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Add support for park and ride itineraries when calculating CO2 emissions #5489

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merged 10 commits into from
Nov 13, 2023
Merged

Add support for park and ride itineraries when calculating CO2 emissions #5489

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6281a8c
Emissions support park and ride itineraries
sharhio Nov 7, 2023
64f748a
Emission tests refactored
sharhio Nov 8, 2023
a2a921b
Formatting
sharhio Nov 9, 2023
8bd3b85
Update src/ext-test/java/org/opentripplanner/ext/emissions/EmissionsT…
sharhio Nov 9, 2023
b489a4b
Update src/ext-test/java/org/opentripplanner/ext/emissions/EmissionsT…
sharhio Nov 9, 2023
c913089
Fix imports
sharhio Nov 9, 2023
17fc715
Emissions park and ride logic
sharhio Nov 9, 2023
ecc6383
Transit validity check, simple cases
sharhio Nov 9, 2023
9a04e85
consistent if else
sharhio Nov 9, 2023
112e9ad
Merge remote-tracking branch 'otp/dev-2.x' into co2
sharhio Nov 13, 2023
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147 changes: 58 additions & 89 deletions src/ext-test/java/org/opentripplanner/ext/emissions/EmissionsTest.java
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Original file line number Diff line number Diff line change
@@ -1,6 +1,7 @@
package org.opentripplanner.ext.emissions;

import static org.junit.jupiter.api.Assertions.assertEquals;
import static org.junit.jupiter.api.Assertions.assertNull;
import static org.opentripplanner.transit.model._data.TransitModelForTest.id;

import java.time.OffsetDateTime;
Expand All @@ -9,76 +10,60 @@
import java.util.HashMap;
import java.util.List;
import java.util.Map;
import org.junit.jupiter.api.BeforeEach;
import org.junit.jupiter.api.BeforeAll;
import org.junit.jupiter.api.Test;
import org.opentripplanner._support.time.ZoneIds;
import org.opentripplanner.framework.model.Grams;
import org.opentripplanner.model.StopTime;
import org.opentripplanner.model.plan.Itinerary;
import org.opentripplanner.model.plan.ScheduledTransitLeg;
import org.opentripplanner.model.plan.ScheduledTransitLegBuilder;
import org.opentripplanner.model.plan.StreetLeg;
import org.opentripplanner.street.search.TraverseMode;
import org.opentripplanner.transit.model._data.TransitModelForTest;
import org.opentripplanner.transit.model.basic.TransitMode;
import org.opentripplanner.transit.model.framework.Deduplicator;
import org.opentripplanner.transit.model.framework.FeedScopedId;
import org.opentripplanner.transit.model.organization.Agency;
import org.opentripplanner.transit.model.network.Route;
import org.opentripplanner.transit.model.timetable.Trip;
import org.opentripplanner.transit.model.timetable.TripTimes;

class EmissionsTest {

private DefaultEmissionsService eService;
private EmissionsFilter emissionsFilter;
private static DefaultEmissionsService eService;
private static EmissionsFilter emissionsFilter;

static final ZonedDateTime TIME = OffsetDateTime
.parse("2023-07-20T17:49:06+03:00")
.toZonedDateTime();

private static final Agency subject = Agency
.of(TransitModelForTest.id("F:1"))
.withName("Foo_CO")
.withTimezone("Europe/Helsinki")
private static final StreetLeg STREET_LEG = StreetLeg
.create()
.withMode(TraverseMode.CAR)
.withDistanceMeters(214.4)
.withStartTime(TIME)
.withEndTime(TIME.plusHours(1))
.build();

@BeforeEach
void SetUp() {
private static final Route ROUTE_WITH_EMISSIONS = TransitModelForTest.route(id("1")).build();
private static final Route ROUTE_WITH_ZERO_EMISSIONS = TransitModelForTest.route(id("2")).build();
private static final Route ROUTE_WITHOUT_EMISSIONS_CONFIGURED = TransitModelForTest
.route(id("3"))
.build();

@BeforeAll
static void SetUp() {
Map<FeedScopedId, Double> emissions = new HashMap<>();
emissions.put(new FeedScopedId("F", "1"), (0.12 / 12));
emissions.put(new FeedScopedId("F", "2"), 0.0);
EmissionsDataModel emissionsDataModel = new EmissionsDataModel(emissions, 0.131);
this.eService = new DefaultEmissionsService(emissionsDataModel);
this.emissionsFilter = new EmissionsFilter(eService);
eService = new DefaultEmissionsService(emissionsDataModel);
emissionsFilter = new EmissionsFilter(eService);
}

