Welcome to the AToMPM project

AToMPM stands for "A Tool for Multi-Paradigm Modeling". It is a research framework from which you can generate domain-specific modeling web-based tools that run on the cloud. AToMPM is an open-source framework for designing DSML environments, performing model transformations, and manipulating and managing models. It runs completely over the web, making it independent from any operating system, platform, or device it may execute on. AToMPM follows the philosophy of modeling everything explicitly, at the right level of abstraction(s), using the most appropriate formalism(s) and process(es), being completely modeled by itself.

The current stable version is . The source code release contains both the client and server code.

Installation and Dependencies

Please read the README in the code repository: https://github.com/AToMPM/atompm

Documentation

Here is the documentation and user guide for AToMPM

Bug Reports or Support

If you find a bug or need support, please let us know by raising an issue at the AToMPM GitHub issues page.

Project Link:

• AToMPM Git repository

Leaders

AToMPM is an academic tool led by two professors:

• Prof. Dr. Eugene Syriani, University of Montreal
• Prof. Dr. Hans Vangheluwe, University of Antwerp and McGill University

Contributors

A very active development team is behind the AToMPM project. The team is distributed all around the world. The list of contributors is in alphabetical order and updated biannually. For precise contributions, visit the GitHub project.

• Jonathan Corley, University of Alabama
• Huseyin Ergin, University of Alabama
• Khady Fall, University of Montreal
• Miguel Gamboa, University of Montreal
• Conner Hansen, University of Alabama
• Bentley James Oakes, McGill University
• Maris Jukss, McGill University
• Levi Lucio, McGill University
• Raphael Mannadiar, McGill University
• Bart Meyers, University of Antwerp
• Sadaf Mustafiz, McGill University
• Jelle Slowack, University of Antwerp
• Vasco Sousa, University of Montreal
• Simon Van Mierlo, University of Antwerp
• Yentl Van Tendeloo, University of Antwerp

Partners and Sponsors

AToMPM in scientific articles

1. M. Gamboa and E. Syriani. Improving User Productivity in Modeling Tools by Explicitly Modeling Workflows. Software & Systems Modeling (2018).   
2. M. Gamboa and E. Syriani. Using Workflows to Automate Activities in MDE Tools. MODELSWARD 2016, Revised and selected papers. CCIS: 692, pp. 22-45, Springer (2017).    
3. C. Masson, J. Corley, and E. Syriani. Feature Model for Collaborative Modeling Environments. MODELS 2017 Satellite Events - Workshop on Collaborative Modelling in MDE. CEUR-WS.org: 2019, pp. 164-173. oct (2017).   
4. M. Gamboa and E. Syriani. Automating Activities in MDE Tools. Model-Driven Engineering and Software Development, pp. 123-133, SciTePress. Rome, feb (2016).   
5. J. Corley, E. Syriani, and H. Ergin. Evaluating the Cloud Architecture of AToMPM. Model-Driven Engineering and Software Development, pp. 339-346, SciTePress. Rome, feb (2016).   
6. E. Syriani. Framework to Model Collaboratively. Workshop on Collaborative Modelling in MDE. CEUR-WS.org: 1717, pp. 4. Saint-Malo, oct (2016).   
7. J. Corley, E. Syriani, H. Ergin and S. Van Mierlo. Cloud-based Multi-View Modeling Environments. Modern Software Engineering Methodologies for Mobile and Cloud Environments. ch. 7, pp. 120-139, IGI Global (2015).   
8. H. Ergin and E. Syriani. AToMPM Solution for the IMDB Case Study. Transformation Tool Contest. CEUR-WS.org: 1305, pp. 134--138, York (2014).   
9. S. Van Mierlo, B. Barroca, H. Vangheluwe, E. Syriani and T. Kuehne. Multi-Level Modelling in the Modelverse. MULTI workshop. CEUR-WS.org, Valencia (2014).   
10. J. Corley and E. Syriani. A Cloud Architecture for an Extensible Multi-Paradigm Modeling Environment. MODELS posters. CEUR-WS.org: 1258, pp. 6-10, Valencia (2014).   
11. E. Syriani, H. Vangheluwe, R. Mannadiar, C. Hansen, S. Van Mierlo and H. Ergin. AToMPM: A Web-based Modeling Environment. MODELS'13: Invited Talks, Demos, Posters, and ACM SRC. CEUR-WS.org: 1115, Miami (2013).   
12. S. Van Mierlo. Model Transformation for Modelling Language Evolution. University of Antwerp, Masters thesis (2013).
13. J. Slowack. Human-Usable Textual Notation for ArkM3. University of Antwerp, Masters thesis (2013).   
14. L. Lucio, S. Mustafiz, J. Denil, H. Vangheluwe, M. Jukss. FTG+PM: An Integrated Framework for Investigating Model Transformation Chains. SDL Forum, pp. 182-202 (2013).   
15. E. Syriani, H. Vangheluwe, and B. LaShomb. T-Core: A Framework for Custom-built Transformation Languages. Software & Systems Modeling: 14(3), pp. 1215-1243 (2015).   
16. R. Mannadiar. AToMPM: A Tool for Multi-Paradigm Modelling. NECSIS Workshop (2012).   
17. E. Syriani, J. Gray and H. Vangheluwe. Modeling a Model Transformation Language. Domain Engineering: Product Lines, Conceptual Models, and Languages. (2012).   
18. R. Mannadiar. A Multi-Paradigm Modelling Approach to the Foundations of Domain-Specific Modelling. Doctoral dissertation, McGill University, jun (2012).   
19. R. Mannadiar, H. Vangheluwe. Modular artifact synthesis from domain-specific models. ISSE 8(1), pp. 65-77 (2012).   

Tutorials

http://www.slideshare.net/eugenesyriani/atompm-introductory-tutorial

Demos

http://www.youtube.com/watch?v=iBbdpmpwn6M