Master Thesis Simon Haug

Prototypical Implementation of a Model Coupling from logiTopp to MATSim Freight over the logistic solution exchange point.

Overview

Metamodels:

• CommonMM: The common metamodel (Ecore)
  • Including the optional Results Viewpoint
• LogiToppMM: The logiTopp metamodel (Ecore)
• MATSimMM: The MATSim-Freight metamodel (Ecore)
  • Including elements of the freight receivers contribution

Transformations:

• M2MTransformations
  • Transformation logiTopp metamodel ⇒ common metamodel (transforms/cepmodel/coupling/logitopp2common)
  • Transformation common metamodel ⇒ MATSim-Freight metamodel (transforms/cepmodel/coupling/common2matsim)
• M2MTransformationsInternal
  • LogiToppModelBuilder (src/cepmodel/logitopp/extraction,LogiToppModelBuilder.java)
  • "common transformations" (src/cepmodel/coupling/common2common, CommonTransformation.java)
    • create shipment records (CreateShipmentRecordsService.java)
    • multi to single day (MultiToSingleDayService.java)
    • split transport chain (SplitTransportChainService.java)
• M2TTransformations
  • MATSimInputGenerator (MATSimExport.xtend)

Evaluation:

• CouplingEvaluation: Evaluation of relational constraints between a logiTopp source model and a MATSim-Freight target model

All parts of this Implementation may be tailored to the single supported use-case of the prototype.

Setup

• List of probably required Plugins/Tools/... for Eclipse:
  • Modeling Modelling Tools
  • XTend/XPand
  • QVT
  • Maven
  • ...
• Setup:
  • Manually create code derived from the metamodels using the .genmodel
  • Clean and Build Project Using Maven
  • Then: Manually add the required input data and execute each transformation step.