ingenias.editor.panels.SymptomEvolutionDiagramPanel 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("MEDIUMSympLevelState");
entities.add("LOWSympLevelState");
entities.add("BodyStateCondition");
entities.add("CDayOfTheWeek");
entities.add("CInside");
entities.add("CSymptom");
entities.add("CTimer");
entities.add("CEvent");
entities.add("COutside");
entities.add("CProb");
entities.add("NONESympLevelState");
entities.add("CAlways");
entities.add("HIGHSympLevelState");
entities.add("CTime");
entities.add("StartBehaviourEvent");
entities.add("StopBehaviourEvent");
entities.add("Human");
entities.add("SymptomChangedEvent");
entities.add("VibrateEvent");
entities.add("FallingEvent");
entities.add("MedsTakenEvent");
entities.add("ObjDroppedEvent");
entities.add("CallStateEvent");
entities.add("BEvent");
entities.add("EPrivateEvent");
entities.add("MessageListenedEvent");
return entities;
}
public DefaultGraphCell createCell(String entity) throws InvalidEntity{
if (entity.equalsIgnoreCase("MEDIUMSympLevelState")) {
MEDIUMSympLevelState nentity=new MEDIUMSympLevelState(((Model)getModel()).getNewId("MEDIUMSympLevelState"));
DefaultGraphCell vertex = new
MEDIUMSympLevelStateCell(nentity);
// Default Size for the cell with the new entity
return vertex;
}
else
if (entity.equalsIgnoreCase("LOWSympLevelState")) {
LOWSympLevelState nentity=new LOWSympLevelState(((Model)getModel()).getNewId("LOWSympLevelState"));
DefaultGraphCell vertex = new
LOWSympLevelStateCell(nentity);
// Default Size for the cell with the new entity
return vertex;
}
else
if (entity.equalsIgnoreCase("BodyStateCondition")) {
BodyStateCondition nentity=new BodyStateCondition(((Model)getModel()).getNewId("BodyStateCondition"));
DefaultGraphCell vertex = new
BodyStateConditionCell(nentity);
// Default Size for the cell with the new entity
return vertex;
}
else
if (entity.equalsIgnoreCase("CDayOfTheWeek")) {
CDayOfTheWeek nentity=new CDayOfTheWeek(((Model)getModel()).getNewId("CDayOfTheWeek"));
DefaultGraphCell vertex = new
CDayOfTheWeekCell(nentity);
// Default Size for the cell with the new entity
return vertex;
}
else
if (entity.equalsIgnoreCase("CInside")) {
CInside nentity=new CInside(((Model)getModel()).getNewId("CInside"));
DefaultGraphCell vertex = new
CInsideCell(nentity);
// Default Size for the cell with the new entity
return vertex;
}
else
if (entity.equalsIgnoreCase("CSymptom")) {
CSymptom nentity=new CSymptom(((Model)getModel()).getNewId("CSymptom"));
DefaultGraphCell vertex = new
CSymptomCell(nentity);
// Default Size for the cell with the new entity
return vertex;
}
else
if (entity.equalsIgnoreCase("CTimer")) {
CTimer nentity=new CTimer(((Model)getModel()).getNewId("CTimer"));
DefaultGraphCell vertex = new
CTimerCell(nentity);
// Default Size for the cell with the new entity
return vertex;
}
else
if (entity.equalsIgnoreCase("CEvent")) {
CEvent nentity=new CEvent(((Model)getModel()).getNewId("CEvent"));
DefaultGraphCell vertex = new
CEventCell(nentity);
// Default Size for the cell with the new entity
return vertex;
}
else
if (entity.equalsIgnoreCase("COutside")) {
COutside nentity=new COutside(((Model)getModel()).getNewId("COutside"));
DefaultGraphCell vertex = new
COutsideCell(nentity);
// Default Size for the cell with the new entity
return vertex;
}
else
if (entity.equalsIgnoreCase("CProb")) {
CProb nentity=new CProb(((Model)getModel()).getNewId("CProb"));
DefaultGraphCell vertex = new
