#Anylogic simulation tutorial how to

Then switch to AnyLogic 6 again and click the model icon in the project view (should be called 'Supply Chain' if you followed the model name suggestion above).

your Downloads directory you should not download it into the model folder already). Now download the H元 External Evaluation Java library to a place that you remember (e.g. That way it will save it in a folder called 'Models' in your user's directory. For the sake of simplicity just put 'Supply Chain' in the box that asks for a model name and leave everything else. Preparing the Simulation Model in AnyLogic 6įirst save the model in a new location. In total we have 6 decision variables, one target variable and one constraint on the output. Each echelon in the chain uses an (s,S) ordering policy. The optimization goal is to minimize the sum of all costs in the supply chain while satisfying a certain service level for the end user. There is also an Optimization Experiment in this model which uses the proprietary optimization package OptQuest. After you opened the model you can try to run the Simulation. You can open it either on the Welcome page after starting AnyLogic 6 or by choosing 'Sample Models' from the Help menu. The model which we are going to optimize with HeuristicLab comes preinstalled with AnyLogic 6 and is called Supply Chain.

#Anylogic simulation tutorial how to

If you go through this tutorial you will hopefully get an idea on how to solve your specific problem and implement the connector in your model.

This howto is written as a tutorial by taking one of the sample models that ships with AnyLogic and add connectors to optimize its parameters with HeuristicLab algorithms. We assume the reader is familiar with xj technologies AnyLogic 6 and has basic understanding of the Java programming language. If you prefer a slide version of this tutorial with images, please download the PDF tutorial of optimizing external applications and follow the instructions in Demonstration Part I therein. optimize parameters of AnyLogic 6 simulation models