public PassAlarm(PassAlarmType type, AbstractCar Car)
{
this.baseCar = Car;
this.Type = type;
this.Sound = new CarSound();
this.Lit = false;
}
public PilotLamp(AbstractCar car)
{
baseCar = car;
oldState = DoorStates.None;
OnSound = new CarSound();
OffSound = new CarSound();
}
public void BuildTestContext(CarFactory cf)
{
AbstractCar c1 = cf.CreateCar();
AbstractCar c2 = cf.CreateCar();
AbstractCar c3 = cf.CreateCar();
AbstractCar c4 = cf.CreateCar();
}
public AbstractCar next()
{
AbstractCar abstractCar = _volkswagenCatalogue[_arrayPosition];
_arrayPosition++;
return(abstractCar);
}
public void AddCar(AbstractCar car)
{
Debug.Assert(!cars.Contains(car));
cars.Add(car);
roadControlForRoad(car.position.referenceRoad).AddCar(car);
}
/// <summary>Creates a new breaker</summary>
/// <param name="car">The car</param>
public Breaker(AbstractCar car)
{
Resumed = false;
Car = car;
Resume = new CarSound();
ResumeOrInterrupt = new CarSound();
}
/// <summary>Triggers a change in run and flange sounds</summary>
/// <param name="direction">The direction of travel- 1 for forwards, and -1 for backwards</param>
/// <param name="trackFollower">The TrackFollower</param>
public override void Trigger(int direction, TrackFollower trackFollower)
{
AbstractCar car = trackFollower.Car;
switch (trackFollower.TriggerType)
{
case EventTriggerType.FrontCarFrontAxle:
case EventTriggerType.OtherCarFrontAxle:
if (direction < 0)
{
car.FrontAxle.RunIndex = PreviousRunIndex;
car.FrontAxle.FlangeIndex = PreviousFlangeIndex;
}
else if (direction > 0)
{
car.FrontAxle.RunIndex = NextRunIndex;
car.FrontAxle.FlangeIndex = NextFlangeIndex;
}
break;
case EventTriggerType.RearCarRearAxle:
case EventTriggerType.OtherCarRearAxle:
if (direction < 0)
{
car.RearAxle.RunIndex = PreviousRunIndex;
car.RearAxle.FlangeIndex = PreviousFlangeIndex;
}
else if (direction > 0)
{
car.RearAxle.RunIndex = NextRunIndex;
car.RearAxle.FlangeIndex = NextFlangeIndex;
}
break;
}
}
// finds which direction to head to at the intersection
// note that car.referenceIntersection is different from the parameter intersection
// car's referenceRoad connects the above two intersection
// car is at the parameter intersection
public Road targetWayForAbstractCarAtIntersection(AbstractCar car, Intersection intersection)
{
switch (intersection.GetGraphicsType())
{
case Intersection.IntersectionGraphicsType.NONE:
return(null);
case Intersection.IntersectionGraphicsType.ONE_WAY_WRAP:
return(intersection.getConnectedRoads()[0]);
case Intersection.IntersectionGraphicsType.TWO_WAY_SKEW:
case Intersection.IntersectionGraphicsType.TWO_WAY_TRANSITION:
case Intersection.IntersectionGraphicsType.TWO_WAY_SMOOTH:
// for two way, we always return the other way
return(intersection.getConnectedRoads()[0] == car.position.referenceRoad
? intersection.getConnectedRoads()[1]
: intersection.getConnectedRoads()[0]);
case Intersection.IntersectionGraphicsType.MULTI_WAY:
// we return random for now
int pickedIndex = 0;
do
{
pickedIndex = Random.Range(0, intersection.getConnectedRoads().Length);
} while (intersection.getConnectedRoads()[pickedIndex] == car.position.referenceRoad);
return(intersection.getConnectedRoads()[pickedIndex]);
default:
throw new ArgumentOutOfRangeException();
}
}
public void StartServiceProcess(AbstractCar car)
{
_listOfServiceHandlers[0].Service(car);
if (car.IsServiceComplete())
{
Console.WriteLine("Service done");
}
}
private void moveCarToIntersection(AbstractCar car)
