private void FaceClickCoordinates(IEntity user, EntityCoordinates coordinates)
{
var diff = coordinates.ToMapPos(EntityManager) - user.Transform.MapPosition.Position;
if (diff.LengthSquared <= 0.01f)
{
return;
}
var diffAngle = Angle.FromWorldVec(diff);
if (Get <ActionBlockerSystem>().CanChangeDirection(user))
{
user.Transform.WorldRotation = diffAngle;
}
else
{
if (user.TryGetComponent(out BuckleComponent? buckle) && (buckle.BuckledTo != null))
{
// We're buckled to another object. Is that object rotatable?
if (buckle.BuckledTo !.Owner.TryGetComponent(out SharedRotatableComponent? rotatable) && rotatable.RotateWhileAnchored)
{
// Note the assumption that even if unanchored, user can only do spinnychair with an "independent wheel".
// (Since the user being buckled to it holds it down with their weight.)
// This is logically equivalent to RotateWhileAnchored.
// Barstools and office chairs have independent wheels, while regular chairs don't.
rotatable.Owner.Transform.LocalRotation = diffAngle;
}
}
}
}
private bool CheckRangeAndSetFacing(EntityCoordinates target, IEntity player)
{
// ensure it's within their clickable range
var targetWorldPos = target.ToMapPos(EntityManager);
var rangeBox = new Box2(player.Transform.WorldPosition, player.Transform.WorldPosition)
.Enlarged(_entityManager.MaxUpdateRange);
if (!rangeBox.Contains(targetWorldPos))
{
Logger.DebugS("action", "user {0} attempted to" +
" perform target action further than allowed range",
player.Name);
return(false);
}
if (!ActionBlockerSystem.CanChangeDirection(player))
{
return(true);
}
// don't set facing unless they clicked far enough away
var diff = targetWorldPos - player.Transform.WorldPosition;
if (diff.LengthSquared > 0.01f)
{
player.Transform.LocalRotation = new Angle(diff);
}
return(true);
}
/// <inheritdoc />
public IEnumerable <IEntity> GetEntitiesInRange(EntityCoordinates position, float range, bool approximate = false)
{
var mapPosition = position.ToMapPos(this);
var aabb = new Box2(mapPosition - new Vector2(range / 2, range / 2),
mapPosition + new Vector2(range / 2, range / 2));
return(GetEntitiesIntersecting(_mapManager.GetGrid(position.GetGridId(this)).ParentMapId, aabb, approximate));
}
protected bool ValidateInteractAndFace(EntityUid user, EntityCoordinates coordinates)
{
// Verify user is on the same map as the entity they clicked on
if (coordinates.GetMapId(EntityManager) != Transform(user).MapID)
{
return(false);
}
_rotateToFaceSystem.TryFaceCoordinates(user, coordinates.ToMapPos(EntityManager));
return(true);
}
private bool ValidateInteractAndFace(EntityUid user, EntityCoordinates coordinates)
{
// Verify user is on the same map as the entity they clicked on
if (coordinates.GetMapId(_entityManager) != EntityManager.GetComponent <TransformComponent>(user).MapID)
{
Logger.WarningS("system.interaction",
$"User entity named {EntityManager.GetComponent<MetaDataComponent>(user).EntityName} clicked on a map they aren't located on");
return(false);
}
_rotateToFaceSystem.TryFaceCoordinates(user, coordinates.ToMapPos(EntityManager));
return(true);
}
private bool ValidateInteractAndFace(EntityUid user, EntityCoordinates coordinates)
{
// Verify user is on the same map as the entity they clicked on
if (coordinates.GetMapId(EntityManager) != Transform(user).MapID)
{
Logger.WarningS("system.interaction",
$"User entity {ToPrettyString(user):user} clicked on a map they aren't located on");
return(false);
}
_rotateToFaceSystem.TryFaceCoordinates(user, coordinates.ToMapPos(EntityManager));
return(true);
}
public bool IsColliding(EntityCoordinates coordinates)
{
var bounds = pManager.ColliderAABB;
var worldcoords = coordinates.ToMapPos(pManager.EntityManager);
