Examples with TrainsCycleType net.parostroj.timetable.model.TrainsCycleType used on opensource projects

Example 1 with TrainsCycleType

use of net.parostroj.timetable.model.TrainsCycleType in project grafikon by jub77.

the class TrainCycleTypeRemoveValidator method validate.

@Override
public boolean validate(Event event) {
    if (event.getSource() instanceof TrainDiagram && event.getType() == Type.REMOVED && event.getObject() instanceof TrainsCycleType) {
        // remove all cycles ...
        TrainsCycleType cycleType = (TrainsCycleType) event.getObject();
        List<TrainsCycle> copy = ImmutableList.copyOf(cycleType.getCycles());
        for (TrainsCycle cycle : copy) {
            cycleType.getCycles().remove(cycle);
        }
        return true;
    }
    return false;
}

Example 2 with TrainsCycleType

use of net.parostroj.timetable.model.TrainsCycleType in project grafikon by jub77.

the class LSTrainsCycleType method createTrainsCycleType.

public TrainsCycleType createTrainsCycleType(TrainDiagram diagram) throws LSException {
    TrainsCycleType type = new TrainsCycleType(id, diagram);
    type.setKey(key);
    if (name != null) {
        type.setKey(name);
        type.setName(LocalizedString.fromString(name));
    }
    type.getAttributes().add(attributes.createAttributes(diagram::getObjectById));
    return type;
}

Example 3 with TrainsCycleType

use of net.parostroj.timetable.model.TrainsCycleType in project grafikon by jub77.

the class StationTimetablesExtractor method addOtherData.

private void addOtherData(TimeInterval interval, StationTimetableRow row) {
    // technological time handle differently
    row.setTechnologicalTime(interval.isTechnological());
    if (row.isTechnologicalTime()) {
        return;
    }
    row.setLength(this.getLength(interval));
    BiFunction<TrainsCycle, TrainsCycleItem, TrainsCycleItem> nextF = getNextFunction();
    BiFunction<TrainsCycle, TrainsCycleItem, TrainsCycleItem> previousF = getPreviousFunction();
    this.addEnginesAndTrainUnits(interval, diagram.getEngineCycleType(), row.getEngine(), nextF, previousF);
    this.addEnginesAndTrainUnits(interval, diagram.getTrainUnitCycleType(), row.getTrainUnit(), nextF, previousF);
    for (TrainsCycleType type : diagram.getCycleTypes()) {
        if (!type.isDefaultType()) {
            this.addCycles(interval, type, row.getCycle(), nextF, previousF);
        }
    }
    if (interval.isFreight()) {
        List<? extends FreightConnection> freightDests = strategy.getFreightToNodes(interval);
        if (!freightDests.isEmpty()) {
            ArrayList<FreightDestinationInfo> fl = new ArrayList<>(freightDests.size());
            for (FreightConnection dst : freightDests) {
                fl.add(FreightDestinationInfo.convert(locale, dst));
            }
            row.setFreightTo(fl);
        }
    }
    if (interval.isFreightConnection()) {
        Map<Train, List<FreightConnectionPath>> passedCargoDst = strategy.getFreightPassedInNode(interval);
        if (!passedCargoDst.isEmpty()) {
            List<FreightToTrain> fttl = new ArrayList<>();
            for (Map.Entry<Train, List<FreightConnectionPath>> entry : passedCargoDst.entrySet()) {
                FreightToTrain ftt = new FreightToTrain();
                ftt.setTrain(entry.getKey().getName());
                List<? extends FreightConnection> mList = entry.getValue();
                List<FreightDestinationInfo> fl = new ArrayList<>(mList.size());
                for (FreightConnection dst : mList) {
                    fl.add(FreightDestinationInfo.convert(locale, dst));
                }
                ftt.setFreightTo(fl);
                fttl.add(ftt);
            }
            row.setFreightToTrain(fttl);
        }
    }
    List<FNConnection> trainsFrom = diagram.getFreightNet().getTrainsTo(interval);
    if (!trainsFrom.isEmpty()) {
        ArrayList<TranslatedString> nt = new ArrayList<>(trainsFrom.size());
        for (FNConnection conn : trainsFrom) {
            nt.add(conn.getFrom().getTrain().getName());
        }
        row.setFreightFromTrain(nt);
    }
    row.setComment(interval.getComment());
    row.setOccupied(interval.getAttributes().getBool(TimeInterval.ATTR_OCCUPIED));
}

Example 4 with TrainsCycleType

use of net.parostroj.timetable.model.TrainsCycleType in project grafikon by jub77.

the class PositionsExtractor method getPositionsCustom.

private List<Cycles> getPositionsCustom(BiFunction<Collection<TrainsCycle>, Integer, List<Position>> function, Integer startingTime) {
    List<Cycles> cyclesList = new ArrayList<>();
    for (TrainsCycleType type : diagram.getCycleTypes()) {
        if (!type.isDefaultType()) {
            Cycles cycles = new Cycles();
            cycles.setName(type.getName());
            cycles.setPositions(function.apply(type.getCycles(), startingTime));
            cyclesList.add(cycles);
        }
    }
    return cyclesList;
}

Example 5 with TrainsCycleType

use of net.parostroj.timetable.model.TrainsCycleType in project grafikon by jub77.

the class CirculationSequenceDialog method fillFree.

private void fillFree() {
    elementSelectionPanel.clear();
    TrainsCycleType type = circulation.getType();
    // left - not selected part
    for (TrainsCycle cc : type.getCycles()) {
        if (cc != circulation && !cc.isPartOfSequence()) {
            elementSelectionPanel.getNotSelected().addWrapper(Wrapper.getWrapper(cc));
        }
    }
    // right - selected
    List<Wrapper<TrainsCycle>> selCirc = new ArrayList<Wrapper<TrainsCycle>>();
    circulation.applyToSequence(tc -> selCirc.add(Wrapper.getWrapper(tc)));
    elementSelectionPanel.getSelected().setListOfWrappers(selCirc);
}