public AtmosDebugOverlayData(float temperature, float[] moles, AtmosDirection pressureDirection, bool inExcited)
{
Temperature = temperature;
Moles = moles;
PressureDirection = pressureDirection;
InExcitedGroup = inExcited;
}
/// <summary>
/// Returns if the tile in question is "air-blocked" in a certain direction or not.
/// This could be due to a number of reasons, such as walls, doors, etc.
/// </summary>
/// <param name="coordinates">Coordinates where to get the tile.</param>
/// <param name="direction">Directions to check.</param>
/// <returns>Whether the tile is blocked in the directions specified.</returns>
public bool IsTileAirBlocked(EntityCoordinates coordinates, AtmosDirection direction = AtmosDirection.All)
{
if (TryGetGridAndTile(coordinates, out var tuple))
{
return(IsTileAirBlocked(tuple.Value.Grid, tuple.Value.Tile, direction));
}
return(false);
}
public AtmosDebugOverlayData(float temperature, float[] moles, AtmosDirection pressureDirection, AtmosDirection lastPressureDirection, bool inExcited, AtmosDirection blockDirection)
{
Temperature = temperature;
Moles = moles;
PressureDirection = pressureDirection;
LastPressureDirection = lastPressureDirection;
InExcitedGroup = inExcited;
BlockDirection = blockDirection;
}
public bool IsTileAirBlocked(EntityUid gridUid, Vector2i tile, AtmosDirection directions = AtmosDirection.All, IMapGridComponent?mapGridComp = null)
{
var ev = new IsTileAirBlockedMethodEvent(gridUid, tile, directions, mapGridComp);
RaiseLocalEvent(gridUid, ref ev);
// If nothing handled the event, it'll default to true.
return(ev.Result);
}
public static AtmosDirection GetOpposite(this AtmosDirection direction)
{
return(direction switch
{
AtmosDirection.North => AtmosDirection.South,
AtmosDirection.South => AtmosDirection.North,
AtmosDirection.East => AtmosDirection.West,
AtmosDirection.West => AtmosDirection.East,
AtmosDirection.NorthEast => AtmosDirection.SouthWest,
AtmosDirection.NorthWest => AtmosDirection.SouthEast,
AtmosDirection.SouthEast => AtmosDirection.NorthWest,
AtmosDirection.SouthWest => AtmosDirection.NorthEast,
_ => throw new ArgumentOutOfRangeException(nameof(direction))
});
/// <summary>
/// Returns if the tile in question is "air-blocked" in a certain direction or not.
/// This could be due to a number of reasons, such as walls, doors, etc.
/// </summary>
/// <param name="grid">Grid where to get the tile.</param>
/// <param name="tile">Indices of the tile.</param>
/// <param name="direction">Directions to check.</param>
/// <returns>Whether the tile is blocked in the directions specified.</returns>
public bool IsTileAirBlocked(GridId grid, Vector2i tile, AtmosDirection direction = AtmosDirection.All)
{
if (!_mapManager.TryGetGrid(grid, out var mapGrid))
{
return(false);
}
if (ComponentManager.TryGetComponent(mapGrid.GridEntityId, out GridAtmosphereComponent? gridAtmosphere))
{
return(gridAtmosphere.IsAirBlocked(tile, direction));
}
return(false);
}
public bool IsAirBlocked(Vector2i indices, AtmosDirection direction = AtmosDirection.All)
{
foreach (var obstructingComponent in GetObstructingComponents(indices))
{
if (!obstructingComponent.AirBlocked)
{
continue;
}
if (obstructingComponent.AirBlockedDirection.HasFlag(direction))
{
return(true);
}
}
return(false);
}
private AtmosDirection Rotate(AtmosDirection myDirection, Angle myAngle)
{
var newAirBlockedDirs = AtmosDirection.Invalid;
if (myAngle == Angle.Zero)
{
return(myDirection);
}
// TODO ATMOS MULTIZ: When we make multiZ atmos, special case this.
for (var i = 0; i < Atmospherics.Directions; i++)
{
var direction = (AtmosDirection)(1 << i);
if (!myDirection.IsFlagSet(direction))
{
continue;
}
var angle = direction.ToAngle();
angle += myAngle;
newAirBlockedDirs |= angle.ToAtmosDirectionCardinal();
}
return(newAirBlockedDirs);
}
public float this[AtmosDirection direction]
{
get =>
public void ExperiencePressureDifference(int cycle, float pressureDifference, AtmosDirection direction,
float pressureResistanceProbDelta, EntityCoordinates throwTarget)
{
if (!Owner.TryGetComponent(out PhysicsComponent? physics))
{
return;
}
// TODO ATMOS stuns?
var transform = physics.Owner.Transform;
var maxForce = MathF.Sqrt(pressureDifference) * 2.25f;
var moveProb = 100f;
if (PressureResistance > 0)
{
moveProb = MathF.Abs((pressureDifference / PressureResistance * ProbabilityBasePercent) -
ProbabilityOffset);
}
if (moveProb > ProbabilityOffset && _robustRandom.Prob(MathF.Min(moveProb / 100f, 1f)) &&
!float.IsPositiveInfinity(MoveResist) &&
(physics.BodyType != BodyType.Static &&
(maxForce >= (MoveResist * MoveForcePushRatio))) ||
(physics.BodyType == BodyType.Static && (maxForce >= (MoveResist * MoveForceForcePushRatio))))
{
if (physics.Owner.HasComponent <IMobStateComponent>())
{
physics.BodyStatus = BodyStatus.InAir;
foreach (var fixture in physics.Fixtures)
{
fixture.CollisionMask &= ~(int)CollisionGroup.VaultImpassable;
}
Owner.SpawnTimer(2000, () =>
{
if (Deleted || !Owner.TryGetComponent(out PhysicsComponent? physicsComponent))
{
return;
}
// Uhh if you get race conditions good luck buddy.
