/**
* Helper method to complete a plan with *wh in a consistent way. Assuming that the first activity
* is the home activity.
*
* @param plan
* @param workCoord
* @param jobLocation
* @author nagel
*/
public static void completePlanToHwh(
PlanImpl plan, Coord workCoord, ActivityFacility jobLocation) {
// complete the first activity (home) by setting end time.
ActivityImpl act = (ActivityImpl) plan.getFirstActivity();
act.setEndTime(7. * 3600.); // tnicolai: make configurable: see actType1.setOpeningTime(7*3600)
// gather coordinate and facility id needed for last activity
Coord homeCoord = act.getCoord();
Id homeId = act.getFacilityId();
// set Leg
plan.createAndAddLeg(TransportMode.car);
// set second activity (work)
act = plan.createAndAddActivity(Constants.ACT_WORK, workCoord);
act.setFacilityId(jobLocation.getId());
act.setMaximumDuration(
8. * 3600.); // tnicolai: make configurable: actType1.setTypicalDuration(8*60*60);
// set Leg
plan.createAndAddLeg(TransportMode.car);
// set last activity (=first activity) and complete home-work-home plan.
plan.createAndAddActivity(Constants.ACT_HOME, homeCoord);
act = (ActivityImpl) plan.getLastActivity();
act.setFacilityId(homeId);
}
public void run(ParkControl parkControl) {
Controler controler = parkControl.controller;
if (!parkControl.evUsage) {
System.out.println("Iteration end stats does not work without EV usage");
return;
}
LinkedList<Id> totEVDriving = new LinkedList<Id>();
LinkedList<Id> totNEVDriving = new LinkedList<Id>();
LinkedList<Id> totEVNotDriving = new LinkedList<Id>();
LinkedList<Id> totNEVNotDriving = new LinkedList<Id>();
LinkedList<Id> secEVDriving = new LinkedList<Id>();
LinkedList<Id> secNEVDriving = new LinkedList<Id>();
LinkedList<Id> secEVNotDriving = new LinkedList<Id>();
LinkedList<Id> secNEVNotDriving = new LinkedList<Id>();
LinkedList<Id> workEVDriving = new LinkedList<Id>();
LinkedList<Id> workNEVDriving = new LinkedList<Id>();
LinkedList<Id> workEVNotDriving = new LinkedList<Id>();
LinkedList<Id> workNEVNotDriving = new LinkedList<Id>();
LinkedList<Id> totCharged = new LinkedList<Id>();
LinkedList<Id> workCharged = new LinkedList<Id>();
LinkedList<Id> secCharged = new LinkedList<Id>();
LinkedList<Id> totHadToCharge = new LinkedList<Id>();
LinkedList<Id> workHadToCharge = new LinkedList<Id>();
LinkedList<Id> secHadToCharge = new LinkedList<Id>();
LinkedList<Id> totOutOfBattery = new LinkedList<Id>();
LinkedList<Id> workOutOfBattery = new LinkedList<Id>();
LinkedList<Id> secOutOfBattery = new LinkedList<Id>();
LinkedList<Id> totEvNotParked = new LinkedList<Id>();
LinkedList<Id> workEvNotParked = new LinkedList<Id>();
LinkedList<Id> secEvNotParked = new LinkedList<Id>();
LinkedList<Id> totNEvNotParked = new LinkedList<Id>();
LinkedList<Id> workNEvNotParked = new LinkedList<Id>();
LinkedList<Id> secNEvNotParked = new LinkedList<Id>();
LinkedList<Id> totBrookingsEVsDriving = new LinkedList<Id>();
LinkedList<Id> totBrookingsEVsNotDriving = new LinkedList<Id>();
LinkedList<Id> workBrookingsEVsDriving = new LinkedList<Id>();
LinkedList<Id> workBrookingsEVsNotDriving = new LinkedList<Id>();
LinkedList<Id> secBrookingsEVsDriving = new LinkedList<Id>();
LinkedList<Id> secBrookingsEVsNotDriving = new LinkedList<Id>();
LinkedList<Id> totEVParkedAtHome = new LinkedList<Id>();
LinkedList<Id> totNEVParkedAtHome = new LinkedList<Id>();
LinkedList<Id> workEVParkedAtHome = new LinkedList<Id>();
LinkedList<Id> workNEVParkedAtHome = new LinkedList<Id>();
LinkedList<Id> secEVParkedAtHome = new LinkedList<Id>();
LinkedList<Id> secNEVParkedAtHome = new LinkedList<Id>();
VMCharts chart = new VMCharts();
chart.addChart("Util vs Traveldistance");
chart.setAx("Util vs Traveldistance", false);
chart.setBox("Util vs Traveldistance", true);
