/// <summary>
/// Gets the transition cells of this region into the given other region to the given direction.
/// </summary>
/// <param name="targetRegion">The given target region.</param>
/// <param name="direction">The given direction.</param>
/// <returns>The transition cells of this region into the given other region to the given direction.</returns>
public RCSet <Cell> GetTransitionCells(Region targetRegion, int direction)
{
int oppositeDir = (direction + GridDirections.DIRECTION_COUNT / 2) % GridDirections.DIRECTION_COUNT;
Region rootOfThis = this.Root;
Region rootOfTarget = targetRegion.Root;
if (rootOfThis.edgeCells[direction].Count == 0)
{
return(new RCSet <Cell>());
}
if (rootOfTarget.edgeCells[oppositeDir].Count == 0)
{
return(new RCSet <Cell>());
}
RCSet <Cell> transitionCells = new RCSet <Cell>();
foreach (Cell edgeCell in rootOfThis.edgeCells[direction])
{
Cell straightNeighbour = edgeCell.GetNeighbour(direction);
if (straightNeighbour == null)
{
continue;
}
if (rootOfTarget.edgeCells[oppositeDir].Contains(straightNeighbour))
{
transitionCells.Add(edgeCell);
continue;
}
if (direction == GridDirections.NORTH || direction == GridDirections.EAST || direction == GridDirections.SOUTH || direction == GridDirections.WEST)
{
Cell leftStraightNeighbour = edgeCell.GetNeighbour((direction + GridDirections.DIRECTION_COUNT - 1) % GridDirections.DIRECTION_COUNT);
if (leftStraightNeighbour == null)
{
continue;
}
if (rootOfTarget.edgeCells[oppositeDir].Contains(leftStraightNeighbour))
{
transitionCells.Add(edgeCell);
continue;
}
Cell rightStraightNeighbour = edgeCell.GetNeighbour((direction + 1) % GridDirections.DIRECTION_COUNT);
if (rightStraightNeighbour == null)
{
continue;
}
if (rootOfTarget.edgeCells[oppositeDir].Contains(rightStraightNeighbour))
{
transitionCells.Add(edgeCell);
continue;
}
}
}
return(transitionCells);
}
/// <summary>
/// Creates the given components from the given assembly.
/// </summary>
/// <param name="assembly">The assembly of the components.</param>
/// <param name="components">The components to create.</param>
private static void CreateComponentsFromAssembly(string assembly, RCSet <string> components)
{
TraceManager.WriteAllTrace(string.Format("Creating components of assembly '{0}'.", assembly), ComponentManager.COMPONENT_MGR_INFO);
Assembly asm = Assembly.Load(assembly);
if (asm != null)
{
Type[] types = asm.GetTypes();
foreach (Type type in types)
{
ComponentAttribute compAttr = GetComponentAttribute(type);
if (compAttr == null)
{
continue;
}
if (createdComponents.ContainsKey(compAttr.Name))
{
continue;
}
if (components.Contains(compAttr.Name))
{
CreateComponentInstance(compAttr.Name, type);
}
}
}
else
{
throw new ComponentModelException(string.Format("Unable to load assembly '{0}'!", assembly));
}
}
/// <summary>
/// Constructs a MagicBox instance for the given recipient entities and target position.
/// </summary>
/// <param name="recipientEntities">The recipient entities.</param>
/// <param name="targetPosition">The target position.</param>
public MagicBox(RCSet <Entity> recipientEntities, RCNumVector targetPosition)
{
this.commonTargetPosition = RCNumVector.Undefined;
this.targetPositions = new Dictionary <Entity, RCNumVector>();
/// Check if we shall keep formation of the recipient entities.
RCNumRectangle boundingBox = this.CalculateBoundingBox(recipientEntities);
if (!boundingBox.Contains(targetPosition))
{
RCNumVector boundingBoxCenter = (2 * boundingBox.Location + boundingBox.Size) / 2;
foreach (Entity entity in recipientEntities)
{
RCNumVector boxLocationToEntityVector = entity.MotionControl.PositionVector.Read() - boundingBox.Location;
RCNumVector magicBox = entity.MotionControl.IsFlying ? AIR_MAGIC_BOX : GROUND_MAGIC_BOX;
if (boxLocationToEntityVector.X > magicBox.X || boxLocationToEntityVector.Y > magicBox.Y)
{
/// Entity is outside of the magic box -> don't keep formation.
this.commonTargetPosition = targetPosition;
break;
}
/// Calculate the target position of the entity.
this.targetPositions[entity] = targetPosition + entity.MotionControl.PositionVector.Read() - boundingBoxCenter;
}
}
else
{
/// Target position is inside the bounding box -> don't keep formation.
this.commonTargetPosition = targetPosition;
}
}
/// <summary>
/// Creates hold executions for the given entities.
