public override Room BuildRoom(LevelComponent level, IEnumerable <Point> points, Action <Point> insideAction,
Action <Point> perimeterAction, Action <Point> outsideAction)
{
var room = base.BuildRoom(level, points, insideAction, perimeterAction, outsideAction);
if (room == null ||
room.InsidePoints.Count == 0)
{
return(room);
}
var connectionDefinitions = Connections;
if (connectionDefinitions.Count == 0)
{
connectionDefinitions = new[] { new LevelConnection() };
}
var manager = level.Entity.Manager;
foreach (var levelConnection in connectionDefinitions.Where(c => c.Glyph == null))
{
var connectionPoint = level.GenerationRandom.Pick(room.InsidePoints,
p => manager.ConnectionsToLevelRelationship[level.EntityId]
.All(c => c.Position.LevelCell != p));
CreateConnection(level, connectionPoint, levelConnection);
}
return(room);
}
public void Apply(IEntity entity)
{
var levelComponent = new LevelComponent();
UpdateLevel(levelComponent, _level);
entity.AddComponent(levelComponent);
}
IEnumerator RandomizeRooms()
{
// randomize optional room components
LLog("Randomizing Rooms");
if (advancedDebug)
{
yield return(null);
}
foreach (var room in placedRooms)
{
// use all required ones
// LLog("required Room components for " + room.name);
if (advancedDebug)
{
yield return(null);
}
var rlcs = room.reqLevelComponents;
foreach (var reqlc in rlcs)
{
room.TryUseLComponent(reqlc);
if (advancedDebug)
{
yield return(null);
}
}
// todo special components
// todo stuff like chests, targets, locked gates
// randomly use optional ones
var nlcs = room.normalLevelComponents;
var nlcsLen = room.normalLevelComponents.Count;
// LLog("optional Room components for " + room.name + " " + nlcsLen);
if (advancedDebug)
{
yield return(null);
}
// choose random ones to use
for (int i = 0; i < nlcsLen && room.normalLevelComponents.Count > 0; i++)
{
bool rUse = Random.value > 0.5f;
if (rUse)
{
// first one should change, by either getting blocked or used
LevelComponent rcomp = room.normalLevelComponents[0];
room.TryUseLComponent(rcomp);
if (advancedDebug)
{
yield return(null);
}
}
}
if (advancedDebug)
{
yield return(null);
}
}
if (advancedDebug)
{
yield return(null);
}
}
public static byte[] GetVisibleTerrain(LevelComponent level, Point origin, byte[] visibleTerrain,
bool noFalloff = true)
{
level.VisibilityCalculator.ComputeOmnidirectional(
origin, range: 24, noFalloff, SensorySystem.TileBlocksVisibility, visibleTerrain);
return(visibleTerrain);
}
private void SpawnItemsInLevel(LevelComponent inLevelComponent, PointGroup inGroup)
{
RunnerItemManager runnerItemManager = RunnerItemManager.Instance;
switch (inGroup.mSpawnType)
{
case eSpawnType.Coins:
{
SpawnCoinStrip(inLevelComponent, inGroup);
break;
}
case eSpawnType.Hazards:
{
HazardItem newHazard = (HazardItem)runnerItemManager.GetRandomItemOfType(typeof(HazardItem), mCurrentLevelGroup.LevelGroupID);
SpawnitemtAtRandomPointInGroup(inLevelComponent, inGroup, newHazard);
break;
}
case eSpawnType.Items:
{
RunnerItem newItem = (RunnerItem)runnerItemManager.GetRandomItemOfType(typeof(RunnerItem), mCurrentLevelGroup.LevelGroupID);
SpawnitemtAtRandomPointInGroup(inLevelComponent, inGroup, newItem);
break;
}
}
}
private void UpdateEntityKnowledge(
GameEntity entity,
EntityMatcher <GameEntity> matcher,
GameManager manager,
Point?additionalCellToTest = null,
LevelComponent level = null)
{
var position = entity.Position;
if (position != null)
{
level = level ?? position.LevelEntity.Level;
}
SenseType sensedType;
if (position != null &&
((sensedType = manager.SensorySystem.SensedByPlayer(entity, position.LevelCell))
!= SenseType.None ||
(additionalCellToTest != null &&
(sensedType = manager.SensorySystem.SensedByPlayer(entity, additionalCellToTest.Value))
!= SenseType.None)))
{
foreach (var conflictingKnowledge in
manager.LevelKnowledgeToLevelCellIndex[(position.LevelId, position.LevelX, position.LevelY)])
protected virtual Room TryPlaceStaticMap(LevelComponent level, Rectangle boundingRectangle)
{
// TODO: take transformations into account
var target = boundingRectangle.PlaceInside(PayloadArea, level.GenerationRandom);
if (!target.HasValue)
{
throw new InvalidOperationException($"Couldn't fit fragment {Name} into {boundingRectangle}");
}
var doorwayPoints = new List <Point>();
var perimeterPoints = new List <Point>();
var insidePoints = new List <Point>();
var points = new List <Point>();
WriteMap(target.Value, level, Write, (doorwayPoints, perimeterPoints, insidePoints, points));
if (!NoRandomDoorways && doorwayPoints.Count == 0)
{
// TODO: find doorway candidates in the perimeter walls
}
return(new Room(level, new Rectangle(target.Value, PayloadArea.Width, PayloadArea.Height), doorwayPoints,
insidePoints));
}
public static ConnectionComponent CreateSourceConnection(
LevelComponent level, Point cell, string targetBranchName, byte targetDepth = 1)
{
var game = level.Game;
var manager = game.Manager;
var branch = game.GetBranch(targetBranchName) ??
