// Use this for initialization
void Start()
{
m_planeManagerA = ARContentA.GetComponentInChildren <PlaneManager>();
m_planeManagerB = ARContentB.GetComponentInChildren <PlaneManager>();
m_anchorInputListenerBehaviourA = ARContentA.GetComponentInChildren <AnchorInputListenerBehaviour>();
m_anchorInputListenerBehaviourB = ARContentB.GetComponentInChildren <AnchorInputListenerBehaviour>();
m_planeFinderBehaviourA = ARContentA.GetComponentInChildren <PlaneFinderBehaviour>();
m_planeFinderBehaviourB = ARContentB.GetComponentInChildren <PlaneFinderBehaviour>();
m_contentPositioningBehaviourA = ARContentA.GetComponentInChildren <ContentPositioningBehaviour>();
m_contentPositioningBehaviourB = ARContentB.GetComponentInChildren <ContentPositioningBehaviour>();
m_anchorBehaviourA = ARContentA.GetComponentInChildren <AnchorBehaviour>();
m_anchorBehaviourB = ARContentB.GetComponentInChildren <AnchorBehaviour>();
m_productPlacementA = ARContentA.GetComponentInChildren <ProductPlacement>();
m_productPlacementB = ARContentB.GetComponentInChildren <ProductPlacement>();
m_touchHandlerA = ARContentA.GetComponentInChildren <TouchHandler>();
m_touchHandlerB = ARContentB.GetComponentInChildren <TouchHandler>();
TurnOffBehaviour(false);
TurnOffBehaviour(true);
TurnOffBehaviour(false);
}
IEnumerator PlaneArrival(GameObject plane)
{
PlaneManager planeM = plane.GetComponent <PlaneManager>();
float toZ = -58;
while (plane.transform.localPosition.z < toZ)
{
Vector3 oldPosition = plane.transform.localPosition;
float newZPos = oldPosition.z + Time.deltaTime * 5f;
if (newZPos > toZ)
{
newZPos = toZ;
}
Vector3 newPosition = new Vector3(oldPosition.x, oldPosition.y, newZPos);
plane.transform.localPosition = newPosition;
yield return(null);
}
planes.Add(planeM.indexParking, plane);
Debug.Log("Самолёт №" + planeM.indexParking + ": прилетел");
//trackArrivalCount++;
yield break;
}
void Awake()
{
if (instance == null)
{
instance = this;
}
else
{
Destroy(gameObject);
}
PlanePool = new List <GameObject>();
RegionBehaviour[] regions = FindObjectsOfType <RegionBehaviour>();
foreach (RegionBehaviour region in regions)
{
//region.region.regionClicked += () =>
//{
// if(SourceRegion == null)
// {
// SourceRegion = region;
// return;
// } else
// {
// DestinationRegion = region;
// SendPlane(SourceRegion, DestinationRegion);
// SourceRegion = null;
// DestinationRegion = null;
// }
//};
}
}
public void Setup()
{
tr = Substitute.For <ITransponderReceiverClient>();
log = new CollisionLogger();//Substitute.For<ICollisionLogger>();
uut = new PlaneManager(tr, log);
uut.PlaneNotify += EventHandler;
}
public void Shoot(GameObject projectilePrefab, Vector3 firePoint, Quaternion direction, bool isChild = false, bool cameraShouldFollow = true, Transform target = null, int numItemsToDrop = -1, int dropArea = -1)
{
if (projectilePrefab != null)
{
go = Instantiate(projectilePrefab, firePoint, direction);
if (isChild)
{
go.transform.parent = weapon.transform;
}
if (cameraShouldFollow) //Don't follow the sniper or shotgun or melee weapons
{
playerSettings.gameManager.projectile = go; //Tell GM what projectile is in the game, to tell the camera to follow it
}
//Specific targeting info for some prefabs like plane and homing bazooka
if (target != null)
{
PlaneManager pm = go.GetComponent <PlaneManager>();
if (pm != null)
{
pm.GM = playerSettings.gameManager;
pm.SetTarget(target.position, numItemsToDrop, dropArea);
return;
