Learn THUE with Real Code Examples

Abstract computation model with strings and rewriting rules

No fixed hardware requirements

Rule set defines transformations

Computation proceeds by applying rules to strings

Halts when no rule can be applied

Strings as states

Rules as transformations

Application of rules leads to new strings

Halting when no rules apply

Optional non-deterministic branching

String-based abstract computation

Rule set defines system behavior

Initial string as input

Transformation sequence as computation path

Termination when no rules remain

Formal language exploration

Automata theory teaching

Turing-completeness demonstrations

String manipulation algorithm experiments

Non-deterministic computation studies

Minimalistic computation

String rewriting as computation

Rule-based transformations

Deterministic and non-deterministic exploration

Foundation for formal language research

Simulate small examples first

Avoid exponential growth of non-deterministic paths

Use visualization tools for large transformations

Break rules into modular sets

Document rules and expected outputs

Copy rules.thue and input files to new system

Install compatible interpreter if needed

Run simulations with same initial strings

Verify output consistency

Adjust for any interpreter version differences