automata-diags 0.2.3

🤖 A powerful, modern, and educational Python toolkit for automata theory. Visualize DFAs, NFAs, CFGs, minimize automata, and more with an elegant, type-safe API.

🤖 Automata Diags

A powerful, modern, and educational Python toolkit for automata theory. Visualize DFAs, NFAs, CFGs, minimize automata, and more with an elegant, type-safe API.

For the full, comprehensive documentation including tutorials and the API reference, please visit our Documentation Website.

🤔 Why Automata Diags?

Feature	Why It Matters
Complete Toolset	From basic DFAs to complex CFG conversions, all the tools you need for a typical Theory of Computation course are in one place.
Educational Focus	The API is designed to be intuitive and map closely to textbook concepts, making it an excellent companion for students.
Advanced Algorithms	Includes research-grade implementations like Hopcroft's minimization, setting it apart from simpler libraries.
Instant Visualization	Don't just build automata—see them. Instant visual feedback helps solidify complex concepts and makes debugging intuitive.
Modern & Maintained	Built with modern Python (type hints, clean architecture) and actively maintained for correctness and new features.

📦 Installation

pip install automata-diags

Requires Python 3.8+ and Graphviz.

🚀 Quick Start

from automata.backend.grammar.dist import State, Symbol
from automata.backend.grammar.regular_languages.dfa.dfa_mod import DFA
from automata.backend.drawings.automata_drawer import AutomataDrawer

# Create a simple DFA
# For more creation methods, see the full documentation.
dfa = DFA.from_string("q0,a,q1;q1,b,q2", start_state="q0", accept_states={"q2"})

# Test it
dfa.accepts([Symbol('a'), Symbol('b')]) # True

# Visualize it
drawer = AutomataDrawer()
drawer.draw_dfa_from_object(dfa, "my_first_dfa")

For more examples and detailed guides, please visit the Full Documentation Site.

🤝 Contributing

Contributions are welcome! Please feel free to open a pull request or submit an issue on our GitHub repository.

📄 License

This project is licensed under the MIT License.