AnyLogic Libraries
Discover six domain libraries in one unified simulation platform.
Model entire systems and processes.
Optimize Complex Operations in
Risk-Free Environment
Real systems don’t exist in isolation. Warehouses often interact with transport networks. Production lines can rely on fluid processes. People operate machines. Simulating isolated processes would give you only a narrow view of your operations.
AnyLogic solves this with six built-in libraries for the most popular domains. Combine elements of multiple libraries within a single model to capture the full complexity of real systems. Discover your operations from different angles or build models for your clients from diverse industries.
Discover AnyLogic Libraries
Use libraries independently to model specific processes and industries. Or combine their intuitive drag-and-drop elements to accurately model the logic, constraints, and dynamics of entire systems.
Process Modeling Library
To model operational workflows across industries
Material Handling Library
To model and optimize material flows in factories, warehouses, and more.
Discover AnyLogic Libraries
Use libraries independently to model specific processes and industries. Or combine their intuitive drag-and-drop elements to accurately model the logic, constraints, and dynamics of entire systems.
Create Your Own Reusable
Custom Libraries
AnyLogic also allows you to build custom libraries that package your own modeling components and reuse them across projects. These libraries can include agents, logic, and parameters tailored to your specific domain.
Explore Models Built With Different Libraries
The oil terminal model is one of many examples demonstrating how AnyLogic libraries can be used together to simulate completely different processes within one model.
In this case, the Rail library is used to model railroad platforms and train movements. Fluid library elements help to simulate oil flow and storage processes, while the Process Modeling library is responsible for controlling tanker operations and terminal workflows.
AnyLogic Libraries in Action:
Industry Examples
Discover how businesses leverage multiple AnyLogic libraries together to simulate interconnected processes and achieve tangible benefits.
Take a Closer Look
at AnyLogic Libraries
Check out our blog posts, how-tos, on-demand webinars, and other materials to learn more about libraries and how to use them.
How to build a simple AGV charging model for warehousing
Read the blog post
Webinar: Custom libraries in AnyLogic and enterprise simulation
Read the blog post
Data-driven framework with low-code solutions: evolve your simulations
Read the blog post
Build your own simulation toolkit following best practices
Read the blog post
Multimethod simulation modeling for business
Download the white paper
Build your first models in AnyLogic
Follow tutorialsWant to Improve Processes and Optimize Systems?
Talk to our team and see how you can model, test, and improve your operations with AnyLogic.
Want to Improve Processes and Optimize Systems?
Download the free AnyLogic Personal Learning Edition and explore all libraries in action. See how you can resolve complex challenges and increase efficiency with the leading simulation software.
FAQs About AnyLogic Libraries
Libraries are designed to be used visually with drag-and-drop components. Since AnyLogic is built on Java, users can extend functionality with code when advanced customization is needed.
The choice depends on the system you want to model. For example, libraries like Rail, Road Traffic, or Fluid are designed for domain-specific simulations. The Process Modeling Library is often used for business processes and service systems. In many cases, models combine elements from multiple libraries.
Yes. AnyLogic allows you to customize or extend library components by adding parameters, logic, or Java code. This flexibility makes it possible to adapt standard blocks to match the specific requirements of your system.
Yes. Users can build custom libraries that package their own modeling components, logic, and parameters. These libraries can then be reused across multiple projects or shared with teams to standardize modeling approaches.