@Test
void testGetEmissionsForItinerary() {
var testModel = TransitModelForTest.of();
var stopOne = testModel.stop("1:stop1", 60, 25).build();
var stopTwo = testModel.stop("1:stop1", 61, 25).build();
var stopThree = testModel.stop("1:stop1", 62, 25).build();
var stopPattern = TransitModelForTest.stopPattern(stopOne, stopTwo, stopThree);
var route = TransitModelForTest.route(id("1")).build();
var pattern = TransitModelForTest.tripPattern("1", route).withStopPattern(stopPattern).build();
var stoptime = new StopTime();
var stoptimes = new ArrayList<StopTime>();
stoptimes.add(stoptime);
var trip = Trip
.of(FeedScopedId.parse("FOO:BAR"))
.withMode(TransitMode.BUS)
.withRoute(route)
.build();
var leg = new ScheduledTransitLegBuilder<>()
.withTripTimes(new TripTimes(trip, stoptimes, new Deduplicator()))
.withTripPattern(pattern)
.withBoardStopIndexInPattern(0)
.withAlightStopIndexInPattern(2)
.withStartTime(TIME)
.withEndTime(TIME.plusMinutes(10))
.withServiceDate(TIME.toLocalDate())
.withZoneId(ZoneIds.BERLIN)
.build();
Itinerary i = new Itinerary(List.of(leg));
Itinerary i = new Itinerary(List.of(createTransitLeg(ROUTE_WITH_EMISSIONS)));
assertEquals(
new Grams(2223.902),
emissionsFilter.filter(List.of(i)).get(0).getEmissionsPerPerson().getCo2()
Expand All @@ -87,14 +72,7 @@ void testGetEmissionsForItinerary() {

@Test
void testGetEmissionsForCarRoute() {
var leg = StreetLeg
.create()
.withMode(TraverseMode.CAR)
.withDistanceMeters(214.4)
.withStartTime(TIME)
.withEndTime(TIME.plusHours(1))
.build();
Itinerary i = new Itinerary(List.of(leg));
Itinerary i = new Itinerary(List.of(STREET_LEG));
assertEquals(
new Grams(28.0864),
emissionsFilter.filter(List.of(i)).get(0).getEmissionsPerPerson().getCo2()
Expand All @@ -103,60 +81,56 @@ void testGetEmissionsForCarRoute() {

@Test
void testNoEmissionsForFeedWithoutEmissionsConfigured() {
var testModel = TransitModelForTest.of();
Map<FeedScopedId, Double> emissions = new HashMap<>();
emissions.put(new FeedScopedId("G", "1"), (0.12 / 12));
EmissionsDataModel emissionsDataModel = new EmissionsDataModel(emissions, 0.131);
Itinerary i = new Itinerary(List.of(createTransitLeg(ROUTE_WITHOUT_EMISSIONS_CONFIGURED)));
assertNull(emissionsFilter.filter(List.of(i)).get(0).getEmissionsPerPerson());
}

this.eService = new DefaultEmissionsService(emissionsDataModel);
this.emissionsFilter = new EmissionsFilter(this.eService);
@Test
void testZeroEmissionsForItineraryWithZeroEmissions() {
Itinerary i = new Itinerary(List.of(createTransitLeg(ROUTE_WITH_ZERO_EMISSIONS)));
assertEquals(
new Grams(0.0),
emissionsFilter.filter(List.of(i)).get(0).getEmissionsPerPerson().getCo2()
);
}

var route = TransitModelForTest.route(id("1")).withAgency(subject).build();
var pattern = TransitModelForTest
.tripPattern("1", route)
.withStopPattern(testModel.stopPattern(3))
.build();
var stoptime = new StopTime();
var stoptimes = new ArrayList<StopTime>();
stoptimes.add(stoptime);
var trip = Trip
.of(FeedScopedId.parse("FOO:BAR"))
.withMode(TransitMode.BUS)
.withRoute(route)
.build();
var leg = new ScheduledTransitLegBuilder<>()
.withTripTimes(new TripTimes(trip, stoptimes, new Deduplicator()))
.withTripPattern(pattern)
.withBoardStopIndexInPattern(0)
.withAlightStopIndexInPattern(2)
.withStartTime(TIME)
.withEndTime(TIME.plusMinutes(10))
.withServiceDate(TIME.toLocalDate())
.withZoneId(ZoneIds.BERLIN)
.build();
Itinerary i = new Itinerary(List.of(leg));
assertEquals(null, emissionsFilter.filter(List.of(i)).get(0).getEmissionsPerPerson());
@Test
void testGetEmissionsForCombinedRoute() {
Itinerary i = new Itinerary(List.of(createTransitLeg(ROUTE_WITH_EMISSIONS), STREET_LEG));
assertEquals(
new Grams(2251.9884),
emissionsFilter.filter(List.of(i)).get(0).getEmissionsPerPerson().getCo2()
);
}

