public void AlignCameraRotationWithTrack()
{
UnityEditor.Undo.RecordObject(transform, ALIGN_ROTATION_FUNCTION_NAME);
TrackPath track = FindObjectOfType <TrackPath>();
if (track == null)
{
Debug.LogError("No track path found in scene; cannot align camera with track.", this);
return;
}
if (track.LinearPath == null)
{
track.GenLinearPath();
}
Vector3 pointOnPath;
Vector3 trackDirection;
Vector3 trackRight;
track.LinearPath.GetClosestPointOnPath(transform.position, out pointOnPath, out trackDirection, out trackRight, true);
Vector3 trackUp = Vector3.Cross(trackDirection, trackRight);
Debug.DrawLine(transform.position, pointOnPath, Color.green, 5f);
Debug.DrawLine(pointOnPath, pointOnPath + trackUp * 2.5f, Color.green, 5f);
transform.SetLookRotation(trackDirection, trackUp);
}
protected virtual void OnDrawGizmosSelected()
{
if (!Application.isPlaying)
{
FixedUpdate();
}
if (waypoints == null)
{
waypoints = GetComponentInParent <TrackGeometry>();
}
if (waypoints == null)
{
return;
}
var query = waypoints.Query(Distance);
var midline = query.Midpoint;
var forward = query.Forward;
Gizmos.color = Color.green;
Gizmos.DrawLine(midline, position);
Gizmos.color = Color.red;
Gizmos.DrawRay(midline, forward);
}
public static void PlacePrefab(Transform car, TrackPath geometry, float distance, float offset)
{
var q = geometry.Query(distance);
car.position = q.Midpoint + (q.Tangent * offset) + car.localPosition;
car.forward = q.Forward;
car.up = q.Up;
}
public bool CheckPosition(TrackPath path, float position)
{
if (path.Flags(position).nospawn)
{
return(false);
}
return(true);
}
public static TrackPath CreateBigTrackPath(string resourceString, int lapsCount)
{
GameObject testTrackPathPrefab = Resources.Load <GameObject>(resourceString);
testTrackPathPrefab.GetComponent <TrackPath>().countOfLaps = lapsCount;
TrackPath path = UnityEngine.Object.Instantiate(testTrackPathPrefab)
.GetComponent <TrackPath>();
return(path);
}
public PathCache(TrackPath path, float resolution)
{
this.path = path;
this.resolution = resolution;
table = new PathQuery[Mathf.CeilToInt(path.totalLength / resolution)];
for (float d = 0; d < path.totalLength; d += resolution)
{
table[Lower(d)] = path.Query(d);
}
}
public ProfileAgent CreateAgent(TrackPath path, float position)
{
var container = path.transform.Find("Agents");
if (!container)
{
container = new GameObject("Agents").transform;
container.SetParent(path.transform);
}
Util.SetLayer(AgentPrefab, TrainingProperties.AgentLayer); // for now car but we may add a training car layer in the future
var agent = GameObject.Instantiate(AgentPrefab, container);
agent.name = agent.name + " " + agents.Count;
var driver = agent.GetComponent <ProfileController>();
DestroyImmediate(driver);
var navigator = agent.GetComponent <PathNavigator>(); // ensure navigator is initialised first as profile agent will reset it
navigator.waypoints = path;
navigator.StartingPosition = position;
var tracknavigator = agent.GetComponentInChildren <TrackNavigator>();
if (tracknavigator != null)
{
DestroyImmediate(tracknavigator); // don't need this so dont waste cpu time
}
var profileAgent = agent.GetComponent <ProfileAgent>();
if (!profileAgent)
{
profileAgent = agent.AddComponent <ProfileAgent>();
}