/// </summary>
/// <param name="entitiesToHandle">The entities to hold.</param>
private IEnumerable <CmdExecutionBase> CreateHoldExecutions(RCSet <Entity> entitiesToHandle)
{
foreach (Entity entity in entitiesToHandle)
{
yield return(new HoldExecution(entity));
}
}
/// <see cref="IGraph<Region>.GetNeighbours"/>
public IEnumerable <Region> GetNeighbours(Region node)
{
if (!this.transitionCells.ContainsKey(node))
{
this.transitionCells.Add(node, new Dictionary <Region, RCSet <Cell> >());
for (int direction = 0; direction < GridDirections.DIRECTION_COUNT; direction++)
{
Sector neighbourSector = node.Subdivision.Sector.GetNeighbour(direction);
if (neighbourSector == null)
{
continue;
}
SectorSubdivision neighbourSubdivision = neighbourSector.GetSubdivisionForAgent(this.agent);
foreach (Region neighbourRegion in neighbourSubdivision.Regions)
{
RCSet <Cell> transitionCells = node.GetTransitionCells(neighbourRegion, direction);
if (transitionCells.Count > 0)
{
this.transitionCells[node][neighbourRegion] = transitionCells;
}
}
}
}
return(this.transitionCells[node].Keys);
}
/// <summary>
/// Steps the given agent towards the given direction.
/// </summary>
/// <param name="agent">The agent to be stepped.</param>
/// <param name="stepDirection">The direction of the step.</param>
/// <param name="collidingAgents">The output list of colliding agents if the step failed; otherwise an empty set.</param>
/// <returns>True if the agent has been stepped successfully; otherwise false.</returns>
public bool StepAgent(Agent agent, int stepDirection, out RCSet <Agent> collidingAgents)
{
if (agent == null)
{
throw new ArgumentNullException("agent");
}
if (!this.agents.Contains(agent))
{
throw new InvalidOperationException("The given agent is not placed on the pathfinding grid!");
}
if (agent.MovingStatus != AgentMovingStatusEnum.Moving)
{
throw new InvalidOperationException("The moving status of the given agent is not Moving!");
}
if (stepDirection < 0 || stepDirection >= GridDirections.DIRECTION_COUNT)
{
throw new ArgumentOutOfRangeException("stepDirection");
}
/// Validate the desired new top-left cell of the agent and collect the colliding agents.
Cell desiredNewTopLeftCell = this[agent.Area.X, agent.Area.Y].GetNeighbour(stepDirection);
if (!this.ValidatePositionForAgent(agent, desiredNewTopLeftCell, out collidingAgents))
{
return(false);
}
/// Step the agent towards the given direction.
this.RemoveAgentFromGrid(agent);
agent.Step(stepDirection);
this.PlaceAgentOnGrid(agent);
return(true);
}
/// <summary>
/// Gets the subdivision that is calculated for the given agent.
/// </summary>
/// <param name="agent">The given agent.</param>
/// <returns>The subdivision that is calculated for the given agent.</returns>
public SectorSubdivision GetSubdivisionForAgent(Agent agent)
{
/// Collect the overlap enabled agents.
RCSet <Agent> overlapEnabledAgents = new RCSet <Agent>();
RCSet <Agent> currentlyOverlappingAgents = this.grid[agent.Area.X, agent.Area.Y].GetAgents(agent.MovingSize);
foreach (Agent staticAgent in this.staticAgents[agent.MovingSize])
{
if (currentlyOverlappingAgents.Contains(staticAgent) ||
staticAgent.Client.IsOverlapEnabled(agent.Client) ||
agent.Client.IsOverlapEnabled(staticAgent.Client))
{
overlapEnabledAgents.Add(staticAgent);
}
}
/// Try to find an already existing sector subdivision for the agent.
SectorSubdivision subdivisionForAgent =
this.subdivisions.FirstOrDefault(subdivision => subdivision.MovingSize == agent.MovingSize &&
subdivision.OverlapEnabledAgents.SetEquals(overlapEnabledAgents));
if (subdivisionForAgent == null)
{
/// Create a new one if not found.
