public static Track GetTrackThatHasEnoughFreeSpace(YardTracksOrganizer yto, List <Track> tracks, float requiredLength)
{
Debug.Log("[PersistentJobs] getting random track with free space");
List <Track> tracksWithFreeSpace = yto.FilterOutTracksWithoutRequiredFreeSpace(tracks, requiredLength);
Debug.Log(string.Format(
"[PersistentJobs] {0}/{1} tracks have at least {2}m available",
tracksWithFreeSpace.Count,
tracks.Count,
requiredLength));
if (tracksWithFreeSpace.Count > 0)
{
return(Utilities.GetRandomFromEnumerable(
tracksWithFreeSpace,
new System.Random()));
}
return(null);
}
public static JobChainControllerWithEmptyHaulGeneration GenerateShuntingUnloadJobWithExistingCars(
StationController startingStation,
Track startingTrack,
StationController destinationStation,
List <TrainCar> trainCars,
List <CargoType> transportedCargoPerCar,
System.Random rng,
bool forceCorrectCargoStateOnCars = false)
{
Debug.Log("[PersistentJobs] unload: generating with pre-spawned cars");
YardTracksOrganizer yto = YardTracksOrganizer.Instance;
HashSet <CargoContainerType> carContainerTypes = new HashSet <CargoContainerType>();
foreach (TrainCar trainCar in trainCars)
{
carContainerTypes.Add(CargoTypes.CarTypeToContainerType[trainCar.carType]);
}
float approxTrainLength = yto.GetTotalTrainCarsLength(trainCars)
+ yto.GetSeparationLengthBetweenCars(trainCars.Count);
// choose warehouse machine
Debug.Log("[PersistentJobs] unload: choosing warehouse machine");
List <WarehouseMachineController> supportedWMCs = destinationStation.warehouseMachineControllers
.Where(wm => wm.supportedCargoTypes.Intersect(transportedCargoPerCar).Count() > 0)
.ToList();
if (supportedWMCs.Count == 0)
{
Debug.LogWarning(string.Format(
"[PersistentJobs] unload: Could not create ChainJob[{0}]: {1} - {2}. Found no supported WarehouseMachine!",
JobType.ShuntingLoad,
startingStation.logicStation.ID,
destinationStation.logicStation.ID));
return(null);
}
WarehouseMachine loadMachine = Utilities.GetRandomFromEnumerable(supportedWMCs, rng).warehouseMachine;
// choose destination tracks
int maxCountTracks = destinationStation.proceduralJobsRuleset.maxShuntingStorageTracks;
int countTracks = rng.Next(1, maxCountTracks + 1);
// bias toward less than max number of tracks for shorter trains
if (trainCars.Count < 2 * maxCountTracks)
{
countTracks = rng.Next(0, Mathf.FloorToInt(1.5f * maxCountTracks)) % maxCountTracks + 1;
}
Debug.Log(string.Format("[PersistentJobs] unload: choosing {0} destination tracks", countTracks));
List <Track> destinationTracks = new List <Track>();
do
{
destinationTracks.Clear();
for (int i = 0; i < countTracks; i++)
{
Track track = Utilities.GetTrackThatHasEnoughFreeSpace(
yto,
destinationStation.logicStation.yard.StorageTracks.Except(destinationTracks).ToList(),
approxTrainLength / (float)countTracks);
if (track == null)
{
break;
}
destinationTracks.Add(track);
}
} while (destinationTracks.Count < countTracks--);
if (destinationTracks.Count == 0)
{
Debug.LogWarning(string.Format(
"[PersistentJobs] unload: Could not create ChainJob[{0}]: {1} - {2}. " +
"Found no StorageTrack with enough free space!",
JobType.ShuntingUnload,
startingStation.logicStation.ID,
destinationStation.logicStation.ID));
return(null);
}
// divide trainCars between destination tracks
int countCarsPerTrainset = trainCars.Count / destinationTracks.Count;
int countTrainsetsWithExtraCar = trainCars.Count % destinationTracks.Count;
Debug.Log(string.Format(
"[PersistentJobs] unload: dividing trainCars {0} per track with {1} extra",
countCarsPerTrainset,
countTrainsetsWithExtraCar));