profileAgent.profileLength = profileLength;
profileAgent.speedStepSize = profileSpeedStepSize;
profileAgent.interval = driver.observationsInterval;
profileAgent.CreateProfile(); // re-create the profile with the updated parameters as CreateProfile will be called with the prefabs parameters by PathFinder.Awake() on AddComponent
profileAgent.Reset();
agent.SetActive(true); // prefab may be disabled depending on when it was last updated
return(profileAgent);
}
private void OnSelectionChange()
{
if (!Selection.activeGameObject)
{
return;
}
TrackPath tPath = Selection.activeGameObject.GetComponent <TrackPath>();
if (tPath)
{
selectedGameObject = Selection.activeGameObject;
trackPath = tPath;
Repaint();
}
}
public PlayerPilotController(PlayerPilotModelView player, ShipModelView ship, TrackPath checkpoints, DirectionArrowModelView dirHUDArrow)
{
playerModelView = player;
shipModelView = ship;
checkpointsPath = checkpoints;
directionArrow = dirHUDArrow;
checkpointsPath.SetObjPosition(shipModelView.transform, ship, true, true);
directionArrow.CheckpointDirection = checkpointsPath.GetNextGatePoint(shipModelView.transform);
directionArrow.ShipDirection = shipModelView.transform;
playerModelView.OnMovingInput += HandleMovingInput;
InputControl.Instance.OnActionInput += HandleActionInput;
playerModelView.OnTriggerCollision += HandleTriggerCollision;
}
/// <summary>
/// Add information about the closest vector section
/// </summary>
/// <param name="trackViewer"></param>
private void AddVectorSectionStatus(TrackViewer trackViewer)
{
if (Properties.Settings.Default.statusShowVectorSections)
{
TrVectorSection tvs = trackViewer.DrawTrackDB.ClosestTrack.VectorSection;
if (tvs == null)
{
return;
}
uint shapeIndex = tvs.ShapeIndex;
string shapeName = "Unknown:" + shapeIndex.ToString(System.Globalization.CultureInfo.CurrentCulture);
try
{
// Try to find a fixed track
TrackShape shape = trackViewer.RouteData.TsectionDat.TrackShapes.Get(shapeIndex);
shapeName = shape.FileName;
}
catch
{
// try to find a dynamic track
try
{
TrackPath trackPath = trackViewer.RouteData.TsectionDat.TSectionIdx.TrackPaths[tvs.ShapeIndex];
shapeName = "<dynamic ?>";
foreach (uint trackSection in trackPath.TrackSections)
{
if (trackSection == tvs.SectionIndex)
{
shapeName = "<dynamic>";
}
// For some reason I do not undestand the (route) section.tdb. trackpaths are not consistent tracksections
// so this foreach loop will not always find a combination
}
}
catch
{
}
}
statusAdditional.Text += string.Format(System.Globalization.CultureInfo.CurrentCulture,
" VectorSection ({3}/{4}) filename={2} Index={0} shapeIndex={1}",
tvs.SectionIndex, shapeIndex, shapeName,
trackViewer.DrawTrackDB.ClosestTrack.TrackVectorSectionIndex + 1,
trackViewer.DrawTrackDB.ClosestTrack.TrackNode.TrVectorNode.TrVectorSections.Count());
}
}
public void RecalculateTrackPosition()
{
TrackPath track = CinematicCameraTriggerManager.Instance.TrackPath;
if (track.LinearPath == null)
{
CinematicCameraTriggerManager.Instance.TrackPath.GenLinearPath();
}
float distanceToPoint; // unused
track.LinearPath.GetClosestPointOnPath(transform.position, out closestPointOnTrack, out trackDirection, out trackPerpendicular, out distanceAlongTrack, out distanceToPoint, false);