subdivisionForAgent = new SectorSubdivision(this, agent.MovingSize, overlapEnabledAgents);
this.subdivisions.Add(subdivisionForAgent);
}
return(subdivisionForAgent);
}
/// <see cref="IFogOfWarBC.CheckPlacementConstraints"/>
public RCSet <RCIntVector> CheckPlacementConstraints(Building building, RCIntVector position, IAddonType addonType, RCSet <Entity> entitiesToIgnore)
{
if (this.ActiveScenario == null)
{
throw new InvalidOperationException("No active scenario!");
}
RCIntVector objectQuadraticSize = this.ActiveScenario.Map.CellToQuadSize(building.ElementType.Area.Read().Size);
RCSet <RCIntVector> violatingQuadCoords = building.CheckPlacementConstraints(position, addonType, entitiesToIgnore);
for (int x = 0; x < objectQuadraticSize.X; x++)
{
for (int y = 0; y < objectQuadraticSize.Y; y++)
{
RCIntVector relativeQuadCoords = new RCIntVector(x, y);
RCIntVector absQuadCoords = position + relativeQuadCoords;
if (absQuadCoords.X < 0 || absQuadCoords.X >= this.ActiveScenario.Map.Size.X ||
absQuadCoords.Y < 0 || absQuadCoords.Y >= this.ActiveScenario.Map.Size.Y ||
this.GetFullFowTileFlags(absQuadCoords).HasFlag(FOWTileFlagsEnum.Current))
{
violatingQuadCoords.Add(relativeQuadCoords);
}
}
}
return(violatingQuadCoords);
}
/// <see cref="IFogOfWarBC.GetPlacementSuggestions"/>
public RCSet <RCIntRectangle> GetPlacementSuggestions(IBuildingType buildingType)
{
if (this.ActiveScenario == null)
{
throw new InvalidOperationException("No active scenario!");
}
RCIntRectangle quadWindow = this.mapWindowBC.AttachedWindow.QuadTileWindow;
RCSet <Tuple <RCIntRectangle, RCIntVector> > suggestions = buildingType.GetPlacementSuggestions(this.ActiveScenario, quadWindow);
RCSet <RCIntRectangle> retList = new RCSet <RCIntRectangle>();
foreach (Tuple <RCIntRectangle, RCIntVector> suggestion in suggestions)
{
RCIntRectangle areaToCheck = suggestion.Item1;
RCIntVector suggestionTranslation = suggestion.Item2;
for (int x = areaToCheck.Left; x < areaToCheck.Right; x++)
{
for (int y = areaToCheck.Top; y < areaToCheck.Bottom; y++)
{
RCIntVector quadCoordToCheck = new RCIntVector(x, y);
if (quadCoordToCheck.X >= 0 && quadCoordToCheck.X < this.ActiveScenario.Map.Size.X &&
quadCoordToCheck.Y >= 0 && quadCoordToCheck.Y < this.ActiveScenario.Map.Size.Y &&
this.GetFowState(quadCoordToCheck) == FOWTypeEnum.None)
{
RCIntVector buildingQuadSize = this.ActiveScenario.Map.CellToQuadSize(buildingType.Area.Read().Size);
retList.Add(new RCIntRectangle(areaToCheck.Location + suggestionTranslation, buildingQuadSize));
}
}
}
}
return(retList);
}
/// <see cref="CommandExecutionFactoryBase.GetCommandAvailability"/>
protected override AvailabilityEnum GetCommandAvailability(RCSet <SCV> scvsToHandle, RCSet <Entity> fullEntitySet, string parameter)
{
switch (this.commandType)
{
case SCVCommandEnum.Repair:
return(this.CheckRepairAvailability(scvsToHandle, fullEntitySet));
case SCVCommandEnum.Gather:
return(this.CheckGatherAvailability(scvsToHandle, fullEntitySet));
case SCVCommandEnum.Return:
return(this.CheckReturnAvailability(scvsToHandle, fullEntitySet));
case SCVCommandEnum.Build:
return(this.CheckBuildAvailability(scvsToHandle, fullEntitySet, parameter));
case SCVCommandEnum.StopBuild:
return(this.CheckStopBuildAvailability(scvsToHandle, fullEntitySet));
case SCVCommandEnum.Move:
case SCVCommandEnum.Stop:
case SCVCommandEnum.Attack:
case SCVCommandEnum.Patrol:
case SCVCommandEnum.Hold:
return(this.CheckBasicCommandAvailability(scvsToHandle));
default:
return(AvailabilityEnum.Unavailable);
}
}
/// <see cref="ITerrainObjectConstraint.Check"/>
public RCSet <RCIntVector> Check(IMapAccess map, RCIntVector position)
{
if (map == null)
{
throw new ArgumentNullException("map");
}
if (position == RCIntVector.Undefined)
{
throw new ArgumentNullException("position");
}
RCSet <RCIntVector> retList = new RCSet <RCIntVector>();
RCIntVector absQuadCoords = position + this.quadCoords;
if (absQuadCoords.X >= 0 && absQuadCoords.X < map.Size.X &&
absQuadCoords.Y >= 0 && absQuadCoords.Y < map.Size.Y)
{
IQuadTile checkedQuadTile = map.GetQuadTile(absQuadCoords);
IIsoTile checkedIsoTile = checkedQuadTile.PrimaryIsoTile;
if (checkedIsoTile.Type.TerrainA != this.terrainA ||
checkedIsoTile.Type.TerrainB != this.terrainB ||
!this.allowedCombinations.Contains(checkedIsoTile.Type.Combination))
{
retList.Add(this.quadCoords);
foreach (IQuadTile neighbour in checkedQuadTile.Neighbours)
{
if (neighbour.PrimaryIsoTile == checkedIsoTile)
{
retList.Add(neighbour.MapCoords - position);
}
}
}
}
return(retList);
}
/// <summary>
/// Creates command executions for undefined command type.