CProbCell(nentity);
// Default Size for the cell with the new entity
return vertex;
}
else
if (entity.equalsIgnoreCase("NONESympLevelState")) {
NONESympLevelState nentity=new NONESympLevelState(((Model)getModel()).getNewId("NONESympLevelState"));
DefaultGraphCell vertex = new
NONESympLevelStateCell(nentity);
// Default Size for the cell with the new entity
return vertex;
}
else
if (entity.equalsIgnoreCase("CAlways")) {
CAlways nentity=new CAlways(((Model)getModel()).getNewId("CAlways"));
DefaultGraphCell vertex = new
CAlwaysCell(nentity);
// Default Size for the cell with the new entity
return vertex;
}
else
if (entity.equalsIgnoreCase("HIGHSympLevelState")) {
HIGHSympLevelState nentity=new HIGHSympLevelState(((Model)getModel()).getNewId("HIGHSympLevelState"));
DefaultGraphCell vertex = new
HIGHSympLevelStateCell(nentity);
// Default Size for the cell with the new entity
return vertex;
}
else
if (entity.equalsIgnoreCase("CTime")) {
CTime nentity=new CTime(((Model)getModel()).getNewId("CTime"));
DefaultGraphCell vertex = new
CTimeCell(nentity);
// Default Size for the cell with the new entity
return vertex;
}
else
if (entity.equalsIgnoreCase("StartBehaviourEvent")) {
StartBehaviourEvent nentity=new StartBehaviourEvent(((Model)getModel()).getNewId("StartBehaviourEvent"));
DefaultGraphCell vertex = new
StartBehaviourEventCell(nentity);
// Default Size for the cell with the new entity
return vertex;
}
else
if (entity.equalsIgnoreCase("StopBehaviourEvent")) {
StopBehaviourEvent nentity=new StopBehaviourEvent(((Model)getModel()).getNewId("StopBehaviourEvent"));
DefaultGraphCell vertex = new
StopBehaviourEventCell(nentity);
// Default Size for the cell with the new entity
return vertex;
}
else
if (entity.equalsIgnoreCase("Human")) {
Human nentity=new Human(((Model)getModel()).getNewId("Human"));
DefaultGraphCell vertex = new
HumanCell(nentity);
// Default Size for the cell with the new entity
return vertex;
}
else
if (entity.equalsIgnoreCase("SymptomChangedEvent")) {
SymptomChangedEvent nentity=new SymptomChangedEvent(((Model)getModel()).getNewId("SymptomChangedEvent"));
DefaultGraphCell vertex = new
SymptomChangedEventCell(nentity);
// Default Size for the cell with the new entity
return vertex;
}
else
if (entity.equalsIgnoreCase("VibrateEvent")) {
VibrateEvent nentity=new VibrateEvent(((Model)getModel()).getNewId("VibrateEvent"));
DefaultGraphCell vertex = new
VibrateEventCell(nentity);
// Default Size for the cell with the new entity
return vertex;
}
else
if (entity.equalsIgnoreCase("FallingEvent")) {
FallingEvent nentity=new FallingEvent(((Model)getModel()).getNewId("FallingEvent"));
DefaultGraphCell vertex = new
FallingEventCell(nentity);
// Default Size for the cell with the new entity
return vertex;
}
else
if (entity.equalsIgnoreCase("MedsTakenEvent")) {
MedsTakenEvent nentity=new MedsTakenEvent(((Model)getModel()).getNewId("MedsTakenEvent"));
DefaultGraphCell vertex = new
MedsTakenEventCell(nentity);
// Default Size for the cell with the new entity
return vertex;
}
else
if (entity.equalsIgnoreCase("ObjDroppedEvent")) {
ObjDroppedEvent nentity=new ObjDroppedEvent(((Model)getModel()).getNewId("ObjDroppedEvent"));
DefaultGraphCell vertex = new
ObjDroppedEventCell(nentity);
// Default Size for the cell with the new entity
return vertex;
}
else
if (entity.equalsIgnoreCase("CallStateEvent")) {
CallStateEvent nentity=new CallStateEvent(((Model)getModel()).getNewId("CallStateEvent"));