percentageAlongTrack = distanceAlongTrack / track.Distance * 100f;
transform.position = closestPointOnTrack;
UpdateName();
CinematicCameraTriggerManager.Instance.UpdateCameraTriggersIfNecessary(true);
}
public void AttachTo( TrackPath otherPath )
{
Transform otherTransform = otherPath.FinishTransform();
transform.rotation = otherTransform.rotation;
if ( paths.Length > 0 )
{
TrackPath firstPath = GetFirstPath();
Vector3 toOther = otherTransform.position - firstPath.StartTransform().position;
transform.position += toOther;
}
else
{
transform.position = otherTransform.position;
}
}
void CalcTiltValue( TrackPath path )
{
tiltValue = 0f;
int numChoices = path.nextPath.Length;
if ( numChoices < 2 )
return;
foreach ( TrackPath possiblePath in path.nextPath )
{
if ( possiblePath.nextPath.Length < 1 )
continue;
// TODO - add three-way split handling
tiltValue = possiblePath.DirectionVector.normalized.x;
}
}
private int runOutDirection = 2; // TODO переделать этот костыль
public EnemyPilotController(EnemyPilotModelView enemyPilot, ShipModelView ship, TrackPath checkpoints)
{
pilotModelView = enemyPilot;
shipModelView = ship;
checkpointsPath = checkpoints;
checkpointsPath.SetObjPosition(ship.transform, shipModelView, true);
currentAim = checkpointsPath.GetStartPosition();
pilotModelView.ChechpointTarget = currentAim.position;
pilotModelView.OnMovingInput += HandleMovingInput;
pilotModelView.OnActionInput += HandleActionInput;
pilotModelView.OnTriggerCollision += HandleTriggerCollision;
shipModelView.OnSecondaryAbilityChanged += HandleShipSecondaryAbilityChanged;
SetAimAndOffset();
}
public Agent CreateAgent(TrackPath track, float coefficient)
{
var container = track.transform.Find("Agents");
if (!container)
{
container = new GameObject("Agents").transform;
container.SetParent(track.transform);
}
var agent = GameObject.Instantiate(AgentPrefab, container);
agent.name = agent.name + " " + agents.Count;
var path = agent.gameObject.AddComponent <InterpolatedPath>();
path.coefficient = coefficient;
path.Initialise();
var navigator = agent.GetComponent <PathNavigator>();
navigator.waypoints = path;
navigator.StartingPosition = 0;
ResetController.ResetPosition(navigator);
agent.SetActive(true); // prefab may be disabled depending on when it was last updated
SetLayer(agent, TrainingProperties.AgentLayer); // for now car but we may add a training car layer in the future
return(new Agent()
{
navigator = navigator,
path = path,
times = new float[path.waypoints.Count]
});
}
public async Task <int?> AddPath(string location)
{
int?id = default(int?);
if (!string.IsNullOrWhiteSpace(location))
{
object parameters = new { location };
TrackPath path = new TrackPath(location),
dbPath = await dataService.Get <TrackPath>(item => item.Location.Trim() == location.Trim());
if (dbPath != null)
{
id = dbPath.Id;
}
else
{
await dataService.Insert(path);
id = path.Id;
}
}
return(id);
}
public static PlayerPilotController CreatePlayerPilotController(PlayerPilotModelView playerMV, ShipModelView shipMV, TrackPath checkpoints, DirectionArrowModelView dirArrowHUD)
{
return(new PlayerPilotController(playerMV, shipMV, checkpoints, dirArrowHUD));
}
void OnReachedNewPath( TrackPath newPath )
{
CalcTiltValue( newPath );
}
public Experience(TrackPath path)