var collisionbox = Box2.FromDimensions(
bounds.Left + worldcoords.X,
bounds.Bottom + worldcoords.Y,
bounds.Width,
bounds.Height);
if (pManager.PhysicsManager.TryCollideRect(collisionbox, pManager.MapManager.GetGrid(coordinates.GetGridId(pManager.EntityManager)).ParentMapId))
{
return(true);
}
return(false);
}
private bool CheckRangeAndSetFacing(EntityCoordinates target, EntityUid player)
{
// ensure it's within their clickable range
var targetWorldPos = target.ToMapPos(EntityManager);
var rangeBox = new Box2(_entities.GetComponent <TransformComponent>(player).WorldPosition, _entities.GetComponent <TransformComponent>(player).WorldPosition)
.Enlarged(MaxUpdateRange);
if (!rangeBox.Contains(targetWorldPos))
{
Logger.DebugS("action", "user {0} attempted to" +
" perform target action further than allowed range",
_entities.GetComponent <MetaDataComponent>(player).EntityName);
return(false);
}
EntitySystem.Get <RotateToFaceSystem>().TryFaceCoordinates(player, targetWorldPos);
return(true);
}
private bool HandleDrop(ICommonSession?session, EntityCoordinates coords, EntityUid uid)
{
var ent = ((IPlayerSession?)session)?.AttachedEntity;
if (ent == null || !ent.IsValid())
{
return(false);
}
if (!ent.TryGetComponent(out HandsComponent? handsComp))
{
return(false);
}
if (handsComp.ActiveHand == null || handsComp.GetActiveHand == null)
{
return(false);
}
// It's important to note that the calculations are done in map coordinates (they're absolute).
// They're translated back to EntityCoordinates at the end.
var entMap = ent.Transform.MapPosition;
var targetPos = coords.ToMapPos(EntityManager);
var dropVector = targetPos - entMap.Position;
var targetVector = Vector2.Zero;
if (dropVector != Vector2.Zero)
{
var targetLength = MathF.Min(dropVector.Length, SharedInteractionSystem.InteractionRange - 0.001f); // InteractionRange is reduced due to InRange not dealing with floating point error
var newCoords = new MapCoordinates(dropVector.Normalized * targetLength + entMap.Position, entMap.MapId);
var rayLength = Get <SharedInteractionSystem>().UnobstructedDistance(entMap, newCoords, ignoredEnt: ent);
targetVector = dropVector.Normalized * rayLength;
}
var resultMapCoordinates = new MapCoordinates(entMap.Position + targetVector, entMap.MapId);
var resultEntCoordinates = EntityCoordinates.FromMap(coords.GetParent(EntityManager), resultMapCoordinates);
handsComp.Drop(handsComp.ActiveHand, resultEntCoordinates);
return(true);
}
private bool HandleDrop(ICommonSession session, EntityCoordinates coords, EntityUid uid)
{
var ent = ((IPlayerSession)session).AttachedEntity;
if (ent == null || !ent.IsValid())
{
return(false);
}
if (!ent.TryGetComponent(out HandsComponent handsComp))
{
return(false);
}
if (handsComp.ActiveHand == null || handsComp.GetActiveHand == null)
{
return(false);
}
var entMap = ent.Transform.MapPosition;
var targetPos = coords.ToMapPos(EntityManager);
var dropVector = targetPos - entMap.Position;
var targetVector = Vector2.Zero;
if (dropVector != Vector2.Zero)
{
var targetLength = MathF.Min(dropVector.Length, SharedInteractionSystem.InteractionRange - 0.001f); // InteractionRange is reduced due to InRange not dealing with floating point error
var newCoords = coords.WithPosition(dropVector.Normalized * targetLength + entMap.Position).ToMap(EntityManager);
var rayLength = Get <SharedInteractionSystem>().UnobstructedDistance(entMap, newCoords, ignoredEnt: ent);
targetVector = dropVector.Normalized * rayLength;
}
handsComp.Drop(handsComp.ActiveHand, coords.WithPosition(entMap.Position + targetVector));
return(true);
}
/// <summary>
/// Throw an entity in the direction of <paramref name="targetLoc"/> from <paramref name="sourceLoc"/>.
