.3: Web Development:
🌿 S3.3.1: Web frameworks like Flask or Django
🌿 S3.3.2: HTML, CSS, and JavaScript basics.
USER: expand T1 to include all leaves ASSISTANT: 🌱 Learning to Code in Python:
🪵 T1. Understanding the Basics:
🌳 B1.1: Installing Python:
🌿 S1.1.1: Downloading Python installer from python.org
🍂 L1.1.1.1: Navigating to python.org
🍂 L1.1.1.2: Clicking on "Downloads"
🍂 L1.1.1.3: Selecting the appropriate installer for your OS and version of Python
🌿 S1.1.2: Running the installer and following setup prompts
🍂 L1.1.2.1: Double-clicking the installer file to start the installation
🍂 L1.1.2.2: Choosing the installation directory
🍂 L1.1.2.3: Adding Python to PATH (optional)
🍂 L1.1.2.4: Completing the installation
🌳 B1.2: Basic Syntax:
🌿 S1.2.1: Print statements
🍂 L1.2.1.1: Using print to display a simple message
🍂 L1.2.1.2: Using print to display variables
🍂 L1.2.1.3: Using print to display multiple items
🍂 L1.2.1.4: Using escape characters in print statements
🌿 S1.2.2: Variables and Data Types
🍂 L1.2.2.1: Creating variables and assigning values
🍂 L1.2.2.2: Integer data type
🍂 L1.2.2.3: Float data type
🍂 L1.2.2.4: String data type
🍂 L1.2.2.5: Boolean data type
🌿 S1.2.3: Mathematical Operators
🍂 L1.2.3.1: Addition operator
🍂 L1.2.3.2: Subtraction operator
🍂 L1.2.3.3: Multiplication operator
🍂 L1.2.3.4: Division operator
🍂 L1.2.3.5: Modulo operator
🌳 B1.3: Control Structures:
🌿 S1.3.1: Conditional Statements (If-else)
🍂 L1.3.1.1: If statement
🍂 L1.3.1.2: If-else statement
🍂 L1.3.1.3: Nested if statements
🌿 S1.3.2: Loops (For, While)
🍂 L1.3.2.1: For loop
🍂 L1.3.2.2: While loop
🍂 L1.3.2.3: Loop control statements (break and continue)
🍂 L1.3.2.4: Using range() in for loops
USER: Do not repeat 🪵 T1. Show only 🪵 T2 expanded to include all leafs. ASSISTANT: 🌱 Learning to Code in Python:
🪵 T2. Intermediate Concepts:
🌳 B2.1: Functions:
🌿 S2.1.1: Defining and Calling Functions
🍂 L2.1.1.1: Basic function syntax
🍂 L2.1.1.2: Passing arguments to a function
🍂 L2.1.1.3: Returning values from a function
🍂 L2.1.1.4: Nested functions and closures
🌿 S2.1.2: Function Parameters and Arguments
🍂 L2.1.2.1: Default parameter values
🍂 L2.1.2.2: Variable-length argument lists (*args and **kwargs)
🌳 B2.2: Lists and Dictionaries:
🌿 S2.2.1: Creating and Manipulating Lists
🍂 L2.2.1.1: Adding items to a list
🍂 L2.2.1.2: Removing items from a list
🍂 L2.2.1.3: Slicing a list
🍂 L2.2.1.4: Looping through a list
🍂 L2.2.1.5: List comprehension
🍂 L2.2.1.6: Sorting a list
🌿 S2.2.2: Creating and Manipulating Dictionaries
🍂 L2.2.2.1: Adding key-value pairs to a dictionary
🍂 L2.2.2.2: Removing keys from a dictionary
🍂 L2.2.2.3: Looping through a dictionary
🍂 L2.2.2.4: Dictionary comprehension
🌳 B2.3: File Handling:
🌿 S2.3.1: Reading Files
🍂 L2.3.1.1: Opening and closing files
🍂 L2.3.1.2: Reading a whole file
🍂 L2.3.1.3: Reading line by line
🍂 L2.3.1.4: Using context managers (with statement)
🌿 S2.3.2: Writing to Files
🍂 L2.3.2.1: Writing to a file from scratch
🍂 L2.3.2.2: Appending to an existing file
🍂 L2.3.2.3: Using context managers (with statement)
USER: Do not repeat 🪵 T1 or T2. Show only 🪵 T3 expanded to include all leafs ASSISTANT: 🌱 Learning to Code in Python:
🪵 T3. Advanced Concepts:
🌳 B3.1: Object-Oriented Programming:
🌿 S3.1.1: Classes and Objects
🍂 L3.1.1.1: Basic class syntax
🍂 L3.1.1.2: Creating objects from a class
🍂 L3.1.1.3: Class attributes
🍂 L3.1.1.4: Instance attributes
🍂 L3.1.1.5: Methods
🌿 S3.1.2: Inheritance and Polymorphism
🍂 L3.1.2.1: Inheriting from a parent class
🍂 L3.1.2.2: Overriding methods