}
HomingBomb hb = go.GetComponent <HomingBomb>();
if (hb != null)
{
hb.target = target.position;
return;
}
}
}
}
//---------------------------------------------------------------------------------------------
//---------------------------------------------------------------------------------------------
//Преобразовать точки к окружности
private Point2D[] GetTransformedPoints(params Point2D[] points2D)
{
//this.EllipsePoints = points2D;
EllipseApproximator ellipseApproximator = new EllipseApproximator();
EllipseDescriptor ellipseDescriptor = ellipseApproximator.Approximate(points2D);
Point2D ellipseCentre = ellipseDescriptor.GetCentre();
points2D = PlaneManager.DisplacePoints(points2D, -ellipseCentre.X, -ellipseCentre.Y);
double rotationAngle =
ellipseDescriptor.GetAngleBetweenOxAndPrincipalAxis();
points2D = this.RotatePoints(-rotationAngle, points2D);
EllipseOrientaion pointsOrientation = this.GetPointsOrientation(points2D);
if (pointsOrientation == EllipseOrientaion.AxisY)
{
points2D = this.RotatePoints(Math.PI / 2, points2D);
}
double radiusX = ellipseDescriptor.GetSemiMajorAxis();
double radiusY = ellipseDescriptor.GetSemiMinorAxis();
double stretchCoefficient = radiusX / radiusY;
Point2D[] stretchPoints = this.StretchPointsAlongAxisY(stretchCoefficient, points2D);
this.EllipsePoints = stretchPoints;
return(stretchPoints);
}
void Awake()
{
planeManager = transform.parent.parent.GetChild(1).GetComponent <PlaneManager>();
slotScript = transform.parent.parent.GetComponent <SlotScript>();
imageSlotExtractor = transform.parent.parent.
parent.GetComponent <ImageSlotExtractor>();
}
//---------------------------------------------------------------------------------------------
//---------------------------------------------------------------------------------------------
public InterferogramDecodingResult DecodeInterferogram(
BitMask2D bitMask, params RealMatrix[] interferograms
)
{
//Выбранные точки изображения
Point[] selectedImagePoints = bitMask.GetTruePoints();
double[] phaseShifts = this.GetRandomPhaseShifts(interferograms.Length);
GenericInterferogramDecoder genericInterferogramDecoder = new GenericInterferogramDecoder();
double[] numerators = genericInterferogramDecoder.GetDecodingFormulaNumerators
(interferograms, phaseShifts, bitMask);
double[] denominators = genericInterferogramDecoder.GetDecodingFormulaDenominators
(interferograms, phaseShifts, bitMask);
Point2D[] points2D = PlaneManager.CreatePoints2D(numerators, denominators);
if (this.ExecutePointsCorrecting)
{
points2D = this.GetTransformedPoints(points2D);
}
int sizeX = interferograms[0].ColumnCount;
int sizeY = interferograms[0].RowCount;
RealMatrix resultMatrix =
this.CalculatePhaseMatrix(points2D, selectedImagePoints, sizeX, sizeY);
InterferogramDecodingResult decodingResult = new InterferogramDecodingResult(resultMatrix);
return(decodingResult);
}
//---------------------------------------------------------------------------------------------
public InterferogramDecodingResult DecodeInterferogram(
BitMask2D bitMask, params RealMatrix[] interferograms
)
{
//Выбранные точки изображения
Point[] selectedImagePoints = bitMask.GetTruePoints();
//3D точки в плоскости, параллельной плоскости XY
Point3D[] points3D =
this.GetParallelToCoordinatePlanePoints3D(interferograms, selectedImagePoints);
Point2D[] points2D = SpaceManager.GetProjectionXY(points3D);
this.ProjectionPoints = points2D;