DefaultGraphCell vertex = new
CallStateEventCell(nentity);
// Default Size for the cell with the new entity
return vertex;
}
else
if (entity.equalsIgnoreCase("BEvent")) {
BEvent nentity=new BEvent(((Model)getModel()).getNewId("BEvent"));
DefaultGraphCell vertex = new
BEventCell(nentity);
// Default Size for the cell with the new entity
return vertex;
}
else
if (entity.equalsIgnoreCase("EPrivateEvent")) {
EPrivateEvent nentity=new EPrivateEvent(((Model)getModel()).getNewId("EPrivateEvent"));
DefaultGraphCell vertex = new
EPrivateEventCell(nentity);
// Default Size for the cell with the new entity
return vertex;
}
else
if (entity.equalsIgnoreCase("MessageListenedEvent")) {
MessageListenedEvent nentity=new MessageListenedEvent(((Model)getModel()).getNewId("MessageListenedEvent"));
DefaultGraphCell vertex = new
MessageListenedEventCell(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("MEDIUMSympLevelState")) {
return MEDIUMSympLevelStateView.getSize((MEDIUMSympLevelState)entity);
}
else
if (entity.getType().equalsIgnoreCase("LOWSympLevelState")) {
return LOWSympLevelStateView.getSize((LOWSympLevelState)entity);
}
else
if (entity.getType().equalsIgnoreCase("BodyStateCondition")) {
return BodyStateConditionView.getSize((BodyStateCondition)entity);
}
else
if (entity.getType().equalsIgnoreCase("CDayOfTheWeek")) {
return CDayOfTheWeekView.getSize((CDayOfTheWeek)entity);
}
else
if (entity.getType().equalsIgnoreCase("CInside")) {
return CInsideView.getSize((CInside)entity);
}
else
if (entity.getType().equalsIgnoreCase("CSymptom")) {
return CSymptomView.getSize((CSymptom)entity);
}
else
if (entity.getType().equalsIgnoreCase("CTimer")) {
return CTimerView.getSize((CTimer)entity);
}
else
if (entity.getType().equalsIgnoreCase("CEvent")) {
return CEventView.getSize((CEvent)entity);
}
else
if (entity.getType().equalsIgnoreCase("COutside")) {
return COutsideView.getSize((COutside)entity);
}
else
if (entity.getType().equalsIgnoreCase("CProb")) {
return CProbView.getSize((CProb)entity);
}
else
if (entity.getType().equalsIgnoreCase("NONESympLevelState")) {
return NONESympLevelStateView.getSize((NONESympLevelState)entity);
}
else
if (entity.getType().equalsIgnoreCase("CAlways")) {
return CAlwaysView.getSize((CAlways)entity);
}
else
if (entity.getType().equalsIgnoreCase("HIGHSympLevelState")) {
return HIGHSympLevelStateView.getSize((HIGHSympLevelState)entity);
}
else
if (entity.getType().equalsIgnoreCase("CTime")) {
return CTimeView.getSize((CTime)entity);
}
else
if (entity.getType().equalsIgnoreCase("StartBehaviourEvent")) {
return StartBehaviourEventView.getSize((StartBehaviourEvent)entity);
}
else
if (entity.getType().equalsIgnoreCase("StopBehaviourEvent")) {
return StopBehaviourEventView.getSize((StopBehaviourEvent)entity);
}
else
if (entity.getType().equalsIgnoreCase("Human")) {
return HumanView.getSize((Human)entity);
}
else
if (entity.getType().equalsIgnoreCase("SymptomChangedEvent")) {
return SymptomChangedEventView.getSize((SymptomChangedEvent)entity);
}
else
if (entity.getType().equalsIgnoreCase("VibrateEvent")) {
return VibrateEventView.getSize((VibrateEvent)entity);
}
else
if (entity.getType().equalsIgnoreCase("FallingEvent")) {
return FallingEventView.getSize((FallingEvent)entity);
}
else
if (entity.getType().equalsIgnoreCase("MedsTakenEvent")) {
return MedsTakenEventView.getSize((MedsTakenEvent)entity);
}
else
if (entity.getType().equalsIgnoreCase("ObjDroppedEvent")) {