/// </summary>
/// <param name="scvsToHandle">The SCVs to order.</param>
/// <param name="fullEntitySet">The set of selected entities.</param>
/// <param name="targetPosition">The target position.</param>
/// <param name="targetEntityID">The ID of the target entity or -1 if undefined.</param>
private IEnumerable <CmdExecutionBase> CreateUndefinedExecutions(RCSet <SCV> scvsToHandle, RCSet <Entity> fullEntitySet, RCNumVector targetPosition, int targetEntityID)
{
Entity targetEntity = scvsToHandle.First().Scenario.GetElementOnMap <Entity>(targetEntityID, MapObjectLayerEnum.GroundObjects);
TerranBuilding targetBuilding = targetEntity as TerranBuilding;
MagicBox magicBox = new MagicBox(fullEntitySet, targetPosition);
foreach (SCV scv in scvsToHandle.Where(scv => !scv.IsConstructing))
{
if (targetBuilding != null && targetBuilding.Owner == scv.Owner &&
targetBuilding.ConstructionJob != null && !targetBuilding.ConstructionJob.IsFinished &&
targetBuilding.ConstructionJob.AttachedSCV == null)
{
/// The target entity is a friendly Terran building that is under construction but its construction is
/// not currently in progress -> start a continue build command.
yield return(new SCVContinueBuildExecution(scv, targetPosition, targetBuilding.ID.Read()));
}
else if (targetEntity != null && targetEntity.Owner == scv.Owner && this.IsValidTargetForRepair(targetEntity))
{
/// The target entity is a friendly entity and is valid for a repair command -> start a repair command.
yield return(new SCVRepairExecution(scv, targetPosition, targetEntityID));
}
else if (targetEntity != null && targetEntity.Owner != null && targetEntity.Owner != scv.Owner)
{
/// The target entity is an enemy entity -> start an attack execution.
yield return(new AttackExecution(scv, magicBox.GetTargetPosition(scv), targetEntityID));
}
else
{
/// In any other cases -> start a move execution.
yield return(new MoveExecution(scv, magicBox.GetTargetPosition(scv), targetEntityID));
}
/// TODO: Handle the cases for Repair, Gather and Return commands!
}
}
/// <summary>
/// Creates hold executions for the given SCVs.
/// </summary>
/// <param name="scvsToHandle">The SCVs to hold.</param>
private IEnumerable <CmdExecutionBase> CreateHoldExecutions(RCSet <SCV> scvsToHandle)
{
foreach (SCV scv in scvsToHandle.Where(scv => !scv.IsConstructing))
{
yield return(new HoldExecution(scv));
}
}
/// <summary>
/// Creates build executions for the given SCVs.
/// </summary>
/// <param name="scvsToHandle">The SCVs to build.</param>
/// <param name="topLeftQuadTile">The coordinates of the top-left quadratic tile of the building.</param>
/// <param name="buildingType">The type of the building.</param>
private IEnumerable <CmdExecutionBase> CreateBuildExecutions(RCSet <SCV> scvsToHandle, RCIntVector topLeftQuadTile, string buildingType)
{
foreach (SCV scv in scvsToHandle.Where(scv => !scv.IsConstructing))
{
yield return(new SCVStartBuildExecution(scv, buildingType, topLeftQuadTile));
}
}
/// <see cref="ScenarioElement.AttachToMap"/>
public override bool AttachToMap(RCNumVector position, params ScenarioElement[] elementsToIgnore)
{
/// Check if the position of this Refinery would align with a VespeneGeyser.