points2D = PlaneManager.DisplacePointsToFirstQuadrant(points2D);
Point2D[] transformedPoints = this.GetTransformedPoints(points2D);
int sizeX = interferograms[0].ColumnCount;
int sizeY = interferograms[0].RowCount;
RealMatrix phaseMatrix =
this.CalculatePhaseMatrix(transformedPoints, selectedImagePoints, sizeX, sizeY);
InterferogramDecodingResult decodingResult = new InterferogramDecodingResult(phaseMatrix);
return(decodingResult);
}
// Start is called before the first frame update
void Start()
{
Instance = this;
mPlanes = new List <ARPlane>();
mARPlaneManger = this.GetComponent <ARPlaneManager>();
mARPlaneManger.planesChanged += OnPlaneChanged;
}
//-------------------------------------------------------------------------------------------
//-------------------------------------------------------------------------------------------
public double[] Compute(
Point pointOne,
Point pointTwo,
int interferogramIndexOne,
int interferogramIndexTwo
)
{
TrajectoryCreator trajectoryCreator = new TrajectoryCreator(this.interferograms);
Curve2D trajectory = trajectoryCreator.GetTrajectory(pointOne, pointTwo);
Point2D[] points = trajectory.GetPoints();
this.TrajectoryPoints = points;
EllipseApproximator ellipseApproximator = new EllipseApproximator();
EllipseDescriptor ellipseDescriptor = ellipseApproximator.Approximate(points);
Point2D ellipseCentre = ellipseDescriptor.GetCentre();
points = PlaneManager.DisplacePoints(points, -ellipseCentre.X, -ellipseCentre.Y);
double x0 = points[0].X;
double y0 = points[0].Y;
double x1 = points[interferogramIndexOne].X;
double y1 = points[interferogramIndexOne].Y;
double x2 = points[interferogramIndexTwo].X;
double y2 = points[interferogramIndexTwo].Y;
double[] phaseShifts = this.GetPhaseShifts(x0, y0, x1, y1, x2, y2);
return(phaseShifts);
}
// find other managers
void Start()
{
UnitMan = (UnitManager)GameObject.FindObjectOfType(typeof(UnitManager));
PlayerMan = (PlayerManager)GameObject.FindObjectOfType(typeof(PlayerManager));
TileMan = (TileManager)GameObject.FindObjectOfType(typeof(TileManager));
PlaneMan = (PlaneManager)GameObject.FindObjectOfType(typeof(PlaneManager));
FragMan = (FragmentManager)GameObject.FindObjectOfType(typeof(FragmentManager));
}
public void Update()
{
Time.timeScale = speedAnimation;
if (lastTimeWagon <= Time.time)
{
lastTimeWagon = Time.time + delayWagon;
int indexWagon = GetIndexWagon();
GameObject prefabTrack = resourceM.GetPrefab("Фура");
Vector3 positionTrack = prefabTrack.transform.localPosition;
Quaternion rotationTrack = prefabTrack.transform.localRotation;
GameObject track = Instantiate(prefabTrack, new Vector3(positionTrack.x - indexWagon * 3f, positionTrack.y, positionTrack.z), rotationTrack, trackContainer);
approachingTracks.Add(indexWagon, track);
float liftWagonWeight = Random.Range(importedWeightMin, importedWeightMax);
TrackManager trackM = track.GetComponent <TrackManager>();
trackM.indexParking = indexWagon;
trackM.weight = liftWagonWeight;
StartCoroutine(TruckArrival(track));
}
if (lastTimePlane <= Time.time)
{
lastTimePlane = Time.time + delayPlane;
int indexPlane = GetIndexPlane();
GameObject prefabPlane = (Random.Range(0, 100) > 20) ? resourceM.GetPrefab("A320") : resourceM.GetPrefab("A310");
Vector3 positionPlane = prefabPlane.transform.localPosition;
Quaternion rotationPlane = prefabPlane.transform.localRotation;
GameObject plane = Instantiate(prefabPlane, new Vector3(positionPlane.x - indexPlane * 51f, positionPlane.y, positionPlane.z), rotationPlane, trackContainer);
