private static void FindAndAddPosibleTargetsToBuffer(FractionalHex position, Fix64 sightRange, ActTargetFilters filters, Team team, Dictionary <Hex, List <EntityOnVision> > unitsForeachHex, List <BuildingOnVision> buildingsOnSight, DynamicBuffer <BEPosibleTarget> buffer)
{
Hex roundedPosition = position.Round();
//buildings
foreach (var building in buildingsOnSight)
{
var buildingHex = building.building.position;
var reversedDirection = (position - (FractionalHex)buildingHex).NormalizedManhathan();
var fullHexTargetPos = FractionalHex.GetBorderPointOfTheHex(buildingHex, reversedDirection);
var buildingPos = (FractionalHex)buildingHex;
if (ValidPossibleTarget(position, sightRange, team.Number, filters, buildingPos, (Fix64)0.5, building.team))
{
buffer.Add(new BEPosibleTarget()
{
Position = buildingPos,
Radius = Fix64.Zero,
Entity = building.entity,
IsUnit = false,
OccupiesFullHex = true,
OccupyingHex = buildingHex,
GatherTarget = false,
ActTypeTarget = filters.actType
});
}
}
//units
var pointsOfHex = SpartialSortUtils.GetAllPointsAtRange(roundedPosition, (int)Fix64.Ceiling(sightRange), unitsForeachHex);
foreach (var point in pointsOfHex)
{
int pointTeam = point.team;
Entity pointEntity = point.entity;
var pointRadius = point.collider.Radius;
if (ValidPossibleTarget(position, sightRange, team.Number, filters, point.position, pointRadius, pointTeam))
{
buffer.Add(new BEPosibleTarget()
{
Position = point.position,
Radius = pointRadius,
Entity = pointEntity,
IsUnit = true,
OccupiesFullHex = false,
OccupyingHex = point.position.Round(),
GatherTarget = false,
ActTypeTarget = filters.actType
});
}
}
}
/// <summary>
/// Gets the target if true.
/// debo ver una buena manera de conseguir el parent entity.
/// </summary>
private static bool GetPriorityTargetAndAddPosibleTargets(out PriorityGroupTarget target, FractionalHex position, Fix64 sightRange, Team team, ActTargetFilters filters, Dictionary <Hex, List <EntityOnVision> > unitsForeachHex, List <BuildingOnVision> buildingsOnSight, DynamicBuffer <BEPosibleTarget> buffer)
{
//no es lo más eficiente. Pero es más facil de mantener.
FindAndAddPosibleTargetsToBuffer(position, sightRange, filters, team, unitsForeachHex, buildingsOnSight, buffer);
Hex roundedPosition = position.Round();
var pointsOfHex = SpartialSortUtils.GetAllPointsAtRange(roundedPosition, (int)Fix64.Ceiling(sightRange), unitsForeachHex);
target = new PriorityGroupTarget();
var bestTargetDistance = Fix64.MaxValue;
bool arePrioriryTarget = false;
bool areUnitPriorityTarget = false;
//units firs because we search if there is a unit in sight and if so there cannot be a building as a priority target.