@Test
void testZeroEmissionsForItineraryWithZeroEmissions() {
void testNoEmissionsForCombinedRouteWithoutTransitEmissions() {
Itinerary i = new Itinerary(
List.of(createTransitLeg(ROUTE_WITHOUT_EMISSIONS_CONFIGURED), STREET_LEG)
);
var emissionsResult = emissionsFilter.filter(List.of(i)).get(0).getEmissionsPerPerson() != null
? emissionsFilter.filter(List.of(i)).get(0).getEmissionsPerPerson().getCo2()
: null;
assertNull(emissionsResult);
}

private ScheduledTransitLeg createTransitLeg(Route route) {
var stoptime = new StopTime();
var stopTimes = new ArrayList<StopTime>();
stopTimes.add(stoptime);
var testModel = TransitModelForTest.of();
var stopOne = testModel.stop("1:stop1", 60, 25).build();
var stopTwo = testModel.stop("1:stop1", 61, 25).build();
var stopThree = testModel.stop("1:stop1", 62, 25).build();
var stopPattern = TransitModelForTest.stopPattern(stopOne, stopTwo, stopThree);
var route = TransitModelForTest.route(id("2")).build();
var pattern = TransitModelForTest.tripPattern("1", route).withStopPattern(stopPattern).build();
var stoptime = new StopTime();
var stoptimes = new ArrayList<StopTime>();
stoptimes.add(stoptime);
var trip = Trip
.of(FeedScopedId.parse("FOO:BAR"))
.withMode(TransitMode.BUS)
.withRoute(route)
.build();
var leg = new ScheduledTransitLegBuilder<>()
.withTripTimes(new TripTimes(trip, stoptimes, new Deduplicator()))
return new ScheduledTransitLegBuilder<>()
.withTripTimes(new TripTimes(trip, stopTimes, new Deduplicator()))
.withTripPattern(pattern)
.withBoardStopIndexInPattern(0)
.withAlightStopIndexInPattern(2)
Expand All @@ -165,10 +139,5 @@ void testZeroEmissionsForItineraryWithZeroEmissions() {
.withServiceDate(TIME.toLocalDate())
.withZoneId(ZoneIds.BERLIN)
.build();
Itinerary i = new Itinerary(List.of(leg));
assertEquals(
new Grams(0.0),
emissionsFilter.filter(List.of(i)).get(0).getEmissionsPerPerson().getCo2()
);
}
}
22 changes: 14 additions & 8 deletions src/ext/java/org/opentripplanner/ext/emissions/EmissionsFilter.java
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Original file line number Diff line number Diff line change
Expand Up @@ -30,10 +30,11 @@ public List<Itinerary> filter(List<Itinerary> itineraries) {
.map(TransitLeg.class::cast)
.toList();

calculateCo2EmissionsForTransit(transitLegs)
.ifPresent(co2 -> {
itinerary.setEmissionsPerPerson(new Emissions(co2));
});
Optional<Grams> co2ForTransit = calculateCo2EmissionsForTransit(transitLegs);

if (!transitLegs.isEmpty() && co2ForTransit.isEmpty()) {
continue;
}

List<StreetLeg> carLegs = itinerary
.getLegs()
Expand All @@ -43,10 +44,15 @@ public List<Itinerary> filter(List<Itinerary> itineraries) {
.filter(leg -> leg.getMode() == TraverseMode.CAR)
.toList();

calculateCo2EmissionsForCar(carLegs)
.ifPresent(co2 -> {
itinerary.setEmissionsPerPerson(new Emissions(co2));
});
Optional<Grams> co2ForCar = calculateCo2EmissionsForCar(carLegs);

if (co2ForTransit.isPresent() && co2ForCar.isPresent()) {
itinerary.setEmissionsPerPerson(new Emissions(co2ForTransit.get().plus(co2ForCar.get())));
} else if (co2ForTransit.isPresent()) {
itinerary.setEmissionsPerPerson(new Emissions(co2ForTransit.get()));
} else if (co2ForCar.isPresent()) {
itinerary.setEmissionsPerPerson(new Emissions(co2ForCar.get()));
}
}
return itineraries;
}
Expand Down