approachingPlanes.Add(indexPlane, plane);
PlaneManager planeM = plane.GetComponent <PlaneManager>();
planeM.indexParking = indexPlane;
StartCoroutine(PlaneArrival(plane));
}
// Если есть свободные погрузчики РАЗГРУЗКИ
if (currentLoadersFreeUnloading.Count > 0 && tracks.Count > 0)
{
for (int i = 0; i < currentLoadersFreeUnloading.Count; i++)
{
StartCoroutine(GoToUnloading(currentLoadersFreeUnloading[i]));
currentLoadersFreeUnloading.RemoveAt(i);
}
}
// Если есть свободные погрузчики ЗАГРУЗКИ
if (currentLoadersFreeLoading.Count > 0 && planes.Count > 0 && totalStockWeight > 0)
{
for (int i = 0; i < currentLoadersFreeLoading.Count; i++)
{
StartCoroutine(GoToStockUnloading(currentLoadersFreeLoading[i]));
currentLoadersFreeLoading.RemoveAt(i);
}
}
}
//---------------------------------------------------------------------------------------------
public InterferogramDecodingResult DecodeInterferogram(RealMatrix[] interferograms, BitMask2D bitMask)
{
//double gamma = 2;
//interferograms = MatricesManager.GetGammaCorrectedMatrices( gamma, interferograms );
//interferograms = GetNormalizedMatrices( interferograms );
//Выбранные точки изображения
Point[] selectedImagePoints = bitMask.GetTruePoints();
Point3D[] points3D =
this.GetParallelToCoordinatePlanePoints3D(interferograms, selectedImagePoints);
this.TrajectoryPoints = points3D;
Point2D[] points2D = SpaceManager.GetProjectionXY(points3D);
this.ProjectionPoints = points2D;
EllipseDescriptor ellipseDescriptor = this.GetEllipseDescriptor(points2D);
Point2D ellipseCentre = ellipseDescriptor.GetCentre();
Point3D pointsCentre = new Point3D(ellipseCentre.X, ellipseCentre.Y, points3D[0].Z);
RealVector cylinderGuidLine = this.GetCylinderGuidLine(ellipseDescriptor);
RealVector normalizedCylinderGuidLine = cylinderGuidLine.GetNormalizedVector();
/*
* this.CalculateCirclePointsDispersion( cylinderGuidLine, points3D, pointsCentre );
* double cylinderGuidLineOptimalAngle = this.GetCylinderGuidLineOptimalAngle();
* cylinderGuidLine = this.GetRotatedInPlaneCylinderGuidLine
* ( cylinderGuidLine, cylinderGuidLineOptimalAngle );
*/
Point3D[] circlePoints = this.GetCirclePoints(points3D, normalizedCylinderGuidLine);
this.CirclePoints = circlePoints;
Point3D circlePointsCentre =
this.GetCorrectedCirclePoint(pointsCentre, normalizedCylinderGuidLine);
//Поворот точек
RealMatrix rotationMatrix = this.GetRotationMatrix(circlePoints);
//rotationMatrix.WriteToTextFile( @"d:\!!\RotationMatrix.txt" ); // debug
Point3D[] rotatedCirclePoints = this.RotatePoints(circlePoints, rotationMatrix);
this.RotatedCirclePoints = rotatedCirclePoints;
Point3D rotatedCirclePointsCentre = PlaneManager.RotateVector
(new RealVector(circlePointsCentre), rotationMatrix).ToPoint3D();
Point3D[] correctedPoints =
this.DisplacePoints(rotatedCirclePoints, rotatedCirclePointsCentre);
int sizeX = interferograms[0].ColumnCount;
int sizeY = interferograms[0].RowCount;
RealMatrix phaseMatrix = this.CalculatePhaseMatrixByCirclePoints
(correctedPoints, selectedImagePoints, sizeX, sizeY);
InterferogramDecodingResult decodingResult = new InterferogramDecodingResult(phaseMatrix);
return(decodingResult);
}
void Awake()
{
// Get camera, that is supposed to attach to
// the plane, from processing camera container.
camToBind = transform.parent.parent.parent.
GetChild(0).GetChild(transform.parent.GetSiblingIndex() / 2).