foreach (var point in pointsOfHex)
{
int pointTeam = point.team;
Entity pointEntity = point.entity;
var pointLayer = point.collider.Layer;
var pointRadius = point.collider.Radius;
if (ValidPossibleTarget(position, sightRange, team.Number, filters, point.position, pointRadius, pointTeam))
{
//buffer.Add(new BEPosibleTarget()
//{
// Position = point.position,
// Radius = pointRadius,
// Entity = pointEntity,
// IsUnit = true,
// GatherTarget = false,
// OccupiesFullHex = false,
// ActTypeTarget = filters.actType
//});
//hay que ver si hay algo que bloquea el paso
if (MapUtilities.PathToPointIsClear(position, point.position))
{
areUnitPriorityTarget = true;
arePrioriryTarget = true;
var distance = point.position.Distance(position);
if (distance < bestTargetDistance)
{
bestTargetDistance = distance;
target = new PriorityGroupTarget()
{
//TargetPosition = point.position,
//TargetEntity = pointEntity,
TargetHex = point.position.Round(),
//IsUnit = true
};
}
}
}
}
//buildings
foreach (var building in buildingsOnSight)
{
var buildingPos = (FractionalHex)building.building.position;
//if (ValidPossibleTarget(position, sightRange, team.Number, filters, buildingPos, (Fix64)0.5, building.team))
//{
// buffer.Add(new BEPosibleTarget()
// {
// Position = buildingPos,
// Radius = Fix64.Zero,
// Entity = building.entity,
// IsUnit = false,
// GatherTarget = false,
// OccupiesFullHex = true,
// ActTypeTarget = filters.actType
// });
//}
if (ValidPossibleTarget(position, sightRange, team.Number, filters, buildingPos, (Fix64)0.5, building.team))
{
if (!areUnitPriorityTarget)
{
if (MapUtilities.PathToPointIsClear(position, buildingPos))
{
arePrioriryTarget = true;
var distance = buildingPos.Distance(position);
if (distance < bestTargetDistance)
{
bestTargetDistance = distance;
target = new PriorityGroupTarget()
{
//TargetPosition = buildingPos,
//TargetEntity = building.entity,
TargetHex = buildingPos.Round(),
//IsUnit = false
};
}
}
}
}
}
return(arePrioriryTarget);
}
protected override void OnUpdate()
{
int visionPointCount = m_VisionPointEntities.CalculateEntityCount();
VisionPointsForEachTeam = new Dictionary <int, List <VisionPoint> >(visionPointCount);
int observableUnitCount = m_ObservableUnits.CalculateEntityCount();
UnitsOnVisionRangeOfTeams = new Dictionary <int, List <EntityOnVision> >(observableUnitCount);
var positionsOfObservableUnits = new FractionalHex[observableUnitCount];
var teamsOfObservableUnits = new int[observableUnitCount];
var collidersOfObservableUnits = new Collider[observableUnitCount];
var entitiesOfObservableUnits = new Entity[observableUnitCount];
int observableBuildingCount = m_ObservableBuildings.CalculateEntityCount();
BuildingsOnVisionRangeOfTeams = new Dictionary <int, List <BuildingOnVision> >(observableBuildingCount);
var observableBuildings = new Dictionary <Hex, BuildingOnVision>(observableBuildingCount);
var obserbableSubstitutes = new Dictionary <Hex, Entity>();
var obserbableResources = new Dictionary <Hex, Entity>();//unico uso es para la visibilidad de monobehaviour.
EntitiesOnVisionRangeOfTeamsHashset = new Dictionary <int, HashSet <Entity> >(observableUnitCount + observableBuildingCount);
//INIT THE LISTS OF UNIT COMPONENTS
int iteration = 0;
Entities.WithNone <Group, HexTile, ExcludeFromSimulation>().ForEach((Entity entity, ref HexPosition position, ref Collider collider, ref Team team) =>
{
positionsOfObservableUnits[iteration] = position.HexCoordinates;
teamsOfObservableUnits[iteration] = team.Number;
collidersOfObservableUnits[iteration] = collider;
entitiesOfObservableUnits[iteration] = entity;
iteration++;
});
Entities.WithNone <Group, HexTile, ExcludeFromSimulation>().ForEach((Entity entity, ref Building building, ref Team team) =>
{
Hex hex = building.position;
if (observableBuildings.ContainsKey(hex))
{
Debug.LogError($"In {hex} are more than 1 building.");
}
else
{
observableBuildings.Add(hex, new BuildingOnVision(entity, building, team));
}
});
Entities.ForEach((Entity entity, ref Substitute substitute) =>
{
if (obserbableSubstitutes.ContainsKey(substitute.position))
{
Debug.LogError($"In {substitute.position} are more than 1 substitute. And the current sight system only supports 1 substitute per hex.");
}
else
{
obserbableSubstitutes.Add(substitute.position, entity);
}
});
Entities.ForEach((Entity entity, ref ResourceSource resource) =>
{
if (obserbableResources.ContainsKey(resource.position))
{
Debug.LogError($"In {resource.position} are more than 1 resource. And the current sight system only supports 1 resource per hex.");
}
else
{
obserbableResources.Add(resource.position, entity);
}
});
//WE GET THE OBSERVABLE UNITS SORTED BY THE HEX THAT THEY ARE STANDING ON
var observablePointsSortedByHex = SpartialSortUtils.GetHexToPointsDictionary(positionsOfObservableUnits);
//1- AGREGA LA ENTIDAD A LOS PUNTOS DE VISION DE SU EQUIPO
Entities.WithNone <ExcludeFromSimulation>().ForEach((ref Building building, ref SightRange sightRange, ref Team team) =>
{
var position = (FractionalHex)building.position;
//ADD THE UNIT TO THE POINT OF VISION OF HIS TEAM.
