GenGED

GenGED – A Visual Definition Tool for Visual Modeling Environments. we give a brief overview on GenGED that allows for the visual definition and generation of visual modeling environments. Depending on the underlying visual modeling language, different components are suitable in a visual modeling environment. GenGED supports the definition and generation of editors, parsers, and simulators.


References in zbMATH (referenced in 15 articles , 1 standard article )

Showing results 1 to 15 of 15.
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  1. Zeidler, Clemens; Weber, Gerald; Gavryushkin, Alex; Lutteroth, Christof: Tiling algebra for constraint-based layout editing (2017)
  2. Ermel, Claudia; Taentzer, Gabriele; Bardohl, Roswitha: Simulating algebraic high-level nets by parallel attributed graph transformation (2005)
  3. Bardohl, Roswitha; Ehrig, Hartmut; de Lara, Juan; Taentzer, Gabriele: Integrating meta-modelling aspects with graph transformation for efficient visual language definition and model manipulation (2004)
  4. Ermel, Claudia; Bardohl, Roswitha: Scenario animation for visual behavior models: a generic approach (2004) ioport
  5. Ermel, Claudia; Bardohl, Roswitha; Ehrig, Hartmut: Generation of animation views for Petri nets in GenGED (2003)
  6. Bardohl, Roswitha: A visual environment for visual languages (2002)
  7. Bardohl, Roswitha; Ermel, Claudia; Padberg, Julia: Transforming specification architectures by GenGED (2002)
  8. Bottoni, Paolo; Costagliola, Gennaro: On the definition of visual languages and their editors (2002)
  9. Köth, Oliver; Minas, Mark: Structure, abstraction, and direct manipulation in diagram editors (2002)
  10. Minas, Mark: Concepts and realization of a diagram editor generator based on hypergraph transformation (2002)
  11. Pfaltz, John L.: Incremental transformation of lattices: A key to effective knowledge discovery (2002)
  12. Bardohl, R.; Schultzke, T.; Taentzer, G.: Visual language parsing in GenGEd (2001) ioport
  13. Köth, Oliver; Minas, Mark: Abstraction in graph-transformation based diagram editors (2001)
  14. Minas, Mark; Hoffmann, Berthold: Specifying and implementing visual process modeling languages with DiaGen (2001)
  15. Bardohl, Roswitha; Ehrig, Hartmut: Conceptual model of the graphical editor GenGEd for the visual definition of visual languages (2000)