The Base Converter vs Turing Lab

Base Converter: A Powerful Number System Calculator Convert between binary, octal, decimal, duodecimal, and hexadecimal with ease Base Converter is an elegant, powerful utility that makes working with different number systems simple and intuitive. Whether you're a programmer, student, mathematician, or just curious about number systems, this app provides a seamless experience for converting and understanding numerical representations. Key Features • Instant Conversions - Watch values update in real-time across all five number systems as you type • Smart Context-Aware Keyboard - Our custom keyboard automatically shows only valid digits for each base, eliminating input errors • Precision Controls - Fine-tune values with increment/decrement buttons for perfect accuracy • Full Negative Number Support - Work with the complete range of integers across all bases • Beautiful, Intuitive Interface - Color-coded inputs make it easy to distinguish between different number systems • Accessibility First - Designed with dynamic type support and full VoiceOver compatibility for all users Perfect For • Developers working with binary and hexadecimal values for programming, debugging, or bit manipulation • Students learning about number systems in computer science, mathematics, or engineering courses • Professionals in fields requiring precise numerical conversions • Educators teaching concepts of different numeral systems • Anyone curious about how numbers can be represented in different ways Why Base Converter? Base Converter stands out with its thoughtful design that balances power and simplicity. The clean interface eliminates distractions while providing all the tools you need for number system conversions. The custom keyboard ensures you'll never make an invalid entry, and the color-coded system helps you instantly recognize which base you're working with. Download Base Converter today and experience the most elegant way to work with number systems on iOS!

Turing Lab is a touch-friendly environment for studying automata and formal languages on iPhone, iPad, and Mac. Create finite automata and pushdown automata, run bounded simulations, inspect step traces, minimize DFAs, and explore conversions between automata, regular expressions, and grammars. Build single-tape and multi-tape Turing machines, organize reusable machine building blocks, inspect tape execution, and analyze bounded or cyclic runs. Edit context-free and unrestricted grammars. Explore CYK, LL, LR, bounded brute-force parsing, normal forms, FIRST/FOLLOW sets, guided derivations, and supported grammar/automata conversions. Design Mealy and Moore transducers, simulate generated output, and work with L-systems through bounded rewriting, examples, and turtle rendering. Practice the Pumping Lemma for regular and context-free languages. Validate, compare, simplify, generate, and convert regular expressions. Supported workspaces provide JFLAP XML, versioned JSON, SVG, or PNG operations according to each model. Compatibility diagnostics disclose unsupported or lossy fields instead of silently discarding them. Turing Lab runs its learning workflows locally and includes offline examples. It is designed for students, educators, researchers, classroom demonstrations, lab exercises, and self-study. Turing Lab is inspired by JFLAP and supports selected compatible workflows. It is not affiliated with, endorsed by, or an official release of JFLAP, Duke University, or Susan H. Rodger.