{
this.path = path;
this.profiles = new List <List <ProfileAgent.Node> >();
}
public GameController(Canvas mainCanvas, Camera mainCam, GameStats gameStat, int lapsCount, int shipCount) // конструктор игры, можно сделать несколько конструкторов(например сколько противников, какая сложность, какая трасса)
{
mainCamera = mainCam;
objectsInGame = new List <GameObject>();
canvas = mainCanvas;
gameStats = gameStat;
//создаем трассу
trackMV = TrackFactory.CreateBigTrackModelView(gameStats.testTrackPrefab); // создаем трассу и добавляем в лист объектов в игре
trackMV.OnPause += HandleGamePause; // подписываем обработчик паузы на событие паузы
objectsInGame.Add(trackMV.gameObject);
//создаем сеть чекпоинтов
checkpointsPath = TrackFactory.CreateBigTrackPath(gameStats.testTrackPathPrefab, lapsCount);
checkpointsPath.OnFinish += HandleTrackFinish;
objectsInGame.Add(checkpointsPath.gameObject);
// создаем объект размещения кораблей на трассе
StartPlacerModelView placerMV = TrackFactory.CreateStartPlacer(checkpointsPath.GetStartPosition(), gameStats.placerPrefab);
// создаем корабль игрока
ShipModelView playerShipMV = ShipFactory.CreateShipModelView(placerMV.GetSpawnPoint(0));
ShipController shipController = ShipFactory.CreateShipController(playerShipMV, null);
playerShipMV.gameObject.AddComponent <AudioListener>();
objectsInGame.Add(playerShipMV.gameObject);
playerShipMV.name = "Player";
///Создаем эффект песчаной бури и привязываем к игроку
EffectModelView effectModelView = EffectsFactory.CreateSandstormEffect(gameStats.sandStormPrefab);
effectModelView.transform.parent = playerShipMV.transform;
effectModelView.transform.position = playerShipMV.transform.position;
// создаем HUD стрелку направления
DirectionArrowModelView HUDarrowMV = UIFactory.CreateDirectionArrow(canvas);
// создаем пилота игрока
PlayerPilotModelView playerPilotMV = PilotFactory.CreatePlayerPilotModelView(playerShipMV.transform);
PlayerPilotController playerController = PilotFactory.CreatePlayerPilotController(playerPilotMV, playerShipMV, checkpointsPath, HUDarrowMV);
objectsInGame.Add(playerPilotMV.gameObject);
UIFactory.AddMinimapPointToPlayer(playerPilotMV.transform);
for (int i = 1; i < shipCount; i++)
{
// создаем корабль противника
ShipModelView enemyShipMV = ShipFactory.CreateShipModelView(placerMV.GetSpawnPoint(i));
objectsInGame.Add(enemyShipMV.gameObject);
enemyShipMV.name = $"Enemy {i}";
// создаем показатель хитпоинтов корабля противника
HitpointsCanvasModelView enemyHp = UIFactory.CreateShipHealthBar(enemyShipMV.transform);
if (enemyHp == null)
{
Debug.Log("HP NOT CREATED!!");
}
objectsInGame.Add(enemyHp.gameObject);
// создаем контроллер корабля противника
ShipController enemyShipController = ShipFactory.CreateShipController(enemyShipMV, enemyHp);
// создаем пилота противника
EnemyPilotModelView enemyPilotMV = PilotFactory.CreateEnemyPilotModelView(enemyShipMV.transform);
EnemyPilotController enemyPilotController =
PilotFactory.CreateEnemyPilotController(enemyPilotMV, enemyShipMV, checkpointsPath);
enemyShipMV.enemyPilotController = enemyPilotController;
objectsInGame.Add(enemyPilotMV.gameObject);
UIFactory.AddMinimapPointToEnemy(enemyPilotMV.transform);
}
// TODO создаем HUD отображение способностей (ТЕСТОВОЕ!!!)
