Logica

This Program Is Designed To Help With Digital Electronics, Making It Easier To Learn And Apply Digital Electronics Concepts

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Features

1. Boolean Algebra Operations

The BooleanAlgebra Class Allows You To Perform Various Logical Operations On Two Boolean Values. The Available Logic Gates Include:

• NOT (Inverts A Value)
• AND (Returns True If Both Values Are True)
• OR (Returns True If Either Value Is True)
• NAND (Returns True If Not Both Values Are True)
• NOR (Returns True If Both Values Are False)
• XOR (Returns True If Exactly One Value Is True)
• XNOR (Returns True If Both Values Are The Same)

2. Binary Operations

The BinaryOperations Class Provides Methods To Perform Basic Binary Arithmetic Operations:

• Addition
• Subtraction
• Multiplication
• Division

All Binary Operations Are Performed Step-By-Step, Showing Intermediate Results For Better Understanding.

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Installation

To Use This Program, Simply Clone The Repository And Run The Python File:

git clone https://github.com/yourusername/digital-electronics-assistant.git
cd digital-electronics-assistant
python main.py

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Usage

Running The Application

Once The Program Is Executed, You Will Be Presented With A Menu To Choose Between Boolean Algebra And Binary Operations:

Commands:

1> Boolean Algebra (Using Two Values)
2> Binary Operations (Addition, Subtraction, Multiplication, And Division)

Boolean Algebra Operations

• Select 1 To Choose Boolean Algebra Operations.
• Input Two Boolean Values (Either True Or False).
• Select The Desired Logic Gate (1-7) From The Available Options.

Binary Operations

• Select 2 To Choose Binary Operations.
• Choose The Type Of Binary Operation (Addition, Subtraction, Multiplication, Or Division).
• Input Two Integers For The Operation.
• The Program Will Show Intermediate Steps For Addition, Subtraction (Using Two's Complement), Multiplication (Using Shift-And-Add), And Division (Quotient And Remainder).

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Example

Boolean Algebra Example:

Enter Value One (Either True Or False)> True
Enter Value Two (Either True Or False)> False
Choose The Logic Gate (1-7): 2

Output:

Result Of AND Gate: False

Binary Operations Example:

Enter Operation> 1
Enter Value One> 5
Enter Value Two> 3

Output:

Performing Binary Addition: 101 + 11
Result (Binary): 1000

Contributing

Feel Free To Fork The Repository, Submit Issues, And Open Pull Requests. We Welcome Contributions To Improve The Program!

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License

This Program Is Licensed Under The MIT License - See The LICENSE File For Details.

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