chart.setInterval("Util vs Traveldistance", 10000);
chart.addSeries("Util vs Traveldistance", "NEV");
chart.addSeries("Util vs Traveldistance", "EV");
chart.addChart("Util vs Traveldistance EV");
chart.setAx("Util vs Traveldistance EV", false);
chart.setBox("Util vs Traveldistance EV", true);
chart.setInterval("Util vs Traveldistance EV", 10000);
chart.addSeries("Util vs Traveldistance EV", "EV");
EVControl evControl = parkControl.evControl;
for (Person person : controler.getScenario().getPopulation().getPersons().values()) {
PersonImpl personImpl = (PersonImpl) person;
double soc;
boolean notParked = false;
boolean parkedAtHome = false;
PlanImpl planImpl = (PlanImpl) personImpl.getSelectedPlan();
LegImpl legImpl = (LegImpl) planImpl.getNextLeg(planImpl.getFirstActivity());
Id id = person.getId();
LinkedList<ParkingSpot> selectedParkings = parkings.get(id);
Activity firstAct = planImpl.getFirstActivity();
String actType = planImpl.getNextActivity(legImpl).getType();
ParkingSpot firstSelectedSpot;
ParkingSpot homeSpot;
String facId = firstAct.getFacilityId().toString();
if (parkings.containsKey(id)) {
firstSelectedSpot = selectedParkings.getFirst();
homeSpot = selectedParkings.getLast();
} else {
firstSelectedSpot = new ParkingSpot();
homeSpot = new ParkingSpot();
notParked = true;
}
if (homeSpot != null
&& homeSpot.parking != null
&& homeSpot.parking.facilityActType != null) {
if (homeSpot.parking.facilityActType.equals("home")) {
parkedAtHome = true;
}
}
if (evControl.hasEV(person.getId()) && firstSelectedSpot != null) {
soc = evControl.stateOfChargePercentage(person.getId());
} else soc = -150;
double score = personImpl.getSelectedPlan().getScore();
double distance = getPlanDistance(planImpl);
if (score < 0) {
score = -1;
}
if (evControl.hasEV(person.getId())) {
VMCharts.addValues("Util vs Traveldistance", "EV", distance, score);
VMCharts.addValues("Util vs Traveldistance EV", "EV", distance, score);
} else {
VMCharts.addValues("Util vs Traveldistance", "NEV", distance, score);
}
if (evControl.hasEV(person.getId())) {
if (legImpl.getMode().equals("car")) {
totEVDriving.add(id);
if (facId.contains("B")) {
totBrookingsEVsDriving.add(id);
}
if (firstSelectedSpot.charge) {
totCharged.add(id);
}
if (soc < 50) {
totHadToCharge.add(id);
}
if (soc < 0) {
totOutOfBattery.add(id);
}
if (notParked) {
totEvNotParked.add(id);
}
if (parkedAtHome) {
totEVParkedAtHome.add(id);
}
if (actType.equals("work")) {
workEVDriving.add(id);
if (facId.contains("B")) {
workBrookingsEVsDriving.add(id);
}
if (firstSelectedSpot.charge) {
workCharged.add(id);
}
if (soc < 50) {
workHadToCharge.add(id);
}
if (soc < 0) {
workOutOfBattery.add(id);
}
if (notParked) {
workEvNotParked.add(id);
}
if (parkedAtHome) {
workEVParkedAtHome.add(id);
}
} else if (actType.equals("secondary")) {
secEVDriving.add(id);
if (facId.contains("B")) {
secBrookingsEVsDriving.add(id);
}
if (firstSelectedSpot.charge) {
secCharged.add(id);
}
if (soc < 50) {
secHadToCharge.add(id);
}
if (soc < 0) {
secOutOfBattery.add(id);
}
if (notParked) {
secEvNotParked.add(id);
}
if (parkedAtHome) {
secEVParkedAtHome.add(id);
}
}
} else {
totEVNotDriving.add(id);
if (facId.contains("B")) {
totBrookingsEVsNotDriving.add(id);
}
if (actType.equals("work")) {
workEVNotDriving.add(id);
if (facId.contains("B")) {
workBrookingsEVsNotDriving.add(id);
}
} else if (actType.equals("secondary")) {
secEVNotDriving.add(id);
if (facId.contains("B")) {
secBrookingsEVsNotDriving.add(id);
}
}
}
} else {
if (legImpl.getMode().equals("car")) {
totNEVDriving.add(id);
if (notParked) {
totNEvNotParked.add(id);
}
if (parkedAtHome) {
totNEVParkedAtHome.add(id);
}
if (actType.equals("work")) {
workNEVDriving.add(id);
if (notParked) {
workNEvNotParked.add(id);
}
if (parkedAtHome) {
workNEVParkedAtHome.add(id);
}