RCSet <VespeneGeyser> vespeneGeysersAtPos = this.Scenario.GetElementsOnMap <VespeneGeyser>(position, MapObjectLayerEnum.GroundObjects);
if (vespeneGeysersAtPos.Count != 1)
{
return(false);
}
VespeneGeyser vespeneGeyserAtPos = vespeneGeysersAtPos.First();
if (this.CalculateArea(position) != vespeneGeyserAtPos.Area)
{
return(false);
}
/// Save the VespeneGeyser and detach it from the map.
this.underlyingVespeneGeyser.Write(vespeneGeyserAtPos);
this.underlyingVespeneGeyser.Read().DetachFromMap();
/// Try to attach the Refinery.
bool refineryAttached = base.AttachToMap(position, elementsToIgnore);
if (!refineryAttached)
{
/// If the Refinery could not be attached -> reattach the underlying VespeneGeyser.
this.underlyingVespeneGeyser.Read().AttachToMap(position);
this.underlyingVespeneGeyser.Write(null);
}
return(refineryAttached);
}
/// <see cref="EntityPlacementConstraint.CheckImpl"/>
protected override RCSet <RCIntVector> CheckImpl(Scenario scenario, RCIntVector position, RCSet <Entity> entitiesToIgnore)
{
RCIntRectangle objArea = new RCIntRectangle(position, scenario.Map.CellToQuadSize(this.EntityType.Area.Read().Size));
RCSet <RCIntVector> retList = new RCSet <RCIntVector>();
VespeneGeyser foundVespeneGeyser = null;
bool isOK = true;
for (int absY = objArea.Top; absY < objArea.Bottom; absY++)
{
for (int absX = objArea.Left; absX < objArea.Right; absX++)
{
RCIntVector absQuadCoords = new RCIntVector(absX, absY);
if (absQuadCoords.X >= 0 && absQuadCoords.X < scenario.Map.Size.X &&
absQuadCoords.Y >= 0 && absQuadCoords.Y < scenario.Map.Size.Y)
{
retList.Add(absQuadCoords - position);
VespeneGeyser vespeneGeyserAtCoords = scenario.GetFixedEntity <VespeneGeyser>(absQuadCoords);
if (vespeneGeyserAtCoords == null || (foundVespeneGeyser != null && foundVespeneGeyser != vespeneGeyserAtCoords))
{
/// There is no VespeneGeyser at the given coordinates OR
/// the VespeneGeyser at the given coordinates is another VespeneGeyser.
isOK = false;
continue;
}
foundVespeneGeyser = vespeneGeyserAtCoords;
}
}
}
if (isOK)
{
retList.Clear();
}
return(retList);
}
/// <summary>
/// Checks whether this placement constraint allows placing an entity of the corresponding type to the given scenario at the given
/// quadratic position and collects all the violating quadratic coordinates relative to the given position.
/// </summary>
/// <param name="scenario">Reference to the given scenario.</param>
/// <param name="position">The position to be checked.</param>
/// <param name="entitiesToIgnore">
/// The list of entities to be ignored during the check. All entities in this list shall belong to the given scenario.
/// </param>
/// <returns>
/// The list of the quadratic coordinates (relative to the given position) violating this placement constraint.
/// </returns>
public RCSet <RCIntVector> Check(Scenario scenario, RCIntVector position, RCSet <Entity> entitiesToIgnore)
{
if (this.entityType == null)
{
throw new SimulatorException("Entity type has not yet been set for this constraint!");
}
if (scenario == null)
{
throw new ArgumentNullException("scenario");
}
if (position == RCIntVector.Undefined)
{
throw new ArgumentNullException("position");
}
if (entitiesToIgnore == null)
{
throw new ArgumentNullException("entitiesToIgnore");
}
if (entitiesToIgnore.Any(entityToIgnore => entityToIgnore.Scenario != scenario))
{
throw new ArgumentException("All entities to be ignored shall belong to the given scenario!", "entitiesToIgnore");
}
return(this.CheckImpl(scenario, position, entitiesToIgnore));
}
/// <summary>
/// Uninitializes the player with the given index.
/// Uninitializing a player is only allowed if players have not yet been finalized.
/// Players can be finalized using the Scenario.FinalizePlayers method.
/// </summary>
/// <param name="index">The index of the player to uninitialize.</param>
public void UninitializePlayer(int index)
{
if (this.playersFinalized.Read() != 0x00)
{
throw new InvalidOperationException("Players already finalized!");
}
if (index < 0 || index >= Player.MAX_PLAYERS)
{
throw new ArgumentOutOfRangeException("index");
}
if (this.players[index].Read() == null)
{
throw new SimulatorException(string.Format("Player with index {0} has not yet been initialized!", index));
}
StartLocation startLoc = this.players[index].Read().StartLocation;
startLoc.AttachToMap(this.map.GetQuadTile(this.players[index].Read().QuadraticStartPosition.Location));
RCSet <Entity> entitiesOfPlayer = new RCSet <Entity>(this.players[index].Read().Entities);
this.players[index].Read().Dispose();
this.players[index].Write(null);
/// Destroy entities of the player.