AbilityHUDModelView abilityHUDMV = UIFactory.CreatePlayerAbilityUI(canvas);
objectsInGame.Add(abilityHUDMV.gameObject);
AbilityHUDController abilityHUDController = new AbilityHUDController(abilityHUDMV, playerShipMV);
// создаем риг камер
CinemachineModelView cameraMV = CameraFactory.CreateCameraRig(playerShipMV.transform);
mainCamera.gameObject.SetActive(false); // отключаем основную камеру после появления рига
objectsInGame.Add(cameraMV.gameObject);
//Создание синглтона Ввода данных от пользователя
GameObject inputController = new GameObject();
inputController.AddComponent <InputControl>();
objectsInGame.Add(inputController);
//Создание синглтона контроля за TimeScale
GameObject timeFollowController = new GameObject();
timeFollowController.AddComponent <TimeFollowController>();
objectsInGame.Add(timeFollowController);
// создаем окно оповещений
alertsModelView = UIFactory.CreateAlertsModelView(canvas);
objectsInGame.Add(alertsModelView.gameObject);
//Создаём окно позиции в гонке:
TrackPositionModelView trackposMenuModel = UIFactory.CreateTrackPositionModelView(canvas);
trackposMenuModel.trackPath = checkpointsPath;
objectsInGame.Add(trackposMenuModel.gameObject);
// создаем миникарту
GameObject minimapCamera = UnityEngine.Object.Instantiate(Resources.Load <GameObject>("Prefabs/MinimapCamera"));
objectsInGame.Add(minimapCamera);
GameObject miniMap = UIFactory.CreateMinimapObj(canvas);
objectsInGame.Add(miniMap);
}
private void CalculateAverageRankForPath(TrackPath path)
{
if (path.AverageRank == 0 || path.Tracks.Count < 3)
{
path.AverageRank = GetAverageTrackAndMixAndKeyRank(path.Tracks);
}
else
{
var track1 = path.Tracks[path.Tracks.Count - 2];
var track2 = path.Tracks[path.Tracks.Count - 1];
var trackRank = GetAverageTrackAndMixAndKeyRank(track1, track2);
path.AverageRank = (((path.Tracks.Count - 1)*path.AverageRank) + trackRank)/path.Tracks.Count;
}
}
private void FindTrackPath()
{
trackPath = FindObjectOfType <TrackPath>();
}
public TrackPath(Track newTrack, TrackPath existingTracks)
: this(newTrack, existingTracks.Tracks)
{
AverageRank = existingTracks.AverageRank;
}
public void Traverse( float deltaTime )
{
if ( currentPath == null )
return;
float moveDelta = currentSpeed * deltaTime;
float lengthRemaining = ( 1 - progress ) * currentPath.Length;
// TODO cleanup, make while loop?
if ( moveDelta > lengthRemaining )
{
moveDelta -= lengthRemaining;
currentPath = currentPath.SelectNextPath( GetTiltValue() );
if ( currentPath == null )
{
playerGameObject.FormOfDeath("deadend");
playerGameObject.Kill();
return;
}
else
{
ChangeTiltValueAtPathChange();
SendMessage( "OnReachedNewPath", currentPath, SendMessageOptions.DontRequireReceiver );
}
progress = 0;
lengthRemaining = ( 1 - progress ) * currentPath.Length;
}
float progressDelta = moveDelta / currentPath.Length;
progress += progressDelta;
transform.position = currentPath.PointAt( progress );
LookAhead();
}
// Use this for initialization
void Start()
{
playerGameObject = GetComponent<Player>();
currentPath = startPiece.GetFirstPath();
currentSpeed = ConvertFromMPH(initialSpeedInMPH);
deceleration = (ConvertFromMPH(20f) - currentSpeed) / 10f;
}
public List<Track> GeneratePlayList(List<Track> availableTracks,
MixLibrary mixLibrary,
List<Track> currentPlaylist,
Direction direction,
int approximateLength,
AllowBearableMixStrategy allowBearable,