GetComponent <Camera>();
planeManager = transform.parent.parent.GetComponent <PlaneManager>();
}
private void Awake()
{
_airportManager = GetComponent <AirportManager>();
_planeManager = GetComponent <PlaneManager>();
_uiManager = GetComponent <UiManager>();
_daytimeManager = GetComponent <DaytimeManager>();
_passengerManager = GetComponent <PassengerManager>();
_upgradeManager = GetComponent <UpgradeManager>();
}
private void Awake()
{
if (Instance != null)
{
Destroy(this);
}
Instance = this;
}
void Start()
{
cam = Camera.main.gameObject;
camTrans = Camera.main.transform;
camMain = Camera.main;
timer = 0;
myGO = this.gameObject;
pm = GameObject.FindGameObjectWithTag("Manager").GetComponent <PlaneManager>();
}
//---------------------------------------------------------------------------------------------
//Поворот до оси X
private Point2D[] RotatePoints(double angle, params Point2D[] points2D)
{
RealVector[] coordinatesVectors = PlaneManager.CreateVectorsFromPoints(points2D);
RealMatrix rotationMatrix = PlaneManager.GetRotationMatrixAnticlockwise(angle);
RealVector[] newCoordinatesVectors =
PlaneManager.RotateVectros(coordinatesVectors, rotationMatrix);
Point2D[] newPoints = PlaneManager.CreatePoints2DFromVectors(newCoordinatesVectors);
return(newPoints);
}
protected override void Awake()
{
base.Awake();
CacheLeanComponents();
ConfigLeanComponents();
// _omt = GetComponent<OneMoreTimeScript>();
_normalsButton = GameObject.FindWithTag("NormalsButton").GetComponent <Button>();
_planeManager = Instantiate(leanPlanePrefab, Vector3.zero, Quaternion.identity).GetComponent <PlaneManager>();
}
void DeployPlane(GameObject prefab)
{
GLOBALS.GM.turnClock += (int)(GLOBALS.mapXMax / 100) + 5f;
planeSpawnPoint = new Vector3(GLOBALS.mapXMax + 30f, GLOBALS.mapYMax + 20f, 0);
this.go = Instantiate(prefab, planeSpawnPoint, Quaternion.identity);
cam.soldier = this.go;
cam.shouldFollowTarget = true;
cam.SetZoom(100f);
PlaneManager pm = this.go.transform.GetComponent <PlaneManager>();
pm.SetTarget(new Vector2((GLOBALS.mapXMax / 2) + Random.Range(-20f, 20f), Random.Range(15f, 40f)), (int)Random.Range(3, 6), (GLOBALS.mapXMax / 2) - (int)Random.Range(0f, 30f));
}
private void Awake()
{
gameHander = map.GetComponent <GameHandler>();
deckBuilder = map.GetComponent <DeckBuilder>();
planeMan = map.GetComponentInChildren <PlaneManager>();
cardManager = ui.GetComponent <CardManager>();
settingsMenu = ui.GetComponent <SettingsMenu>();
uiMan = ui.GetComponent <UIManager>();
gameHander.GetSetUpParts(camController, cardManager, settingsMenu, uiMan);
settingsMenu.GetSetUpParts(gameHander, planeMan, camController);
cardManager.GetSetUpParts(gameHander, deckBuilder);
}
}//end func
public PlaneManager SpawnPlane()
{
//create this plane in the world at this position, with no rotation
GameObject plane = Instantiate(BRS_PlaneSpawn, planeStartPoint, Quaternion.identity); //do not set plane to be child of this object!
plane.transform.LookAt(planeEndPoint); //point plane towards endpoint
//get plane manager
PlaneManager planeManager = plane.GetComponent <PlaneManager>();
planeManager.InitPlane(targetDropZone, planeCargo, planeFlightSpeed);
return(planeManager);
}
static void Main(string[] args)
{
TransponderReceiverFactory TransponderReceiverFactory = new TransponderReceiverFactory();
ITransponderReceiver TransponderReceiver = TransponderReceiverFactory.CreateTransponderDataReceiver();
IDataFormatter DataFormatter = new DataFormatter();
ITransponderReceiverClient TransponderReceiverClient = new TransponderReceiverClient(TransponderReceiver, DataFormatter);
ICollisionLogger ColLog = new CollisionLogger();
IPlaneManager PlaneManager = new PlaneManager(TransponderReceiverClient, ColLog);
ILogger Logger = new ConsoleLogger();
Display Display = new Display(PlaneManager, Logger);
while (true)
{
}
}