foreach (Entity entity in entitiesOfPlayer)
{
if (entity.HasMapObject(MapObjectLayerEnum.GroundObjects, MapObjectLayerEnum.AirObjects))
{
entity.DetachFromMap();
}
this.RemoveElementFromScenario(entity);
entity.Dispose();
}
}
/// <see cref="ITerrainObjectType.CheckTerrainObjectIntersections"/>
public RCSet <RCIntVector> CheckTerrainObjectIntersections(IMapAccess map, RCIntVector position)
{
if (map == null)
{
throw new ArgumentNullException("map");
}
if (position == RCIntVector.Undefined)
{
throw new ArgumentNullException("position");
}
RCSet <RCIntVector> retList = new RCSet <RCIntVector>();
for (int quadX = 0; quadX < this.quadraticSize.X; quadX++)
{
for (int quadY = 0; quadY < this.quadraticSize.Y; quadY++)
{
RCIntVector relQuadCoords = new RCIntVector(quadX, quadY);
RCIntVector absQuadCoords = position + relQuadCoords;
if (absQuadCoords.X >= 0 && absQuadCoords.X < map.Size.X &&
absQuadCoords.Y >= 0 && absQuadCoords.Y < map.Size.Y)
{
/// Check intersection with other terrain object at the current quadratic tile.
ITerrainObject objToCheck = map.GetQuadTile(absQuadCoords).TerrainObject;
if (objToCheck != null && !this.IsExcluded(relQuadCoords) && objToCheck.GetQuadTile(absQuadCoords - objToCheck.MapCoords) != null)
{
retList.Add(relQuadCoords);
}
}
}
}
return(retList);
}
/// <summary>
/// Gets all of the scenario elements of the given type added to this scenario.
/// </summary>
/// <typeparam name="T">The type of the scenario elements to get.</typeparam>
/// <returns>A list that contains all of the scenario elements of the given type added to this scenario.</returns>
public RCSet <T> GetAllElements <T>() where T : ScenarioElement
{
RCSet <T> retList = new RCSet <T>();
foreach (ScenarioElement element in this.scenarioElements)
{
if (this.elementsToRemoveAfterUpdate.Contains(element))
{
continue;
}
T elementAsT = element as T;
if (elementAsT != null)
{
retList.Add(elementAsT);
}
}
foreach (ScenarioElement element in this.elementsToAddAfterUpdate)
{
T elementAsT = element as T;
if (elementAsT != null)
{
retList.Add(elementAsT);
}
}
return(retList);
}
/// <summary>
/// Internal implementation of ComputeFieldOffsets.
/// </summary>
/// <param name="types">The list of the types.</param>
/// <param name="triedTypeIDs">Used to avoid infinite loop.</param>
private void ComputeFieldOffsetsInternal(List <HeapType> types, ref RCSet <short> triedTypeIDs)
{
if (this.fieldIndices == null)
{
return;
}
if (!triedTypeIDs.Add(this.id))
{
throw new HeapException(string.Format("Infinite cycle found in the layout of element '{0}'!", this.name));
}
int allocationSize = 0;
for (int fieldIdx = 0; fieldIdx < this.fieldTypeIDs.Count; fieldIdx++)
{
this.fieldOffsets[fieldIdx] = allocationSize;
short fieldTypeID = this.fieldTypeIDs[fieldIdx];
HeapType fieldType = types[fieldTypeID];
if (fieldType.AllocationSize == -1)
{
/// Compute the allocation size of the field type first.
fieldType.ComputeFieldOffsetsInternal(types, ref triedTypeIDs);
}
allocationSize += fieldType.AllocationSize;
}
this.allocationSize = allocationSize;
triedTypeIDs.Remove(this.id);
}
/// <summary>
/// Gets the scenario elements of the given type that are attached to at least one of the given layers of the map inside the given area.
/// </summary>
/// <typeparam name="T">The type of the scenario elements to get.</typeparam>
/// <param name="area">
/// <param name="firstLayer">The first layer to search in.</param>
/// <param name="furtherLayers">List of the further layers to search in.</param>
/// The area to search.
/// </param>
/// <returns>
/// A list that contains the scenario elements of the given type that are attached to at least one of the given layers of the map inside
/// the given area.