/// </summary>
/// <param name="thrownEnt">The entity to throw.</param>
/// <param name="throwForce">
/// The force to throw the entity with.
/// Total impulse applied is equal to this force applied for one second.
/// </param>
/// <param name="targetLoc">
/// The target location to throw at.
/// This is only used to calculate a direction,
/// actual distance is purely determined by <paramref name="throwForce"/>.
/// </param>
/// <param name="sourceLoc">
/// The position to start the throw from.
/// </param>
/// <param name="spread">
/// If true, slightly spread the actual throw angle.
/// </param>
/// <param name="throwSourceEnt">
/// The entity that did the throwing. An opposite impulse will be applied to this entity if passed in.
/// </param>
public static void Throw(this IEntity thrownEnt, float throwForce, EntityCoordinates targetLoc, EntityCoordinates sourceLoc, bool spread = false, IEntity throwSourceEnt = null)
{
if (!thrownEnt.TryGetComponent(out IPhysicsComponent colComp))
{
return;
}
var entityManager = IoCManager.Resolve <IEntityManager>();
colComp.CanCollide = true;
// I can now collide with player, so that i can do damage.
if (!thrownEnt.TryGetComponent(out ThrownItemComponent projComp))
{
projComp = thrownEnt.AddComponent <ThrownItemComponent>();
if (colComp.PhysicsShapes.Count == 0)
{
colComp.PhysicsShapes.Add(new PhysShapeAabb());
}
colComp.PhysicsShapes[0].CollisionMask |= (int)CollisionGroup.ThrownItem;
colComp.Status = BodyStatus.InAir;
}
var angle = new Angle(targetLoc.ToMapPos(entityManager) - sourceLoc.ToMapPos(entityManager));
if (spread)
{
var spreadRandom = IoCManager.Resolve <IRobustRandom>();
angle += Angle.FromDegrees(spreadRandom.NextGaussian(0, 3));
}
if (throwSourceEnt != null)
{
projComp.User = throwSourceEnt;
projComp.IgnoreEntity(throwSourceEnt);
if (ActionBlockerSystem.CanChangeDirection(throwSourceEnt))
{
throwSourceEnt.Transform.LocalRotation = angle.GetCardinalDir().ToAngle();
}
}
// scaling is handled elsewhere, this is just multiplying by 60 independent of timing as a fix until elsewhere values are updated
var spd = throwForce * 60;
projComp.StartThrow(angle.ToVec(), spd);
if (throwSourceEnt != null &&
throwSourceEnt.TryGetComponent <IPhysicsComponent>(out var physics))
{
if (throwSourceEnt.IsWeightless())
{
// We don't check for surrounding entities,
// so you'll still get knocked around if you're hugging the station wall in zero g.
// I got kinda lazy is the reason why. Also it makes a bit of sense.
// If somebody wants they can come along and make it so magboots completely hold you still.
// Would be a cool incentive to use them.
const float throwFactor = 0.2f; // Break Newton's Third Law for better gameplay
var mover = physics.EnsureController <ThrowKnockbackController>();
mover.Push(-angle.ToVec(), spd * throwFactor);
}
}
}
public override void Shoot(GunComponent gun, List <IShootable> ammo, EntityCoordinates fromCoordinates, EntityCoordinates toCoordinates, EntityUid?user = null)
{
var fromMap = fromCoordinates.ToMap(EntityManager);
var toMap = toCoordinates.ToMapPos(EntityManager);
var mapDirection = toMap - fromMap.Position;
var mapAngle = mapDirection.ToAngle();
var angle = GetRecoilAngle(Timing.CurTime, gun, mapDirection.ToAngle());
// Update shot based on the recoil
toMap = fromMap.Position + angle.ToVec() * mapDirection.Length;
mapDirection = toMap - fromMap.Position;
var entityDirection = Transform(fromCoordinates.EntityId).InvWorldMatrix.Transform(toMap) - fromCoordinates.Position;
// I must be high because this was getting tripped even when true.