return ObjDroppedEventView.getSize((ObjDroppedEvent)entity);
}
else
if (entity.getType().equalsIgnoreCase("CallStateEvent")) {
return CallStateEventView.getSize((CallStateEvent)entity);
}
else
if (entity.getType().equalsIgnoreCase("BEvent")) {
return BEventView.getSize((BEvent)entity);
}
else
if (entity.getType().equalsIgnoreCase("EPrivateEvent")) {
return EPrivateEventView.getSize((EPrivateEvent)entity);
}
else
if (entity.getType().equalsIgnoreCase("MessageListenedEvent")) {
return MessageListenedEventView.getSize((MessageListenedEvent)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(MEDIUMSympLevelState.class)) {
vertex = new MEDIUMSympLevelStateCell( (MEDIUMSympLevelState) entity);
// Default Size for the new Vertex with the new entity within
size = MEDIUMSympLevelStateView.getSize((MEDIUMSympLevelState) entity);
}
else
if (entity.getClass().equals(LOWSympLevelState.class)) {
vertex = new LOWSympLevelStateCell( (LOWSympLevelState) entity);
// Default Size for the new Vertex with the new entity within
size = LOWSympLevelStateView.getSize((LOWSympLevelState) entity);
}
else
if (entity.getClass().equals(BodyStateCondition.class)) {
vertex = new BodyStateConditionCell( (BodyStateCondition) entity);
// Default Size for the new Vertex with the new entity within
size = BodyStateConditionView.getSize((BodyStateCondition) entity);
}
else
if (entity.getClass().equals(CDayOfTheWeek.class)) {
vertex = new CDayOfTheWeekCell( (CDayOfTheWeek) entity);
// Default Size for the new Vertex with the new entity within
size = CDayOfTheWeekView.getSize((CDayOfTheWeek) entity);
}
else
if (entity.getClass().equals(CInside.class)) {
vertex = new CInsideCell( (CInside) entity);
// Default Size for the new Vertex with the new entity within
size = CInsideView.getSize((CInside) entity);
}
else
if (entity.getClass().equals(CSymptom.class)) {
vertex = new CSymptomCell( (CSymptom) entity);
// Default Size for the new Vertex with the new entity within
size = CSymptomView.getSize((CSymptom) entity);
}
else
if (entity.getClass().equals(CTimer.class)) {
vertex = new CTimerCell( (CTimer) entity);
// Default Size for the new Vertex with the new entity within
size = CTimerView.getSize((CTimer) entity);
}
else
if (entity.getClass().equals(CEvent.class)) {
vertex = new CEventCell( (CEvent) entity);
// Default Size for the new Vertex with the new entity within
size = CEventView.getSize((CEvent) entity);
}
else
if (entity.getClass().equals(COutside.class)) {
vertex = new COutsideCell( (COutside) entity);
// Default Size for the new Vertex with the new entity within
size = COutsideView.getSize((COutside) entity);
}
else
if (entity.getClass().equals(CProb.class)) {
vertex = new CProbCell( (CProb) entity);
// Default Size for the new Vertex with the new entity within
size = CProbView.getSize((CProb) entity);
}
else
if (entity.getClass().equals(NONESympLevelState.class)) {
vertex = new NONESympLevelStateCell( (NONESympLevelState) entity);
// Default Size for the new Vertex with the new entity within
size = NONESympLevelStateView.getSize((NONESympLevelState) entity);
}
else
if (entity.getClass().equals(CAlways.class)) {
vertex = new CAlwaysCell( (CAlways) entity);
// Default Size for the new Vertex with the new entity within
size = CAlwaysView.getSize((CAlways) entity);
}
else
if (entity.getClass().equals(HIGHSympLevelState.class)) {
vertex = new HIGHSympLevelStateCell( (HIGHSympLevelState) entity);