/// </returns>
public RCSet <T> GetElementsOnMap <T>(RCNumRectangle area, MapObjectLayerEnum firstLayer, params MapObjectLayerEnum[] furtherLayers) where T : ScenarioElement
{
if (area == RCNumRectangle.Undefined)
{
throw new ArgumentNullException("area");
}
if (furtherLayers == null)
{
throw new ArgumentNullException("furtherLayers");
}
RCSet <T> retList = new RCSet <T>();
foreach (MapObject mapObj in this.mapObjects[firstLayer].GetContents(area))
{
T elementAsT = mapObj.Owner as T;
if (elementAsT != null)
{
retList.Add(elementAsT);
}
}
foreach (MapObjectLayerEnum furtherLayer in furtherLayers)
{
foreach (MapObject mapObj in this.mapObjects[furtherLayer].GetContents(area))
{
T elementAsT = mapObj.Owner as T;
if (elementAsT != null)
{
retList.Add(elementAsT);
}
}
}
return(retList);
}
/// <summary>
/// Updates the current and the saved selections.
/// </summary>
private void Update()
{
/// Collect the IDs to be removed.
RCSet <int> idsToRemove = new RCSet <int>();
foreach (int id in this.currentSelection)
{
Entity entity = this.ActiveScenario.GetElementOnMap <Entity>(id, MapObjectLayerEnum.GroundObjects, MapObjectLayerEnum.AirObjects);
if (entity == null)
{
idsToRemove.Add(id);
}
}
foreach (RCSet <int> savedSelection in this.savedSelections)
{
foreach (int id in savedSelection)
{
Entity entity = this.ActiveScenario.GetElementOnMap <Entity>(id, MapObjectLayerEnum.GroundObjects, MapObjectLayerEnum.AirObjects);
if (entity == null)
{
idsToRemove.Add(id);
}
}
}
/// Remove the collected IDs.
foreach (int idToRemove in idsToRemove)
{
this.currentSelection.Remove(idToRemove);
foreach (RCSet <int> savedSelection in this.savedSelections)
{
savedSelection.Remove(idToRemove);
}
}
}
/// <see cref="EntityPlacementConstraint.CheckImpl"/>
protected override RCSet <RCIntVector> CheckImpl(Scenario scenario, RCIntVector position, RCSet <Entity> entitiesToIgnore)
{
RCIntRectangle objArea = new RCIntRectangle(position, scenario.Map.CellToQuadSize(this.EntityType.Area.Read().Size));
RCSet <RCIntVector> retList = new RCSet <RCIntVector>();
for (int absY = objArea.Top; absY < objArea.Bottom; absY++)
{
for (int absX = objArea.Left; absX < objArea.Right; absX++)
{
RCIntVector absQuadCoords = new RCIntVector(absX, absY);
if (absQuadCoords.X >= 0 && absQuadCoords.X < scenario.Map.Size.X &&
absQuadCoords.Y >= 0 && absQuadCoords.Y < scenario.Map.Size.Y)
{
/// Collect all the entities that are on the ground, are too close and not to be ignored.
RCIntRectangle checkedQuadRect = new RCIntRectangle(absQuadCoords - this.minimumDistance, this.checkedQuadRectSize);
RCNumRectangle checkedArea = (RCNumRectangle)scenario.Map.QuadToCellRect(checkedQuadRect) - new RCNumVector(1, 1) / 2;
RCSet <T> entitiesTooClose = scenario.GetElementsOnMap <T>(checkedArea, MapObjectLayerEnum.GroundObjects);
if (entitiesTooClose.Any(entityTooClose => !entitiesToIgnore.Contains(entityTooClose)))
{
retList.Add(absQuadCoords - position);
}
}
}
}
return(retList);
}
/// <summary>
/// Checks the parameters when a thread is being attached to the Petri-network.
/// </summary>
/// <exception cref="PetriNetException">If the parameters are wrong.</exception>
private void CheckThreadAttachParameters(RCSet <PNTransition> extTransitions, Dictionary <PNTransition, PetriNet.PNCallback> callbacks)
{
/// All given external transitions have to exist in this transition group.
foreach (PNTransition tr in extTransitions)
{
if (!this.transitions.ContainsKey(tr) || this.transitions[tr] != PetriNet.PNTransitionType.EXTERNAL)
{
throw new PetriNetException("The external transition was not registered at the transition group!");
}
}
/// All given callback transitions have to exist in this transition group.
foreach (KeyValuePair <PNTransition, PetriNet.PNCallback> item in callbacks)
{
if (!this.transitions.ContainsKey(item.Key) || this.transitions[item.Key] != PetriNet.PNTransitionType.CALLBACK)
{
throw new PetriNetException("The callback transition was not registered at the transition group!");
}
}
/// Callback functions must be assigned to each callback transitions in this transition group.