Branch.Loader.Find(targetBranchName).Instantiate(game);
var targetLevel = branch.Levels.FirstOrDefault(l => l.Depth == targetDepth);
Point?targetCell = null;
if (targetLevel != null)
{
var matchingConnection = manager.IncomingConnectionsToLevelRelationship[targetLevel.EntityId]
.Select(c => c.Connection)
.FirstOrDefault(c => c.TargetLevelId == level.EntityId && c.TargetLevelX == null);
if (matchingConnection != null)
{
matchingConnection.TargetLevelCell = cell;
targetCell = matchingConnection.Entity.Position.LevelCell;
}
}
else
{
targetLevel = LevelGenerator.CreateEmpty(branch, targetDepth, level.GenerationRandom.Seed, manager);
}
return(CreateConnection(level, cell, targetLevel.EntityId, targetCell));
}
/// <summary>
/// Adds a new component to this level
/// </summary>
/// <param name="type">The type of the component</param>
/// <param name="x">The x position of the component</param>
/// <param name="y">The y position of the component</param>
/// <param name="angle">The rotation angle of the component</param>
/// <returns></returns>
public LevelComponent Add(LevelComponentType type, float x, float y, float angle)
{
Vector2 pos = new Vector2(x, y);
LevelComponent component = null;
switch (type)
{
case LevelComponentType.grass:
component = new Ground(world, content, pos, angle, 400, 60);
break;
case LevelComponentType.jump:
component = new Jump(world, content, pos, angle, 150, 85);
break;
case LevelComponentType.nail:
component = new SpikeMat(world, content, pos, angle, 250, 70);
break;
case LevelComponentType.finish:
component = new Finish(world, content, pos, angle, 100, 200);
break;
}
if (component != null)
{
components.Add(component);
}
return(component);
}
private void SetupLevel(LevelComponent levelComponent)
{
levelComponent.HasLoaded.Value = false;
defaultCollection.RemoveEntitiesContaining(typeof(GameBoardComponent),
typeof(FoodComponent), typeof(WallComponent),
typeof(EnemyComponent), typeof(ExitComponent));
Observable.Interval(TimeSpan.FromSeconds(_gameConfiguration.IntroLength))
.First()
.Subscribe(x => levelComponent.HasLoaded.Value = true);
defaultCollection.CreateEntity(new GameBoardBlueprint());
for (var i = 0; i < levelComponent.FoodCount; i++)
{
defaultCollection.CreateEntity(new FoodBlueprint());
}
for (var i = 0; i < levelComponent.WallCount; i++)
{
defaultCollection.CreateEntity(new WallBlueprint());
}
for (var i = 0; i < levelComponent.EnemyCount; i++)
{
defaultCollection.CreateEntity(new EnemyBlueprint());
}
defaultCollection.CreateEntity(new ExitBlueprint());
}
protected static ConnectionComponent CreateConnection(
LevelComponent level, Point point, int targetLevelId, Point?targetCell)
{
var manager = level.Entity.Manager;
using (var connectionEntityReference = manager.CreateEntity())
{
var connectionEntity = connectionEntityReference.Referenced;
var position = manager.CreateComponent <PositionComponent>(EntityComponent.Position);
position.LevelEntity = level.Entity;
position.LevelCell = point;
connectionEntity.Position = position;
var connection = manager.CreateComponent <ConnectionComponent>(EntityComponent.Connection);
connection.TargetLevelId = targetLevelId;
connection.TargetLevelCell = targetCell;
connectionEntity.Connection = connection;
return(connection);
}
}
/// <summary>
/// Gets the component.