List <TrainCar> orderedTrainCars = new List <TrainCar>();
List <CarsPerTrack> carsPerDestinationTrack = new List <CarsPerTrack>();
for (int i = 0; i < destinationTracks.Count; i++)
{
int rangeStart = i * countCarsPerTrainset + Math.Min(i, countTrainsetsWithExtraCar);
int rangeCount = i < countTrainsetsWithExtraCar ? countCarsPerTrainset + 1 : countCarsPerTrainset;
Track destinationTrack = destinationTracks[i];
carsPerDestinationTrack.Add(
new CarsPerTrack(
destinationTrack,
(from car in trainCars.GetRange(rangeStart, rangeCount) select car.logicCar).ToList()));
}
Debug.Log("[PersistentJobs] unload: calculating time/wage/licenses");
float bonusTimeLimit;
float initialWage;
Utilities.CalculateShuntingBonusTimeLimitAndWage(
JobType.ShuntingLoad,
destinationTracks.Count,
(from tc in trainCars select tc.carType).ToList <TrainCarType>(),
transportedCargoPerCar,
out bonusTimeLimit,
out initialWage
);
JobLicenses requiredLicenses = LicenseManager.GetRequiredLicensesForJobType(JobType.ShuntingUnload)
| LicenseManager.GetRequiredLicensesForCargoTypes(transportedCargoPerCar)
| LicenseManager.GetRequiredLicenseForNumberOfTransportedCars(trainCars.Count);
return(GenerateShuntingUnloadChainController(
startingStation,
startingTrack,
loadMachine,
destinationStation,
carsPerDestinationTrack,
trainCars,
transportedCargoPerCar,
trainCars.Select(
tc => tc.logicCar.CurrentCargoTypeInCar == CargoType.None ? 1.0f : tc.logicCar.LoadedCargoAmount).ToList(),
forceCorrectCargoStateOnCars,
bonusTimeLimit,
initialWage,
requiredLicenses));
}
public static JobChainControllerWithEmptyHaulGeneration GenerateShuntingUnloadJobWithCarSpawning(
StationController destinationStation,
bool forceLicenseReqs,
System.Random rng)
{
Debug.Log("[PersistentJobs] unload: generating with car spawning");
YardTracksOrganizer yto = YardTracksOrganizer.Instance;
List <CargoGroup> availableCargoGroups = destinationStation.proceduralJobsRuleset.inputCargoGroups;
int countTrainCars = rng.Next(
destinationStation.proceduralJobsRuleset.minCarsPerJob,
destinationStation.proceduralJobsRuleset.maxCarsPerJob);
if (forceLicenseReqs)
{
Debug.Log("[PersistentJobs] unload: forcing license requirements");
if (!LicenseManager.IsJobLicenseAcquired(JobLicenses.Shunting))
{
Debug.LogError("[PersistentJobs] unload: Trying to generate a ShuntingUnload job with " +
"forceLicenseReqs=true should never happen if player doesn't have Shunting license!");
return(null);
}
availableCargoGroups
= (from cg in availableCargoGroups
where LicenseManager.IsLicensedForJob(cg.CargoRequiredLicenses)
select cg).ToList();
countTrainCars
= Math.Min(countTrainCars, LicenseManager.GetMaxNumberOfCarsPerJobWithAcquiredJobLicenses());
}
if (availableCargoGroups.Count == 0)
{
Debug.LogWarning("[PersistentJobs] unload: no available cargo groups");
return(null);
}
CargoGroup chosenCargoGroup = Utilities.GetRandomFromEnumerable(availableCargoGroups, rng);
// choose cargo & trainCar types
Debug.Log("[PersistentJobs] unload: choosing cargo & trainCar types");
List <CargoType> availableCargoTypes = chosenCargoGroup.cargoTypes;
List <CargoType> orderedCargoTypes = new List <CargoType>();
List <TrainCarType> orderedTrainCarTypes = new List <TrainCarType>();
for (int i = 0; i < countTrainCars; i++)
{
CargoType chosenCargoType = Utilities.GetRandomFromEnumerable(availableCargoTypes, rng);
List <CargoContainerType> availableContainers
= CargoTypes.GetCarContainerTypesThatSupportCargoType(chosenCargoType);
CargoContainerType chosenContainerType = Utilities.GetRandomFromEnumerable(availableContainers, rng);