// DebugTools.Assert(direction != Vector2.Zero);
var shotProjectiles = new List <EntityUid>(ammo.Count);
foreach (var shootable in ammo)
{
switch (shootable)
{
// Cartridge shoots something else
case CartridgeAmmoComponent cartridge:
if (!cartridge.Spent)
{
if (cartridge.Count > 1)
{
var angles = LinearSpread(mapAngle - cartridge.Spread / 2,
mapAngle + cartridge.Spread / 2, cartridge.Count);
for (var i = 0; i < cartridge.Count; i++)
{
var uid = Spawn(cartridge.Prototype, fromCoordinates);
ShootProjectile(uid, angles[i].ToVec(), user);
shotProjectiles.Add(uid);
}
}
else
{
var uid = Spawn(cartridge.Prototype, fromCoordinates);
ShootProjectile(uid, mapDirection, user);
shotProjectiles.Add(uid);
}
SetCartridgeSpent(cartridge, true);
MuzzleFlash(gun.Owner, cartridge, user);
PlaySound(gun.Owner, gun.SoundGunshot?.GetSound(Random, ProtoManager), user);
if (cartridge.DeleteOnSpawn)
{
Del(cartridge.Owner);
}
}
else
{
PlaySound(gun.Owner, gun.SoundEmpty?.GetSound(Random, ProtoManager), user);
}
// Something like ballistic might want to leave it in the container still
if (!cartridge.DeleteOnSpawn && !Containers.IsEntityInContainer(cartridge.Owner))
{
EjectCartridge(cartridge.Owner);
}
Dirty(cartridge);
break;
// Ammo shoots itself
case AmmoComponent newAmmo:
shotProjectiles.Add(newAmmo.Owner);
MuzzleFlash(gun.Owner, newAmmo, user);
PlaySound(gun.Owner, gun.SoundGunshot?.GetSound(Random, ProtoManager), user);
// Do a throw
if (!HasComp <ProjectileComponent>(newAmmo.Owner))
{
RemComp <AmmoComponent>(newAmmo.Owner);
// TODO: Someone can probably yeet this a billion miles so need to pre-validate input somewhere up the call stack.
ThrowingSystem.TryThrow(newAmmo.Owner, mapDirection, 20f, user);
break;
}
ShootProjectile(newAmmo.Owner, mapDirection, user);
break;
case HitscanPrototype hitscan:
var ray = new CollisionRay(fromMap.Position, mapDirection.Normalized, hitscan.CollisionMask);
var rayCastResults = Physics.IntersectRay(fromMap.MapId, ray, hitscan.MaxLength, user, false).ToList();
if (rayCastResults.Count >= 1)
{
var result = rayCastResults[0];
var distance = result.Distance;
FireEffects(fromCoordinates, distance, entityDirection.ToAngle(), hitscan, result.HitEntity);
var dmg = hitscan.Damage;
if (dmg != null)
{
dmg = Damageable.TryChangeDamage(result.HitEntity, dmg);
}
if (dmg != null)
{
PlayImpactSound(result.HitEntity, dmg, hitscan.Sound, hitscan.ForceSound);
if (user != null)
{
Logs.Add(LogType.HitScanHit,
$"{ToPrettyString(user.Value):user} hit {ToPrettyString(result.HitEntity):target} using hitscan and dealt {dmg.Total:damage} damage");
}
else
{
Logs.Add(LogType.HitScanHit,
$"Hit {ToPrettyString(result.HitEntity):target} using hitscan and dealt {dmg.Total:damage} damage");
}
}
}
else
{
FireEffects(fromCoordinates, hitscan.MaxLength, entityDirection.ToAngle(), hitscan);
}
PlaySound(gun.Owner, gun.SoundGunshot?.GetSound(Random, ProtoManager), user);
break;
default:
throw new ArgumentOutOfRangeException();
}
}
RaiseLocalEvent(gun.Owner, new AmmoShotEvent()
{
FiredProjectiles = shotProjectiles,