MixStrategy strategy,
UseExtendedMixes useExtendedMixes,
Dictionary<string, Dictionary<string, Track>> excludedMixes,
bool restrictArtistClumping,
bool restrictGenreClumping,
bool restrictTitleClumping,
ContinueMix continueMix,
KeyMixStrategy keyMixStrategy,
int maxTracksToAdd)
{
if (strategy == MixStrategy.Working && currentPlaylist.Count == 0) return currentPlaylist;
Track workingTrack = null;
if (strategy == MixStrategy.Working)
{
direction = Direction.Any;
workingTrack = currentPlaylist.Last();
}
GeneratePlayListStatus = "";
MixLibrary = mixLibrary;
AvailableTracks = availableTracks;
if (strategy == MixStrategy.Working) AvailableTracks.RemoveAll(t => MixLibrary.GetMixOutCount(t) == 0);
if (AvailableTracks.Count == 0) return currentPlaylist;
var availableTrackDescriptions = GetDistinctTrackDescriptions(AvailableTracks);
var trackCountLimit = int.MaxValue;
if (approximateLength > 0 && approximateLength != int.MaxValue)
{
var currentLength = currentPlaylist.Sum(cp => cp.Length);
var requiredLength = Convert.ToInt32((approximateLength*60) - currentLength);
if (requiredLength <= 0) return new List<Track>();
var averageLength = AvailableTracks.Average(t => t.Length);
trackCountLimit = (requiredLength/Convert.ToInt32(averageLength)) + currentPlaylist.Count;
if (trackCountLimit == currentPlaylist.Count) return new List<Track>();
}
if (maxTracksToAdd != int.MaxValue && trackCountLimit > currentPlaylist.Count + maxTracksToAdd)
{
trackCountLimit = currentPlaylist.Count + maxTracksToAdd;
}
if (strategy != MixStrategy.Unranked && strategy != MixStrategy.Working)
{
if (trackCountLimit > AvailableTracks.Count)
{
trackCountLimit = AvailableTracks.Count;
}
}
var initialPlaylistCount = currentPlaylist.Count;
var currentPaths = new List<TrackPath>();
if (currentPlaylist.Count == 0)
{
var trackPaths = AvailableTracks.Select(track => new TrackPath(track));
foreach (var path in trackPaths)
{
CalculateAverageRankForPath(path);
currentPaths.Add(path);
}
}
else if (continueMix == ContinueMix.No)
{
var trackPaths = AvailableTracks
.Select(track => new List<Track>(currentPlaylist) {track})
.Select(playlist => new TrackPath(playlist));
foreach (var path in trackPaths)
{
CalculateAverageRankForPath(path);
currentPaths.Add(path);
}
}
else
{
var path = new TrackPath(currentPlaylist);
CalculateAverageRankForPath(path);
currentPaths.Add(path);
}
_cancelGeneratePlayList = false;
_stopGeneratePlayList = false;
var nextPaths = new List<TrackPath>();
while (!IsGenerationHalted())
{
ParallelHelper.ForEach(currentPaths, currentPath => GeneratePaths(direction,
allowBearable,
strategy,
useExtendedMixes,
excludedMixes,
restrictArtistClumping,
restrictGenreClumping,
restrictTitleClumping,
keyMixStrategy,
workingTrack,
availableTrackDescriptions,
nextPaths,
currentPath));
if (IsGenerationHalted()) break;
if (nextPaths.Count == 0) break;
GeneratePlayListStatus =
$"Generated {nextPaths.Count} possible paths for {nextPaths[0].Tracks.Count} of {trackCountLimit} tracks.";
var max = 50*Environment.ProcessorCount;
if (nextPaths.Count > max)
{
nextPaths = nextPaths
.OrderByDescending(t => t.AverageRank)
.Take(max)
.ToList();
}
currentPaths.Clear();
currentPaths.AddRange(nextPaths);
if (nextPaths[0].Tracks.Count >= trackCountLimit) break;
nextPaths.Clear();
}
if (_cancelGeneratePlayList) return currentPlaylist;
var resultPath = currentPaths