} else if (actType.equals("secondary")) {
secNEVDriving.add(id);
if (notParked) {
secNEvNotParked.add(id);
}
if (parkedAtHome) {
secNEVParkedAtHome.add(id);
}
}
} else {
totNEVNotDriving.add(id);
if (actType.equals("work")) {
workNEVNotDriving.add(id);
} else if (actType.equals("secondary")) {
secNEVNotDriving.add(id);
}
}
}
}
chart.addChart("Parkinglot occupancy");
chart.setAx("Parkinglot occupancy", false);
chart.setAxis("Parkinglot occupancy", "time", "occupancy [0..1]");
chart.setLine("Parkinglot occupancy", true);
for (Parking parking : parkControl.parkingMap.getParkings()) {
if (parking.ocupancyStats == true) {
chart.addSeries("Parkinglot occupancy", Integer.toString(parking.id) + "EV");
chart.addSeries("Parkinglot occupancy", Integer.toString(parking.id) + "NEV");
for (Double[] values : parking.occupancyList) {
VMCharts.addValues(
"Parkinglot occupancy", Integer.toString(parking.id) + "EV", values[0], values[1]);
VMCharts.addValues(
"Parkinglot occupancy", Integer.toString(parking.id) + "NEV", values[0], values[2]);
}
}
}
CSVWriter writer =
new CSVWriter(
controler.getConfig().getModule("controler").getValue("outputDirectory")
+ "/parkhistory/parkstats_"
+ controler.getIterationNumber());
writer.writeLine("Total: ");
writer.writeLine(
"EVs in use: "
+ totEVDriving.size()
+ " ("
+ totBrookingsEVsDriving.size()
+ " Brookings)");
writer.writeLine(
"EVs not in use: "
+ totEVNotDriving.size()
+ " ("
+ totBrookingsEVsNotDriving.size()
+ " Brookings)");
writer.writeLine("EVs not parked: " + totEvNotParked.size());
writer.writeLine("EVs parked at home: " + totEVParkedAtHome.size());
writer.writeLine("charged: " + totCharged.size());
writer.writeLine("had to charge: " + totHadToCharge.size());
writer.writeLine("out of battery: " + totOutOfBattery.size());
writer.writeLine("NEVs in use: " + totNEVDriving.size());
writer.writeLine("NEVs not in use: " + totNEVNotDriving.size());
writer.writeLine("NEVs not parked: " + totNEvNotParked.size());
writer.writeLine("NEVs parked at home: " + totNEVParkedAtHome.size());
writer.writeLine("");
writer.writeLine("Work: ");
writer.writeLine(
"EVs in use: "
+ workEVDriving.size()
+ " ("
+ workBrookingsEVsDriving.size()
+ " Brookings)");
writer.writeLine(
"EVs not in use: "
+ workEVNotDriving.size()
+ " ("
+ workBrookingsEVsNotDriving.size()
+ " Brookings)");
writer.writeLine("EVs not parked: " + workEvNotParked.size());
writer.writeLine("EVs parked at home: " + workEVParkedAtHome.size());
writer.writeLine("charged: " + workCharged.size());
writer.writeLine("had to charge: " + workHadToCharge.size());
writer.writeLine("out of battery: " + workOutOfBattery.size());
writer.writeLine("NEVs in use: " + workNEVDriving.size());
writer.writeLine("NEVs not in use: " + workNEVNotDriving.size());
writer.writeLine("NEVs not parked: " + workNEvNotParked.size());
writer.writeLine("NEVs parked at home: " + workNEVParkedAtHome.size());
writer.writeLine("");
writer.writeLine("Secondary: ");
writer.writeLine(
"EVs in use: "
+ secEVDriving.size()
+ " ("
+ secBrookingsEVsDriving.size()
+ " Brookings)");
writer.writeLine(
"EVs not in use: "
+ secEVNotDriving.size()
+ " ("
+ secBrookingsEVsNotDriving.size()
+ " Brookings)");
writer.writeLine("EVs not parked: " + secEvNotParked.size());
writer.writeLine("EVs parked at home: " + secEVParkedAtHome.size());
writer.writeLine("charged: " + secCharged.size());
writer.writeLine("had to charge: " + secHadToCharge.size());
writer.writeLine("out of battery: " + secOutOfBattery.size());
writer.writeLine("NEVs in use: " + secNEVDriving.size());
writer.writeLine("NEVs not in use: " + secNEVNotDriving.size());
writer.writeLine("NEVs not parked: " + secNEvNotParked.size());
writer.writeLine("NEVs parked at home: " + secNEVParkedAtHome.size());
writer.writeLine("");
writer.close();
}