}, false);
}
private DockingConfig?GetDockingConfig(ShuttleComponent component, EntityUid targetGrid)
{
var gridDocks = GetDocks(targetGrid);
if (gridDocks.Count <= 0)
{
return(null);
}
var xformQuery = GetEntityQuery <TransformComponent>();
var targetGridGrid = Comp <IMapGridComponent>(targetGrid);
var targetGridXform = xformQuery.GetComponent(targetGrid);
var targetGridAngle = targetGridXform.WorldRotation.Reduced();
var targetGridRotation = targetGridAngle.ToVec();
var shuttleDocks = GetDocks(component.Owner);
var shuttleAABB = Comp <IMapGridComponent>(component.Owner).Grid.LocalAABB;
var validDockConfigs = new List <DockingConfig>();
if (shuttleDocks.Count > 0)
{
// We'll try all combinations of shuttle docks and see which one is most suitable
foreach (var shuttleDock in shuttleDocks)
{
var shuttleDockXform = xformQuery.GetComponent(shuttleDock.Owner);
foreach (var gridDock in gridDocks)
{
var gridXform = xformQuery.GetComponent(gridDock.Owner);
if (!CanDock(
shuttleDock, shuttleDockXform,
gridDock, gridXform,
targetGridRotation,
shuttleAABB,
targetGridGrid,
out var dockedAABB,
out var matty,
out var targetAngle))
{
continue;
}
// Can't just use the AABB as we want to get bounds as tight as possible.
var spawnPosition = new EntityCoordinates(targetGrid, matty.Transform(Vector2.Zero));
spawnPosition = new EntityCoordinates(targetGridXform.MapUid !.Value, spawnPosition.ToMapPos(EntityManager));
var dockedBounds = new Box2Rotated(shuttleAABB.Translated(spawnPosition.Position), targetGridAngle, spawnPosition.Position);
// Check if there's no intersecting grids (AKA oh god it's docking at cargo).
if (_mapManager.FindGridsIntersecting(targetGridXform.MapID,
dockedBounds).Any(o => o.GridEntityId != targetGrid))
{
continue;
}
// Alright well the spawn is valid now to check how many we can connect
// Get the matrix for each shuttle dock and test it against the grid docks to see
// if the connected position / direction matches.
var dockedPorts = new List <(DockingComponent DockA, DockingComponent DockB)>()
{
(shuttleDock, gridDock),
};
// TODO: Check shuttle orientation as the tiebreaker.
foreach (var other in shuttleDocks)
{
if (other == shuttleDock)
{
continue;
}
foreach (var otherGrid in gridDocks)
{
if (otherGrid == gridDock)
{
continue;
}
if (!CanDock(
other,
xformQuery.GetComponent(other.Owner),
otherGrid,
xformQuery.GetComponent(otherGrid.Owner),
targetGridRotation,
shuttleAABB, targetGridGrid,
out var otherDockedAABB,
out _,
out var otherTargetAngle) ||
!otherDockedAABB.Equals(dockedAABB) ||
!targetAngle.Equals(otherTargetAngle))
{
continue;
}
dockedPorts.Add((other, otherGrid));
}
}
var spawnRotation = shuttleDockXform.LocalRotation +
gridXform.LocalRotation +
targetGridXform.LocalRotation;
validDockConfigs.Add(new DockingConfig()
{
Docks = dockedPorts,
Area = dockedAABB.Value,
Coordinates = spawnPosition,
Angle = spawnRotation,
});
}
}
}
if (validDockConfigs.Count <= 0)
{
return(null);
}
// Prioritise by priority docks, then by maximum connected ports, then by most similar angle.