/// </summary>
/// <returns>level component</returns>
/// <param name="index">arrya index</param>
private LevelComponent GetComponent(int index)
{
GameObject lvComponentObj = null;
LevelComponent retVal = null;
try{
lvComponentObj = levelComponentsGO[index];
if (componentsInScene.Contains(lvComponentObj.name))
{
lvComponentObj = levelComponentsGO.Find(component => componentsInScene.Contains(component.name) == false);
}
lvComponentObj.SetActive(true);
if (lvComponentObj != null)
{
componentsInScene.Add(lvComponentObj.name);
retVal = lvComponentObj.GetComponent <LevelComponent>();
}
} catch (ArgumentOutOfRangeException e) {
Debug.Log("Error message: " + e.Message);
}
return(retVal);
}
protected override void OnUpdate()
{
var commandBuffer = m_Barrier.CreateCommandBuffer().ToConcurrent();
var rpcFromEntity = GetBufferFromEntity <OutgoingRpcDataStreamBufferComponent>();
var levelFromEntity = GetComponentDataFromEntity <LevelComponent>();
var levelSingleton = m_LevelSingleton;
var rpcQueue = m_RpcQueue;
Entities.ForEach((Entity entity, int nativeThreadIndex, in LevelLoadRequest request, in ReceiveRpcCommandRequestComponent requestSource) =>
{
commandBuffer.DestroyEntity(nativeThreadIndex, entity);
// Check for disconnects
if (!rpcFromEntity.Exists(requestSource.SourceConnection))
{
return;
}
// set the level size - fake loading of level
levelFromEntity[levelSingleton] = new LevelComponent
{
width = request.width,
height = request.height,
playerForce = request.playerForce,
bulletVelocity = request.bulletVelocity
};
commandBuffer.AddComponent(nativeThreadIndex, requestSource.SourceConnection, new PlayerStateComponentData());
commandBuffer.AddComponent(nativeThreadIndex, requestSource.SourceConnection, default(NetworkStreamInGame));
rpcQueue.Schedule(rpcFromEntity[requestSource.SourceConnection], new RpcLevelLoaded());
}).Schedule();
public static bool EnsureGenerated(LevelComponent levelComponent)
{
if (levelComponent.Width != 0)
{
return(false);
}
try
{
var fragment = levelComponent.GenerationRandom.Pick(DefiningMapFragment.Loader.GetAsList(),
f => f.GetWeight(levelComponent.BranchName, levelComponent.Depth));
return(Generate(levelComponent, fragment) != null);
}
catch (Exception e)
{
// TODO: Log parameters if failed
var msg = $@"Error while generating level '{levelComponent.BranchName}:{levelComponent.Depth
}', initial seed {levelComponent.Game.InitialSeed}:
";
Console.WriteLine(msg);
Console.WriteLine(e);
throw new Exception(msg, e);
}
}
private void SelectCurveType(LevelComponent inComponent, PointGroup inGroup, eCurveType inNewSelectedCurve)
{
eCurveType currentCurveType = inGroup.mCurveType;
if (currentCurveType != inNewSelectedCurve)
{
// Determine the new point.
switch (inNewSelectedCurve)
{
case eCurveType.Point:
CutOrAddGroupPointsTo(inComponent, inGroup, 1);
break;
case eCurveType.Quadratic:
CutOrAddGroupPointsTo(inComponent, inGroup, 3);
break;
case eCurveType.Cubic:
CutOrAddGroupPointsTo(inComponent, inGroup, 4);
break;
}
// Set it.
inGroup.mCurveType = inNewSelectedCurve;
}
}
public void UpdateLevel(LevelComponent levelComponent, int level)
{
levelComponent.EnemyCount = (int)Mathf.Log(level, 2f);
levelComponent.FoodCount = Random.Range(_minFood, _maxFood);
levelComponent.WallCount = Random.Range(_minWalls, _maxWalls);
levelComponent.Level.Value = level;
}
/// <summary>
/// Gets the start level component.
