The GLIDE (Graph Layout Interactive Diagram Editor) system (first presented at GD'96 [4]) improves on general constraint-based approaches to drawing and layout by supporting only a small set of "macro" constraints, known as VOFs (visual organization features). They are specifically suited to graph drawing, contributing both aesthetic and semantic information. To date, GLIDE remains the only interactive graph drawing tool to support the use of VOFs or similar constructs. More recent work [1] [3] has begun to investigate the importance of visual organization in graph drawing
The Graph Layout Toolkit and the Graph Editor Toolkit are portable, flexible toolkits for graph layo...
The Graph Layout Toolkit and Graph Editor Toolkit, which provide a framework for graph visualization...
Automatic graphic object layout methods have long been studied in these application areas in which g...
The GLIDE (Graph Layout Interactive Diagram Editor) system (first presented at GD'96 [4]) improves o...
. In spite of great advances in the automatic drawing of medium and large graphs, the tools availabl...
Many diagrams encountered in numerous areas can be modeled as graphs. Examples include UML diagrams,...
Prior empirical work on layout aesthetics for graph drawing algorithms has concentrated on the inter...
The growing studies show that the human brain can comprehend increasingly complex structures if they...
Abstract. We present a new application for graph drawing in the con-text of graphical model-based sy...
Empirical work on appropriate layout aesthetics for graph drawing algorithms has concentrated on the...
AbstractThe research presented in this paper compares user-generated and automatic graph layouts. Fo...
Current graph visualization techniques gather information found in a database or a file and create o...
Data in real-world graph drawing applications often change frequently but incrementally. Any drastic...
We propose a set of layout operations ensuring flexible and convenient interactive editing of commun...
Graph drawing is an information visualization technology for illustrating relations between objects....
The Graph Layout Toolkit and the Graph Editor Toolkit are portable, flexible toolkits for graph layo...
The Graph Layout Toolkit and Graph Editor Toolkit, which provide a framework for graph visualization...
Automatic graphic object layout methods have long been studied in these application areas in which g...
The GLIDE (Graph Layout Interactive Diagram Editor) system (first presented at GD'96 [4]) improves o...
. In spite of great advances in the automatic drawing of medium and large graphs, the tools availabl...
Many diagrams encountered in numerous areas can be modeled as graphs. Examples include UML diagrams,...
Prior empirical work on layout aesthetics for graph drawing algorithms has concentrated on the inter...
The growing studies show that the human brain can comprehend increasingly complex structures if they...
Abstract. We present a new application for graph drawing in the con-text of graphical model-based sy...
Empirical work on appropriate layout aesthetics for graph drawing algorithms has concentrated on the...
AbstractThe research presented in this paper compares user-generated and automatic graph layouts. Fo...
Current graph visualization techniques gather information found in a database or a file and create o...
Data in real-world graph drawing applications often change frequently but incrementally. Any drastic...
We propose a set of layout operations ensuring flexible and convenient interactive editing of commun...
Graph drawing is an information visualization technology for illustrating relations between objects....
The Graph Layout Toolkit and the Graph Editor Toolkit are portable, flexible toolkits for graph layo...
The Graph Layout Toolkit and Graph Editor Toolkit, which provide a framework for graph visualization...
Automatic graphic object layout methods have long been studied in these application areas in which g...