State-of-the art graphical user interface
Drag-and-drop model editor, easy navigation throughout the model, instant access to object properties, integrated animation editor, full-featured model debugger.

Hierarchical object-oriented modeling interface
AnyLogic active objects have interface, parameters, own behavior and animation, and can encapsulate other objects to any depth. Objects are highly reusable.

Scalable models
Compact representation, conciseness and efficiency of the model are preserved as the system complexity grows in dimension, interconnection, dynamics, or algorithms.

Open, flexible and extensible tool
Add Java expressions or code fragments at any level. Extend functionality of objects, link external modules, use Java packages, access other software via JNI. Rich API to control animations and the simulation engine. HLA compatible.

State machines
UML statecharts (advanced state machines) are supported for modeling complex time and event ordering of operations.

Algebraic-differential equations
Explicit or implicit definition of algebraic-differential equations describing the continuous dynamic behavior. Advanced numerical methods for stiff and non-stiff systems.

Hybrid discrete/continuous modeling
Complex interdependencies between discrete logic and continuous time processes are modeled naturally. Hybrid statecharts supported for most sophisticated cases.

Motion and dynamically changing structures
Model objects moving in space, filed of vision, signal level, etc. Objects can be created and destroyed, connected and disconnected as the system evolves.

Libraries
Create custom objects and store them in libraries for future reuse. Business process, Dynamic systems, Mechanical, and Chemical are included. More are coming.

DB integration
Easy to read and write data to databases and spreadsheets. Associate parameters with DB fields, feed simulation with historical data, store output results, etc.

Animation
Develop sophisticated interactive front-ends for your simulations with the integrated animation editor. Object-based animations are flexible and reusable.

Statistical analysis
Models collect pre-defined or user-defined datasets, perform statistical analysis, graphically present and export the simulation results to other applications.

Stochastic and deterministic modeling
35+ probability distributions supported by Stat:;FitTM input analysis tool. Many different ways to introduce randomness and variability into your model.

Cross-platform standalone Java models
Models collect pre-defined or user-defined datasets, perform statistical analysis, graphically present and export the simulation results to other applications.

Optimize with OptQuest
World-class global optimization methods of OptQuest (metaheuristic, mathematical, neural networks) enhance your decision support capabilities.