.OrderByDescending(t => GetAverageTrackAndMixAndKeyRank(t.Tracks))
.FirstOrDefault();
if ((strategy == MixStrategy.BestMix || strategy == MixStrategy.Variety ||
strategy == MixStrategy.ExtraVariety)
&& resultPath != null
&& resultPath.Tracks.Count < trackCountLimit
&& resultPath.Tracks.Count > 0)
{
availableTrackDescriptions = GetDistinctTrackDescriptions(AvailableTracks);
var excludeTrackDescriptions = GetDistinctTrackDescriptions(resultPath.Tracks);
var currentTrack = resultPath.Tracks[resultPath.Tracks.Count - 1];
var nextTrack =
GetBestMixTracks(currentTrack, resultPath.Tracks, allowBearable, availableTrackDescriptions,
excludeTrackDescriptions, restrictArtistClumping, restrictArtistClumping, restrictTitleClumping,
keyMixStrategy)
.OrderBy(t => GetAverageTrackAndMixAndKeyRank(currentTrack, t))
.FirstOrDefault();
if (nextTrack != null) resultPath.Tracks.Add(nextTrack);
}
var resultTracks = (resultPath != null)
? resultPath.Tracks
: new List<Track>();
if (continueMix == ContinueMix.IfPossible && resultTracks.Count == initialPlaylistCount)
{
return GeneratePlayList(availableTracks,
mixLibrary,
currentPlaylist,
direction,
approximateLength,
allowBearable,
strategy,
useExtendedMixes,
excludedMixes,
restrictArtistClumping,
restrictGenreClumping,
restrictTitleClumping,
ContinueMix.No,
keyMixStrategy,
maxTracksToAdd);
}
return resultTracks;
}
public static EnemyPilotController CreateEnemyPilotController(EnemyPilotModelView enemyMV, ShipModelView shipMV, TrackPath checkpoints)
{
return(new EnemyPilotController(enemyMV, shipMV, checkpoints));
}
private void Start()
{
if (creation.Count == 0)
{
return;
}
trackPath = GetComponent <TrackPath>();
pointsAndPrefabs = new Dictionary <GameObject, GameobjectsToCreate>();
pointsAndCreations = new Dictionary <GameObject, GameObject>();
listOfPoints = new List <GameObject>();
//определяем количество создаваемых объектов
int sumPointToCreate = 0;
foreach (GameobjectsToCreate gameobjectsToCreate in creation)
{
sumPointToCreate += gameobjectsToCreate.count;
}
//Длина интервала между точками спавна объектов
float entitieDistance = trackPath.GetTrackDistance() / (sumPointToCreate + 1);
float currentDistance = 0.5f;
//создаём точки спавна объектов
for (int i = 0; i < sumPointToCreate; i++)
{
currentDistance += entitieDistance;
KeyValuePair <Transform, float> cKVP = trackPath.GetChekpointThrouDistance(currentDistance);
Vector3 curPoint = cKVP.Key.position;
Vector3 nextPoint = trackPath.GetNextCheckPointPosition(cKVP.Key).position;
float m1 = currentDistance - cKVP.Value;
float m2 = Vector3.Distance(curPoint, nextPoint) - m1;
float x = (m2 * curPoint.x + m1 * nextPoint.x) / (m1 + m2);
float y = (m2 * curPoint.y + m1 * nextPoint.y) / (m1 + m2);
float z = (m2 * curPoint.z + m1 * nextPoint.z) / (m1 + m2);
Vector3 posToCreate = new Vector3(x, y + 100f, z);
GameObject pointOfCreation = Instantiate(pointCreator, posToCreate, Quaternion.identity, gameObject.transform);
Vector3 posToLookAt = nextPoint;
posToLookAt.y = pointOfCreation.transform.position.y;
pointOfCreation.transform.LookAt(posToLookAt);
pointsAndCreations.Add(pointOfCreation, default);
listOfPoints.Add(pointOfCreation);
}
///создаём Список всех создаваемых префабов по их количеству
List <GameobjectsToCreate> creaturesCountList = new List <GameobjectsToCreate>();
foreach (var item in creation)
{
for (int i = 0; i < item.count; i++)
{