foreach (KeyValuePair <PNTransition, PetriNet.PNTransitionType> item in this.transitions)
{
if (item.Value == PetriNet.PNTransitionType.CALLBACK && (!callbacks.ContainsKey(item.Key) || callbacks[item.Key] == null))
{
throw new PetriNetException("No callback function assigned for a callback transition!");
}
}
}
/// <see cref="BuildingPlacementSuggestionProvider.GetSuggestionsImpl"/>
protected override RCSet <Tuple <RCIntRectangle, RCIntVector> > GetSuggestionsImpl(Scenario scenario, RCIntRectangle area)
{
RCSet <Tuple <RCIntRectangle, RCIntVector> > retList = new RCSet <Tuple <RCIntRectangle, RCIntVector> >();
RCSet <Addon> processedAddons = new RCSet <Addon>();
for (int x = area.Left; x < area.Right; x++)
{
for (int y = area.Top; y < area.Bottom; y++)
{
RCIntVector quadCoords = new RCIntVector(x, y);
Addon addon = scenario.GetFixedEntity <Addon>(quadCoords);
if (addon == null || processedAddons.Contains(addon) ||
addon.CurrentMainBuilding != null || !this.BuildingType.HasAddonType(addon.AddonType.Name))
{
continue;
}
retList.Add(Tuple.Create(
addon.MapObject.QuadraticPosition,
(-1) * this.BuildingType.GetRelativeAddonPosition(scenario.Map, addon.AddonType)));
processedAddons.Add(addon);
}
}
return(retList);
}
/// <see cref="ObjectPlacementView.CheckObjectConstraints"/>
protected override RCSet <RCIntVector> CheckObjectConstraints(RCIntVector topLeftQuadCoords)
{
RCSet <RCIntVector> violatingQuadCoords = this.terrainObjectType.CheckConstraints(this.Map, topLeftQuadCoords);
violatingQuadCoords.UnionWith(this.terrainObjectType.CheckTerrainObjectIntersections(this.Map, topLeftQuadCoords));
return(violatingQuadCoords);
}
/// <summary>
/// Launches the next group of missiles to the given target entity if it's possible in the current simulation frame.
/// </summary>
/// <param name="targetEntity">The target entity.</param>
/// <returns>
/// True if the target entity is still in attack range; otherwise false.
/// </returns>
public bool LaunchMissiles(Entity targetEntity)
{
if (!this.IsEntityInRange(targetEntity))
{
return(false);
}
if (!this.CanLaunchMissiles())
{
return(true);
}
/// Launch the missiles.
RCSet <Missile> launchedMissiles = new RCSet <Missile>();
foreach (IMissileData missileData in this.missilesPerShot)
{
Missile missile = new Missile(missileData, this.owner.Read(), targetEntity);
this.owner.Read().Scenario.AddElementToScenario(missile);
launchedMissiles.Add(missile);
}
/// Subscribe to missile events and register the group of the launched missiles.
foreach (Missile missile in launchedMissiles)
{
missile.LaunchCancel += this.OnMissileLaunchCancel;
missile.Launch += this.OnMissileLaunch;
missile.Impact += this.OnMissileImpact;
this.missileGroups.Add(missile, launchedMissiles);
}
return(true);
}
private void Form1_MouseDown(object sender, MouseEventArgs e)
{
if (e.Button == MouseButtons.Right && this.currentMode == Mode.None)
{
this.beginPos = new RCNumVector(e.X, e.Y);
this.currentPos = new RCNumVector(e.X, e.Y);
this.currentMode = Mode.Creating;
}
else if (e.Button == MouseButtons.Left && this.currentMode == Mode.None)
{
this.beginPos = new RCNumVector(e.X, e.Y);
this.currentPos = new RCNumVector(e.X, e.Y);
this.stopwatch.Reset(); this.stopwatch.Start();
RCSet <TestContent> draggedContents = this.contentManager.GetContents(this.beginPos);
this.stopwatch.Stop(); this.avgGetContentAtPos.NewItem((int)this.stopwatch.ElapsedMilliseconds);
bool isDragging = false;
foreach (TestContent item in draggedContents)
{
if (this.selectedContents.Contains(item))
{
isDragging = true; break;
}
}
this.currentMode = isDragging ? Mode.Dragging : Mode.Selecting;
}
}
/// <summary>
/// Searches the entities that are in a rectangular area around the owner entity with the given radius.
/// </summary>
/// <param name="searchAreaRadius">The radius of the search area given in quadratic tiles.</param>
/// <returns>The entities that are in the search area.</returns>
public RCSet <Entity> SearchNearbyEntities(int searchAreaRadius)
{
RCSet <Entity> nearbyEntities = this.owner.Read().Scenario.GetElementsOnMap <Entity>(this.owner.Read().MotionControl.PositionVector.Read(), searchAreaRadius, MapObjectLayerEnum.GroundObjects, MapObjectLayerEnum.AirObjects);
nearbyEntities.Remove(this.owner.Read());
return(nearbyEntities);
}