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Plangs

NameDescription
AMPLAlgebraic modeling language for complex optimization problems in large-scale computing.
APLA concise programming language focused on multi-dimensional arrays, using unique symbols to represent functions, influencing modeling and functional programming.
CGeneral-purpose language foundational in systems and application programming.
Common LispA high-performance, ANSI-standardized Lisp dialect recognized for its flexibility and macro system, supporting multiple programming paradigms.
EiffelObject-oriented programming language emphasizing design by contract.
EuphoriaUser-friendly language focusing on simplicity and readability, popular for various applications on multiple OS platforms.
FortranLanguage optimized for high-performance numerical computation and scientific computing.
IsabelleAutomated theorem prover for formalizing mathematical proofs in higher-order logic.
JuliaA dynamic language designed for numerical and scientific computing with strong support for parallel computing and multiple dispatch.
LabVIEWGraphical environment for data acquisition and industrial automation.
MATLABProprietary multi-paradigm programming language and numerical computing environment.
MiniZincLanguage for constraint modelling and solving complex combinatorial problems.
ModelicaNon-proprietary, object-oriented language for modeling complex physical systems across multiple domains.
NetLogoMulti-agent environment for modeling complex systems.
PicatA multi-paradigm language integrating functional, logic, and imperative programming features.
PrologLogic programming language used in AI and theorem proving, influenced by first-order logic for declarative tasks.
PythonDynamic, high-level programming language known for its easy-to-read syntax.
SimulinkGraphical programming environment for dynamic system modeling and analysis integrated with MATLAB.