public static void main(String[] args) {
Matrix parkingTimesEC =
GeneralLib.readStringMatrix(
"A:/for marina/26. april 2012/parkingTimesAndEnergyConsumptionCH.txt");
Network network =
GeneralLib.readNetwork(
"H:/data/cvs/ivt/studies/switzerland/networks/teleatlas-ivtcheu/network.xml.gz");
HashMap<String, Id> agentIds = new HashMap();
BasicPointVisualizer basicPointVisualizer = new BasicPointVisualizer();
for (int i = 0; i < parkingTimesEC.getNumberOfRows(); i++) {
String actType = parkingTimesEC.getString(i, 4);
Id<Link> linkId = Id.create(parkingTimesEC.getString(i, 3), Link.class);
Link link = network.getLinks().get(linkId);
if (actType.equalsIgnoreCase("tta")) {
agentIds.put(parkingTimesEC.getString(i, 0), null);
// System.out.println("x");
basicPointVisualizer.addPointCoordinate(
new Coord(link.getCoord().getX(), link.getCoord().getY()), "", Color.GREEN);
}
}
// for (String agentId:agentIds.keySet()){
// System.out.println(agentId);
// }
basicPointVisualizer.write("c:/temp/abdd.kml");
}
public static DoubleValueHashMap<Id<Person>> readIncome(String fileName) {
DoubleValueHashMap<Id<Person>> houseHoldIncome = new DoubleValueHashMap<>();
Matrix morningMatrix = GeneralLib.readStringMatrix(fileName, "\t");
for (int i = 1; i < morningMatrix.getNumberOfRows(); i++) {
Id<Person> id = Id.create(morningMatrix.getString(i, 0), Person.class);
double income = morningMatrix.getDouble(i, 1);
houseHoldIncome.put(id, income);
}
return houseHoldIncome;
}
public static void main(String[] args) {
String basePath = "H:/data/experiments/TRBAug2012/runs/run77/output/";
String fileName = basePath + "houseHoldIncome.txt";
DoubleValueHashMap<Id<Person>> income = readIncome(fileName);
int iterationNumber = 35;
// String fileNameInputFile = ".walkTimes.txt";
String fileNameInputFile = ".parkingCostLog.txt";
String walkTimesFile =
basePath + "ITERS/it." + iterationNumber + "/" + iterationNumber + fileNameInputFile;
IntegerValueHashMap<Id> numberOfParkingActs = new IntegerValueHashMap<Id>();
DoubleValueHashMap<Id> walkTimes = new DoubleValueHashMap<Id>();
Matrix walkTimesMatrix = GeneralLib.readStringMatrix(walkTimesFile, "\t");
for (int i = 1; i < walkTimesMatrix.getNumberOfRows(); i++) {
String parkingIdString = walkTimesMatrix.getString(i, 1);
if (parkingIdString.contains("gp") || parkingIdString.contains("stp")) {
Id<Person> personId = Id.create(walkTimesMatrix.getString(i, 0), Person.class);
double walkTime = walkTimesMatrix.getDouble(i, 2);
if (walkTime != 0) {
numberOfParkingActs.increment(personId);
walkTimes.incrementBy(personId, walkTime);
}
}
}
for (Id<Person> personId : walkTimes.keySet()) {
double averageWalkTime = walkTimes.get(personId) / numberOfParkingActs.get(personId);
walkTimes.put(personId, averageWalkTime);
}
IntegerValueHashMap<Integer> categoryFrequency = new IntegerValueHashMap<Integer>();
DoubleValueHashMap<Integer> categorySum = new DoubleValueHashMap<Integer>();
for (Id<Person> personId : walkTimes.keySet()) {
int incomeCategory = getIncomeCategory(income.get(personId));
categorySum.incrementBy(incomeCategory, walkTimes.get(personId));
categoryFrequency.increment(incomeCategory);
}
for (Integer incomeCategory : categorySum.keySet()) {
categorySum.put(
incomeCategory, categorySum.get(incomeCategory) / categoryFrequency.get(incomeCategory));
}
categorySum.printToConsole();
}
private static void collectGarageParkings(ArrayList<String> outputList) {
Matrix garageParkingData = GeneralLib.readStringMatrix(Config.baseFolder + "../parkhäuser.txt");
int totalCapacity = 0;
for (int i = 1; i < garageParkingData.getNumberOfRows(); i++) {
double x = garageParkingData.getDouble(i, 0);
double y = garageParkingData.getDouble(i, 1);
if (Config.isInsideStudyArea(x, y)) {
int capacity = Integer.parseInt(garageParkingData.getString(i, 2));
totalCapacity += capacity;
outputList.add(getParkingString("gp-" + i, x, y, capacity));
}
}
System.out.println("total number of garage parking in the scenario:" + totalCapacity);
}
public static void main(String[] args) {
Matrix matrix = GeneralLib.readStringMatrix("c:/tmp/homeDemand.txt", "\t");
LinkedList<WeightedDemand> demand = new LinkedList<WeightedDemand>();
LinkedList<Coord> possibleChargingLocations = new LinkedList<Coord>();
int maxNumberOfChargingLocations = 1;
for (int i = 1; i < matrix.getNumberOfRows(); i++) {
WeightedDemand wd = new WeightedDemand();
wd.demandCount = matrix.getInteger(i, 1);
wd.coord = new Coord(matrix.getDouble(i, 2), matrix.getDouble(i, 3));
demand.add(wd);
possibleChargingLocations.add(wd.coord);
}
SimpleLocationOptimizer slo = new SimpleLocationOptimizer();
slo.solveSingleChargingLocation(demand, possibleChargingLocations);
System.out.println(slo.scoreSolution(demand, possibleChargingLocations));
}