List <TrainCarType> availableTrainCarTypes
= CargoTypes.GetTrainCarTypesThatAreSpecificContainerType(chosenContainerType);
TrainCarType chosenTrainCarType = Utilities.GetRandomFromEnumerable(availableTrainCarTypes, rng);
orderedCargoTypes.Add(chosenCargoType);
orderedTrainCarTypes.Add(chosenTrainCarType);
}
float approxTrainLength = yto.GetTotalCarTypesLength(orderedTrainCarTypes)
+ yto.GetSeparationLengthBetweenCars(countTrainCars);
// choose starting track
Debug.Log("[PersistentJobs] unload: choosing starting track");
Track startingTrack
= Utilities.GetTrackThatHasEnoughFreeSpace(yto, destinationStation.logicStation.yard.TransferInTracks, approxTrainLength);
if (startingTrack == null)
{
Debug.LogWarning("[PersistentJobs] unload: Couldn't find startingTrack with enough free space for train!");
return(null);
}
// choose random starting station
// no need to ensure it has has free space; this is just a back story
Debug.Log("[PersistentJobs] unload: choosing origin (inconsequential)");
List <StationController> availableOrigins = new List <StationController>(chosenCargoGroup.stations);
StationController startingStation = Utilities.GetRandomFromEnumerable(availableOrigins, rng);
// spawn trainCars
Debug.Log("[PersistentJobs] unload: spawning trainCars");
RailTrack railTrack = SingletonBehaviour <LogicController> .Instance.LogicToRailTrack[startingTrack];
List <TrainCar> orderedTrainCars = CarSpawner.SpawnCarTypesOnTrack(
orderedTrainCarTypes,
railTrack,
true,
0.0,
false,
true);
if (orderedTrainCars == null)
{
Debug.LogWarning("[PersistentJobs] unload: Failed to spawn trainCars!");
return(null);
}
JobChainControllerWithEmptyHaulGeneration jcc = GenerateShuntingUnloadJobWithExistingCars(
startingStation,
startingTrack,
destinationStation,
orderedTrainCars,
orderedCargoTypes,
rng,
true);
if (jcc == null)
{
Debug.LogWarning("[PersistentJobs] unload: Couldn't generate job chain. Deleting spawned trainCars!");
SingletonBehaviour <CarSpawner> .Instance.DeleteTrainCars(orderedTrainCars, true);
return(null);
}
return(jcc);
}
public PassengerJobGenerator()
{
TrackOrg = YardTracksOrganizer.Instance;
}
public static JobChainControllerWithEmptyHaulGeneration GenerateTransportJobWithExistingCars(
StationController startingStation,
Track startingTrack,
StationController destStation,
List <TrainCar> trainCars,
List <CargoType> transportedCargoPerCar,
System.Random rng,
bool forceCorrectCargoStateOnCars = false)
{
Debug.Log("[PersistentJobs] transport: generating with pre-spawned cars");
YardTracksOrganizer yto = YardTracksOrganizer.Instance;
HashSet <CargoContainerType> carContainerTypes = new HashSet <CargoContainerType>();
foreach (TrainCar trainCar in trainCars)
{
carContainerTypes.Add(CargoTypes.CarTypeToContainerType[trainCar.carType]);
}
Debug.Log("[PersistentJobs] transport: choosing destination track");
float approxTrainLength = yto.GetTotalTrainCarsLength(trainCars)
+ yto.GetSeparationLengthBetweenCars(trainCars.Count);
Track destinationTrack = Utilities.GetTrackThatHasEnoughFreeSpace(
yto,
yto.FilterOutOccupiedTracks(destStation.logicStation.yard.TransferInTracks),
approxTrainLength);
if (destinationTrack == null)
{
destinationTrack = Utilities.GetTrackThatHasEnoughFreeSpace(
yto,
destStation.logicStation.yard.TransferInTracks,
approxTrainLength);
}
if (destinationTrack == null)
{
Debug.LogWarning(string.Format(
"[PersistentJobs] transport: Could not create ChainJob[{0}]: {1} - {2}. " +
"Found no TransferInTrack with enough free space!",
JobType.Transport,
startingStation.logicStation.ID,
