This extended abstract demonstrates that creating editors and environments for visual languages becomes considerably easier when restricting the class of visual languages. The presented approach considers graph-like languages whose diagrams consist of nodes and edges with di#erent types. The specification method allows to describe such graphs in terms of their node and edge types and makes use of constraints in order to express syntactic properties. The DiaGen system is used to generate running editors from such specifications
AbstractThis extended abstract recalls how visual language editors benefit from graph grammars and h...
AbstractSyntax definition of visual languages is required for a precise definition of a visual langu...
Syntax Graph ASG represents Coupled Graph Grammar is represented by create create Production Appli...
This extended abstract demonstrates that creating editors and environments for visual languages beco...
AbstractThis extended abstract demonstrates that creating editors and environments for visual langua...
In this paper, we recall how the syntax of diagrams is captured by the dia-gram editor generator DIA...
This paper outlines a method to specify a wide range of diagrams by hypergraphs and diagram dynamics...
AbstractThis paper describes how a diagram language can be specified, based on graphs, graph grammar...
Diagrams (e.g., trees for hierarchical structures, or graphs for finite state machines) are often ne...
DIAGEN [1] is a tool for generating diagram editors that respect the syntax of partic-ular diagram l...
For working with diagrams on a computer screen we need di-agram editors, i.e., graphical editors spe...
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...
AbstractDiagram editors which are tailored to a specific diagram language typically support either s...
AbstractThe visual environment GENGED supports the visual definition of visual languages (VLs). Each...
AbstractThis extended abstract recalls how visual language editors benefit from graph grammars and h...
AbstractSyntax definition of visual languages is required for a precise definition of a visual langu...
Syntax Graph ASG represents Coupled Graph Grammar is represented by create create Production Appli...
This extended abstract demonstrates that creating editors and environments for visual languages beco...
AbstractThis extended abstract demonstrates that creating editors and environments for visual langua...
In this paper, we recall how the syntax of diagrams is captured by the dia-gram editor generator DIA...
This paper outlines a method to specify a wide range of diagrams by hypergraphs and diagram dynamics...
AbstractThis paper describes how a diagram language can be specified, based on graphs, graph grammar...
Diagrams (e.g., trees for hierarchical structures, or graphs for finite state machines) are often ne...
DIAGEN [1] is a tool for generating diagram editors that respect the syntax of partic-ular diagram l...
For working with diagrams on a computer screen we need di-agram editors, i.e., graphical editors spe...
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...
AbstractDiagram editors which are tailored to a specific diagram language typically support either s...
AbstractThe visual environment GENGED supports the visual definition of visual languages (VLs). Each...
AbstractThis extended abstract recalls how visual language editors benefit from graph grammars and h...
AbstractSyntax definition of visual languages is required for a precise definition of a visual langu...
Syntax Graph ASG represents Coupled Graph Grammar is represented by create create Production Appli...