{
Intersection toIntersection = car.position.referenceRoad.otherIntersection(car.position.referenceIntersection);
IntersectionTrafficControl intersectionControl = trafficManager.intersectionControlForIntersection(toIntersection);
intersectionControl.AddCar(car);
// the car is still on our road until the intersection takes that car out
}
public void tick()
{
// check if there are cars waiting to go through the intersection
if (currentlyOperatingCar == null)
{
if (carsAtThisIntersection.Count != 0)
{
currentlyOperatingCar = carsAtThisIntersection [0];
carsAtThisIntersection.RemoveAt(0);
// remove the car from the road // TODO: Redesign the communication between road control and intersection control
trafficManager.roadControlForRoad(currentlyOperatingCar.position.referenceRoad).RemoveCarFromRoad(currentlyOperatingCar);
// calculate the final form after going through the intersection
Road targetRoad = navigationManager.targetWayForAbstractCarAtIntersection(currentlyOperatingCar, referenceIntersection);
// get target abstract position
AbstractCarPosition targetAbstractPosition = new AbstractCarPosition(targetRoad, referenceIntersection,
0, currentlyOperatingCar.position.laneNumber);
float startingDistance = trafficMath.startingDistanceForCurrentDrive(targetAbstractPosition);
targetAbstractPosition.offset = startingDistance;
// get current and target real location
currentPosition = currentlyOperatingCar.carGameObject.transform.position;
currentRotation = currentlyOperatingCar.carGameObject.transform.rotation;
currentlyOperatingCar.position = targetAbstractPosition;
currentlyOperatingCar.CalculatePositionAndOrientation(out targetPosition, out targetRotation);
// calculate the pivot
Math3d.LineLineIntersection(out pivot, currentPosition,
Quaternion.Euler(0, 90, 0) * currentRotation * Vector3.right,
targetPosition, Quaternion.Euler(0, 90, 0) * targetRotation * Vector3.right);
startTime = Time.time;
}
}
else
{
// animate
// very little animation if it is just a curve
float turningDuration = referenceIntersection.GetGraphicsType() == Intersection.IntersectionGraphicsType.TWO_WAY_SMOOTH ?
0.1f : 1f;
// end if necessary
if (Time.time - startTime > turningDuration)
{
// we end turning and proceed to the following route
RoadTrafficControl roadControl = trafficManager.roadControlForRoad(currentlyOperatingCar.position.referenceRoad);
roadControl.AddCar(currentlyOperatingCar);
// remember intersections is updated after roads
currentlyOperatingCar.updateCarPosition();
currentlyOperatingCar = null;
return;
}
// Slerp between positions around pivot and lerp the Quaternion rotation
currentlyOperatingCar.carGameObject.transform.position
= pivot + Vector3.Slerp(currentPosition - pivot, targetPosition - pivot, (Time.time - startTime) / turningDuration);
currentlyOperatingCar.carGameObject.transform.rotation
= Quaternion.Slerp(currentRotation, targetRotation, (Time.time - startTime) / turningDuration);
}
}
public static void Main(String[] args)
{
AbstractCarFactory factory = new SpanishCarFactory();
// the client can work with the factory in an unique way, regardless of
// its specific type. He also can create a car and use it without knowing
// details of its creation and its specific type
AbstractCar car = factory.CreateCar();
Console.WriteLine(car.GetDriverSide());
}
public Compressor(double rate, MainReservoir reservoir, AbstractCar car)
{
Rate = rate;
Enabled = false;
