ingenias.editor.panels.GenericDiseaseSpecDiagPanel Maven / Gradle / Ivy
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A editor for modelling scenarios for PHAT simulator
/**
* Copyright (C) 2010 Jorge J. Gomez-Sanz over original code from Ruben Fuentes and Juan Pavon
*
* Modifications over original code from jgraph.sourceforge.net
*
* This file is part of the INGENME tool. INGENME is an open source meta-editor
* which produces customized editors for user-defined modeling languages
*
* This program is free software: you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation version 3 of the License
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
* You should have received a copy of the GNU General Public License
* along with this program. If not, see getAllowedEntities(){
Vector entities=new Vector();
entities.add("HIGHTaskFilterR");
entities.add("GSymptom");
entities.add("DiseaseStage");
entities.add("LOWTaskFilterR");
entities.add("MEDIUMTaskFilterR");
return entities;
}
public DefaultGraphCell createCell(String entity) throws InvalidEntity{
if (entity.equalsIgnoreCase("HIGHTaskFilterR")) {
HIGHTaskFilterR nentity=new HIGHTaskFilterR(((Model)getModel()).getNewId("HIGHTaskFilterR"));
DefaultGraphCell vertex = new
HIGHTaskFilterRCell(nentity);
// Default Size for the cell with the new entity
return vertex;
}
else
if (entity.equalsIgnoreCase("GSymptom")) {
GSymptom nentity=new GSymptom(((Model)getModel()).getNewId("GSymptom"));
DefaultGraphCell vertex = new
GSymptomCell(nentity);
// Default Size for the cell with the new entity
return vertex;
}
else
if (entity.equalsIgnoreCase("DiseaseStage")) {
DiseaseStage nentity=new DiseaseStage(((Model)getModel()).getNewId("DiseaseStage"));
DefaultGraphCell vertex = new
DiseaseStageCell(nentity);
// Default Size for the cell with the new entity
return vertex;
}
else
if (entity.equalsIgnoreCase("LOWTaskFilterR")) {
LOWTaskFilterR nentity=new LOWTaskFilterR(((Model)getModel()).getNewId("LOWTaskFilterR"));
DefaultGraphCell vertex = new
LOWTaskFilterRCell(nentity);
// Default Size for the cell with the new entity
return vertex;
}
else
if (entity.equalsIgnoreCase("MEDIUMTaskFilterR")) {
MEDIUMTaskFilterR nentity=new MEDIUMTaskFilterR(((Model)getModel()).getNewId("MEDIUMTaskFilterR"));
DefaultGraphCell vertex = new
MEDIUMTaskFilterRCell(nentity);
// Default Size for the cell with the new entity
return vertex;
}
else
throw new ingenias.exception.InvalidEntity("Entity type "+entity+" is not allowed in this diagram");
}
public Dimension getDefaultSize(Entity entity) throws InvalidEntity{
if (entity.getType().equalsIgnoreCase("HIGHTaskFilterR")) {
return HIGHTaskFilterRView.getSize((HIGHTaskFilterR)entity);
}
else
if (entity.getType().equalsIgnoreCase("GSymptom")) {
return GSymptomView.getSize((GSymptom)entity);
}
else
if (entity.getType().equalsIgnoreCase("DiseaseStage")) {
return DiseaseStageView.getSize((DiseaseStage)entity);
}
else
if (entity.getType().equalsIgnoreCase("LOWTaskFilterR")) {
return LOWTaskFilterRView.getSize((LOWTaskFilterR)entity);
}
else
if (entity.getType().equalsIgnoreCase("MEDIUMTaskFilterR")) {
return MEDIUMTaskFilterRView.getSize((MEDIUMTaskFilterR)entity);
}
else
throw new ingenias.exception.InvalidEntity("Entity type "+entity+" is not allowed in this diagram");
}
public DefaultGraphCell insert(Point point, String entity) throws InvalidEntity {
// CellView information is not available after creating the cell.
// Create a Map that holds the attributes for the Vertex
Map map = new Hashtable();
// Snap the Point to the Grid
// Construct Vertex with no Label
DefaultGraphCell vertex;
Dimension size;
vertex=this.createCell(entity);
size=this.getDefaultSize((Entity)vertex.getUserObject());
// Add a Bounds Attribute to the Map
GraphConstants.setBounds(map, new Rectangle(point, size));
// Construct a Map from cells to Maps (for insert)
Hashtable attributes = new Hashtable();
// Associate the Vertex with its Attributes
attributes.put(vertex, map);
// Insert the Vertex and its Attributes
this.getModel().insert(new Object[] {vertex},attributes
, null, null, null);
return vertex;
}
public DefaultGraphCell insertDuplicated(Point point, ingenias.editor.entities.Entity
entity) {
// CellView information is not available after creating the cell.
// Create a Map that holds the attributes for the Vertex
Map map =new Hashtable();
// Snap the Point to the Grid
// Construct Vertex with no Label
DefaultGraphCell vertex = null;
Dimension size = null;
if (entity.getClass().equals(HIGHTaskFilterR.class)) {
vertex = new HIGHTaskFilterRCell( (HIGHTaskFilterR) entity);
// Default Size for the new Vertex with the new entity within
size = HIGHTaskFilterRView.getSize((HIGHTaskFilterR) entity);
}
else
if (entity.getClass().equals(GSymptom.class)) {
vertex = new GSymptomCell( (GSymptom) entity);
// Default Size for the new Vertex with the new entity within
size = GSymptomView.getSize((GSymptom) entity);
}
else
if (entity.getClass().equals(DiseaseStage.class)) {
vertex = new DiseaseStageCell( (DiseaseStage) entity);
// Default Size for the new Vertex with the new entity within
size = DiseaseStageView.getSize((DiseaseStage) entity);
}
else
if (entity.getClass().equals(LOWTaskFilterR.class)) {
vertex = new LOWTaskFilterRCell( (LOWTaskFilterR) entity);
// Default Size for the new Vertex with the new entity within
size = LOWTaskFilterRView.getSize((LOWTaskFilterR) entity);
}
else
if (entity.getClass().equals(MEDIUMTaskFilterR.class)) {
vertex = new MEDIUMTaskFilterRCell( (MEDIUMTaskFilterR) entity);
// Default Size for the new Vertex with the new entity within
size = MEDIUMTaskFilterRView.getSize((MEDIUMTaskFilterR) entity);
}
else
{}; // Just in case there is no allowed entity in the diagram
if (vertex == null) {
System.err.println(
"Object not allowed in GenericDiseaseSpecDiag diagram :"+
entity.getId()+":"+entity.getClass().getName()+
this.getClass().getName()); }
else {
// Add a Bounds Attribute to the Map
GraphConstants.setBounds(map, new Rectangle(point, size));
// Construct a Map from cells to Maps (for insert)
Hashtable attributes = new Hashtable();
// Associate the Vertex with its Attributes
attributes.put(vertex, map);
// Insert the Vertex and its Attributes
this.getModel().insert(new Object[] {vertex},attributes
, null, null, null);
}
return vertex;
}
}