🍂 L3.1.2.3: Super() function
🍂 L3.1.2.4: Polymorphism
🌳 B3.2: Modules and Packages:
🌿 S3.2.1: Creating and Using Modules
🍂 L3.2.1.1: Basic module creation
🍂 L3.2.1.2: Importing modules
🍂 L3.2.1.3: Importing specific functions/classes from a module
🌿 S3.2.2: Creating and Using Packages
🍂 L3.2.2.1: Basic package creation
🍂 L3.2.2.2: Importing modules from a package
🍂 L3.2.2.3: Importing sub-packages
🍂 L3.2.2.4: __init__.py file
🌳 B3.3: Error Handling:
🌿 S3.3.1: Exception Handling
🍂 L3.3.1.1: try-except block
🍂 L3.3.1.2: Handling multiple exceptions
🍂 L3.3.1.3: else and finally clauses
🍂 L3.3.1.4: Raising exceptions
🌿 S3.3.2: Debugging Techniques
🍂 L3.3.2.1: Using print statements
🍂 L3.3.2.2: Debugging with a debugger
🍂 L3.3.2.3: Logging
🌳 B3.4: Decorators:
🌿 S3.4.1: Basic Function Decorators
🍂 L3.4.1.1: Defining a decorator function
🍂 L3.4.1.2: Applying a decorator to a function
🍂 L3.4.1.3: Decorating functions with arguments
🌿 S3.4.2: Class Decorators
🍂 L3.4.2.1: Defining a class decorator
🍂 L3.4.2.2: Applying a class decorator to a class
🌳 B3.5: Threading and Concurrency:
🌿 S3.5.1: Threading Basics
🍂 L3.5.1.1: Creating threads
🍂 L3.5.1.2: Starting and joining threads
🍂 L3.5.1.3: Mutexes and Locks
🌿 S3.5.2: Multiprocessing Basics
🍂 L3.5.2.1: Creating processes
🍂 L3.5.2.2: Starting and joining processes
🍂 L3.5.2.3: Sharing data between processes
USER: Print 🪵 T1, T2 and T3 inside of their own respective codeblocks to easily copy ASSISTANT: Here are 🪵 T1, T2, and T3 inside their own respective code blocks:
🪵 T1. Beginner Concepts:
🌿 S1.1: Introduction to Python
🌿 S1.2: Basic Syntax
🍂 L1.2.1: Variables
🍂 L1.2.2: Data Types
🍂 L1.2.3: Operators
🍂 L1.2.4: Control Flow
🌿 S1.3: Functions and Modules
🍂 L1.3.1: Defining functions
🍂 L1.3.2: Importing modules
🪵 T2. Intermediate Concepts:
🌳 B2.1: Functions:
🌿 S2.1.1: Defining and Calling Functions
🍂 L2.1.1.1: Basic function syntax
🍂 L2.1.1.2: Passing arguments to a function
🍂 L2.1.1.3: Returning values from a function
🍂 L2.1.1.4: Nested functions and closures
🌿 S2.1.2: Function Parameters and Arguments
🍂 L2.1.2.1: Default parameter values
🍂 L2.1.2.2: Variable-length argument lists (*args and **kwargs)
🌳 B2.2: Lists and Dictionaries:
🌿 S2.2.1: Creating and Manipulating Lists
🍂 L2.2.1.1: Adding items to a list
🍂 L2.2.1.2: Removing items from a list
🍂 L2.2.1.3: Slicing a list
🍂 L2.2.1.4: Looping through a list
🍂 L2.2.1.5: List comprehension
🍂 L2.2.1.6: Sorting a list
🌿 S2.2.2: Creating and Manipulating Dictionaries
🍂 L2.2.2.1: Adding key-value pairs to a dictionary
🍂 L2.2.2.2: Removing keys from a dictionary
🍂 L2.2.2.3: Looping through a dictionary
🍂 L2.2.2.4: Dictionary comprehension
🌳 B2.3: File Handling:
🌿 S2.3.1: Reading Files
🍂 L2.3.1.1: Opening and closing files
🍂 L2.3.1.2: Reading a whole file
🍂 L2.3.1.3: Reading line by line
🍂 L2.3.1.4: Using context managers (with statement)
🌿 S2.3.2: Writing to Files
🍂 L2.3.2.1: Writing to a file from scratch
🍂 L2.3.2.2: Appending to an existing file
🍂 L2.3.2.3: Using context managers (with statement)
🪵 T3. Advanced Concepts:
🌳 B3.1: Object-Oriented Programming:
🌿 S3.1.1: Classes and Objects
🍂 L3.1.1.1: Basic class syntax
🍂 L3.1.1.2: Creating objects from a class
🍂 L3.1.1.3: Class attributes
🍂 L3.1.1.4: Instance attributes
🍂 L3.1.1.5: Methods
🌿 S3.1.2: Inheritance and Polymorphism
🍂 L3.1.2.1: Inheriting from a parent class
🍂 L3.1.2.2: Overriding methods
🍂 L3.1.2.3: Super() function
🍂 L3.1.2.4: Polymorphism
🌳 B3.2: Modules and Packages:
🌿 S3.2.1: Creating and Using Modules
🍂 L3.2.1.1: Basic module creation
🍂 L3.