i found this ai

chatpdf.com

and decided to feed it a bunch of coding and game dev/design books. now im having it teach me everything in those books because i couldnt stay awake long enough to read them all. i know it wont be the same as getting a real teacher, but this is $20 a month and im broke. anyways, here is the list of books i gave it

3D Game Programming All In One

C++ Programming Language, 4th Edition by Bjarne Stroustrup

Beginning C++ Through Game Programming

Game Design: Theory and Practice

Coding for Beginners in Easy Steps: Basic Programming for All Ages

C++: The Complete Reference

The C++ Programming Language

The C++ Programming Language, 2nd Edition, Volume 1

The C++ Programming Language, 2nd Edition, Volume 2

and here is the lesson plan it was able to make with those books

Lesson 1: Control Structures and Functions

1.1 Control Structures

• Introduction to Control Structures: Explain the importance of control structures in programming.

• Conditional Statements:

• if, else if, else

• switch statement

• Loops:

• for loop

• while loop

• do-while loop

• Break and Continue Statements: Discuss how to control loop execution.

1.2 Functions

• Function Definition and Declaration: Explain the syntax and structure of functions.

• Function Parameters and Return Types: Discuss passing parameters by value vs. by reference.

• Overloading Functions: Explain how to create multiple functions with the same name but different parameters.

• Inline Functions: Discuss the benefits of using inline functions for performance.

1.3 Practice Exercises

• Write a program that uses conditional statements to determine if a number is prime.

• Create a function that calculates the factorial of a number using recursion.

Lesson 2: Object-Oriented Programming (OOP) Concepts

2.1 Introduction to OOP

• What is OOP?: Discuss the principles of Object-Oriented Programming.

• Key Concepts:

• Classes and Objects

• Encapsulation

• Inheritance

• Polymorphism

2.2 Classes and Objects

• Defining Classes: Explain how to define a class and its members.

• Constructors and Destructors: Discuss the role of constructors and destructors in object lifecycle management.

• Access Specifiers: Explain public, private, and protected access modifiers.

2.3 Inheritance

• Single Inheritance: Explain how one class can inherit from another.

• Multiple Inheritance: Discuss the implications and use cases of multiple inheritance.

• Base and Derived Classes: Explain how to access base class members from derived classes.

2.4 Polymorphism

• Function Overriding: Discuss how derived classes can override base class functions.

• Virtual Functions: Explain the concept of virtual functions and their importance in achieving polymorphism.

2.5 Practice Exercises

• Create a class representing a Car with attributes and methods.

• Implement inheritance by creating a SportsCar class derived from the Car class.

Lesson 3: Advanced Data Structures

3.1 Introduction to STL (Standard Template Library)

• What is STL?: Discuss the importance of STL in C++.

• Containers: Explain different types of containers (vector, list, deque, set, map).

3.2 Using Vectors

• Dynamic Arrays: Discuss the advantages of using vectors over arrays.

• Common Vector Operations: Explain how to add, remove, and access elements in a vector.

3.3 Lists and Deques

• List: Explain the characteristics of a doubly linked list and its operations.

• Deque: Discuss the double-ended queue and its use cases.

3.4 Maps and Sets

• Map: Explain how to use maps for key-value pair storage.

• Set: Discuss the properties of sets and their operations.

3.5 Practice Exercises

• Write a program that uses a map to count the frequency of words in a text.

• Create a list of integers and demonstrate various list operations.

Lesson 4: Exception Handling and File I/O

4.1 Exception Handling

• What is Exception Handling?: Discuss the need for exception handling in robust applications.

• Try, Catch, and Throw: Explain the syntax and usage of try-catch blocks.

• Custom Exceptions: Discuss how to create and throw custom exceptions.

4.2 File I/O

• File Streams: Explain the use of ifstream, ofstream, and fstream.

• Reading from Files: Discuss how to read data from files.

• Writing to Files: Explain how to write data to files.

• File Handling Best Practices: Discuss error handling and resource management.

4.3 Practice Exercises

• Write a program that reads a list of numbers from a file and calculates their average.

• Create a program that writes user input to a file until a specific keyword is entered.

Lesson 5: Templates and the Standard Template Library (STL)

5.1 Introduction to Templates

• What are Templates?: Discuss the purpose of templates in C++.

• Function Templates: Explain how to create and use function templates.

• Class Templates: Discuss the creation of class templates.

5.2 Using STL Algorithms

• Common Algorithms: Explain the use of algorithms like sort, find, and accumulate.

• Lambda Expressions: Introduce lambda expressions and their use with STL algorithms.

5.3 Practice Exercises

• Create a function template that swaps two values of any type.

• Write a program that uses STL algorithms to sort a vector of integers.