/** Controlla se dopo lo spostamento sia stato selezionato o deselezionato qualche link * */
public void CntrlElem() {
boolean bo = this.testAndSet();
ElementoSeqLink link;
ElementoSeqLink link1;
for (int i = 0; i < list_link.size(); i++) {
if (!list_mess.contains(list_link.get(i))) {
link = (ElementoSeqLink) list_link.get(i);
if (grafico.getSimRectangle().contains(link.getPointStart())
|| grafico.getSimRectangle().contains(link.getPointEnd())) {
if (link.isSimultaneous() || link.isParallel()) {
setLast_link();
setFirst_link();
testAndReset(bo);
return;
}
if (link.hasConstraint()) {
if (link.isConstraintChCloFut()
|| link.isConstraintChOpFut()
|| link.isConstraintChCloPast()
|| link.isConstraintChOpPast()
|| link.isConstraintUnCloFut()
|| link.isConstraintUnOpFut()
|| link.isConstraintUnCloPast()
|| link.isConstraintUnOpPast()) {
setLast_link();
setFirst_link();
testAndReset(bo);
return;
} else addElem(link);
} else addElem(link);
}
}
}
for (int j = 0; j < list_link.size(); j++) {
if (list_mess.contains(list_link.get(j))) {
link1 = (ElementoSeqLink) list_link.get(j);
if (!(grafico.getSimRectangle().contains(link1.getPointStart())
|| grafico.getSimRectangle().contains(link1.getPointEnd()))) {
removeElem(link1);
}
}
}
setLast_link();
setFirst_link();
testAndReset(bo);
}