void CreatePlayer()
{
if (m_player != null)
{
DestroyPlayer();
}
PlaneManager planeManager = Services.Get <PlaneManager>();
m_player = planeManager.InstantiatePlayer();
m_player.PlayerDeathEvent += HandlePlayerDeathEvent;
m_player.PlayerDyingEvent += HandlePlayerDyingEvent;
m_player.PlayerScoreEvent += HandlePlayerScoreEvent;
}
private void Awake()
{
_gameloopManager = GetComponent <GameloopManager>();
_daytimeManager = GetComponent <DaytimeManager>();
_planeManager = GetComponent <PlaneManager>();
_airportManager = GetComponent <AirportManager>();
_upgradeManager = GetComponent <UpgradeManager>();
_camera = Camera.main;
_cameraController = _camera.GetComponent <CameraController>();
StoreCamera();
_unlockButton.gameObject.SetActive(_cameraController.lockRotation);
_lockButton.gameObject.SetActive(!_cameraController.lockRotation);
_pathEffect = new PathEffect(_pathTessellation);
_preserveColor = _preserveAlphaPanel.color;
}
public static PlaneManager Instance()
{
if (_instance == null)
{
_instance = (PlaneManager)FindObjectOfType(typeof(PlaneManager));
if (_instance == null)
{
GameObject singleton = new GameObject();
_instance = singleton.AddComponent<PlaneManager>();
singleton.name = "PlaneManagerContainer" + typeof(PlaneManager).ToString();
DontDestroyOnLoad(singleton);
}
}
return _instance;
}
//gets a different random fragment basedon which plane the tile is on
void RefreshFragment()
{
PlaneManager pm = PlaneManager.PM;
GameObject p = transform.parent.gameObject;
if (p == pm.HighPlane)
{
NextFrag = FragmentManager.FM.GetRandomFrag(FragmentManager.FM.UpperFrags);
}
else if (p == pm.MidPlane)
{
NextFrag = FragmentManager.FM.GetRandomFrag(FragmentManager.FM.MiddleFrags);
}
else if (p == pm.LowPlane)
{
NextFrag = FragmentManager.FM.GetRandomFrag(FragmentManager.FM.LowerFrags);
}
}
public void PlaneSetup(PlaneManager manager, Vector4 mapBorders, bool show, bool sound, int id, Destination[] newPossibleDestinations = null, bool startingPlane = false)
{
startID = id;
showFB = show;
AllowSound = sound;
planeMan = manager;
borders = mapBorders;
isStartingPlane = startingPlane;
if (isStartingPlane)
{
SetUpStartingPlane(newPossibleDestinations);
}
else
{
directionFeedback.SetActive(false);
movementFeedback.transform.parent = null;
ShowMovementFeedback(show);
}
defaultPos = transform.position;
defaultRot = transform.rotation;
}
public void Initialize()
{
PlaneManager gamePreferences = Services.Get <PlaneManager>();
int current = gamePreferences.GetCurrentPlaneId();
Dictionary <string, PlayerPrefabItemList> prefabData = gamePreferences.GetPrefabData();
foreach (var entry in prefabData)
{
var items = entry.Value.playerPrefabItems;
for (int i = 0; i < items.Count; ++i)
{
PlaneCard card = GameObject.Instantiate <PlaneCard>(m_cardPrefab);
card.transform.SetParent(m_grid.transform, false);
card.Initialize(entry.Value.Bundle, entry.Key, items[i].iconFile, items[i].id, current == items[i].id);
card.ClickedEvent += HandleCardClicked;
}
}
m_justInitialized = true;
}
private void Awake()
{
if (Instance != null && Instance != this)
{
Destroy(gameObject);
}
Instance = this;
timeForWeightProblem = Random.Range(minimumTimePerWeightProblem, maxSecondsPerWeightProblem);
moreThanXAngle = false;
timePassed = 0;
gameOver = false;
audioMixer.TransitionToSnapshots(new AudioMixerSnapshot[1] {
audioMixer.FindSnapshot("Snapshot")
}, new float[1] {
1f
}, 0f);
if (!mainMenu)
{
int sceneIndex = Random.Range(0, possibleScenes.Length);
GameObject sceneSelected = Instantiate(possibleScenes[sceneIndex], plane);
sceneSelected.transform.localPosition = Vector3.zero;
BoxComponent[] boxesComponents = sceneSelected.GetComponentsInChildren <BoxComponent>();
boxes.Clear();
for (int i = 0; i < boxesComponents.Length; i++)
{
boxes.Add(boxesComponents[i]);
boxesComponents[i].parentTransform = plane;
}
}
}