/// </summary>
/// <returns>The start level component.</returns>
public LevelComponent GetStartLevelComponent()
{
LevelComponent retVal = null;
retVal = GetComponent(0);
return(retVal);
}
public static byte[] GetVisibleTerrain(
LevelComponent level, Point origin, Direction heading, byte[] visibleTerrain, bool noFalloff = true)
{
level.VisibilityCalculator.ComputeDirected(
origin, heading, primaryFOVQuadrants: 1, primaryRange: 24, totalFOVQuadrants: 2, secondaryRange: 12,
noFalloff, SensorySystem.TileBlocksVisibility, visibleTerrain);
return(visibleTerrain);
}
public async void Awake()
{
Commander.RegisterInject <LevelController>(this);
Assert.IsNotNull(loadLevelConfig, "нет конфига загрузки уровней");
currentLevel = await loadLevelConfig.GetLevelByIndex(currentLvlIndex);
Commander.Invoke(new LevelReadyGlobalCommand());
}
public static ConnectionComponent CreateReceivingConnection(
LevelComponent level, Point cell, ConnectionComponent incoming)
{
incoming.TargetLevelCell = cell;
var incomingPosition = incoming.Entity.Position;
return(CreateConnection(level, cell, incomingPosition.LevelId, incomingPosition.LevelCell));
}
public TestStandMapping()
{
PT_N2 = new PressureComponent(16, "PT_N2", "PT-N2", 400);
PT_IPA = new PressureComponent(17, "PT_IPA", "PT-IPA", 50);
PT_N2O = new PressureComponent(18, "PT_N2O", "PT-N2O", 50);
PT_FUEL = new PressureComponent(19, "PT_FUEL", "PT-FUEL", 50);
PT_OX = new PressureComponent(20, "PT_OX", "PT-OX", 50);
PT_CHAM = new PressureComponent(21, "PT_CHAM", "PT-CHAM", 50);
TC_IPA = new TemperatureComponent(8, "TC_IPA", "TC-IPA", x => x);
TC_N2O = new TemperatureComponent(9, "TC_N2O", "TC-N2O", x => x);
TC_1 = new TemperatureComponent(10, "TC_1", "TC-1", x => x);
TC_2 = new TemperatureComponent(11, "TC_2", "TC-2", x => x);
TC_3 = new TemperatureComponent(12, "TC_3", "TC-3", x => x);
TC_4 = new TemperatureComponent(13, "TC_4", "TC-4", x => x);
TC_5 = new TemperatureComponent(14, "TC_5", "TC-5", x => x);
TC_6 = new TemperatureComponent(15, "TC_6", "TC-6", x => x);
LOAD = new LoadComponent(0, "LOAD", "Load cell");
SV_IPA = new SolenoidComponent(4, "SV_IPA", "SV-IPA", "SV_IPA_SYMBOL");
SV_N2O = new SolenoidComponent(5, "SV_N2O", "SV-N2O", "SV_N2O_SYMBOL");
MV_IPA = new ServoComponent(6, "MV_IPA", "MV-IPA", "MV_IPA_SYMBOL");
MV_N2O = new ServoComponent(7, "MV_N2O", "MV-N2O", "MV_N2O_SYMBOL");
TARGET_MV_IPA = new SimpleComponent(25, 2, false, "TARGET-MV-IPA", "TARGET-MV-IPA [%]", x => ((float)x) / ushort.MaxValue * 100.0f);
TARGET_MV_N2O = new SimpleComponent(26, 2, false, "TARGET-MV-N20", "TARGET-MV-N20 [%]", x => ((float)x) / ushort.MaxValue * 100.0f);
SN_N2O_FILL = new SolenoidComponent(2, "SN_N2O_FILL", "SN-N2O-FILL", "SN_N2O_FILL_SYMBOL");
SN_FLUSH = new SolenoidComponent(3, "SN_FLUSH", "SN-FLUSH", "SN_FLUSH_SYMBOL");
BATTERY = new VoltageComponent(22, "BATTERY", "BATTERY", 12.0f, 14.8f);
FLO_IPA = new FlowComponent(100, "FLO_IPA", "FLO-IPA", ref PT_FUEL, ref PT_CHAM, () => PreferenceManager.Manager.Preferences.Fluid.Fuel);
FLO_N2O = new FlowComponent(101, "FLO_N2O", "FLO-N2O", ref PT_N2O, ref PT_CHAM, () => PreferenceManager.Manager.Preferences.Fluid.Oxid);
T_IPA = new TankComponent(24, "FUEL", "FUEL", "FUEL_GRADIENT", ref FLO_IPA, "Fuel");
T_N2O = new LevelComponent(1, "OXID", "OXID", "OXID_GRADIENT", 20);
STACK_HEALTH = new StackHealthComponent(23, "STACK_MAIN", "STACK_ACTUATOR", "STACK_SENSOR", "STACK-HEALTH");
_states = new List <State>
{
new State(0, "Idle"),
new State(1, "Ignition"),
new State(2, "Pre-Stage 1"),
new State(3, "Pre-Stage 2"),
new State(4, "Ramp up"),
new State(5, "Regulated"),
new State(6, "Shutdown 1"),
new State(7, "Shutdown 2"),
new State(8, "Flush")
};
EmergencyState = _states[6];
PreferenceManager.Manager.Preferences.AutoSequenceComponentIDs.ChamberPressureID = PT_CHAM.BoardID;
PreferenceManager.Manager.Preferences.AutoSequenceComponentIDs.FuelLinePressureID = PT_FUEL.BoardID;
PreferenceManager.Manager.Preferences.AutoSequenceComponentIDs.OxidizerLinePressureID = PT_OX.BoardID;
}
/// <summary>
/// Gets the random component.
