AbstractThis extended abstract recalls how visual language editors benefit from graph grammars and how the editor-generator DiaGen is based on this approach. We then outline how generated editors can create abstract diagram representations for further processing, e.g. for communication with other tools or for diagram visualizations with varying, adjustable detail level which is a valuable aid when editing large diagrams. These concepts are illustrated with UML class diagrams
This extended abstract demonstrates that creating editors and environments for visual languages beco...
This paper introduces a UML-based approach for specifying model transformations. The technique is ba...
AbstractThis paper describes a graphical specification tool for Dia Gen, a diagram editor generator ...
This extended abstract recalls how visual language editors benefit from graph grammars and how the e...
AbstractThis extended abstract recalls how visual language editors benefit from graph grammars and h...
Abstract. Editors for visual languages should be as simple and conve-nient to use as possible; at th...
Editors for visual languages should be as simple and convenient to use as possible; at the same tim...
In this paper, we recall how the syntax of diagrams is captured by the dia-gram editor generator DIA...
Complex information structures can often be represented by diagrams. Diagrams (e.g., trees for hiera...
DIAGEN [1] is a tool for generating diagram editors that respect the syntax of partic-ular diagram l...
ii Using modeling techniques for software development processes establishes a basis to design sizabl...
Diagrams (e.g., trees for hierarchical structures, or graphs for finite state machines) are often ne...
AbstractDiagram editors which are tailored to a specific diagram language typically support either s...
For working with diagrams on a computer screen we need di-agram editors, i.e., graphical editors spe...
Abstract. Diagram editors which are tailored to a specific diagram language typically support either...
This extended abstract demonstrates that creating editors and environments for visual languages beco...
This paper introduces a UML-based approach for specifying model transformations. The technique is ba...
AbstractThis paper describes a graphical specification tool for Dia Gen, a diagram editor generator ...
This extended abstract recalls how visual language editors benefit from graph grammars and how the e...
AbstractThis extended abstract recalls how visual language editors benefit from graph grammars and h...
Abstract. Editors for visual languages should be as simple and conve-nient to use as possible; at th...
Editors for visual languages should be as simple and convenient to use as possible; at the same tim...
In this paper, we recall how the syntax of diagrams is captured by the dia-gram editor generator DIA...
Complex information structures can often be represented by diagrams. Diagrams (e.g., trees for hiera...
DIAGEN [1] is a tool for generating diagram editors that respect the syntax of partic-ular diagram l...
ii Using modeling techniques for software development processes establishes a basis to design sizabl...
Diagrams (e.g., trees for hierarchical structures, or graphs for finite state machines) are often ne...
AbstractDiagram editors which are tailored to a specific diagram language typically support either s...
For working with diagrams on a computer screen we need di-agram editors, i.e., graphical editors spe...
Abstract. Diagram editors which are tailored to a specific diagram language typically support either...
This extended abstract demonstrates that creating editors and environments for visual languages beco...
This paper introduces a UML-based approach for specifying model transformations. The technique is ba...
AbstractThis paper describes a graphical specification tool for Dia Gen, a diagram editor generator ...
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