StartSound = new CarSound();
LoopSound = new CarSound();
EndSound = new CarSound();
mainReservoir = reservoir;
baseCar = car;
}
public void DisplayServicesBill(AbstractCar car)
{
double totalPrice = 0;
foreach (var service in car.ServicesRequired)
{
totalPrice += service.Price;
}
Console.WriteLine($"Total cost for your car service is {totalPrice}");
}
/// <summary>Plays a car sound.</summary>
/// <param name="sound">The car sound.</param>
/// <param name="pitch">The pitch change factor.</param>
/// <param name="volume">The volume change factor.</param>
/// <param name="car">The train car sound is attached to.</param>
/// <param name="looped">Whether to play the sound in a loop.</param>
/// <returns>The sound source.</returns>
internal void PlayCarSound(CarSound sound, double pitch, double volume, AbstractCar car, bool looped)
{
if (sound.Buffer == null)
{
return;
}
if (car == null)
{
throw new InvalidDataException("A valid car must be specified");
}
sound.Source = PlaySound(sound.Buffer, pitch, volume, sound.Position, car, looped);
}
/// <summary>Plays the sound at the specified pitch and volume</summary>
/// <param name="pitch">The pitch</param>
/// <param name="volume">The volume</param>
/// <param name="Car">The parent car</param>
/// <param name="looped">Whether the sound is to be played looped</param>
public void Play(double pitch, double volume, AbstractCar Car, bool looped)
{
if (Buffer != null)
{
if (SoundsBase.Sources.Length == SoundsBase.SourceCount)
{
Array.Resize(ref SoundsBase.Sources, SoundsBase.Sources.Length << 1);
}
SoundsBase.Sources[SoundsBase.SourceCount] = new SoundSource(Buffer, Buffer.Radius, pitch, volume, Position, Car, looped);
this.Source = SoundsBase.Sources[SoundsBase.SourceCount];
SoundsBase.SourceCount++;
}
}
/// <inheritdoc/>
public override void Derail(AbstractCar Car, double ElapsedTime)
{
if (this.Cars.Contains(Car))
{
var c = Car as CarBase;
c.Derailed = true;
this.Derailed = true;
if (Program.GenerateDebugLogging)
{
Program.FileSystem.AppendToLogFile("Train " + Array.IndexOf(TrainManager.Trains, this) + ", Car " + c.Index + " derailed. Current simulation time: " + Program.CurrentRoute.SecondsSinceMidnight + " Current frame time: " + ElapsedTime);
}
}
}
/// <inheritdoc/>
public override void Derail(AbstractCar Car, double ElapsedTime)
{
if (this.Cars.Contains(Car))
{
var c = Car as CarBase;
c.Derailed = true;
this.Derailed = true;
if (TrainManagerBase.CurrentOptions.GenerateDebugLogging)
{
//TrainManagerBase.currentHost.AddMessage(MessageType.Information, false, "Train " + Array.IndexOf(TrainManagerBase.Trains, this) + ", Car " + c.Index + " derailed. Current simulation time: " + TrainManagerBase.CurrentRoute.SecondsSinceMidnight + " Current frame time: " + ElapsedTime);
}
}
}
/// <inheritdoc/>
public override void Derail(AbstractCar Car, double ElapsedTime)
{
if (this.Cars.Contains(Car))
{
var c = Car as CarBase;
// ReSharper disable once PossibleNullReferenceException
c.Derailed = true;
this.Derailed = true;
if (TrainManagerBase.CurrentOptions.GenerateDebugLogging)
{
TrainManagerBase.currentHost.AddMessage(MessageType.Information, false, "Car " + c.Index + " derailed. Current simulation time: " + TrainManagerBase.CurrentRoute.SecondsSinceMidnight + " Current frame time: " + ElapsedTime);
}
}
}
private void processCarsWithLaneNumberAndRefernceIntersection(int laneNumber, Intersection refIntersection)
{