if (VisionPointsForEachTeam.TryGetValue(team.Number, out List <VisionPoint> listOfVisionPointsOfTeam))
{
listOfVisionPointsOfTeam.Add(new VisionPoint(position, sightRange.Value));
VisionPointsForEachTeam[team.Number] = listOfVisionPointsOfTeam;
}
else
{
var newListOfVisionPointsOfTeam = new List <VisionPoint>()
{
new VisionPoint(position, sightRange.Value)
};
VisionPointsForEachTeam.Add(team.Number, newListOfVisionPointsOfTeam);
}
});
Entities.WithNone <Group, ExcludeFromSimulation>().ForEach((ref HexPosition hexPosition, ref SightRange sightRange, ref Team team) =>
{
var position = hexPosition.HexCoordinates;
//ADD THE UNIT TO THE POINT OF VISION OF HIS TEAM.
if (VisionPointsForEachTeam.TryGetValue(team.Number, out List <VisionPoint> listOfVisionPointsOfTeam))
{
listOfVisionPointsOfTeam.Add(new VisionPoint(position, sightRange.Value));
VisionPointsForEachTeam[team.Number] = listOfVisionPointsOfTeam;
}
else
{
var newListOfVisionPointsOfTeam = new List <VisionPoint>()
{
new VisionPoint(position, sightRange.Value)
};
VisionPointsForEachTeam.Add(team.Number, newListOfVisionPointsOfTeam);
}
});
// loopea por todas las ENTIDADES(unidades y estructuras) con sight range y luego en cada una revisa las ENTIDADES obserbables (dentro de los hexagonos de su vision)
// y si es que estan en su rango de vision los agrega a unidades/buildings en vista y a la hashset de entidades.
// hay que agragar que esto revisa por las estructuras a la vista.
// -> llena la coleccion que es usada para la vision en la presentacion y las coleccione para la simulacion.
Entities.WithNone <Group, HexTile, ExcludeFromSimulation>().WithAny <HexPosition, Building>().ForEach((Entity entity, ref SightRange sightRange, ref Team team) =>
{
FractionalHex position;
if (EntityManager.HasComponent <HexPosition>(entity))
{
position = EntityManager.GetComponentData <HexPosition>(entity).HexCoordinates;
}
else
{
position = (FractionalHex)EntityManager.GetComponentData <Building>(entity).position;
}
//ACÁ SE REVISA 1 A 1 SI LA ENTIDAD ACTUAL VE ALGUNA DE LAS UNIDADES QUE ESTAN DENTRO DE LOS HEXAGONOS QUE VE.
//BUILDINGS.
int sightDistanceInHex = (int)Fix64.Ceiling(sightRange.Value);
var allVisibleHexes = Hex.AllHexesInRange(position.Round(), sightDistanceInHex, true);
foreach (var visHex in allVisibleHexes)
{
if (observableBuildings.ContainsKey(visHex))
{
BuildingOnVision buildingComps = observableBuildings[visHex];
List <BuildingOnVision> buildingViewedByTeam;
if (BuildingsOnVisionRangeOfTeams.TryGetValue(team.Number, out buildingViewedByTeam))
{
if (!buildingViewedByTeam.Contains(buildingComps))
{
buildingViewedByTeam.Add(buildingComps);
BuildingsOnVisionRangeOfTeams[team.Number] = buildingViewedByTeam;
}
}
else
{
var newBuildingViewedByTeam = new List <BuildingOnVision>()
{
buildingComps
};
BuildingsOnVisionRangeOfTeams.Add(team.Number, newBuildingViewedByTeam);
}
//add to hash set.
