private TCG toTCG() {
TCG graph = new TCG();
// 找当前活跃节点，应该是place
CustomedPlace p = this.lastActivePlace;
if (null == p) return null;
TCGNode tnode = new TCGNode(String.valueOf(p.getId()));
this.startTCGNode = tnode;
graph.addNode(tnode);
// 给lastActivePlace的直接后继加弧，别的都由普通库所加弧
LinkedList<PlaceToTransition> oArc = lastActivePlace.getOutArc();
for (PlaceToTransition ptt : oArc) {
CustomedTransition cto = ptt.t;
TCGNode newnode =
new TCGNode(
String.valueOf(cto.getId()),
new TimeDesc(0, cto.getInnerTime()[0]),
new TimeDesc(0, cto.getInnerTime()[1]));
graph.addNode(newnode);
TimeConstraint tc =
new TimeConstraint(
tnode, newnode, new TimeDesc(0, 0), TimeDesc.MAXTIME(), TimeConstraint.DIRECT);
graph.addConstraint(tc);
}
/*Set<String> pSet = pttList.keySet();
for(Iterator it=pSet.iterator();it.hasNext();){
String id = (String)it.next();
String idArray[] = id.split(",");
if(null != idArray && idArray.length > 1
&& null != idArray[0] &&
idArray[0].equals(String.valueOf(p.getId()))
&& null != idArray[1]){
PlaceToTransition pttt = (PlaceToTransition)pttList.get(idArray[1]);
if(pttt!=null){
CustomedTransition ct = pttt.t;
TCGNode newnode = new TCGNode(idArray[1],new TimeDesc(0,ct.getInnerTime()[0]),new TimeDesc(0,ct.getInnerTime()[1]));
graph.addNode(newnode);
TimeConstraint tc = new TimeConstraint(tnode,newnode,new TimeDesc(0,0),TimeDesc.MAXTIME(),TimeConstraint.DIRECT);
graph.addConstraint(tc);
}
}
}*/
// 遍历所有库所，加弧和变迁,加的是前置后置，绝对时间约束
Set<Integer> pSet = this.fpList.keySet();
for (Iterator<Integer> it = pSet.iterator(); it.hasNext(); ) {
Integer id = (Integer) it.next();
CustomedPlace cp = fpList.get(id);
if (cp.isVisited() || cp.isInvalid() || cp == this.lastActivePlace) ;
LinkedList<TransitionToPlace> inArc = cp.getInArc();
LinkedList<PlaceToTransition> outArc = cp.getOutArc();
if (inArc != null && outArc != null) {
for (TransitionToPlace ttp : inArc) {
CustomedTransition cti = ttp.t;
for (PlaceToTransition ptt : outArc) {
CustomedTransition cto = ptt.t;
if (cti != null && cto != null) {
TCGNode t1 =
new TCGNode(
String.valueOf(cti.getId()),
new TimeDesc(0, cti.getInnerTime()[0]),
new TimeDesc(0, cti.getInnerTime()[1]));
TCGNode t2 =
new TCGNode(
String.valueOf(cto.getId()),
new TimeDesc(0, cto.getInnerTime()[0]),
new TimeDesc(0, cto.getInnerTime()[1]));
graph.addNode(t1);
graph.addNode(t2);
TimeConstraint tc =
new TimeConstraint(
t1, t2, new TimeDesc(0, 0), TimeDesc.MAXTIME(), TimeConstraint.DIRECT);
graph.addConstraint(tc);
}
}
}
}
}
// 遍历所有变迁，加截止时间约束
Timestamp startTime = this.parentProcess.startTime;
// Timestamp lastUpdateTime = this.lastActivePlace.getAvailableTime();
Timestamp lastUpdateTime = new Timestamp(System.currentTimeMillis());
Set<Integer> tSet = this.ftList.keySet();
for (Iterator<Integer> it = tSet.iterator(); it.hasNext(); ) {
Integer id = (Integer) it.next();
CustomedTransition ct = ftList.get(id);
if (ct.isVisited() || ct.isInvalid()) ;
TCGNode has = graph.getNode(String.valueOf(ct.getId()));
if (null == has) {
has =
new TCGNode(
String.valueOf(ct.getId()),
new TimeDesc(0, ct.getInnerTime()[0]),
new TimeDesc(0, ct.getInnerTime()[1]));
graph.addNode(has);
}
if (ct.getDeadLine() != 0) {
@SuppressWarnings("deprecation")
int gap = lastUpdateTime.getMinutes() - startTime.getMinutes();
int relative = ct.getDeadLine() - gap;
@SuppressWarnings("unused")
TimeConstraint tc1 =
new TimeConstraint(
this.startTCGNode,
has,
new TimeDesc(0, 0),
new TimeDesc(0, relative),
TimeConstraint.ASSIGNED);
}
}
return graph;
}