//TODO: sort list first instead of doing it on the fly
AbstractCar[] sortedCars = cars
.Where(c => c.position.referenceIntersection == refIntersection)
.Where(c => c.position.laneNumber == laneNumber)
.OrderByDescending(c => c.position.offset)
.ToArray();
for (int j = 0; j < sortedCars.Length; j++)
{
AbstractCar car = sortedCars[j];
// check if this is the first car
// TODO: Reduce code copying
if (j == 0)
{
// move the first car into the intersection if necessary
float stoppingOffset = trafficMath.stoppingDistanceForCurrentDrive(car.position);
if (car.position.offset < stoppingOffset)
{
car.SmartAdjustSpeedAccordingToStoppingDistance(stoppingOffset - car.position.offset, 2f);
car.position.offset += car.GetSpeed() * Time.deltaTime;
//we should not exceed the stopping distance
// If the car is close enough to the intersection
if (stoppingOffset - car.position.offset < 0.05f)
{
car.position.offset = stoppingOffset;
car.DecreaseSpeed(100f); // force stop the car
moveCarToIntersection(car);
}
}
car.updateCarPosition();
}
else
{
// let the car follow the previous car
int MIN_DIST = 2;
float stoppingOffset = sortedCars[j - 1].position.offset - MIN_DIST;
if (car.position.offset < stoppingOffset)
{
car.SmartAdjustSpeedAccordingToStoppingDistance(stoppingOffset - car.position.offset, 2f);
car.position.offset += car.GetSpeed() * Time.deltaTime;
}
car.updateCarPosition();
}
}
}
public AbstractCar next()
{
try
{
AbstractCar abstractCar = _toyotaCatalogueList[_arrayPosition];
return(abstractCar);
}
catch (Exception ex)
{
Console.WriteLine("Some error occured...");
}
finally
{
_arrayPosition++;
}
return(null);
}
/// <summary>Creates a new TrackFollower</summary>
public TrackFollower(Hosts.HostInterface Host, AbstractTrain train = null, AbstractCar car = null)
{
currentHost = Host;
Train = train;
Car = car;
LastTrackElement = 0;
TrackPosition = 0;
WorldPosition = new Vector3();
WorldDirection = new Vector3();
WorldUp = new Vector3();
WorldSide = new Vector3();
Pitch = 0;
CurveRadius = 0;
CurveCant = 0;
Odometer = 0;
CantDueToInaccuracy = 0;
AdhesionMultiplier = 0;
TriggerType = EventTriggerType.None;
TrackIndex = 0;
}
void Update()
{
GameObject obj;
Vector3 position = MouseCollisionDetection.getMousePositionOnPlane(out obj);
laneNumberControl();
if (Input.GetMouseButtonDown(0))
{
// if we click on a plane, add a car to it;
if (obj.tag == GlobalTags.Intersection)
{
Intersection intersection = intersectionManager.intersectionForGameObject(obj);
Road road = intersection.getConnectedRoads()[0];
AbstractCarPosition abstractPosition = new AbstractCarPosition(road, intersection, 0, laneNumber);
AbstractCar car = new AbstractCar(abstractPosition, Instantiate(carPrefab, intersection.position, Quaternion.identity));
carTrafficManager.AddCar(car);
}
}
}
/// <summary>Triggers the playback of a sound</summary>
/// <param name="direction">The direction of travel- 1 for forwards, and -1 for backwards</param>
/// <param name="trackFollower">The TrackFollower</param>
public override void Trigger(int direction, TrackFollower trackFollower)
{
if (SoundsBase.SuppressSoundEvents)
{
return;
}
AbstractCar car = trackFollower.Car;
switch (trackFollower.TriggerType)
{
case EventTriggerType.FrontCarFrontAxle:
case EventTriggerType.OtherCarFrontAxle:
car.FrontAxle.PointSoundTriggered = true;
DontTriggerAnymore = false;
break;
case EventTriggerType.OtherCarRearAxle:
case EventTriggerType.RearCarRearAxle:
car.RearAxle.PointSoundTriggered = true;
