Developing Composition Tree Visualizer for TextBE Vit Zuraida, IK 2007

TextBE Integrare: graphical editor TextBE: textual representation that automate graphical representation TextBE run on Eclipse Galileo SR2 Modeling Tools Existing functional: stabil textual representation for BT, BT visualizer Functional will be added: hiding deleted nodes, indication of active components, model validation, simulator, CT visualizer, etc

TextBE Design Textual specification  EMFText  editor Textual representation  editor View  ATL  graphviz model Graphviz model  EclipseGraphviz  SVG  SVGEclipse  image JET  generate code

Composition Tree Controlled vocabulary  aliases (added, deleted) CT composition of component Optional Needed for developing a large scale or complex system or developing a system with many developer.

CT Vs BT Infrormation represented by CT Vs BT BT  detail sequential behavior CT  composition of components with each attribute, state, event, and other informastions related to the component Building process of ICT Vs IBT IBT  integrate all requirment begavior tree ICT  if there is any new information added in RBT, add it to existion composition tree too Branching type CT Vs BT BT  same branching type CT  different branching type

CT Notation Train Station Case Study For an example of CT notation, see https://kode.poss.or.id/attachments/download/647/02-Train-Station-Composition_Tree.pdf The behavior tree related to that example can be seen in https://kode.poss.or.id/attachments/download/310/Train_Station.pdf

Reference