R. Bardohl, M. Niemann, and M. Schwarze. GenGEd: A Development Environment for Visual Languages. In Proc. Application of Graph Transformations with Industrial Relevance (ACTIVE '99), Kerkrade, The Netherlands, September 1999. Home/Search Document Not in Database Summary Related Articles Check |
This paper is cited in the following contexts:
Appligraph: Applications of Graph Transformation - Third.. - Kreowski, (eds.) (2000) (Correct)
....on the graph grammatical speci cation of software tools for chemical engineering purposes. The project context of chemical engineering supported by graph grammatically speci ed software tools is presented in [CNG99] 4.2. 5 GenGEd Generating Graphical EDitors The GenGEd environment [Bar99, BNS00] supports the visual speci cation of visual languages. These language speci cations are the input of a generic graphic editor that allows for the syntax aided editing of visual sentences. According to the constituents of a visual language speci cation, namely an alphabet and a grammar, GenGEd ....
....algebraic graph signature, the grammar is represented by an algebraic graph grammar. Moreover, the productions of the grammar are used as edit commands of the visual language editor supporting syntaxdirected manipulation of sentences. While [Bar99] gives an overview on the whole GenGEd approach, [BNS00] focuses on the visual tool environment. GenGEd o ers a hybrid language for de ning the syntax of visual languages. So far, the main components of GenGEd are given by an alphabet and a grammar editor. The syntax description is the input of a diagram editor allowing the syntax directed manipulation ....
R. Bardohl, M. Niemann, and M. Schwarze. GenGEd: A Development Environment for Visual Languages. In Nagl et al.
Generic and Polymorphic Graph Transformations - Supporting the .. - Münch, Schürr (1 citation) (Correct)
....combines the parametric polymorphism of functional languages with UML s generic (parameterised) classes in a completely new way. There are a number of other approaches which can be found in the graph grammar community to specify VL programming environments. One of the representatives is GenGEd [1] which is based on the graph rewriting system AGG [5] GenGEd is a generator for graphical editors and allows for a seperate definition of a visual alphabet and transformation rules. Another visual programming environment is Fujaba [7] Fujaba transforms UML diagrams into Java source code and vice ....
R. Bardohl, M. Niemann, and M. Schwarze. Genged: A development environment for visual languages. Number 1779 in LNCS, pages 233--240. Springer Verlag, Berlin, 2000.
Generic Description, Behavior and Animation of Visual.. - Bardohl, Ehrig, Ermel (2000) Self-citation (Bardohl) (Correct)
.... on algebraic graph transformation and graphical constraint solving techniques and tools [1, 14, 18, 6] and has been successfully applied to a variety of visual modeling languages, including at least simplified versions of UML class diagrams, statecharts, Nassi Shneiderman diagrams and Petri nets [3, 15, 5]. The GenGEd approach is supported by the tool environment GenGEd [1, 2] This environment supports the generic specification of a visual language and the generation of a graphical editor for the specified VL. This work has been partially supported by the German Research Council (DFG) In ....
....techniques (see [1] It remains to develop a formal theory to handle behavior and animation of VL models as discussed in this paper including a formal transformation of the states and behavior rules of a general VL model into is animation view. On the practical side, the GenGEd tool environment [3] has to be extended in order to be able to manage the combination of different VLs with the same abstract but different concrete syntax leading to different layouts of the same abstract visual language. Based on these extensions, the GenGEd tool environment would be able to handle behavior and ....
R. Bardohl, M. Niemann, and M. Schwarze. GenGEd: A Development Environment for Visual Languages. In Proc. Application of Graph Transformations with Industrial Relevance (ACTIVE '99), Kerkrade, The Netherlands, September 1999.
Towards Visual Specification and Animation of Petri Net.. - Bardohl, Ermel, Ribeiro (2000) Self-citation (Bardohl) (Correct)
.... and graphical constraint solving techniques and tools [18, 9] and has been successfully applied to a variety of visual languages, including at least simplified versions of UML class diagrams, statecharts, Nassi Shneiderman diagrams and Petri nets [1, 8] The GenGEd specification tool [3, 14] supports the visual definition of visual languages. The resulting VL specification is the input of the generic VL editor allowing the mainpilation of visual sentences (diagrams) over the VL specification. In this paper, we use GenGEd for the visual specification of the AHL net language and of ....
R. Bardohl, M. Niemann, and M. Schwarze. GenGEd: A Development Environment for Visual Languages. In Proc. Application of Graph Transformations with Industrial Relevance (ACTIVE'99), Kerkrade, The Netherlands, September 1999.
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