/// </summary>
/// <returns>The random component.</returns>
public LevelComponent GetRandomComponent()
{
LevelComponent retVal = null;
int randomIndex = UnityEngine.Random.Range(0, levelComponentsGO.Count); //get a random index
retVal = GetComponent(randomIndex);
return(retVal);
}
public virtual List <Room> Fill(LevelComponent level, DefiningMapFragment fragment)
{
InitializeTerrain(level, fragment);
var rooms = PlaceDefiningMapFragment(level, fragment);
PlaceSurroundingFragments(level, rooms);
return(rooms);
}
public void Setup(LevelComponent level, PlayerData player)
{
Level = level;
Player = player;
var agent = GetComponent <NavMeshAgent>();
agent.enabled = true;
CurrentHealth = Health;
}
public void StartSystem()
{
this.WaitForScene()
.Subscribe(x =>
{
var level = ObservableGroup.First();
_levelComponent = level.GetComponent <LevelComponent>();
SetupSubscriptions();
});
}
public void StartSystem(IGroupAccessor @group)
{
this.WaitForScene()
.Subscribe(x =>
{
var level = @group.Entities.First();
_levelComponent = level.GetComponent <LevelComponent>();
SetupSubscriptions();
});
}
private void CreateNewGroup(LevelComponent inSelectedLevel)
{
// Create new, blank data.
// string defaultName = "ID" + inSelectedLevel.NextID;
// PointGroup newGroup = new PointGroup(defaultName);
PointGroup newGroup = new PointGroup();
inSelectedLevel.SetPointGroupInfo(newGroup);
}
IEnumerator GenLevelCo()
{
// clear
ClearLevel();
yield return(null);
// start
Debug.Log("Level Gen start");
if (stairsRoom != null)
{
placedRooms.Add(stairsRoom);
stairsRoom = null;
}
// spawn rooms
yield return(StartCoroutine(SpawnAllRooms()));
if (forceRetry)
{
ReGenerateLevel();
yield break;
}
nextLevelDoor = mainPath[mainPath.Count - 1].allConnectors[1];
// detach stairs room so it doesn't get unloaded here
// stairsRoom.transform
yield return(null);
// randomize individual rooms
yield return(StartCoroutine(RandomizeRooms()));
yield return(null);
// add loot
// finish rooms
foreach (Room room in placedRooms)
{
room.LevelStart();
}
// todo
// spawn enemies
/*
* enemies can be anywhere besides start and end rooms
* ? spawn in rooms
* ? move to enemy manager
* ? use enemy generators
*/
// todo
if (forceRetry)
{
ReGenerateLevel();
yield break;
}
Debug.Log("Level Gen complete");
GenCompleteEvent.Invoke();
}
public void StartSystem(IObservableGroup group)
{
this.WaitForScene()
.Subscribe(x =>
{
var level = @group.First();
_levelComponent = level.GetComponent <LevelComponent>();
_levelText = GameObject.Find("LevelText").GetComponent <Text>();
SetupSubscriptions();
});
}
protected void InitializeTerrain(LevelComponent level, DefiningMapFragment fragment)
{
level.TerrainChanges = null;
level.WallNeighboursChanges = null;
if (fragment.DefaultTerrain != MapFeature.Default)
{
for (var index = 0; index < level.Terrain.Length; index++)
{
level.Terrain[index] = (byte)fragment.DefaultTerrain;
}
}
}
// Use this for initialization
void Start()
{
s_Instance = this;
}
void Awake()
{
levelComponent = GetComponent<LevelComponent>();
attackComponent = GetComponent<AttackComponent>();
}