destStation.logicStation.ID
));
return(null);
}
List <TrainCarType> transportedCarTypes = (from tc in trainCars select tc.carType)
.ToList <TrainCarType>();
Debug.Log("[PersistentJobs] transport: calculating time/wage/licenses");
float bonusTimeLimit;
float initialWage;
Utilities.CalculateTransportBonusTimeLimitAndWage(
JobType.Transport,
startingStation,
destStation,
transportedCarTypes,
transportedCargoPerCar,
out bonusTimeLimit,
out initialWage
);
JobLicenses requiredLicenses = LicenseManager.GetRequiredLicensesForJobType(JobType.Transport)
| LicenseManager.GetRequiredLicensesForCargoTypes(transportedCargoPerCar)
| LicenseManager.GetRequiredLicenseForNumberOfTransportedCars(trainCars.Count);
return(TransportJobProceduralGenerator.GenerateTransportChainController(
startingStation,
startingTrack,
destStation,
destinationTrack,
trainCars,
transportedCargoPerCar,
trainCars.Select(
tc => tc.logicCar.CurrentCargoTypeInCar == CargoType.None ? 1.0f : tc.logicCar.LoadedCargoAmount).ToList(),
forceCorrectCargoStateOnCars,
bonusTimeLimit,
initialWage,
requiredLicenses
));
}
public static JobChainControllerWithEmptyHaulGeneration GenerateShuntingLoadJobWithExistingCars(
StationController startingStation,
List <CarsPerTrack> carsPerStartingTrack,
StationController destStation,
List <TrainCar> trainCars,
List <CargoType> transportedCargoPerCar,
System.Random rng,
bool forceCorrectCargoStateOnCars = false)
{
Debug.Log("[PersistentJobs] load: generating with pre-spawned cars");
YardTracksOrganizer yto = YardTracksOrganizer.Instance;
HashSet <CargoContainerType> carContainerTypes = new HashSet <CargoContainerType>();
foreach (TrainCar trainCar in trainCars)
{
carContainerTypes.Add(CargoTypes.CarTypeToContainerType[trainCar.carType]);
}
float approxTrainLength = yto.GetTotalTrainCarsLength(trainCars)
+ yto.GetSeparationLengthBetweenCars(trainCars.Count);
// choose warehosue machine
Debug.Log("[PersistentJobs] load: choosing warehouse machine");
List <WarehouseMachineController> supportedWMCs = startingStation.warehouseMachineControllers
.Where(wm => wm.supportedCargoTypes.Intersect(transportedCargoPerCar).Count() > 0)
.ToList();
if (supportedWMCs.Count == 0)
{
Debug.LogWarning(string.Format(
"[PersistentJobs] load: Could not create ChainJob[{0}]: {1} - {2}. Found no supported WarehouseMachine!",
JobType.ShuntingLoad,
startingStation.logicStation.ID,
destStation.logicStation.ID
));
return(null);
}
WarehouseMachine loadMachine = Utilities.GetRandomFromEnumerable(supportedWMCs, rng).warehouseMachine;
// choose destination track
Debug.Log("[PersistentJobs] load: choosing destination track");
Track destinationTrack = Utilities.GetTrackThatHasEnoughFreeSpace(
yto,
yto.FilterOutOccupiedTracks(startingStation.logicStation.yard.TransferOutTracks),
approxTrainLength
);
if (destinationTrack == null)
{
destinationTrack = Utilities.GetTrackThatHasEnoughFreeSpace(
yto,
startingStation.logicStation.yard.TransferOutTracks,
approxTrainLength
);
}
if (destinationTrack == null)
{
Debug.LogWarning(string.Format(
"[PersistentJobs] load: Could not create ChainJob[{0}]: {1} - {2}. " +
"Found no TransferOutTrack with enough free space!",
JobType.ShuntingLoad,
startingStation.logicStation.ID,
destStation.logicStation.ID
));
return(null);
}
Debug.Log("[PersistentJobs] load: calculating time/wage/licenses");
List <TrainCarType> transportedCarTypes = (from tc in trainCars select tc.carType)
.ToList <TrainCarType>();
float bonusTimeLimit;
float initialWage;
Utilities.CalculateShuntingBonusTimeLimitAndWage(
JobType.ShuntingLoad,