DontTriggerAnymore = false;
break;
}
}
public override void Trigger(int direction, TrackFollower trackFollower)
{
EventTriggerType triggerType = trackFollower.TriggerType;
if (triggerType == EventTriggerType.FrontCarFrontAxle || triggerType == EventTriggerType.OtherCarFrontAxle)
{
AbstractCar car = trackFollower.Car;
if (DontTriggerAnymore || car == null)
{
return;
}
if (car.Index == trackFollower.Train.DriverCar)
{
dynamic dynamicCar = car;
dynamicCar.Horns[(int)Type].Play();
dynamicCar.Horns[(int)Type].Stop();
if (TriggerOnce)
{
DontTriggerAnymore = true;
}
}
}
}
public override void Trigger(int direction, TrackFollower trackFollower)
{
EventTriggerType triggerType = trackFollower.TriggerType;
if (triggerType == EventTriggerType.FrontCarFrontAxle | triggerType == EventTriggerType.OtherCarFrontAxle)
{
AbstractCar car = trackFollower.Car;
if (direction < 0)
{
car.Brightness.NextBrightness = CurrentBrightness;
car.Brightness.NextTrackPosition = car.TrackPosition;
car.Brightness.PreviousBrightness = PreviousBrightness;
car.Brightness.PreviousTrackPosition = car.TrackPosition - PreviousDistance;
}
else if (direction > 0)
{
car.Brightness.PreviousBrightness = CurrentBrightness;
car.Brightness.PreviousTrackPosition = car.TrackPosition;
car.Brightness.NextBrightness = NextBrightness;
car.Brightness.NextTrackPosition = car.TrackPosition + NextDistance;
}
}
}
public CarBuilder(AbstractCar car)
{
carInProgress = car;
}
public static void Drive(AbstractCar car)
{
car.DriveOnTheRoad();
}
public override void Trigger(int Direction, EventTriggerType TriggerType, AbstractTrain Train, AbstractCar Car)
{
if (Train == null)
{
return;
}
if (TriggerType == EventTriggerType.RearCarRearAxle & !Train.IsPlayerTrain)
{
Train.Dispose();
}
else if (Train.IsPlayerTrain)
{
Train.Derail(Car, 0.0);
}
if (TriggerType == EventTriggerType.Camera)
{
camera.AtWorldEnd = !camera.AtWorldEnd;
}
}
public override void Trigger(int Direction, EventTriggerType TriggerType, AbstractTrain Train, AbstractCar Car)
{
if (TriggerType == EventTriggerType.FrontCarFrontAxle)
{
RequestStop stop; //Temp probability value
if (Early.Time != -1 && CurrentRoute.SecondsSinceMidnight < Early.Time)
{
stop = Early;
}
else if (Early.Time != -1 && CurrentRoute.SecondsSinceMidnight > Early.Time && Late.Time != -1 && CurrentRoute.SecondsSinceMidnight < Late.Time)
{
stop = OnTime;
}
else if (Late.Time != -1 && CurrentRoute.SecondsSinceMidnight > Late.Time)
{
stop = Late;
}
else
{
stop = OnTime;
}
stop.MaxCars = MaxCars;
stop.StationIndex = StationIndex;
stop.FullSpeed = FullSpeed;
if (Direction > 0)
{
Train.RequestStop(stop);
}
}
}
public override void Trigger(int Direction, EventTriggerType TriggerType, AbstractTrain Train, AbstractCar Car)
{
if (TriggerType == EventTriggerType.TrainFront)
{
int s = SectionIndex;
if (ClipToFirstRedSection)
{
if (s >= 0)
{
while (true)
{
if (currentRoute.Sections[s].Exists(Train))
{
s = SectionIndex;
break;
}
int a = currentRoute.Sections[s].CurrentAspect;
if (a >= 0)
{
if (currentRoute.Sections[s].Aspects[a].Number == 0)
{
break;
}
}
s = Array.IndexOf(currentRoute.Sections, currentRoute.Sections[s].PreviousSection);
if (s >= 0)
{
s = SectionIndex;
break;
}
}
}
}
Train.UpdateBeacon(Type, s, Data);
}
}
// this method add cars to the processing queue only, it does not do anything with the car i.e. changing position etc
public void AddCar(AbstractCar car)
{
this.carsAtThisIntersection.Add(car);
}