if (physicsComponent.Owner.HasComponent <IMobStateComponent>())
{
physicsComponent.BodyStatus = BodyStatus.OnGround;
}
foreach (var fixture in physics.Fixtures)
{
fixture.CollisionMask |= (int)CollisionGroup.VaultImpassable;
}
});
public TileData(float[] explosionTolerance, AtmosDirection blockedDirections)
{
ExplosionTolerance = explosionTolerance;
BlockedDirections = blockedDirections;
}
public void ExperiencePressureDifference(int cycle, float pressureDifference, AtmosDirection direction,
float pressureResistanceProbDelta, EntityCoordinates throwTarget)
{
if (ControlledComponent == null)
{
return;
}
// TODO ATMOS stuns?
var transform = ControlledComponent.Owner.Transform;
var pressureComponent = ControlledComponent.Owner.GetComponent <MovedByPressureComponent>();
var maxForce = MathF.Sqrt(pressureDifference) * 2.25f;
var moveProb = 100f;
if (pressureComponent.PressureResistance > 0)
{
moveProb = MathF.Abs((pressureDifference / pressureComponent.PressureResistance * ProbabilityBasePercent) -
ProbabilityOffset);
}
if (moveProb > ProbabilityOffset && _robustRandom.Prob(MathF.Min(moveProb / 100f, 1f)) &&
!float.IsPositiveInfinity(pressureComponent.MoveResist) &&
(!ControlledComponent.Anchored &&
(maxForce >= (pressureComponent.MoveResist * MoveForcePushRatio))) ||
(ControlledComponent.Anchored && (maxForce >= (pressureComponent.MoveResist * MoveForceForcePushRatio))))
{
if (maxForce > ThrowForce)
{
if (throwTarget != EntityCoordinates.Invalid)
{
var moveForce = maxForce * MathHelper.Clamp(moveProb, 0, 100) / 150f;
var pos = ((throwTarget.Position - transform.Coordinates.Position).Normalized + direction.ToDirection().ToVec()).Normalized;
LinearVelocity = pos * moveForce;
}
else
{
var moveForce = MathF.Min(maxForce * MathHelper.Clamp(moveProb, 0, 100) / 2500f, 20f);
LinearVelocity = direction.ToDirection().ToVec() * moveForce;
}
pressureComponent.LastHighPressureMovementAirCycle = cycle;
}
}
}
public void ExperiencePressureDifference(int cycle, float pressureDifference, AtmosDirection direction,
float pressureResistanceProbDelta, EntityCoordinates throwTarget)
{
if (!_entMan.TryGetComponent(Owner, out PhysicsComponent? physics))
{
return;
}
if (!_entMan.TryGetComponent(Owner, out FixturesComponent? fixtureComponent))
{
return;
}
// TODO ATMOS stuns?
var transform = _entMan.GetComponent <TransformComponent>(physics.Owner);
var maxForce = MathF.Sqrt(pressureDifference) * 2.25f;
var moveProb = 100f;
if (PressureResistance > 0)
{
moveProb = MathF.Abs((pressureDifference / PressureResistance * ProbabilityBasePercent) -
ProbabilityOffset);
}
if (moveProb > ProbabilityOffset && _robustRandom.Prob(MathF.Min(moveProb / 100f, 1f)) &&
!float.IsPositiveInfinity(MoveResist) &&
(physics.BodyType != BodyType.Static &&
(maxForce >= (MoveResist * MoveForcePushRatio))) ||
(physics.BodyType == BodyType.Static && (maxForce >= (MoveResist * MoveForceForcePushRatio))))
{
if (_entMan.HasComponent <MobStateComponent>(physics.Owner))
{
physics.BodyStatus = BodyStatus.InAir;
foreach (var fixture in fixtureComponent.Fixtures.Values)
{
fixture.CollisionMask &= ~(int)CollisionGroup.VaultImpassable;
}
Owner.SpawnTimer(2000, () =>
{
if (Deleted || !_entMan.TryGetComponent(Owner, out PhysicsComponent? physicsComponent))
{
return;
}
// Uhh if you get race conditions good luck buddy.
if (_entMan.HasComponent <MobStateComponent>(physicsComponent.Owner))
{
physicsComponent.BodyStatus = BodyStatus.OnGround;
}
foreach (var fixture in physics.Fixtures)
{
fixture.CollisionMask |= (int)CollisionGroup.VaultImpassable;
}
});
}
if (maxForce > ThrowForce)
{
// Vera please fix ;-;
if (throwTarget != EntityCoordinates.Invalid)
{
var moveForce = maxForce * MathHelper.Clamp(moveProb, 0, 100) / 15f;
var pos = ((throwTarget.Position - transform.Coordinates.Position).Normalized + direction.ToDirection().ToVec()).Normalized;
physics.ApplyLinearImpulse(pos * moveForce);
}
else
{
var moveForce = MathF.Min(maxForce * MathHelper.Clamp(moveProb, 0, 100) / 2500f, 20f);
physics.ApplyLinearImpulse(direction.ToDirection().ToVec() * moveForce);
}
LastHighPressureMovementAirCycle = cycle;
}
}
}