validDockConfigs = validDockConfigs
.OrderByDescending(x => x.Docks.Any(docks => HasComp <EmergencyDockComponent>(docks.DockB.Owner)))
.ThenByDescending(x => x.Docks.Count)
.ThenBy(x => Math.Abs(Angle.ShortestDistance(x.Angle.Reduced(), targetGridAngle).Theta)).ToList();
var location = validDockConfigs.First();
location.TargetGrid = targetGrid;
// TODO: Ideally do a hyperspace warpin, just have it run on like a 10 second timer.
return(location);
}
public void Update(float frameTime)
{
Age += TimeSpan.FromSeconds(frameTime);
if (Age >= Deathtime)
{
return;
}
Velocity += Acceleration * frameTime;
RadialVelocity += RadialAcceleration * frameTime;
TangentialVelocity += TangentialAcceleration * frameTime;
var deltaPosition = new Vector2(0f, 0f);
//If we have an emitter we can do special effects around that emitter position
if (_mapManager.GridExists(EmitterCoordinates.GetGridId(_entityManager)))
{
//Calculate delta p due to radial velocity
var positionRelativeToEmitter =
Coordinates.ToMapPos(_entityManager) - EmitterCoordinates.ToMapPos(_entityManager);
var deltaRadial = RadialVelocity * frameTime;
deltaPosition = positionRelativeToEmitter * (deltaRadial / positionRelativeToEmitter.Length);
//Calculate delta p due to tangential velocity
var radius = positionRelativeToEmitter.Length;
if (radius > 0)
{
var theta = (float)Math.Atan2(positionRelativeToEmitter.Y, positionRelativeToEmitter.X);
theta += TangentialVelocity * frameTime;
deltaPosition += new Vector2(radius * (float)Math.Cos(theta), radius * (float)Math.Sin(theta))
- positionRelativeToEmitter;
}
}
//Calculate new position from our velocity as well as possible rotation/movement around emitter
deltaPosition += Velocity * frameTime;
Coordinates = Coordinates.Offset(deltaPosition);
//Finish calculating new rotation, size, color
Rotation += RotationRate * frameTime;
Size += SizeDelta * frameTime;
Color += ColorDelta * frameTime;
if (RsiState == null)
{
return;
}
// Calculate RSI animations.
var delayCount = RsiState.DelayCount;
if (delayCount > 0 && (AnimationLoops || AnimationIndex < delayCount - 1))
{
AnimationTime += frameTime;
while (RsiState.GetDelay(AnimationIndex) < AnimationTime)
{
var delay = RsiState.GetDelay(AnimationIndex);
AnimationIndex += 1;
AnimationTime -= delay;
if (AnimationIndex == delayCount)
{
if (AnimationLoops)
{
AnimationIndex = 0;
}
else
{
break;
}
}
EffectSprite = RsiState.GetFrame(RSI.State.Direction.South, AnimationIndex);
}
}
}
/// <summary>
/// Fires a round of ammo out of the weapon.
/// </summary>
private void Fire(EntityUid shooter, ServerRangedBarrelComponent component, EntityCoordinates coordinates)
{
if (component.ShotsLeft == 0)
{
SoundSystem.Play(Filter.Pvs(component.Owner), component.SoundEmpty.GetSound(), component.Owner);
return;
}
var ammo = PeekAtAmmo(component);
if (TakeOutProjectile(component, Transform(shooter).Coordinates) is not {
Valid: true
} projectile)
{
SoundSystem.Play(Filter.Pvs(component.Owner), component.SoundEmpty.GetSound(), component.Owner);
return;
}
var targetPos = coordinates.ToMapPos(EntityManager);
// At this point firing is confirmed
var direction = (targetPos - Transform(shooter).WorldPosition).ToAngle();
var angle = GetRecoilAngle(component, direction);
// This should really be client-side but for now we'll just leave it here
if (HasComp <CameraRecoilComponent>(shooter))
{
var kick = -angle.ToVec() * 0.15f;
_recoil.KickCamera(shooter, kick);
}
// This section probably needs tweaking so there can be caseless hitscan etc.