// Default Size for the new Vertex with the new entity within
size = HIGHSympLevelStateView.getSize((HIGHSympLevelState) entity);
}
else
if (entity.getClass().equals(CTime.class)) {
vertex = new CTimeCell( (CTime) entity);
// Default Size for the new Vertex with the new entity within
size = CTimeView.getSize((CTime) entity);
}
else
if (entity.getClass().equals(StartBehaviourEvent.class)) {
vertex = new StartBehaviourEventCell( (StartBehaviourEvent) entity);
// Default Size for the new Vertex with the new entity within
size = StartBehaviourEventView.getSize((StartBehaviourEvent) entity);
}
else
if (entity.getClass().equals(StopBehaviourEvent.class)) {
vertex = new StopBehaviourEventCell( (StopBehaviourEvent) entity);
// Default Size for the new Vertex with the new entity within
size = StopBehaviourEventView.getSize((StopBehaviourEvent) entity);
}
else
if (entity.getClass().equals(Human.class)) {
vertex = new HumanCell( (Human) entity);
// Default Size for the new Vertex with the new entity within
size = HumanView.getSize((Human) entity);
}
else
if (entity.getClass().equals(SymptomChangedEvent.class)) {
vertex = new SymptomChangedEventCell( (SymptomChangedEvent) entity);
// Default Size for the new Vertex with the new entity within
size = SymptomChangedEventView.getSize((SymptomChangedEvent) entity);
}
else
if (entity.getClass().equals(VibrateEvent.class)) {
vertex = new VibrateEventCell( (VibrateEvent) entity);
// Default Size for the new Vertex with the new entity within
size = VibrateEventView.getSize((VibrateEvent) entity);
}
else
if (entity.getClass().equals(FallingEvent.class)) {
vertex = new FallingEventCell( (FallingEvent) entity);
// Default Size for the new Vertex with the new entity within
size = FallingEventView.getSize((FallingEvent) entity);
}
else
if (entity.getClass().equals(MedsTakenEvent.class)) {
vertex = new MedsTakenEventCell( (MedsTakenEvent) entity);
// Default Size for the new Vertex with the new entity within
size = MedsTakenEventView.getSize((MedsTakenEvent) entity);
}
else
if (entity.getClass().equals(ObjDroppedEvent.class)) {
vertex = new ObjDroppedEventCell( (ObjDroppedEvent) entity);
// Default Size for the new Vertex with the new entity within
size = ObjDroppedEventView.getSize((ObjDroppedEvent) entity);
}
else
if (entity.getClass().equals(CallStateEvent.class)) {
vertex = new CallStateEventCell( (CallStateEvent) entity);
// Default Size for the new Vertex with the new entity within
size = CallStateEventView.getSize((CallStateEvent) entity);
}
else
if (entity.getClass().equals(BEvent.class)) {
vertex = new BEventCell( (BEvent) entity);
// Default Size for the new Vertex with the new entity within
size = BEventView.getSize((BEvent) entity);
}
else
if (entity.getClass().equals(EPrivateEvent.class)) {
vertex = new EPrivateEventCell( (EPrivateEvent) entity);
// Default Size for the new Vertex with the new entity within
size = EPrivateEventView.getSize((EPrivateEvent) entity);
}
else
if (entity.getClass().equals(MessageListenedEvent.class)) {
vertex = new MessageListenedEventCell( (MessageListenedEvent) entity);
// Default Size for the new Vertex with the new entity within
size = MessageListenedEventView.getSize((MessageListenedEvent) entity);
}
else
{}; // Just in case there is no allowed entity in the diagram
if (vertex == null) {
System.err.println(
"Object not allowed in SymptomEvolutionDiagram 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;
}
}