public NodeData(
Controller parent,
Link profileLink,
String demandStr,
Double knob,
Double dpdt,
Scenario scenario) {
this.knob = knob;
this.myNode = profileLink.getBegin_node();
meas = profileLink;
feeds = new ArrayList<Link>();
not_feeds = new ArrayList<Link>();
// incoming link sets
for (int i = 0; i < myNode.getnIn(); i++) {
Link link = myNode.getInput_link()[i];
if (link.isFreeway() || link.isHov()) feeds.add(link);
else not_feeds.add(link);
}
// outgoing link sets
not_meas = new ArrayList<Link>();
for (int j = 0; j < myNode.getnOut(); j++) {
Link link = myNode.getOutput_link()[j];
if (meas != link) not_meas.add(link);
}
if (meas == null) return;
// find the demand profile for the offramp
measured_flow_profile_veh =
new BeatsTimeProfileDouble(demandStr, ",", dpdt, 0d, scenario.get.simdtinseconds());
measured_flow_profile_veh.multiplyscalar(scenario.get.simdtinseconds());
// alpha_tilde = new Double[myNode.nIn];
// create the actuator
edu.berkeley.path.beats.jaxb.Actuator jaxbA = new edu.berkeley.path.beats.jaxb.Actuator();
edu.berkeley.path.beats.jaxb.ScenarioElement se =
new edu.berkeley.path.beats.jaxb.ScenarioElement();
edu.berkeley.path.beats.jaxb.ActuatorType at =
new edu.berkeley.path.beats.jaxb.ActuatorType();
se.setId(myNode.getId());
se.setType("node");
at.setId(-1);
at.setName("cms");
jaxbA.setId(-1);
jaxbA.setScenarioElement(se);
jaxbA.setActuatorType(at);
cms = new ActuatorCMS(scenario, jaxbA, new BeatsActuatorImplementation(jaxbA, scenario));
cms.populate(null, null);
cms.setMyController(parent);
}
