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General:

  • ALPypeOpt
  • The AnyLogic Connector
  • How to optimize your simulation model. The GPP example.

Advanced:

  • Running your model directly from AnyLogic
  • Running alpypeopt in a docker container
  • Scaling your optimization process
  • Running your simulation model as an AnyLogic CustomExperiment
  • Most common issues and how to troubleshoot them
  • API
ALPypeOpt
  • Welcome to ALPypeOpt documentation!
  • Edit on GitHub

Welcome to ALPypeOpt documentation!

ALPypeOpt or AnyLogic Python Pipe for Optimization is an open source library for connecting AnyLogic simulation models with state-of-the-art black box optimization frameworks such as scikit-optimize, optuna , hyperopt and bayesian optmization.

General:

  • ALPypeOpt
    • Features
    • Environments
    • Installation
    • Requirements
    • General architecture
  • The AnyLogic Connector
    • Add ALPypeOptConnector library to your AnyLogic Palette
    • Drag and drop an instance of ALPypeOptConnector
    • Implement ALPypeOptClientController
  • How to optimize your simulation model. The GPP example.
    • Create an AnyLogicModel connection instance
    • Create variable ranges and wrap your simulation environment within a function
    • Important note on AnyLogic console error

Advanced:

  • Running your model directly from AnyLogic
  • Running alpypeopt in a docker container
  • Scaling your optimization process
  • Running your simulation model as an AnyLogic CustomExperiment
  • Most common issues and how to troubleshoot them
  • API

Indices and tables

  • Index

  • Module Index

  • Search Page

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© Copyright 2023, Marc Escandell Mari. Revision fe000abc.

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