<img height="1" width="1" style="display:none" src="https://www.facebook.com/tr?id=1907245749562386&amp;ev=PageView&amp;noscript=1">

The Leonardo Blog

All Posts

3 Steps to Converting EPC Models to Swimlane Models

If you are looking convert a large library of EPC models to Swimlane models (model type EPC Row Display), a customized automatic conversion script is what you are after.

Firstly, check that such scripts are compatible with the tools and databases in your business environment.

We recommend three steps to follow when creating/obtaining such a that assists your organization when converting EPC Models to Swimlane Models.:

  • Conversion,
  • Rollback &
  • New model setup.
  1. Conversion:
    • Creates new Swimlane (EPC row display) models
    • Creates a new folder structure for new models identical to the existing one
    • Moves all relevant objects to the new folder structure
    • Removes event objects from the process flow and replaces them with new relationships
    • Updates superior model assignments
    • Creates function allocation diagrams (FADs) and assigns them to the function objects
    • Applies custom templates and applies default layouts
  2. Rollback – moves all objects back to their original folder locations and converts any updated assignments to the original model
  3. New model setup – creates a new Swimlane model with the default layouts and custom templates automatically applied.

Converting EPC to Swimlane

Connected models

Connected models aris

Connected ModelObjects in superior models that have assignments to the existing EPC models will be updated and point to the new Swimlane models.

Group/folder structure

group folder structure ARISThe script automatically creates a mirror of the existing folder structure. Models and objects are saved to this new group folder section that mirrors the existing one.

Output report

Output Report Script ARIS The conversion script produces a comprehensive report in MS Word format detailing all the changes made by the conversion script


  • Model type EPC converted to model type EPC (Row Display) – referred to as a Swimlane model – without altering or removing the existing EPC
  • New Swimlane – EPC (Row Display) – models are created for each conversion and saved to a new folder structure identical to the existing
  • Model attributes on the original model are copied to the new
  • New function allocation diagrams (FADs) are created on each function object that has extra relationships occurring on the existing EPC


  • All objects (except events) from the original EPC model are reused as object occurrence copies in the new Swimlane or FAD models. This means all object attributes are inherited from the EPC
  • Object definitions are moved from the original folder location and saved with the new Swimlane
  • Objects are moved back to their original locations when the rollback script is run on a new Swimlane
  • Event objects from the existing EPC are removed from the process flow and replaced with new relationships on the Swimlane


  • Assignments on superior models for the existing EPC models are updated to the new Swimlane models. For example, the Superior Value Added Chain diagram will have any Value Added Chain object’s assignment changed to point to the new When the rollback script is run, this changes the assignment back to the original EPC model.
  • Any function objects on the EPC model that have non-process flow objects connected (e.g. Application System Type objects) will have a new FAD created for the extra objects to be placed and assigned to the function

Effectively Administering ARIS

Related Posts

Leonardo wins 2020 Red Hat ANZ Professional Services Partner of the Year

Red Hat announced Leonardo as their 'ANZ Professional Services Partner of the Year'. This is the third year in a row Leonardo has been recognised at these regional awards, and we're extremely honoured again for this acknowledgement. Well done to Team Leonardo for your superb work delivering great outcomes for clients - and to Red Hat Asia Pacific for their amazing partner growth and results over the past year.

Leonardo Invests in Apromore to advance AI-Driven, Open-Source Process Mining Technology

MELBOURNE, AUSTRALIA – 7 July 2020 – Leonardo today announced its investment in Apromore - a leading developer of open-source, AI-driven process mining technology. The investment forms part of a Series A round of funding totalling $A6.8 million, led by German business process management specialist GBTEC, and also included The University of Melbourne, which helped to incubate Apromore prior to spin off.

Leonardo wins 2019 Red Hat Hackathon - Customer Experience with OpenSource

      We're thrilled to share with you that Leonardo has won 2019 Red Hat Hackathon 'ReBoot Customer Experience with Open Source'. Early on Friday morning ( 5am AEDT 13th December 2019),  Leonardo awarded first place from a field that included 320 participants from across the globe.  The Hackathon's brief was to reinvent customer experience using Open Source. Providing an outstanding customer experience that customers actually love is especially challenging in more traditional industries like banking, insurance, telecommunication, public sector/government, healthcare, manufacturing, or transportation. These markets offer great opportunities for change and disruption as has been shown by many examples such as Uber disrupting transportation, Twilio disrupting telcos and Stripe or Transferwise disrupting banking.  We want you to be the next disrupter who creates a customer experience that users actually love.  An Open Source solution - ACE  Airline Customer Experience Our project is an application using a Red Hat Process Automation Manager process-as-microservice developed for "ACE Airlines", our fictional client (see video above for the demo). It communicates personalised, event-driven (gate change, delay, etc.) messages to passengers in the language of their choice, using their preferred communications type (SMS, push notification, email).