HashSet <Entity> entitiesOnSightOfTeamHashSet;
if (EntitiesOnVisionRangeOfTeamsHashset.TryGetValue(team.Number, out entitiesOnSightOfTeamHashSet))
{
if (!entitiesOnSightOfTeamHashSet.Contains(buildingComps.entity))
{
entitiesOnSightOfTeamHashSet.Add(buildingComps.entity);
EntitiesOnVisionRangeOfTeamsHashset[team.Number] = entitiesOnSightOfTeamHashSet;
}
}
else
{
entitiesOnSightOfTeamHashSet = new HashSet <Entity>()
{
buildingComps.entity
};
EntitiesOnVisionRangeOfTeamsHashset.Add(team.Number, entitiesOnSightOfTeamHashSet);
}
}
//substitutes to hashset.
if (obserbableSubstitutes.ContainsKey(visHex))
{
var subsEntity = obserbableSubstitutes[visHex];
HashSet <Entity> entitiesOnSightOfTeamHashSet;
if (EntitiesOnVisionRangeOfTeamsHashset.TryGetValue(team.Number, out entitiesOnSightOfTeamHashSet))
{
if (!entitiesOnSightOfTeamHashSet.Contains(subsEntity))
{
entitiesOnSightOfTeamHashSet.Add(subsEntity);
EntitiesOnVisionRangeOfTeamsHashset[team.Number] = entitiesOnSightOfTeamHashSet;
}
}
else
{
entitiesOnSightOfTeamHashSet = new HashSet <Entity>()
{
subsEntity
};
EntitiesOnVisionRangeOfTeamsHashset.Add(team.Number, entitiesOnSightOfTeamHashSet);
}
}
//resources to hashset
if (obserbableResources.ContainsKey(visHex))
{
var resEntity = obserbableResources[visHex];
HashSet <Entity> entitiesOnSightOfTeamHashSet;
if (EntitiesOnVisionRangeOfTeamsHashset.TryGetValue(team.Number, out entitiesOnSightOfTeamHashSet))
{
if (!entitiesOnSightOfTeamHashSet.Contains(resEntity))
{
entitiesOnSightOfTeamHashSet.Add(resEntity);
EntitiesOnVisionRangeOfTeamsHashset[team.Number] = entitiesOnSightOfTeamHashSet;
}
}
else
{
entitiesOnSightOfTeamHashSet = new HashSet <Entity>()
{
resEntity
};
EntitiesOnVisionRangeOfTeamsHashset.Add(team.Number, entitiesOnSightOfTeamHashSet);
}
}
}
//UNIDADES.
var observablePointsOnRange = SpartialSortUtils.GetAllPointsAtRange(position.Round(), sightDistanceInHex, observablePointsSortedByHex);
foreach (var point in observablePointsOnRange)
{
var positionOfPoint = point.position;
int teamOfPoint = teamsOfObservableUnits[point.index];
Collider colliderOfPoint = collidersOfObservableUnits[point.index];
Fix64 radiusOfPoint = colliderOfPoint.Radius;
Entity entityOfPoint = entitiesOfObservableUnits[point.index];
var distance = position.Distance(positionOfPoint);
bool onSight = distance <= sightRange.Value + radiusOfPoint;
if (onSight)
{
var pointToAdd = new EntityOnVision(entityOfPoint, colliderOfPoint, teamOfPoint, positionOfPoint);
//add the entity on the list dictionary if it is not there already.
List <EntityOnVision> entitiesOnSightOfTeam;
if (UnitsOnVisionRangeOfTeams.TryGetValue(team.Number, out entitiesOnSightOfTeam))
{
if (!entitiesOnSightOfTeam.Contains(pointToAdd))
{
entitiesOnSightOfTeam.Add(pointToAdd);
UnitsOnVisionRangeOfTeams[team.Number] = entitiesOnSightOfTeam;
}
}
else
{
entitiesOnSightOfTeam = new List <EntityOnVision>()
{
pointToAdd
};
UnitsOnVisionRangeOfTeams.Add(team.Number, entitiesOnSightOfTeam);
}
//Add the entity to the hash set dicionary if it is not there already.
HashSet <Entity> entitiesOnSightOfTeamHashSet;
if (EntitiesOnVisionRangeOfTeamsHashset.TryGetValue(team.Number, out entitiesOnSightOfTeamHashSet))
{
if (!entitiesOnSightOfTeamHashSet.Contains(entityOfPoint))
{
entitiesOnSightOfTeamHashSet.Add(entityOfPoint);
EntitiesOnVisionRangeOfTeamsHashset[team.Number] = entitiesOnSightOfTeamHashSet;
}
}
else
{
entitiesOnSightOfTeamHashSet = new HashSet <Entity>()
{
entityOfPoint
};
EntitiesOnVisionRangeOfTeamsHashset.Add(team.Number, entitiesOnSightOfTeamHashSet);
}
}
}
});
}