carsPerStartingTrack.Count,
transportedCarTypes,
transportedCargoPerCar,
out bonusTimeLimit,
out initialWage
);
JobLicenses requiredLicenses = LicenseManager.GetRequiredLicensesForJobType(JobType.ShuntingLoad)
| LicenseManager.GetRequiredLicensesForCargoTypes(transportedCargoPerCar)
| LicenseManager.GetRequiredLicenseForNumberOfTransportedCars(trainCars.Count);
return(GenerateShuntingLoadChainController(
startingStation,
carsPerStartingTrack,
loadMachine,
destStation,
destinationTrack,
trainCars,
transportedCargoPerCar,
Enumerable.Repeat(1.0f, trainCars.Count).ToList(),
forceCorrectCargoStateOnCars,
bonusTimeLimit,
initialWage,
requiredLicenses
));
}
public static JobChainControllerWithEmptyHaulGeneration GenerateShuntingLoadJobWithCarSpawning(
StationController startingStation,
bool forceLicenseReqs,
System.Random rng)
{
Debug.Log("[PersistentJobs] load: generating with car spawning");
YardTracksOrganizer yto = YardTracksOrganizer.Instance;
List <CargoGroup> availableCargoGroups = startingStation.proceduralJobsRuleset.outputCargoGroups;
int countTrainCars = rng.Next(
startingStation.proceduralJobsRuleset.minCarsPerJob,
startingStation.proceduralJobsRuleset.maxCarsPerJob);
if (forceLicenseReqs)
{
Debug.Log("[PersistentJobs] load: forcing license requirements");
if (!LicenseManager.IsJobLicenseAcquired(JobLicenses.Shunting))
{
Debug.LogError("Trying to generate a ShuntingLoad job with forceLicenseReqs=true should " +
"never happen if player doesn't have Shunting license!");
return(null);
}
availableCargoGroups
= (from cg in availableCargoGroups
where LicenseManager.IsLicensedForJob(cg.CargoRequiredLicenses)
select cg).ToList();
countTrainCars = Math.Min(countTrainCars, LicenseManager.GetMaxNumberOfCarsPerJobWithAcquiredJobLicenses());
}
if (availableCargoGroups.Count == 0)
{
Debug.LogWarning("[PersistentJobs] load: no available cargo groups");
return(null);
}
CargoGroup chosenCargoGroup = Utilities.GetRandomFromEnumerable(availableCargoGroups, rng);
// choose cargo & trainCar types
Debug.Log("[PersistentJobs] load: choosing cargo & trainCar types");
List <CargoType> availableCargoTypes = chosenCargoGroup.cargoTypes;
List <CargoType> orderedCargoTypes = new List <CargoType>();
List <TrainCarType> orderedTrainCarTypes = new List <TrainCarType>();
for (int i = 0; i < countTrainCars; i++)
{
CargoType chosenCargoType = Utilities.GetRandomFromEnumerable(availableCargoTypes, rng);
List <CargoContainerType> availableContainers
= CargoTypes.GetCarContainerTypesThatSupportCargoType(chosenCargoType);
CargoContainerType chosenContainerType = Utilities.GetRandomFromEnumerable(availableContainers, rng);
List <TrainCarType> availableTrainCarTypes
= CargoTypes.GetTrainCarTypesThatAreSpecificContainerType(chosenContainerType);
TrainCarType chosenTrainCarType = Utilities.GetRandomFromEnumerable(availableTrainCarTypes, rng);
orderedCargoTypes.Add(chosenCargoType);
orderedTrainCarTypes.Add(chosenTrainCarType);
}
// choose starting tracks
int maxCountTracks = startingStation.proceduralJobsRuleset.maxShuntingStorageTracks;
int countTracks = rng.Next(1, maxCountTracks + 1);
// bias toward less than max number of tracks for shorter trains
if (orderedTrainCarTypes.Count < 2 * maxCountTracks)
{
countTracks = rng.Next(0, Mathf.FloorToInt(1.5f * maxCountTracks)) % maxCountTracks + 1;
}
Debug.Log(string.Format("[PersistentJobs] load: choosing {0} starting tracks", countTracks));
int countCarsPerTrainset = countTrainCars / countTracks;
int countTrainsetsWithExtraCar = countTrainCars % countTracks;
List <Track> tracks = new List <Track>();