if (TryComp(projectile, out HitscanComponent? hitscan))
{
FireHitscan(shooter, hitscan, component, angle);
}
else if (HasComp <ProjectileComponent>(projectile) &&
TryComp(ammo, out AmmoComponent? ammoComponent))
{
FireProjectiles(shooter, projectile, component, ammoComponent.ProjectilesFired, ammoComponent.EvenSpreadAngle, angle, ammoComponent.Velocity, ammo !.Value);
if (component.CanMuzzleFlash)
{
MuzzleFlash(component.Owner, ammoComponent, angle);
}
if (ammoComponent.Caseless)
{
EntityManager.DeleteEntity(ammo.Value);
}
}
else
{
// Invalid types
throw new InvalidOperationException();
}
SoundSystem.Play(Filter.Broadcast(), component.SoundGunshot.GetSound(), component.Owner);
component.Dirty(EntityManager);
component.LastFire = _gameTiming.CurTime;
}
public bool TryPoint(ICommonSession?session, EntityCoordinates coords, EntityUid uid)
{
var player = (session as IPlayerSession)?.ContentData()?.Mind?.CurrentEntity;
if (player == null)
{
return(false);
}
if (_pointers.TryGetValue(session !, out var lastTime) &&
_gameTiming.CurTime < lastTime + PointDelay)
{
return(false);
}
if (EntityManager.TryGetEntity(uid, out var entity) && entity.HasComponent <PointingArrowComponent>())
{
// this is a pointing arrow. no pointing here...
return(false);
}
if (!InRange(coords, player.Transform.Coordinates))
{
player.PopupMessage(Loc.GetString("You can't reach there!"));
return(false);
}
if (ActionBlockerSystem.CanChangeDirection(player))
{
var diff = coords.ToMapPos(EntityManager) - player.Transform.MapPosition.Position;
if (diff.LengthSquared > 0.01f)
{
player.Transform.LocalRotation = new Angle(diff);
}
}
var arrow = EntityManager.SpawnEntity("pointingarrow", coords);
var layer = (int)VisibilityFlags.Normal;
if (player.TryGetComponent(out VisibilityComponent? playerVisibility))
{
var arrowVisibility = arrow.EnsureComponent <VisibilityComponent>();
layer = arrowVisibility.Layer = playerVisibility.Layer;
}
// Get players that are in range and whose visibility layer matches the arrow's.
var viewers = _playerManager.GetPlayersBy((playerSession) =>
{
if ((playerSession.VisibilityMask & layer) == 0)
{
return(false);
}
var ent = playerSession.ContentData()?.Mind?.CurrentEntity;
return(ent != null &&
ent.Transform.MapPosition.InRange(player.Transform.MapPosition, PointingRange));
});
string selfMessage;
string viewerMessage;
string?viewerPointedAtMessage = null;
if (EntityManager.TryGetEntity(uid, out var pointed))
{
selfMessage = player == pointed
? Loc.GetString("You point at yourself.")
: Loc.GetString("You point at {0:theName}.", pointed);
viewerMessage = player == pointed
? $"{player.Name} {Loc.GetString("points at {0:themself}.", player)}"
: $"{player.Name} {Loc.GetString("points at {0:theName}.", pointed)}";
viewerPointedAtMessage = $"{player.Name} {Loc.GetString("points at you.")}";
}
else
{
var tileRef = _mapManager.GetGrid(coords.GetGridId(EntityManager)).GetTileRef(coords);
var tileDef = _tileDefinitionManager[tileRef.Tile.TypeId];
selfMessage = Loc.GetString("You point at {0}.", tileDef.DisplayName);
viewerMessage = $"{player.Name} {Loc.GetString("points at {0}.", tileDef.DisplayName)}";
}
_pointers[session !] = _gameTiming.CurTime;