creaturesCountList.Add(item);
}
}
//раздаём точкам тип префаба
foreach (GameObject pointOfSpawn in listOfPoints)
{
int curRnd = UnityEngine.Random.Range(0, creaturesCountList.Count);
pointsAndPrefabs.Add(pointOfSpawn, creaturesCountList[curRnd]);
creaturesCountList.RemoveAt(curRnd);
}
CheckAndCreateEntities();
if (generateConstantly)
{
StartCoroutine(CreateEntitiesCorut());
}
}
private void GeneratePaths(Direction direction,
AllowBearableMixStrategy allowBearable,
MixStrategy strategy,
UseExtendedMixes useExtendedMixes,
IReadOnlyDictionary<string, Dictionary<string, Track>> excludedMixes,
bool restrictArtistClumping,
bool restrictGenreClumping,
bool restrictTitleClumping,
KeyMixStrategy keyMixStrategy,
Track workingTrack,
ICollection<string> availableTrackDescriptions,
List<TrackPath> nextPaths,
TrackPath currentPath)
{
var currentTrack = currentPath.Tracks.Last();
DebugHelper.WriteLine("Start GeneratePaths " + currentTrack.Description);
var excludeTrackDescriptions = GetDistinctTrackDescriptions(currentPath.Tracks);
List<Track> mixTracks;
if (strategy == MixStrategy.BestMix || strategy == MixStrategy.Variety ||
strategy == MixStrategy.ExtraVariety)
{
mixTracks = GetBestMixTracks(currentTrack, currentPath.Tracks, allowBearable, availableTrackDescriptions,
excludeTrackDescriptions, restrictArtistClumping, restrictGenreClumping, restrictTitleClumping,
keyMixStrategy);
}
else if (strategy == MixStrategy.Unranked)
{
mixTracks = GetUnrankedTracks(currentTrack, currentPath.Tracks, availableTrackDescriptions,
excludeTrackDescriptions, keyMixStrategy, true);
}
else if (strategy == MixStrategy.Working)
{
mixTracks = GetWorkingTracks(currentTrack, currentPath.Tracks, workingTrack, availableTrackDescriptions,
excludeTrackDescriptions, keyMixStrategy);
}
else
{
mixTracks = new List<Track>();
}
if (direction != Direction.Any)
{
var preferredDirection = direction;
if (preferredDirection == Direction.Cycle)
preferredDirection = GetPreferredDirection(currentTrack, currentPath.Tracks);
var filteredTracks = FilterTracksByDirection(currentTrack, mixTracks, preferredDirection);
if (filteredTracks.Count > 0) mixTracks = filteredTracks;
}
if ((strategy == MixStrategy.BestMix || strategy == MixStrategy.Variety ||
strategy == MixStrategy.ExtraVariety)
&& useExtendedMixes != UseExtendedMixes.Any)
{
mixTracks = FilterTracksByExtendedMix(currentTrack, mixTracks, useExtendedMixes);
}
if (excludedMixes != null)
{
mixTracks = FilterExcludedMixes(currentTrack, mixTracks, excludedMixes);
}
if (strategy == MixStrategy.BestMix || strategy == MixStrategy.Variety ||
strategy == MixStrategy.ExtraVariety)
{
mixTracks = mixTracks
.OrderByDescending(x => GetAverageTrackAndMixAndKeyRank(currentTrack, x))
.ThenBy(x => x.Length)
.ToList();
if (strategy == MixStrategy.Variety)
{
mixTracks = FilterTracksForVariety(currentTrack, mixTracks);
}
else if (strategy == MixStrategy.ExtraVariety)
{
mixTracks = FilterTracksForExtraVariety(currentTrack, mixTracks);
}
}
var max = 3*Environment.ProcessorCount;
mixTracks = mixTracks
.Take(max)
.ToList();
var trackPaths = mixTracks.Select(mixTrack => new TrackPath(mixTrack, currentPath));
foreach (var newPath in trackPaths)
{
lock (nextPaths)
{
nextPaths.Add(newPath);
CalculateAverageRankForPath(newPath);
}
if (IsGenerationHalted()) break;
}
DebugHelper.WriteLine("End GeneratePaths " + currentTrack.Description);
}