do
{
tracks.Clear();
for (int i = 0; i < countTracks; i++)
{
int rangeStart = i * countCarsPerTrainset + Math.Min(i, countTrainsetsWithExtraCar);
int rangeCount = i < countTrainsetsWithExtraCar ? countCarsPerTrainset + 1 : countCarsPerTrainset;
List <TrainCarType> trainCarTypesPerTrack = orderedTrainCarTypes.GetRange(rangeStart, rangeCount);
float approxTrainLengthPerTrack = yto.GetTotalCarTypesLength(trainCarTypesPerTrack)
+ yto.GetSeparationLengthBetweenCars(trainCarTypesPerTrack.Count);
Track track = Utilities.GetTrackThatHasEnoughFreeSpace(
yto,
startingStation.logicStation.yard.StorageTracks.Except(tracks).ToList(),
approxTrainLengthPerTrack / (float)countTracks);
if (track == null)
{
break;
}
tracks.Add(track);
}
} while (tracks.Count < countTracks--);
if (tracks.Count == 0)
{
Debug.LogWarning("[PersistentJobs] load: Couldn't find startingTrack with enough free space for train!");
return(null);
}
// choose random destination station that has at least 1 available track
Debug.Log("[PersistentJobs] load: choosing destination");
float approxTrainLength = yto.GetTotalCarTypesLength(orderedTrainCarTypes)
+ yto.GetSeparationLengthBetweenCars(countTrainCars);
List <StationController> availableDestinations = new List <StationController>(chosenCargoGroup.stations);
StationController destStation = null;
Track destinationTrack = null;
while (availableDestinations.Count > 0 && destinationTrack == null)
{
destStation = Utilities.GetRandomFromEnumerable(availableDestinations, rng);
availableDestinations.Remove(destStation);
destinationTrack = Utilities.GetTrackThatHasEnoughFreeSpace(
yto,
yto.FilterOutOccupiedTracks(destStation.logicStation.yard.TransferInTracks),
approxTrainLength);
}
if (destinationTrack == null)
{
Debug.LogWarning("Couldn't find a station with enough free space for train!");
return(null);
}
// spawn trainCars & form carsPerStartingTrack
Debug.Log("[PersistentJobs] load: spawning trainCars");
List <TrainCar> orderedTrainCars = new List <TrainCar>();
List <CarsPerTrack> carsPerStartingTrack = new List <CarsPerTrack>();
for (int i = 0; i < tracks.Count; i++)
{
int rangeStart = i * countCarsPerTrainset + Math.Min(i, countTrainsetsWithExtraCar);
int rangeCount = i < countTrainsetsWithExtraCar ? countCarsPerTrainset + 1 : countCarsPerTrainset;
Debug.Log(string.Format(
"[PersistentJobs] load: spawning cars in range [{0}-{1}) from total range [0-{2})",
rangeStart,
rangeStart + rangeCount,
orderedTrainCarTypes.Count));
Track startingTrack = tracks[i];
RailTrack railTrack = SingletonBehaviour <LogicController> .Instance.LogicToRailTrack[startingTrack];
List <TrainCar> spawnedCars = CarSpawner.SpawnCarTypesOnTrack(
orderedTrainCarTypes.GetRange(rangeStart, rangeCount),
railTrack,
true,
0.0,
false,
true);
if (spawnedCars == null)
{
Debug.LogWarning("[PersistentJobs] load: Failed to spawn some trainCars!");
SingletonBehaviour <CarSpawner> .Instance.DeleteTrainCars(orderedTrainCars, true);
return(null);
}
orderedTrainCars.AddRange(spawnedCars);
carsPerStartingTrack.Add(
new CarsPerTrack(startingTrack, (from car in spawnedCars select car.logicCar).ToList()));
}
JobChainControllerWithEmptyHaulGeneration jcc = GenerateShuntingLoadJobWithExistingCars(
startingStation,
carsPerStartingTrack,
destStation,
orderedTrainCars,
orderedCargoTypes,
rng,
true);
if (jcc == null)
{
Debug.LogWarning("[PersistentJobs] load: Couldn't generate job chain. Deleting spawned trainCars!");
SingletonBehaviour <CarSpawner> .Instance.DeleteTrainCars(orderedTrainCars, true);
return(null);
}
return(jcc);
}
