/cpy

A Computer Engineering System (Start with DAC.py)

Primary LanguagePythonMIT LicenseMIT

cpy

A Computer Engineering System (Digital Workbench)

Features

Here are the features and functionalities offered by Amalec:

0. Image Generator

Description: Generates images which are required for the use of other features in the application, particularly the Programming Engine (Option 2).

1. Image Compiler

Description: Compiles multiple images into a single file or presentation.

2. Programming Engine

Description: A comprehensive engine for programming tasks, leveraging the images generated by the Image Generator.

3. Cosmology

Description: Tools and functionalities for cosmological research and simulations. Can be used in conjunction with Options 0, 1, and 2.

4. Sequential Language Generation

Description: Generates sequences of language. Warning: This tool must filter out profane content. A user .txt file must exist within the working directory, listing Unicode characters (one per line).

5. Text Editor

Description: A built-in text editor for writing and editing text files.

6. Generate Command Matrix Plugin for the Programming Engine

Description: Creates command matrix plugins to extend the capabilities of the Programming Engine.

7. Exit Program

Description: Exits the Amalec application.

8. 3D CAD CAM Engine

Description: A 3D CAD/CAM engine for computer-aided design and manufacturing.

9. Quantum Circuit Qiskit WorkBench

Description: A workbench for creating and simulating quantum circuits using Qiskit.

10. Classical Circuit SchemDraw WorkBench

Description: A workbench for designing and simulating classical circuits using SchemDraw.

11. Cosmological Simulation by Text

Description: Simulates cosmological phenomena using text-based inputs and outputs.

12. Large Language Model

Description: Integrates a large language model for various language processing tasks.

13. Data Script by Custom Structures

Description: Generates data scripts using custom data structures.

14. Generate Binary Unique Strings to a custom.txt File

Description: Creates unique binary strings and saves them to a custom .txt file.

16. Convert .outb File to BinaryOut File (Extension of Option 12)

Description: Converts .outb files to binaryout files, extending the functionality of the Large Language Model.

17. Text Database

Description: Manages and manipulates text databases.

18. Proximal Prime Numbers

Description: Calculates and analyzes proximal prime numbers.

19. Configurations for Mode 2

Description: Provides configuration settings for the Programming Engine (Option 2).

21. Proximal Primes Animator

Description: Animates the behavior and distribution of proximal prime numbers.

22. Manual Turing Complete Finite State Machine

Description: Allows the user to manually construct a Turing-complete finite state machine.

23. Automatic Turing Complete Finite State Machine

Description: Automatically generates a Turing-complete finite state machine.

24. Python Enabled Command Line Interface

Description: Provides a command line interface with Python capabilities.

25. Automatic Control Engineering

Description: Tools and functionalities for automatic control engineering.

26. Automated Design and Technology

Description: Facilitates automated design and technological development tasks.

27. Construct Your Own Linguistic Language

Description: Enables users to construct their own linguistic languages.

28. Convert Text Encoding to a Convergent Image (From Option 12)

Description: Converts text encoding, derived from the Large Language Model, into a convergent image.

29. Mathematics Lab

Description: A lab environment for conducting mathematical experiments and visualizations.

Installation

  1. Clone the repository:
    git clone https://github.com/DOMIAXEGDE/cpy.git
  2. Navigate to the directory in terminal or console.
  3. pip install -r requirements.txt

License

This project is licensed under the MIT License - see the LICENSE file for details.